Voucher Capabilities

Startup Company Execution and Commercialization Strategy

Voucher #

VO4-4

Organization:

Ridgeline Strategy

Details

City

Topsfield

State

Zip

1983

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization; advanced-materials-and-manufacturing-technologies; solar; water; wind; geothermal; clean-hydrogen

Industrial decarbonization

Advanced Materials and Manufacturing Technologies

Solar

Water

Wind

Category

Market Readiness

Capability Description

Cleantech and tough-tech companies do not follow the classic Silicon Valley VC-backed software company path of two-years-idea-to-exit or bust. Building real, physical things takes time, and the strategy to survive a five-to-eight-year commercialization time horizon requires deliberate attention to factors that quick-exit software companies can avoid. To be successful, a company’s strategy must consider and align a myriad of factors including technical risk reduction, timing of fundraising and corporate milestones, product roadmap, staff retention, policy and regulatory uncertainty, and required contractual and project finance risk mitigation measures. Ridgeline Strategy’s commercialization and execution assistance provides this support. This project will assess the Voucher Recipient’s technology scaling, commercialization, and corporate growth plans and provide recommendations for an updated execution plan. In phase 1, Ridgeline Strategy will work closely with company leaders and team to identify and document all stakeholder needs and to assess underlying execution risks, including technology-scaling, novelty, team bandwidth and growth, cost, safety, and product-market fit. In phase 2, Ridgeline Strategy will provide recommendations for an updated execution plan, including actionable company goals tied to fundraising plans, technology and commercial risk-reduction measures to be taken, and recommendations for building a collaborative, high-functioning team collectively focused on achieving those goals.

Capability Core Competencies

Ridgeline Strategy (a trade name of BRBOLLINGER LLC) was formed in May 2023 to provide strategic consulting to venture-backed startups in the tough-tech and clean-tech sectors. Ridgeline Strategy’s expertise is seamlessly integrating and unifying strategic planning across corporate, fundraising, staffing, and technology scaling/ demonstration goals and supporting this with underlying technical expertise. Ridgeline Strategy’s technical expertise—spanning, among other things, systems engineering, product development processes, technical design reviews, hazard analyses, use-case-driven requirements definition, modeling and simulation, technoeconomic assessments, and technical feasibility assessments—enables us to home in on the underlying technical risks and execution paths that impact successful technology scaling and demonstration. Of particular importance for cleantech and tough-tech companies is the alignment of technology development plans with the needs and timelines of all other stakeholders.

Capability Qualifications and Credentials

Ridgeline Strategy’s founder and principal, Ben Bollinger, holds a Ph.D. in Engineering Sciences from Dartmouth College and has spent the past 16 years leading engineering at three separate venture-funded startup companies, including one as co-founder and employee #1. He has played pivotal roles in landing over $115M in VC investment, 10 government grants, and 70 awarded patents, dramatically growing employee count and steering startups to the next funding stage and commercialization. He’s guided multiple technologies from bench-top to commercial scale and built teams with a mentality of "We’re all in this together." Founded in 2023, Ridgeline Strategy is focused on helping new technologies thrive by aligning all facets of corporate strategy and stakeholder interest. His technology clients include companies in the metals and ceramics, carbon capture, industrial decarbonization, and grid-scale energy storage spaces for engagements spanning technical advisor to independent design reviewer to manufacturing scaleup strategy development.

Capability Community Benefits

Ridgeline Strategy is a firm believer in leveraging the power of experiential diversity to create robust courses of action and in engaging people of all perspectives to ensure collective buy-in and success. Teams, communities, and companies are stronger when all individuals are able to realize their own paths to success as part of achieving common goals. In advising companies, Ridgeline Strategy works to ensure that communities are engaged so that all are heard, included and advanced, and are able to share in the economic outcomes—and then helps companies understand how these principles benefit their long-term success.

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher recipients will need to provide Ridgeline Strategy with the following information in whatever extent that it exists: • Company product roadmap and commercialization goals • Company milestones (current and future) presented to equity investors • KPIs • Technology development and demonstration status • Risk assessments (insomuch as they exist) • Fundraising diligence package (insomuch as it exists) • Organizational chart • Access to key employees for one-on-one conversations on goals and risks • A Point of Contact (POC) from senior leadership to work with on a regular basis

Geographic Constraints

Ridgeline Strategy will perform this voucher service at its office site in the Greater Boston Area and interface with the Voucher Recipient remotely. For Voucher Recipients in the Greater Boston Area, Ridgeline Strategy will meet with recipients at their site for portions of the project.

Additional details on matching preferences

This capability is best suited for SEED through Series B stage companies developing physical solutions to challenging environmental problems.

Estimated capability duration in weeks

Mid-point Milestone Description

Interim report identifying and documenting all stakeholder needs and assessing underlying execution risks.

Final Milestone Description

Final report providing recommendations for an updated execution plan.

VO-5: Case Studies for the Decarbonization of Technologies and Supply Chains

Voucher #

VO5-7

Organization:

Idaho National Laboratory

Details

City

Idaho Falls

State

Zip

83404

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; resource-sustainability

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Category

Supply Chain Analysis

Capability Description

INL would like to offer the opportunity for a company to receive an in-depth customized market analysis, technoeconomic assessments, simulation modeling, and/or decarbonization support regarding business practices, supply chains, relevant materials, potential substitutions, transportation, company impact, or other sectors based on request. See supporting documentation section for examples of the available reports and case-studies we have performed for previous customers. Customized investigations are encouraged and open for discussion. This opportunity is designed to perform an extensive analysis based on the company’s preference and leaves room for opportunities of both multiple smaller analysis or a larger in-depth one depending on need.

Capability Core Competencies

INL is home to a variety of capabilities that can only be found at the laboratory. Alongside its world-class facilities and capabilities, INL is a forefront of research with 25 patents awarded in 2022 and over 30 R&D 100 awards since 2005. INL’s Systems Dynamics & Modeling team provides a number of analytic services to organizations to improve efficiency, sustainability, and that facilitate the transition through decarbonization for small businesses and established industry leaders alike. Our team’s expertise in market analysis enables us to efficiently and accurately generate reports, tools, and suggestions based on the subject’s individual area of operation, history, and values.

Capability Qualifications and Credentials

Our skilled team holds advanced degrees in industrial engineering, chemical engineering, data science, geospatial modeling, dynamic simulation & modeling, economics and environmental science. Our resources include metal market price databases, patent databases, life cycle inventory databases and high-performance computing capabilities. With experience in complex simulation, techno-economic assessment, life cycle analysis and risk assessment, we deliver high-quality results for projects in nuclear, carbon management, long duration energy storage, clean hydrogen, industrial decarbonization and electrical grid upgrades. The INL team, comprised of leading experts in critical materials identification and assessment, includes primary authors of the 2023 Critical Materials Assessment. Additionally, as part of the tri-lab (NREL, INL, Argonne) Modeling, Mapping, and Analysis Consortium (MMAC), funded through the MESC office, we focus on addressing supply chain concerns for various clean energy technologies. Our quantitative tools are applied in supply chain analysis, geospatial analysis, market adoption, production capacity planning, roadmapping, and risks analysis.

Capability Community Benefits

The INL team embodies exceptional diversity, offering a unique perspective compared to private organizations providing similar services. Our goal is to offer analysis support to accelerate the RD&D process in the private sector, and to enhance project benefits and mitigate negative impacts, particularly in overburdened communities. Additionally, we aim to create more job opportunities for local residents with a focus to promote social justice in clean energy and address inequality within communities. We prioritize community benefits and DEIA considerations in all our work. Our selection and participation in the US DOE VTO and MESC program specifically aimed to address gaps in data resultant of and perpetuating systematic inequalities in e-waste recycling. We do everything in our power to ensure our work not only prevents further damage to disadvantaged groups, but also supports them through providing tools, data, and services that ensure equal treatment and access to technology going forward.

Approx. number of available voucher projects

Inputs required from voucher recipients

It is essential to gather a range of data from voucher recipients supporting mass balance calculation as well as market competitiveness assessment. Specifically, necessary information on the process includes batch or continuous, output rates (tons per year or gram per hour), input materials, chemicals and energy, equipment type, required labor, and product purity. Important market information such as target applications would be a good starting point for assessing market competitiveness. If possible, some information on capital investment costs as well as operating costs is helpful. Further discussions on the specifics of the data will be held with the voucher recipients.

Geographic Constraints

Our team members would be able to provide our service to companies in any and all US states.

Additional details on matching preferences

N/A

Estimated capability duration in weeks

Mid-point Milestone Description

Mid-point milestone will deliver one analysis result, either in presentation format or write up.

Final Milestone Description

The final milestone/ project goal will be the completion and delivery of the final report.

VO-2 – Environmental Mechanical Testing (Altitude/Humidity/Temperature, Shock/Vibration, Explosive Atmosphere/Waterproofness/Immersion/Pressure/Fluid Susceptibility/Icing/Flammability, Dust/Corrosion)

Voucher #

VO2-13

Organization:

National Institute for Aviation Research - Wichita State University

Details

City

WICHITA

State

Zip

67260

Activity Location State

Wichita

Activity Location State

67210

Applicable Technology Area(s)

long-duration-energy-storage; updates-to-the-electric-grid

Long-Duration Energy Storage

Updates to the Electric Grid

Category

Performance Testing

Capability Description

Our environmental mechanical testing solutions are suited to meet the requirements of DO-160 as well as some MIL-STD-810 test requirements. Testing will be performed per ISO17025 laboratory accredited processes by trained test engineers. Our support is estimated and budgeted for a standard of 40 hours of test coordination/ development, 30 days (6 weeks) of standard tests, and a final test report (2 weeks). Test time can be accelerated by providing more than one test article. Optionally, testing can be performed a-la-carte based on the test sections required to meet customer expectations. The following outputs are provided at the end of the project and at key milestones during the project.• Test Development: In this stage we will meet with you to better determine your exact needs for the test, assist in writing any test procedures as needed, test readiness review meeting, and a safety briefing. (~6 weeks)• All Testing: (~6 weeks) o Altitude, humidity, and temperatureo Vibration and shocko Explosive atmosphere (fuel rich environments at ambient pressure), waterproofness, fluid immersion, hydrostatic pressure, fluids susceptibility, icing, and flammability o Dust and corrosion (salt fog)• Test Report: (~2 weeks)

Capability Core Competencies

The National Institute for Aviation Research (NIAR) Environmental Test Laboratory (ETL) provides both research capabilities and commercial testing including to the RTCA DO-160, DO-311, DO-227, and the MIL-STD-461, MIL-STD-810 and other various test standards. We offer a well-rounded test facility for various mechanical and electrical environments, knowledgeable test and research engineers, and subject matter experts. NIAR ETL will work with you from the start by assisting in consulting to coordinate/determine the appropriate test methodology, writing test procedures, and building any necessary fixtures. Our industry leading subject matter experts/ engineers assist in troubleshooting your product when problems arise during the test. NIAR will provide a comprehensive report to help you get your product to the market efficiently.

Capability Qualifications and Credentials

The laboratory is A2LA accredited to ISO17025. In the electrical environment capabilities we have a full complement of EMC chambers (both reverberation and anechoic), radome range, and both indirect and direct effects of lightning, generators. To simulate different mechanical environments we have three corrosive atmosphere chambers, four vibration bays, 11 environmental chambers, a dust chamber, and flammability testing capabilities. NIAR has over 200 years of experience in aviation product qualification.

Capability Community Benefits

In addition to chambers of commerce resources, including minority-serving chambers, NIAR will use the SBA dynamic small business search database to identify potential small business contractors for upcoming contracting opportunities. The database includes contacts for Sections 7(j)(10) and 8(a) of the Small Business Act (15 U.S.C. § 636(j)(10) as well as self-identified veteran, women, and minority-owned, businesses. NIAR uses the database as an outreach resource to enhance the procurement listserv for disseminating bids and program information. The NIAR ETL facility will serve to bolster community and regional student participation. NIAR actively recruits students from WSU and WSU Tech across multiple engineering and applied science disciplines to provide a hands-on engineering experience using professional equipment in an educational environment.

Approx. number of available voucher projects

Inputs required from voucher recipients

The following is required from our clients for suitability for test environment as they relate to the equipment type and specimen size: • Test article size and mass, material makeup, and fixture requirements for mounting. • Operation requirements and requested additional instrumentation • Test readiness review meeting ahead of the test

Geographic Constraints

In lab only, at Wichita, KS

Additional details on matching preferences

Mechanical testing can be performed to a variety of standards including DO-160G and MIL-STD 810.

Estimated capability duration in weeks

Mid-point Milestone Description

Test Development and partial test completion

Final Milestone Description

Test completion and Test Report

VO-5 – Carbon Capture & Sequestration (CCS) Life-Cycle Assessment (LCA) Commercialization Support

Voucher #

VO5-6

Organization:

EcoEngineers

Details

City

Des Moines

State

Zip

50309

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; resource-sustainability

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Category

TEA/LCA

Capability Description

EcoEngineers will provide comprehensive Life-Cycle Assessment (LCA) modelling to determine the carbon intensity (CI) of carbon management technologies and projects as a project site moves into commercialization. This information is critical to understand when verifying the performance of the intended reduction in Greenhouse Gas (GHG) emissions potential of the fuel and hubs at commercialization. The results of this LCA are used in a variety of regulatory and funding situations such as Inflation Reduction Act of 2022 (IRA), Low-Carbon Fuel Standard (LCFS) programs, Voluntary Carbon Markets (VCM), EU Renewable Energy Directive (REDII) and a variety of other applications.We can assess the CI for a wide array of production technologies, using various LCA models and feedstocks to meet the Voucher Recipient’s design goals.Possible carbon management technologies include carbon capture and sequestration (CCS), direct-air capture (DAC), utilization, storage, transportation, conversion and removal as well as many other potential projects and technologies.Possible LCA Models available for Voucher Recipient to choose from include Argonne GREET, California GREET, Open LCA, GHGenius, Simapro as well as many other modeling tools that can meet ISO requirements. Modelling under multiple tools requires a separate voucher engagement for each tool.

Capability Core Competencies

EcoEngineers is a consulting, auditing, and advisory firm with an exclusive focus on the low-carbon energy transition. We help you navigate the opportunities for decarbonization technologies and project development.Our team of engineers, scientists, auditors, consultants, and researchers live and work at the intersection of low-carbon fuel policy, innovative technologies, and the carbon marketplace. We help you stay informed, measure emissions, make development decisions, maintain compliance, and manage data through the lens of carbon accounting.EcoEngineers has deep expertise in developing Life-Cycle Assessment (LCA) models to measure and assess the carbon intensity (CI) of fuel pathways, energy sources, products and organizations.In addition to our EcoConsulting services, we have EcoUniversity education and forecasting group, and, EcoAuditing, which verifies compliance of global carbon accounting methods.

Capability Qualifications and Credentials

EcoEngineers LCA team is led by Director Zhichao Wang, PhD., PE, Senior Engineer, who was one of the developers of the Argonne GREET Model. The diverse team of over a dozen full-time modelers is made up of Ph.D Scientists and deeply experienced consultants with broad energy, scientific, chemical and biological backgrounds.EcoEngineers has conducted over 500 Life-Cycle Assessments (LCA) for fuel pathways, products, and organizations. The team is constantly engaged with the USEPA, California Air Resources Board (CARB) and all of the relevant state and local authorities, to understand the nuances in what is required in the different regulations.

Capability Community Benefits

EcoEngineers is a Minority Owned Business and is certified as a Diverse Workforce provider and Equal Pay organization.In addition, many of the projects that we support with LCA and other services will be seeking federal tax credits, grants or other incentives that require Community Benefits, such as prevailing wages, apprenticeship, diversity, equity, inclusion, and accessibility, in order to participate in or obtain the maximum benefit from the program..

Approx. number of available voucher projects

Inputs required from voucher recipients

When we begin an LCA project, EcoEngineers will provide the client organization with a data request form, the contents of which will vary from project to project depending on a number of factors. Real data, such as facility production and by-products, and energy & material inputs of the project, would produce the most accurate LCA modeling results. But, if actual data is not available, we can work with the project team to identify design data needed to provide a thorough LCA report on the facility.

Geographic Constraints

There are no geographic constraints. Since this project will be conducted remotely, EcoEngineers can provide LCA services to organizations/projects that reside across the US or globally.

Additional details on matching preferences

The LCA services we provide are intended to provide project teams with knowledge on the environmental and carbon emissions profile of their solution, which is needed for to demonstrate benefits to funding sources, regulatory programs and other purposes that require this critical information.

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of the initial modeling and providing the voucher recipient with an email containing the preliminary life-cycle assessment (LCA) results

Final Milestone Description

Delivery of a detailed report outlining the LCA results, sensitivity analysis and recommendations to optimize the CI

VO-4 - Customer Value Proposition Development

Voucher #

VO4-32

Organization:

Boost Innovation Group, LLC

Details

City

McKinney

State

Zip

75071

Activity Location State

Applicable Technology Area(s)

advanced-materials-and-manufacturing-technologies; solar; water; wind; vehicle-technologies; building-efficiency

Advanced Materials and Manufacturing Technologies

Solar

Water

Wind

Vehicle Technologies

Category

Market Readiness

Capability Description

A customer value proposition (CVP) is a crucial element for any business, offering several key benefits:1. Clarifies your unique offering by succinctly communicating why customers should choose your product or service over others, helping you stand out in the marketplace.2. Improves customer understanding by developing deep insight into your target audience’s needs and pain points. 3. Unifies marketing and sales efforts by developing better and more integrated marketing, pricing, and sales strategies that lead to more and better sales. Boost Innovation Group will work with the client’s team to develop up to three unique draft CVPs, from which a final CVP can be chosen. Boost will also provide training to enable the client team to develop future CVPs as needs or strategies change. The CVP process will be based on the Value Proposition Canvas framework. The engagement will commence with a data collection session between Boost and the client’s team. We will then interact with the client team to develop the three draft CVPs. The final product will be delivered in a report format with a presentation.

Capability Core Competencies

Boost Innovation Group is your connector to the market and investors. We’re experienced in analyzing market opportunities for new technologies and developing successful go-to-market strategies that solve problems profitably. Our core competencies are: Market definition and validation (including needs analysis); Competitive analysis; Go-to-market strategy development and execution; Customer value proposition development; Pricing strategy; Business plan development (Lean Startups); Domestic and international business development.

Capability Qualifications and Credentials

Boost Innovation Group has been helping innovators get to market since 2005. We’ve supported more than 1,500 startups across the globe including the USA, Mexico, South Korea, India, Poland, and Hungary. We’ve also worked with ten Phase I and II DOE SBIR awardees over the past 12 months. Boost Innovation also offers an extensive network of IP attorneys, corporate attorneys, business development professionals, and corporate leadership connections.

Capability Community Benefits

Boost Innovation supports STEM education for everyone. It is our intention to engage with underserved university students to mentor STEM entrepreneurship. Boost Innovation will also hire two paid interns from underserved groups at local universities to support DOE programs.

Approx. number of available voucher projects

Inputs required from voucher recipients

Recipients will need to provide a non-proprietary product description (including info on unique product differentiators); documentation of relevant customer discovery; and information on key competitors.

Geographic Constraints

Boost Innovation Group currently works with clients on a global basis and can provide the service anywhere in the world.

Additional details on matching preferences

Boost Innovation Group is able to provide this service to recipients across a wide range of technologies and company stages.

Estimated capability duration in weeks

Mid-point Milestone Description

A draft customer value proposition (CVP) report containing 3 CVP candidates will be delivered for recipient review.

Final Milestone Description

A final customer value proposition (CVP) report containing 3 final complete CVP solutions will be delivered to the recipient.

VO-1: Case Studies for the Decarbonization of Technologies and Supply Chains

Voucher #

VO1-12

Organization:

Idaho National Laboratory

Details

City

Idaho Falls

State

Zip

83404

Activity Location State

Applicable Technology Area(s)

advanced-materials-and-manufacturing-technologies; industrial-decarbonization; carbon-management-including-carbon-capture-and-direct-air-capture; vehicle-technologies; advanced-nuclear; bioenergy

Advanced Materials and Manufacturing Technologies

Industrial decarbonization

Carbon Management (including carbon capture and direct air capture)

Vehicle Technologies

Advanced Nuclear

Category

Supply Chain Analysis

Capability Description

INL would like to offer the opportunity for a company to receive customized market analysis, technoeconomic assessments, simulation modeling, or decarbonization support regarding business practices, supply chains, relevant materials, potential substitutions, transportation, company impact, or other sectors based on request. Our analysis enables businesses to approach decarbonization optimally while maintaining business growth and potential. Our feasibility studies offer the opportunity to pivot should a previously held belief be proven false, saving the company time and resources that otherwise might’ve been wasted on the project. INL’s skilled and versatile analytics team will model studies and reports to a business’s specific needs, providing the most accurate and relevant data possible. See supporting documentation section for examples of the available reports and case-studies we have performed for previous customers. Customized investigations are encouraged and open for discussion.

Capability Core Competencies

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Our team members would be able to provide our service to companies in any and all US states.

Additional details on matching preferences

N/A

Estimated capability duration in weeks

Mid-point Milestone Description

Mid-point milestone will deliver one analysis result, either in presentation format or write up.

Final Milestone Description

The final milestone/ project goal will be the completion and delivery of the final report.

VO-1 – Hydrogen Life-Cycle Assessment (LCA) Modeling

Voucher #

VO1-5

Organization:

EcoEngineers

Details

City

Des Moines

State

Zip

50309

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; clean-hydrogen; industrial-decarbonization; updates-to-the-electric-grid

Carbon Management (including carbon capture and direct air capture)

Clean Hydrogen

Industrial decarbonization

Updates to the Electric Grid

Category

TEA/LCA

Capability Description

EcoEngineers will provide comprehensive Life-Cycle Assessment (LCA) modeling to determine the carbon intensity (CI) of HYDROGEN fuel production. This information is critical to understand when developing new low-carbon hydrogen technologies and production processes, in order to calculate the reduction in Greenhouse Gas (GHG) emissions potential of the fuel. The results of this LCA are used in a variety of regulatory and funding situations such as Inflation Reduction Act of 2022 (IRA), Low-Carbon Fuel Standard (LCFS) programs, Voluntary Carbon Markets (VCM), EU Renewable Energy Directive (REDII) and a variety of other applications in order to demonstrate and quantify the carbon reduction strategies. We can assess the CI for a variety of production technologies, LCA models and feedstocks to help the Voucher Recipient achieve its design goals.Possible production technologies include Electrolysis, Steam Methane Reforming (SMR), Autothermal Reforming (ATR), Pyrolysis and many other hydrogen production processes using a variety of feedstocks. Possible BioFuel Models available for Voucher Recipient to choose from include Argonne GREET, California GREET, Open LCA, GHGenius, Simapro as well as many other modeling tools that can meet ISO requirements. Modelling under multiple tools requires a separate voucher engagement for each tool.

Capability Core Competencies

EcoEngineers is a consulting, auditing, and advisory firm with an exclusive focus on the low-carbon energy transition. We help you navigate the opportunities for decarbonization technologies and project development. Our team of engineers, scientists, auditors, consultants, and researchers live and work at the intersection of low-carbon fuel policy, innovative technologies, and the carbon marketplace. We help you stay informed, measure emissions, make development decisions, maintain compliance, and manage data through the lens of carbon accounting. EcoEngineers has deep expertise in developing Life-Cycle Assessment (LCA) models to measure and assess the carbon intensity (CI) of fuel pathways, energy sources, products and organizations. In addition to our EcoConsulting services, we have EcoUniversity education and forecasting group, and, EcoAuditing, which verifies compliance of global carbon accounting methods.

Capability Qualifications and Credentials

EcoEngineers LCA team is led by Director Zhichao Wang, PhD., PE, Senior Engineer, who was one of the developers of the Argonne GREET Model. The diverse team of over a dozen full-time modelers is made up of Ph.D Scientists and deeply experienced consultants with broad energy, scientific, chemical and biological backgrounds. EcoEngineers has conducted over 500 Life-Cycle Assessments (LCA) for fuel pathways, products, and organizations. The team is constantly engaged with the USEPA, California Air Resources Board (CARB) and all of the relevant state and local authorities, to understand the nuances in what is required in the different regulations.

Capability Community Benefits

EcoEngineers is a Minority Owned Business and is certified as a Diverse Workforce provider and Equal Pay organization. In addition, many of the projects that we support with LCA and other services will be seeking federal tax credits, grants or other incentives that require Community Benefits, such as prevailing wages, apprenticeship, diversity, equity, inclusion, and accessibility, in order to participate in or obtain the maximum benefit from the program.

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher Recipients will need to Provide data to support the modeling, including process flow diagram, mass-balance, energy-balance, chemical, feedstock, fuel and co-product documentation, as well as any other information deemed necessary to conduct the LCA.

Geographic Constraints

There are no geographic constraints. Since this project will be conducted remotely, EcoEngineers can provide LCA services to organizations/projects that reside across the US or globally.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of the initial modeling and providing the voucher recipient with an email containing the preliminary life-cycle assessment (LCA) results

Final Milestone Description

Delivery of a detailed report outlining the LCA results, sensitivity analysis and recommendations to optimize the CI

VO-1 – Carbon Capture and Sequestration (CCS) Life-Cycle Assessment (LCA) Modeling

Voucher #

VO1-7

Organization:

EcoEngineers

Details

City

Des Moines

State

Zip

50309

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; industrial-decarbonization; bioenergy

Clean Hydrogen

Industrial decarbonization

Bioenergy

Category

TEA/LCA

Capability Description

EcoEngineers will provide comprehensive Life-Cycle Assessment (LCA) modeling to determine the carbon intensity (CI) of Carbon Capture and Sequestration (CCS) projects. This information is critical to understand when developing new CCS technologies and facilities, in order to calculate the reduction in Greenhouse Gas (GHG) emissions potential of the innovation. The results of this LCA are used in a variety of regulatory and funding situations such as Inflation Reduction Act of 2022 (IRA), Low-Carbon Fuel Standard (LCFS) programs, Voluntary Carbon Markets (VCM), EU Renewable Energy Directive (REDII) and a variety of other applications, in order to demonstrate and quantify the carbon reduction strategies. We can assess the carbon reduction for a variety of production technologies, LCA models and facilities to help the Voucher Recipient achieve its design goals.Possible carbon management technologies include carbon capture and sequestration (CCS), direct-air capture (DAC), utilization, storage, transportation, conversion and removal as well as many other potential projects and technologies.Possible models available for Voucher Recipient to choose from include Argonne GREET, California GREET, Open LCA, GHGenius, Simapro as well as many other modeling tools that can meet ISO requirements. Modelling under multiple tools requires a separate voucher engagement for each tool.

Capability Core Competencies

EcoEngineers is a consulting, auditing, and advisory firm with an exclusive focus on the low-carbon energy transition. We help you navigate the opportunities for decarbonization technologies and project development. Our team of engineers, scientists, auditors, consultants, and researchers live and work at the intersection of low-carbon fuel policy, innovative technologies, and the carbon marketplace. We help you stay informed, measure emissions, make development decisions, maintain compliance, and manage data through the lens of carbon accounting. EcoEngineers has deep expertise in developing Life-Cycle Assessment (LCA) models to measure and assess the carbon intensity (CI) of fuel pathways, energy sources, products and organizations. In addition to our EcoConsulting services, we have EcoUniversity education and forecasting group, and, EcoAuditing, which verifies compliance of global carbon accounting methods.

Capability Qualifications and Credentials

EcoEngineers LCA team is led by Director Zhichao Wang, PhD., PE, Senior Engineer, who was one of the developers of the Argonne GREET Model. The diverse team of over a dozen full-time modelers is made up of Ph.D Scientists and deeply experienced consultants with broad energy, scientific, chemical and biological backgrounds. EcoEngineers has conducted over 500 Life-Cycle Assessments (LCA) for fuel pathways, products, and organizations. The team is constantly engaged with the USEPA, California Air Resources Board (CARB) and all of the relevant state and local authorities, to understand the nuances in what is required in the different regulations.

Capability Community Benefits

EcoEngineers is a Minority Owned Business and is certified as a Diverse Workforce provider and Equal Pay organization. In addition, many of the projects that we support with LCA and other services will be seeking federal tax credits, grants or other incentives that require Community Benefits, such as prevailing wages, apprenticeship, diversity, equity, inclusion, and accessibility, in order to participate in or obtain the maximum benefit from the program.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

There are no geographic constraints. Since this project will be conducted remotely, EcoEngineers can provide LCA services to organizations/projects that reside across the US or globally.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of the initial modeling and providing the voucher recipient with an email containing the preliminary life-cycle assessment (LCA) results

Final Milestone Description

Delivery of a detailed report outlining the LCA results, sensitivity analysis and recommendations to optimize the CI

Value Proposition Assessment

Voucher #

VO4-9

Organization:

RTI International

Details

City

Research Triangle Park

State

Zip

27709

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; advanced-materials-and-manufacturing-technologies; solar; water; bioenergy; vehicle-technologies; industrial-decarbonization

Clean Hydrogen

Advanced Materials and Manufacturing Technologies

Solar

Water

Bioenergy

Category

Market Readiness

Capability Description

Surveys of failed startups point to lack of rigor in gathering obtainable information to thoroughly test the value proposition. RTI’s Value Proposition Assessment service is designed to address this issue: Align: RTI IA will conduct a kick-off meeting to discuss, in depth, to discuss the startup’s value proposition, understand its depth, and identify a market for value proposition testing. Test Value Proposition: This initial value proposition is treated as a hypothesis that RTI will test via secondary research and by interviewing 4-5 potential customers. Provide Valuable Insights: RTI IA will deliver our findings via a presentation in a virtual meeting that is supplemented by an additional copy of the report for the startup to own.

Capability Core Competencies

RTI International is an independent, nonprofit research institute dedicated to improving the human condition. Our vision is to address the world's most critical problems with science-based solutions in pursuit of a better future. Clients rely on us to answer questions that demand an objective and multidisciplinary approach—one that integrates expertise across the social and laboratory sciences, engineering, and international development. RTI Innovation Advisors (RTI-IA), a business unit of RTI International, helps corporations, foundations, and federal agencies solve their most complex innovation challenges by providing technology and market insights, innovation commercialization services, and innovation strategy. We leverage our staff of science PhDs and engineers to bring uniquely broad and deep expertise in technology development and commercialization to provide clients with customized, directly actionable results. RTI IA supports work across sustainable fuels (biofuels, hydrogen, ammonia), carbon capture and sequestration, solar, batteries, and low-embodied-carbon materials.

Capability Qualifications and Credentials

RTI IA has a long history of supporting emerging technologies, startups, and small businesses through our work for the NASA Technology Transfer Program, through NIH TABA assistance and by developing technology-driven market intelligence and technology scouting services for NIST MEP. In clean energy, RTI is a DOE Voucher Service Provider and NREL Power Connector. RTI’s Technology Advancement & Commercialization (RTI-TAC) group develops and scales low-carbon fuels, carbon capture, and advanced material technologies (from TRL 3 – TRL 7) for the DOE, key players in the energy industry, and startups like SYZYGY Plasmonics. RTI-IA conducts Tech-to-Market activities for RTI-TAC in support of ARPA-E projects in green ammonia, carbon capture, and thermochemical energy storage, for example. Together, RTI-IA and RTI-TAC provide comprehensive adoption readiness acceleration services for climate tech startups and early-stage technologies.

Capability Community Benefits

RTI’s mission to improve the human condition by turning knowledge into practice is embedded in our work. Equity, diversity, inclusion and belonging (EDIB) are core institutional values at RTI. We work with equity-focused stakeholders around the country, including environmental justice organizations, rural community groups, minority-serving institutions, and community colleges. Additionally, RTI (RTI TRUE) has experts in Climate justice, and develops and employs methodologies to integrate equity, diversity, and inclusion. We leverage our expertise in developing innovation ecosystems (e.g., running the community of practice for the US EDA Build Back Better ecosystem) and in our technology development and deployment projects to consider how new technologies might support the development of a clean and equitable energy economy, regional economic development, jobs creation, and long-term equity implications of new technology development. We bring a thoughtful lens to equity by looking for unintended consequences and the potential environmental justice concerns.

Approx. number of available voucher projects

Inputs required from voucher recipients

RTI IA will require the following from our clients: (1) a formal value proposition statement, or any documents, e.g., pitch decks, web site content, etc. describing the value proposition, (2) Existing market feedback on the value proposition, (3) participation in a value proposition review session with RTI to review background information and answer questions to enable the RTI team to fully understand the value proposition and the target customer, (4) participation in a final presentation of research insights and recommendations, and (5) availability of at least one point of contact to answer ad-hoc questions during the research process.

Geographic Constraints

We are capable of supporting projects across the US as we regularly work remotely with clients.

Additional details on matching preferences

This service is designed to help early-stage climate tech startups that have not conducted customer discovery in markets that appear attractive.

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of Initial Value Proposition

Final Milestone Description

The final milestone is a summary PowerPoint report containing key insights and recommendations, to be presented via webmeeting.

Valuation Model Development for Investment Planning Purposes

Voucher #

VO1-23

Organization:

Parabellum Strategic Group LLC

Details

City

Atlanta

State

Zip

30315

Activity Location State

Applicable Technology Area(s)

advanced-nuclear; carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; updates-to-the-electric-grid

Advanced Nuclear

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Updates to the Electric Grid

Category

Fundraising

Capability Description

PSG will develop a valuation model, specifically a discounted cash flow model, to assist the recipient quantify potential equity values of a selected project. The valuation model can be used for internal management planning and decision-making activities, including to assess the potential funding amounts of capital raises (debt and/or equity). Implementing a valuation model is vital to assist with: a) more informed decision-making regarding project viability, scalability, and drivers of economic value; b) invaluable insights towards reasonable levels of future capital raises based on the project's current financial performance, capital structure, and prevailing market interest/discount rates; and c) higher quality stakeholder and investor engagement. Valuation model development procedures may include, but are not limited to: -Define project scope-Data collection-Segmentation analysis-Preliminary model specifications-Model development and testing-Initial model prototype review-Review/feedback/acceptance The deliverable will be in MS Excel format with live formulas. The model will consist of tabs for summary reporting, inputs/assumptions, financial projections (provided by recipient), financial metrics/analytics, a discounted cash flow analysis, and a market benchmark comparison. Key contract milestones will include: project kickoff, preliminary specifications document, delivery of the initial valuation model, and delivery of the final valuation model, inclusive of management feedback.

Capability Core Competencies

Our team has decades of experience providing financial advisory services, including deal advisory roles for buy- and sell-side transactions, strategic financial modeling and forecasting, and business/asset valuation. The team worked in the valuation and modeling group at a 'Big Four' firm, with PSG's founder having led their National Financial Modeling Center of Excellence. This role entailed developing financial modeling and valuation standards and templates as well as detailed training courses in financial modeling and valuation for new hires and clients. We have performed hundreds of valuations and executed model development projects in the energy and financial services sectors. This combined experience on the energy company and lender side gives us a unique perspective on the requirements for capital raises and modeling more generally. We also have deep experience assisting the U.S. Department of Energy and large industry lenders with financial and credit due diligence services for loan/funding and M&A purposes.

Capability Qualifications and Credentials

PSG is an approved financial, market, and loan origination advisor to the U.S. Department of Energy Loan Programs Office (LPO), providing lender due diligence services for loan applications ranging from $100 million to $2 billion. These services include financial model review, recreation, and modification for quality control, initial diligence, and scenario analysis purposes. In addition, key activities typically include review of strategic business plans and contracts, identifying and quantifying risks (such as permitting and regulatory risks, timeline risks, and cost overrun risks) and mitigants (e.g., insurance, reserve accounts, hedging, and properly allocated risk allocation), and preparing credit due diligence packages. Broadly, PSG's professionals have 30+ years of combined experience, the majority at a ‘Big Four’ firm, in valuation, modeling, and project finance related to manufacturing, innovative energy projects, capital investments, and loans and loan guarantees. If selected, PSG’s senior leadership will be directly delivering the services.

Capability Community Benefits

As a minority-owned and service-disabled-veteran-owned business, we deeply understand the importance of DEIA in the communities we serve. From a DEIA perspective, assisting private companies in the renewable and clean energy sector make progress towards commercial viability is important to us for a variety of reasons. Firstly, the expansion of new energy technologies or service areas is expected to foster economic growth and lead to the creation of high-value, high-paying domestic jobs in these sectors. Secondly, continued innovation in energy technology is expected to be the driving force behind energy sustainability and a decline in health-related hazards, such as quality/availability of food, drinkable water, and relief from extreme temperatures. Assisting recipients understand their project's potential economic value and pursue capital raise opportunities is a vital early step in the progress towards energy innovation and the aforementioned community benefits.

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher recipients are expected to provide the following information, in a usable electronic format, for the development of the valuation model. • Current operating agreement • Historical financial and operating performance data (at least 2 years) • Projected financial and operating performance data (at least 3 years), including estimates regarding capital expenditures, sources and uses of cash, etc. • Current capital structure, funding sources, or other financial commitments • Strategic business plan and underlying financial model (if applicable) • Other relevant contracts/documents supporting the financial projections • Other information relevant to their underlying technology and/or business model

Geographic Constraints

There are no geographic constraints for us to perform the valuation model development services. Much of the work can be performed remotely, and we are able to travel onsite for a meeting or two if required.

Additional details on matching preferences

Aside from the input requirements outlined above, there are no other minimum physical or informational requirements for us to perform the valuation model development services. We do request that the recipient provides timely access to the personnel, information, and documents necessary (including financial projections), and to promptly participate in the planning and cooperative activities required to successfully complete the services.

Estimated capability duration in weeks

Mid-point Milestone Description

The mid-point milestone will be the preliminary model specifications document, highlighting the proposed model structure, data, segmentation, mechanics, and reporting.

Final Milestone Description

The final milestone will be the final valuation model, incorporating any feedback from the recipient.

Validation or Certification to Relevant DNV or Industry Standards

Voucher #

VO2-1

Organization:

DNV ENERGY USA, Inc.

Details

City

Katy

State

Zip

77449

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization; solar; wind; bioenergy

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Solar

Category

Performance Testing

Capability Description

Renewable/low carbon fuels and products are necessary to meet net zero emissions; however, such products will only deliver meaningful emission reductions if the methods of production themselves are as clean as possible. Additionally, many emerging technologies need to be verified themselves to ensure that other performance aspects outside of emissions reductions can be met (e.g., safety or performance criteria). DNV publishes guidelines and service specifications that contain procedural requirements for obtaining and retaining certificates and other conformity statements to the objects, personnel, organizations and/or operations in question. One example of a DNV standard for which a validation could be applied is DNV-SE-0654: Validation of attribute claims for low carbon and renewable hydrogen and ammonia: It covers CO2 assessment criterions keeping in mind all relevant global standards, especially as defined in ISO – 9000, 14044, 14064-3 and 14067. Aided by other technology qualifications, management and verification methods widely used by industry listed below. The following are the steps – Establish attribute claims to be validated and a validation basis; Examine the validation basis and conduct initial evaluation including sharing initial evaluation (mid-point milestone); Review further evidence; Clarify issues on non-compliance; Document and review tentative evaluation; Deliver final validation report.

Capability Core Competencies

DNV has both broad and deep expertise related to storage projects, clean hydrogen, and carbon management. For energy storage projects, competences include battery performance , battery life estimation and modeling, battery degradation assessment and warranty verification. For clean hydrogen and carbon management, competencies include accelerated degradation testing of materials, technology qualification, techno economic life cycle analysis and evaluation to industry and DNV standards.

Capability Qualifications and Credentials

DNV has over 4,000 experts worldwide. DNV has developed over 170 industry standards, guidelines and recommended practices and performs approximately 30 joint industry projects per year. DNV has expertise within the area of materials and battery degradation including modeling of materials and system performance. DNV also has extensive expertise in the development and application of modeling techniques to optimize PtX projects like hydrogen, ammonia, and methanol production.

Capability Community Benefits

DNV has expertise developing community benefits plans. As a project reference. National Renewable Solutions | Justice 40 Community Benefits Plan Advisor. Advised project manager and Chief Operating Officer on a DOE FOA-required community benefits plan for an 80-mile transmission project, covering communities identified as disadvantaged pursuant to Justice 40 eight priorities. Advisory process involved strategic discussions with project leadership and team, performing a Justice 40 equitability assessment, identifying and selecting relevant equity metrics, proposing various scenarios for workforce development, inclusive procurement, and community benefits agreements and drafting a comprehensive plan.

Approx. number of available voucher projects

Inputs required from voucher recipients

Input needed to perform a verification project is • Access to personnel for interviews and to site (if applicable) • Product or process specifications

Geographic Constraints

We are capable of supporting projects in the continental US with a strong in-person presence on the West Coast and East Coast.

Additional details on matching preferences

Additional DNV standards for which verification can be performed include: • DNV-SE-0656 Verification of power-to-X facilities • DNV-SE-0160: Technology qualification management and verification • DNV-RP-A203: Technology Qualification • DNV-SE-0473: Certification of sites and projects for geological storage of carbon dioxide • DNV-SE-0617: Qualification management for geological storage of CO2 • NFPA 855: Standard for the Installation of Stationary Energy Storage Systems

Estimated capability duration in weeks

Mid-point Milestone Description

Conduct and share initial evaluation

Final Milestone Description

Validation Report

The Energy Innovator’s Capital Playbook: a market assessment, fundraising roadmap, and pitch strategy to secure funding for technology commercialization

Voucher #

VO4-28

Organization:

TRC

Details

City

Santa Monica

State

Zip

90405

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; advanced-materials-and-manufacturing-technologies; vehicle-technologies; bioenergy; wind; water; solar; geothermal; building-efficiency; industrial-decarbonization

Clean Hydrogen

Advanced Materials and Manufacturing Technologies

Vehicle Technologies

Bioenergy

Wind

Category

Fundraising

Capability Description

TRC will develop a comprehensive playbook that provides actionable information and tangible resources to help secure funding needed to move technology to market. Our team will help innovators characterize and understand their competitive advantage, identify and prioritize potential sources of capital, and effectively communicate their value proposition to investors, funding agencies, and other audiences. The playbook covers three key components necessary to secure funding: 1. Market Assessment: Analyzes industry trends and segments the target markets, identifies and evaluates potential competitors, and describes customer needs and preferences. Specific questions can be customized based on voucher recipient’s unique needs. 2. Fundraising Roadmap: Defines clear fundraising objectives, including estimates of how much capital is needed, for what purpose, and over what timeframe. Identifies potential funding opportunities (including both private investment and public grants/incentives) and recommends specific action items to maximize competitiveness. 3. Pitch Strategy: Articulates key messages and win themes designed to highlight competitive advantages, tailored to specific target audiences. TRC will also develop/refine a pitch deck and provide up to three coaching sessions to practice delivery. TRC will work directly with voucher recipients as we develop their custom playbook over three months, including a kickoff meeting, midpoint strategy call, and final presentation.

Capability Core Competencies

From strategic planning to project implementation, TRC provides full-service funding strategy and grant writing support. Our team has worked with both public and private sector clients on over 600 grant, rebate, loan, and other incentive applications since 1993, with a more than 90% success rate. Our experience with clients from varying sectors has rendered us experts in analyzing market compatibility with varying technologies and relevant policies and assessing compatibility of customer climate targets and purchase strategies with market patterns. TRC offers clients tremendous expertise on how to successfully secure funding and incentives for a variety of energy innovation projects. We help our clients determine suitable funding programs and understand how competitive a project will be before applying, gain insight into the potential competition to help craft a unique and winning project strategy, and understand how to secure funding.

Capability Qualifications and Credentials

As you develop innovative and emerging technologies to solve climate and energy challenges, TRC is your trusted partner, providing commercialization support, technology demonstrations, and scalable approaches to drive market transformation. TRC also analyzes and supports the development of policy frameworks for practical market application and oversight. Ultimately, our services inform the next generation of energy programs, roadmaps, codes and standards, and EM&V. We have significant client experience in the private and public sector, including providing external funding support, technical assistance, technical analysis, emissions reporting, project development and management, and program implementation. The 120 members of our Clean Transportation Solutions team has secured more than $1.5 billion in grants, loans, and other financial assistance, and our Advanced Energy team has over 700 dedicated problem-solvers trained in every step of clean energy transition - from conception and research to program planning and design, and implementation and customer engagement.

Capability Community Benefits

As part of our clients’ fundraising playbook, TRC leverages subject-matter expertise and industry network to support project growth and investment in local communities. We are dedicated to ensuring that as the project progresses, significant attention is given to ensure that the client knows the communities involved and vice versa. This includes engagement within local communities and active collaboration with leadership groups to establish training and workforce development initiatives as part of our clients’ goals to invest in the American workforce. Developing award-winning proposals and offering support throughout the funding process has enabled our clients to make a lasting impact hand in hand with local communities.

Approx. number of available voucher projects

Inputs required from voucher recipients

TRC will create a succinct needs list for the client outlining all the information needed from them through an initial kickoff meeting and fundraising needs assessment. Voucher recipients may be asked to provide information on the technology being commercialized, prior funding opportunities that they have competed for, any previous grant writing experience, IP status (i.e. patented, licensed, etc.), and any additional details or challenges regarding the technology or their business that will aid in the customization of their services.

Geographic Constraints

TRC’s strategic initiatives team is mostly remote and can support voucher recipients in all 56 US states and territories.

Additional details on matching preferences

With nearly 7,000 employees and 150 offices around the world, TRC has expert staff collaborating on market research and analysis, partnerships development, government affairs, and funding and incentives application development. We have helped an impressive roster of clients and partners, including major universities, startups, NGOs, and more, navigate the fundraising process and applications that align with the emissions reduction goals of public agencies on the state and federal level. At TRC, our changemakers are committed to helping clients redefine what is possible in clean transportation and energy innovation.

Estimated capability duration in weeks

Mid-point Milestone Description

An 80% draft market assessment and fundraising roadmap delivered approximately 6-8 weeks after project launch.

Final Milestone Description

A final written report and presentation of the market assessment and fundraising roadmap, pitch deck, and completed pitch practice sessions.

Test Automation

Voucher #

VO2-32

Organization:

LHP Engineering Solutions

Details

City

Columbus

State

Zip

47201

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; long-duration-energy-storage

Clean Hydrogen

Long-Duration Energy Storage

Category

Performance Testing

Capability Description

LHP Engineering Solutions (LHPES) specializes in delivering automated test equipment tailored for hydrogen and energy storage systems, focusing on standards adherence, safety, and embedded cybersecurity. The 21-week project timeline includes defining requirements for the Device Under Test (DuT) over four weeks, followed by an eight-week period dedicated to procuring the necessary equipment and tooling. Subsequently, the design and assembly of the equipment are completed in four weeks. This is followed by a four-week phase of manually developing test cases, culminating in the finalization of the test station within one week. Critical milestones include the completion of each phase within the stipulated timeframe, ensuring seamless progress. At the project's conclusion, LHPES will deliver fully automated test equipment capable of executing hydrogen test cases, adhering to international software and safety standards such as (not limited to) ISO 26262, FMVSS-305, and SAE J2990/2, J2908, J1772, J2344, J2836/2, J2847/2, J2953/1, IEC 62660-3, J2288, J3072. Our comprehensive approach ensures the provision of customized tooling for specific applications, facilitating detailed testing and generating essential data elements to meet stringent electric vehicle and functional safety standards. This ensures readiness for commercial viability in the hydrogen and energy storage sectors.

Capability Core Competencies

LHPES excels in standards and regulations, with applications in EV, hydrogen systems, energy storage systems, functional safety, and embedded cybersecurity. Our core competencies encompass AUTOSAR & MBD for modeling, simulation, and standardized code structures; Application Lifecycle Management (ALM) for developing, validating, and releasing software; and Testing, Advanced Analytics & Data Integration. We utilize tools such as Hardware-in-the-Loop (HIL) systems and field data for engineering operations, ensuring commercialization of prototypes. Our holistic, start-to-finish problem-solving methodology allows us to integrate standards and automation necessary for commercial viability in hydrogen and energy storage technologies.

Capability Qualifications and Credentials

LHPES boasts highly customized hardware and testing solutions, developed with input from world-class engineers. We partner with TÜV NORD, UL, and National Instruments (NI, Silver Alliance Partner) to offer state-of-the-art equipment and certification services. Our proven history includes collaborations with industry-leading suppliers to innovate and enhance powertrain technologies, yielding state-of-the-art, safety-critical engine control systems. Our expertise in test automation and software certification is further demonstrated by our own internal process certification by UL. LHPES’s facilities in Pontiac, Michigan, and our remote workforce provide comprehensive support for projects across the US, adhering to standards such as ISO 26262 and SAE J2990/2.

Capability Community Benefits

At LHPES, the community isn't an afterthought—it's an integral part of our organizational fabric. We are actively engaged in job creation and the upskilling of local talent pools. Levering our internal training center and through collaboration with educational entities, we aim to create training programs that offer both scholarships and internships, thereby promoting increased diversity within STEM fields. Our commitment to DEIA extends into every facet of our operations, from recruitment and vendor selection to community partnerships. Through this voucher opportunity, we are enthusiastic about deepening our impact on diverse communities and making technology more accessible for all, while also fulfilling the grant's objectives.

Approx. number of available voucher projects

Inputs required from voucher recipients

The voucher recipients can send specification for their Hydrogen and energy storage systems or sub-systems, and LHP will develop test requirements and regulatory requirements accordingly..

Geographic Constraints

LHPES’ remote workforce can support projects anywhere in the US, with the primary facility in Pontiac, Michigan that can customize the tooling for the application.

Additional details on matching preferences

N/A

Estimated capability duration in weeks

Mid-point Milestone Description

Requirements defined for Device Under Test (DuT) and Purchase Order made for all relevant equipment and tooling.

Final Milestone Description

Test Station shipped (with test automation enabled)

Technology Due Diligence Report

Voucher #

VO5-21

Organization:

Ramboll Americas Engineering Solutions, Inc.

Details

City

Syracuse

State

Zip

13202

Activity Location State

San Francisco

Activity Location State

94104

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

TEA/LCA

Capability Description

Ramboll will deliver a complete technology due diligence (TDD) report which provides a comprehensive analysis of the Voucher Recipient’s technology. The TDD report includes a preliminary greenhouse gas analysis (LCA), a techno-economic analysis (TEA), a technology readiness level evaluation, technology scale-up considerations, and technology opportunities and risks analysis.The TDD report is a third-party evaluation completed by Ramboll to provide validation of the Voucher Recipient’s technology. A TDD report is completed such that it provides critical insight of the technology which is standard information required for early technology developers to provide to investors during capital raise rounds.Ramboll will engage with the Voucher Recipient to set clear goals and evaluate data availability. Ramboll will review available data such as mass and energy balance data, P&IDs, economic data such as equipment and operation requirements, product sampling analysis, chemical reaction analysis data, technology operation descriptions, and other available technology process data. An early milestone deliverable involves a call to discuss early findings, a data gap analysis report, a request for information, and summary of Ramboll’s preliminary review. The Voucher Recipient provides feedback on the early findings and additional data.

Capability Core Competencies

Ramboll boasts extensive expertise in conducting Technology Due Diligence (TDD) assessments to deliver comprehensive analyses of technology, pinpointing opportunities and assessing risks. With deep-seated experience in TDD assessments, Ramboll’s seasoned team has evaluated over 40 innovative decarbonization technologies for various technology developers and investment groups, acquiring crucial insights into the scaling challenges faced by technology developers and the critical information sought by investors.Specializing in CCUS technologies, including CO2 conversion to chemicals and fuels, direct air capture, point-source capture, and CO2 geological sequestration, Ramboll’s TDD team has assessed numerous developers in this sector. Our team of skilled engineers, rich in CCUS knowledge and bolstered by private industry experience, offers unparalleled, independent insights, having worked alongside both technology developers and investors.Ramboll upholds the independent integrity of its TDD reports. Through a rigorous independent assessment—enhanced by technology developer feedback and editorial input—Ramboll ensures factual accuracy and unbiased perspectives

Capability Qualifications and Credentials

The Ramboll technology due diligence (TDD) team is composed of a core group of engineers with years of experience supporting early stage technology developers and investors with comprehensive technology analysis support. Ramboll supports decarbonization technology funds with hundreds of millions of dollars in funding. In addition to the core team, Ramboll boasts over 15,000 engineering consultants globally with expertise across all relevant industries such as geologic CO2 storage, CO2 thermochemical conversion, electrolysis, market study analysis, among others.Ramboll’s TDD team has expertise with engineering programs such as ChemCAD and Aspen for process modeling, with experience modeling novel CCUS technology pathways.The team has several members with LCA relevant accreditation from the American Center for Life Cycle Assessment (ACLCA) and California Air Resources Board (CARB) LCFS program, and expertise with LCA analysis for key government incentive programs such as carbon dioxide capture tax credit 45Q.

Capability Community Benefits

At Ramboll, environmental and social responsibility are at the core of our operations. We understand the complexities and importance of assessing the environmental and social impact of any engagement or solution. In our LCA engagement, our experts prioritize evaluation of impact categories relevant to key stakeholders and communities with a focus on just practices and science-based decision making. We aim for all affected parties to have the information necessary to make evidence-driven decisions about the project and its potential impact. Our experts stay abreast of trends and regulations, such as Justice40. We understand the data that feed into screening tools such as EJScreen, AirToxScreen, CEJST, and RSEI so that we can assist clients in interpreting their results and making responsible sustainability decisions that benefit the environment and society.

Approx. number of available voucher projects

Inputs required from voucher recipients

Detailed description of the technology, including all inputs, outputs, and key technology units (e.g., reactors, distillation, pre-treatment steps, etc.). Mass and energy balance data detailing all inputs and outputs including chemical composition of each stream, temperature, pressure, and other key flow parameters. Operating parameters of each key technology unit. Sampling analysis data of key flow streams and products. Scale-up plans. Technology milestones and development. Team hiring and growth plans. Economic data including all process inputs, energy inputs, equipment (CAPEX), operators, maintenance costs, and other costs. Include target pricing for key inputs such as electricity and feedstocks.

Geographic Constraints

Ramboll has no geographic limitations and can provide services anywhere in the US and internationally.

Additional details on matching preferences

Ramboll provides services beyond TDD and across all industries, ensuring that Ramboll can provide support to client’s scale-up needs. Ramboll has extensive connections with industry, academia, and investor groups, which can be leveraged to provide technology developers with strategic connections. Ramboll’s TDDteam has evaluated technology developers in the following fields: direct air capture, CO2 conversion to fuels, CO2 conversion to plastics, CO2 geologic storage, waste to fuels, blue hydrogen, CO2 electrolysis, water electrolysis, biomass pyrolysis, methane pyrolysis, plastic/tire to fuels, lignocellulosic biomass to fuels and chemicals, among others.

Estimated capability duration in weeks

Mid-point Milestone Description

Preliminary review findings in the form of a summary slide deck, data gap analysis, and request for additional information.

Final Milestone Description

Final version of the technology due diligence report, in slide deck format.

Technology Due Diligence

Voucher #

VO4-10

Organization:

Strategic Analysis, Inc.

Details

City

Arlington

State

Zip

22203

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; advanced-materials-and-manufacturing-technologies; vehicle-technologies

Clean Hydrogen

Advanced Materials and Manufacturing Technologies

Vehicle Technologies

Category

Fundraising

Capability Description

Strategic Analysis provides technology due diligence as a service prior to or concurrent with equity fundraising efforts. The proposed diligence effort would be identical in scope to what SA offers equity clients. The primary goal of this due diligence will be to identify potential risks that may be uncovered during an equity investor’s own diligence effort and to recommend actions to strengthen the investor pitch. For example, identified risks can be addressed or mitigated prior to investment or folded into the technology development plan. A secondary benefit of the diligence effort is a report that can be shared with potential investors to increase the investor’s confidence to progress the investment decision. The scope of the diligence will include:• Technology and competitive landscape evaluation—a targeted review of the core technology, its relative strengths and weaknesses, and its differentiation with respect to the market• Technology and commercialization plan evaluation—a review of the plans to ensure that critical milestones are addressed, the timing and planned resources are adequate, and that plan support growth claims • A SWOT analysis of the technology, IP, and the market

Capability Core Competencies

SA specializes in techno-economic and manufacturing analysis, market studies, and technology due diligence. SA studies various materials, components, and systems for hydrogen production and storage, fuel cells, batteries, gas purification, chemical synthesis (monomers/polymers, catalysts, MOFs, electrochemical), and energy transmission. SA has extensive experience in capital cost and life-cycle cost estimation. SA is a prime System Engineering and Technical Analysis (SETA) provider to all 6 offices of the Defense Advanced Research and Projects Agency (DARPA) . SA provides a combination of technical, programmatic, contractual, and financial services to premier R&D agencies in the Department of Defense. Additionally, SA has extensive experience with transition and commercialization in support of DARPA funded SBIR/STTR projects, as well as those of other organizations, such as NSWC Crane. SA supports the full tech transition cycle, including understanding technology gaps; identifying transition opportunities; coordinating networking events; reviewing program policies and translating policies into guidance for small businesses.

Capability Qualifications and Credentials

SA employs over 30 PhD staff in various technical areas engineering and science, and maintains a network of highly specialized technical consultants. The Energy Services division pioneered the Design for Manufacture and Assembly methodology for hydrogen storage, hydrogen production, and fuel cell capital cost projections. SA has held DOE contracts continuously for over 20 years in the areas of cost and performance analysis of PEM fuels cells for transportation, H2 production, and H2 storage. SA regularly works with commercial clients to provide product benchmarking, market analysis, value-chain assessment, and pre-investment due diligence. SA has had commercial contracts with a major auto OEM to conduct an electrolyzer market assessment, a Fortune 500 auto Tier1 supplier to conduct a value-walk analysis and market assessment in support of new product development, emerging energy startups to develop go-to-market strategies, and global venture capital and family fund managers to provide technical due diligence.

Capability Community Benefits

Strategic Analysis actively addresses and incorporates DEIA into its business practices. Mechanisms SA uses to address and increase DEIA include: an active Inclusion Committee composed of SA employees to provide guidance on DEIA, supporting local businesses and non-profits, inclusive employee benefits, and employee training.

Approx. number of available voucher projects

Inputs required from voucher recipients

To facilitate the pace of work, we request clients to provide as much detail upfront as possible and have a minimum of one point of contact (POC) to work with on a regular cadence throughout the project.

Geographic Constraints

Our team is distributed throughout the United States and typically supports projects virtually

Additional details on matching preferences

In-person interactions, such as site visits if agreed between SA and the client, will be restricted to within the continental United States.

Estimated capability duration in weeks

Mid-point Milestone Description

Preliminary assessment

Final Milestone Description

Final report

Technoeconomic Analysis

Voucher #

VO1-17

Organization:

Strategic Analysis, Inc.

Details

City

Arlington

State

Zip

22203

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; vehicle-technologies; industrial-decarbonization; advanced-materials-and-manufacturing-technologies; geothermal; solar; water; wind; bioenergy

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Vehicle Technologies

Industrial decarbonization

Category

TEA/LCA

Capability Description

Strategic Analysis technoeconomic analysis (TEA) includes cost estimation coupled with discounted cash flow models to create insights for key commercialization drivers. The TEA may include both definition and capital cost estimation of the production plant (e.g., battery plant, electrolysis plant, wind turbine production facility) and the manufacturing cost of the finished product (cost of batteries ($/kWh), H2 ($/kg), electricity ($/kWh)). Strategic Analysis offers the following tools based on the needs and scope of the project:• Thermodynamic and energy assessments with Aspen Plus® or Aspen HYSYS®• Capital cost estimation using bottoms-up methods like Design for Manufacture and Assembly® (DFMA) considering multiple rates of production and manufacturing pathways. • Capital, installation, and operational cost models with industry correlations• H2A, H2Fast, or other discounted cash flow modelling to evaluate product/project economics

Capability Core Competencies

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

To facilitate the pace of work, we request clients to provide as much detail upfront as possible and have a minimum of one point of contact (POC) to work with on a regular cadence. Site visits are sometimes used to better understand and model the system or technology.

Geographic Constraints

Our team is distributed throughout the United States and supports projects virtually.

Additional details on matching preferences

None

Estimated capability duration in weeks

Mid-point Milestone Description

Baseline cost analysis

Final Milestone Description

Final report

Techno-economic assessment of industrial heating and thermal management systems

Voucher #

VO1-37

Organization:

Heron Thermal Innovations LLC

Details

City

Henderson

State

Zip

89074

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization; carbon-management-including-carbon-capture-and-direct-air-capture

Industrial decarbonization

Carbon Management (including carbon capture and direct air capture)

Category

TEA/LCA

Capability Description

The provider assists the recipient in developing a commercialization strategy by making available relevant market and technical information. First, the provider coordinates with the recipient 7 or more discovery interviews with diverse stakeholders to validate the value proposition. At the end of this phase, we define the customer pain points and the critical market acceptance criteria. In the next phase, the provider reviews trade and technical publications, government databases and repositories, and scientific literature to establish a market baseline. The review identifies the incumbent technology, the competition, and the emerging trends. At the end of this phase, we will develop the market segmentation and set the technological, technical, and economic market baseline. In the last phase, the provider develops the techno-economic models. These models relate the technical performance targets, for example capacity and efficiency, to the product cost. The models are used to perform scale-up (capacity and or production volume) analyses, and to compare the energy, emissions, and economic performance to the baseline. The modeling results are paired with information from the first two phases to determine the serviceable market and to define a minimum viable product. The provider submits a detailed final report of the analyses and the findings.

Capability Core Competencies

The provider’s PI offers expertise in techno-economic assessment of energy and storage systems. The PI has led commercialization and development projects in private industry and as an Oak Ridge National Laboratory (ORNL) scientist. In industry, the PI led the development, field validation, and techno-economic valuation of an engine driven multifunction heat pump new product introduction (NPI) for a small business. For a large business, the PI led the development of NPIs in thermal energy storage and thermal management systems for aerospace and industrial systems. As an ORNL R&D staff, the PI led the prototyping and commercialization of GLIDES, an energy storage system. The provider is adept at building and at interpreting pre-commercialization techno-economic analyses, and in applying first and second law analyses to rapidly evaluate design and performance trade-offs.

Capability Qualifications and Credentials

The provider’s PI, BSc (2004) and MSc (2008) Mechanical Engineering, is an experienced engineer with 20 years of design, research, and development of thermal and thermomechanical systems. The PI has relevant working experience in commercializing appliances, large scale electrical storage, and multifunctional heat pumps. The PI is a two-time participant in the DOE’s Energy I-Corps program and has first-hand experience in using lean methodologies in NPI commercialization. The PI has led multistakeholder sponsored research projects for the DOE’s BTO, WPTO, OE, and OTT, and is familiar with working with diverse teams. The PI is a PhD candidate actively researching high heat flux technologies in residential, commercial, and industrial equipment and systems. The PI has two patent awards, one patent application, and 60+ technical and scientific publications.

Capability Community Benefits

The provider will hire at least one intern through UNLV’s StepUp & StartUp (SUSU) program. The internship will introduce the intern to invaluable scientific, market, and professional knowledge. To the benefactor, the internship is an asset to land a high-quality job. To the larger community, the internship helps attract high quality jobs to the area; directly through making connections, and indirectly by knowledge dissemination. The provider also stands to benefit from the internship: directly through cost control, and indirectly through fostering professional connections. According to the NV GOED, there are more higher degree holders than there are higher degree jobs. Internships such as this not only provide a high-quality job, but also help expose the underutilized local workforce to employers seeking qualified candidates. The provider pledges to foster a sustainable, inclusive, and equitable work environment.

Approx. number of available voucher projects

Inputs required from voucher recipients

A project summary document that introduces the product under development, summarizes the history and status of the development, defines the research questions, explains any targeted timeline, and presents any other relevant information. Development related publications. The provider works collaboratively with the recipient’s team and prefers that the recipient remains actively engaged by providing continual feedback and by discussing project direction at the completion of each milestone.

Geographic Constraints

The provider works out of Henderson, NV, and is available to travel as needed to any of the US continental states for meetings and site visits.

Additional details on matching preferences

The provider is flexible on what digital tools to use to perform the modeling (MATLAB, Fortran, Excel, Python). The provider sets up shared folders for data management and sharing.

Estimated capability duration in weeks

Mid-point Milestone Description

The market technical and economic baseline metrics have been set.

Final Milestone Description

All use cases have been run and the data post-processed.

Techno-economic and life cycle assessment of energy systems

Voucher #

VO5-9

Organization:

Wrightway Energy Innovations

Details

City

Ames

State

Zip

50014

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; resource-sustainability

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Category

TEA/LCA

Capability Description

Mba Wright Ph.D. specializes in conducting technoeconomic and lifecycle assessments of bioenergy and carbon capture systems. Leveraging chemical process modeling software and advanced computational tools, we model commercial-scale biorefineries to comprehensively understand their economic and environmental impact. We are capable of supporting projects across the continental US. Our project timelines range from 1 to 3 months, depending on the project scope and budget.We employ commercial and open-source assessment platforms, including:• Utilization of chemical process modeling software and advanced computational simulation platforms• Technoeconomic analysis incorporating CAPEX, OPEX, and OI calculations• Lifecycle assessment covering environmental impacts, energy balance, and emissions using GREET.Net, OpenLCA, and the EcoInvent and LCACommons databases.• Robust optimization and commercialization risk assessmentOutputs and Deliverables• Integrated Chemical Process Models (Aspen Plus, DWSim, BioSteam, etc.)• Multi-year Financial Spreadsheets with Multiple Profitability Metrics (NPV, ROI, EBITDA, etc.)• Lifecycle Analysis Inventory Table and Impact Factor Analysis (CI scores, etc.)• Decision-making frameworks for sensitivity analysis, risk assessments, and future recommendations• Detailed Process Design Report in the National Laboratory format, covering unit operations, mass & energy balances, economic and environmental metrics

Capability Core Competencies

We have authored over 60 peer-reviewed scientific publications and more than a dozen reports on techno-economic and life cycle assessments. We have modeled several biochemical, thermochemical, electrochemical, and hybrid systems to produce fuels, chemicals, and bioproducts. We are familiar with providing metrics for US DOE loan programs and conducting assessments to meet regulatory environmental policy requirements.

Capability Qualifications and Credentials

Our team includes scientists and engineers with expert training in chemical engineering and related fields. We are experts in chemical process design, techno-economic, and life cycle assessment. We have completed trainings by AspenTech, and Argonne National Laboratory. We have participated in several US Department of Energy workshops.

Capability Community Benefits

Our team features a diverse workforce with the majority coming from an underrepresented group in STEM. We are actively engaged with several engineering societies such as the Engineering Ambassador Network, the American Institute of Chemical Engineers Sustainable Engineering Forum (SEF). We received the 2024 SEF Service Award for our dedication to promoting the growth of the community.

Approx. number of available voucher projects

Inputs required from voucher recipients

• Overview of major unit operations • Key material, energy, and product ow rates • Supply chain metrics, including facility operation scale • A minimum of 1 POC for frequent feedback and progress discussion

Geographic Constraints

No geographic constraints

Additional details on matching preferences

We have access to chemical process modeling software (DWSIM, BioSTEAM), life cycle assessment (GREET.net, OpenLCA).

Estimated capability duration in weeks

Mid-point Milestone Description

We can provide a detailed process model and preliminary cost and emission estimates.

Final Milestone Description

The final milestone will be achieved by finalizing the key techno-economic and lifecycle assessment metrics, including scenario/sensitivity analyses.

Technical evaluation of geological carbon storage conditions for certification and field-scale deployment

Voucher #

VO5-20

Organization:

Idaho National Laboratory

Details

City

Idaho Falls

State

Zip

83415

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

TEA/LCA

Capability Description

Geological carbon storage (GCS) involves the deep underground injection of carbon dioxide (CO2) to avert its emission into the atmosphere, thus contributing to climate change mitigation efforts. CO2 is transported through wells specifically constructed for this purpose into deep geological formations that have been identified as capable of securely storing CO2 over extended periods.For the operation of a commercial GCS endeavor, it's necessary to comply with the EPA’s Underground Injection Control (UIC) program rules. This program is designed to safeguard underground drinking water sources by preventing the dispersal of pollutants from the injection zone to water supplies. It oversees all elements of injection wells within a GCS project, encompassing site selection, well construction, injection procedures, testing, monitoring, emergency plans, financial guarantees, and the ultimate sealing and decommissioning of wells and sites. The aim of the proposal is to assess the viability of a potential site for safe carbon storage by simulating the injection of CO2 into deep geological strata. This involves providing technical assistance for field tests using reactive transport models that emulate the behavior of CO2 injections under specific conditions. The reservoir simulation will also evaluate CO2 leakage risk by calculating CO2 fluxes and concentrations through faults.

Capability Core Competencies

INL operates as a versatile Federally Funded Research and Development Center (FFRDC) and is home to a range of scientific user facilities, contributing to a broad array of research, development, demonstration, deployment, and verification activities in different areas of renewable and nuclear technologies. Tasked with the management and operation of three diverse national user facilities, INL is well-equipped to undertake projects like those described in the proposal. The INL team possesses specialized expertise in project management, geochemical modeling, and reactive-transport modeling. INL employs several geochemical modeling tools, such as the Geochemist’s Workbench, MOOSE Geochemistry Module, and TOUGHREACT, to evaluate and predict the geochemical processes within various reservoir types, including those used for geothermal energy, oil and gas production, thermal energy storage, and CO2 storage. Presently, INL is leading a pilot-scale geological carbon storage project in collaboration with Chevron at the INL site (Smith et al., 2024).

Capability Qualifications and Credentials

INL offers robust high-performance computing (HPC) capabilities that are essential for conducting advanced modeling and simulation work, which will be utilized for this voucher opportunity. These HPC resources at INL are accessible to industry partners, academic institutions, other national labs, and federal agencies for research and development purposes that result in public and openly available findings. INL’s latest supercomputer, SAWTOOTH, boasts a LINPACK benchmark of 5.6 petaflops and features 99,792 processing cores along with 403 terabytes of memory. INL distinguishes itself as the first DOE national lab to receive American Society of Mechanical Engineers (ASME) certification for its quality assurance program in line with the Nuclear Quality Assurance (NQA-1) standard.

Capability Community Benefits

The project will incorporate stakeholder engagement to capture their viewpoints and create strategic plans for their participation, integral to the all-encompassing success of this enduring storage venture. Our aim is to increase the project's prospects for success and simultaneously generate immediate enhancements for historically underserved communities, establishing a platform for them to gain additional advantages from the country's transition to net zero initiatives. We plan to meet their distinct necessities and obstacles, while also creating opportunities for economic growth and empowerment. The anticipated outcomes of our project will play a direct role in boosting the resilience and sustainability of these underserved communities, advancing social equity, and encouraging inclusive development.

Approx. number of available voucher projects

Inputs required from voucher recipients

The recipient of the voucher is required to supply key reservoir characteristics, including mineral composition, water chemistry, depth, variability, well logging data, the total projected mass of CO2 to be injected, and operational details like temperature, pressure, injection rates, and well design pertinent to the proposed carbon storage site or formation. If well log data are lacking, these reservoir characteristics may be approximated using existing reports from the USGS or other published sources pertinent to the site or formation in question.

Geographic Constraints

There is no geographic limitation, and the service can be provided to assess geothermal resources anywhere in the country.

Additional details on matching preferences

This voucher is designed to assist stakeholders who require guidance with the planning and implementation of field tests for Geological Carbon Storage (GCS) projects. Additionally, the work outlined in this voucher will aid in the assessment and performance evaluation of active GCS initiatives, considering the relevant operational conditions.

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of site/reservoir data collection including brine chemistry, and setting up batch geochemical model

Final Milestone Description

Developing a reactive transport model to assess the efficacy and field test readiness of a prospective CO2 storage site.

Technical Economic Analysis for Novel Energy Technologies

Voucher #

VO1-39

Organization:

University of Washington - Washington Clean Energy Testbeds

Details

City

Seattle

State

Zip

98105

Activity Location State

Seattle

Activity Location State

98105

Applicable Technology Area(s)

long-duration-energy-storage; updates-to-the-electric-grid

Long-Duration Energy Storage

Updates to the Electric Grid

Category

TEA/LCA

Capability Description

The Washington Clean Energy Testbeds (WCET) provide expert technical-economic analysis. WCET staff work with clients to outline a project scope, timeline, and quote based on the requirements of the client. A thorough technical-economic analysis is typically based on system-level data on the implementation of the clients’ product, product-level specification data, and control-level data illustrating how the product will operate in the system. In cases where clients lack a mature dataset, WCET helps research data from credible resources. WCET provides customized model development and scenario design to demonstrate the performance of the technology in various use cases and quantify the improvements with specific technical indices. The operation data from clients and simulation results are further utilized to illustrate the potential cost savings and profit gains. WCET may also conduct cashflow analysis across the project’s life span considering the effect of inflation using financial indices. WCET will provide as deliverables: (1) Data summary, description, and analysis, (2) Model and scenario design, (3) Technical analysis on system benefits, (4) Economic analysis, (5) Long-term analysis across the product’s project life. Among which, (1)-(2) will be delivered as the mid-milestone, (3)-(5) will be organized with the mid-milestone into a comprehensive report as the final milestone.

Capability Core Competencies

WCET provides a simulation environment for testing and validating innovative products and operation protocols that are challenging to deploy or demonstrate in real power systems. WCET supports academic and industrial research, development, and deployment for various applications with leading grid simulation technology and advanced equipment to expedite and derisk the clean energy technologies before their commercialization and implementation. WCET can perform both Software-in-the-Loop (SIL) and (Power-) Hardware-in-the-Loop (HIL/PHIL) tests using an OPAL-RT OP5707XG real-time digital simulator or PLECS RT Boxes for power system and power electronics emulation with micro-second to nano-second time steps. The simulation environment is enhanced with a California Instruments 30 kW power amplifier, Keysight PV emulators, Techtronix battery emulators, and single-/three-phase hardware ports to approximate the real power system under safety protocols. WCET staff provide consultation services, customized model design, and testing assistance and work closely both in-person and remotely with clients to meet their technical requirements.

Capability Qualifications and Credentials

The Washington Clean Energy Testbeds (WCET) was founded in 2017 by the University of Washington’s Clean Energy Institute (CEI) to accelerate the pace that new energy technologies go from lab to market. WCET is an open-access venue for both academia and industry to develop materials and devices across scales from lab to deployment. Over 150 private companies, including more than 100 startups, have used WCET’s world-class equipment and expert staff to advance innovations in energy and related technologies. WCET is supported by an advisory council of clean energy leaders. The instruments in the facility are best-in-class, industry-standard tools that provide innovators with the opportunity to demonstrate their technologies at scale and in robust deployment simulations. This has resulted in client companies gaining the knowledge needed to build their own facilities, finding their first customers (including utilities), and receiving tens of millions of dollars in investment and follow-on grants.

Capability Community Benefits

WCET approaches community engagement and diversity, equity, and inclusion (DEI) through client support and outreach to underserved communities. WCET has no quota for diversity in general clientele; however, WCET operates the DOE-funded Cleantech Hardware Innovation Prototyping that has a requirement that at least one-third of the participating companies have a C-suite member from a DEI-relevant community. Since founding, 60% of participating companies reported that at least one C-suite member identified with one or more underserved communities. Beyond clients, community engagement activities include operating workshops to provide manufacturing and deployment training for two-year college and trade school students – institutions generally populated by students from underserved communities. WCET also supports CEI’s Community Capstones in Clean Energy program for senior undergraduates to work hands-on with WCET senior scientist Dr. Bosong Li and community representatives to co-develop clean energy solutions in rural areas, tribal nations, and other underserved communities.

Approx. number of available voucher projects

Inputs required from voucher recipients

Product description and specifications, implementation environment description and data (power system level), field test result data, product capital and maintenance cost, project lifespan, tax and incentive information for relevant locales

Geographic Constraints

All work will be conducted at the WCET facility in Seattle, WA. However, professional staff often support companies from across the US remotely, resulting in no geographic constraints for any simulation and modeling work.

Additional details on matching preferences

Relevant primary instruments are: Opal-RT OP5707XG digital simulator with 16 processing cores and the RT-Lab Simulink simulation platform, PLECS RT Box 1

Estimated capability duration in weeks

Mid-point Milestone Description

Model files, model development documents, and testing environment establishment.

Final Milestone Description

Model files, model development documents, simulation data, and a comprehensive report on the project.

System Performance Modeling & Analysis: 3D CAD Modeling, Thermal, Structural and Fluid-Flow Analysis

Voucher #

VO2-45

Organization:

Johnston Engineering

Details

City

Spokane

State

Zip

99202

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Category

Simulation/Modeling

Capability Description

Johnston Engineering (JE) offers advanced mechanical engineering design and analysis services to support commercializing carbon management, hydrogen, and Long Duration Energy Storage (LDES) technologies. Utilizing SolidWorks 3D CAD and ANSYS analysis software, JE excels in custom system and component modeling, analysis, and real-world testing simulation. JE performs Computational Fluid Dynamics (CFD) and Thermal and Structural Finite Element Analysis (FEA) to simulate mechanical hardware system performance including the effects of forces, pressures, torques, temperature, and flow geometry, and then designs solutions to achieve the desired performance outcome(s). System-level design and analysis may include custom mechanical hardware and component design, system layout and packaging, system architecture performance studies, and electronics packaging and cooling solutions. Additionally, our services include thermal management, scalability, modular design, piping and instrumentation, structural design of large-scale systems, fluid system design and modeling, pressure drop analysis, uncertainty analysis, transient and steady-state analysis, single and two-phase flow analysis, and process modeling. JE iterates between 3D CAD modeling and physics-based analysis to deliver optimized design solutions to meet performance goals. Deliverables may include 3D CAD models, comprehensive mechanical engineering drawings, and/or detailed performance analysis studies, offering insights and recommendations to improve design and optimize performance.

Capability Core Competencies

Johnston Engineering (JE) specializes in integrating mechanical engineering design with thermal structural and fluid-flow analysis for first-of-a-kind products, devices, and machines. JE provides subject-matter expertise in thermal management and electronics packaging, and cooling. JE has completed over 150 projects including Direct Air Capture (DAC) and Boiler Exhaust Carbon Capture systems, hydrogen electrolysers and reformers, pulsed power units, and battery and LDES demonstration test units. Our projects have involved designing custom components or full systems improving thermal management, fluid distribution, and cooling solutions using fans, pumps, piping, data acquisition and control systems, liquid-cooled cold plates, immersion cooling, custom heat exchangers, and vapor compression systems. JE uses an analysis-driven design approach to reduce risk and ensure our clients' technical success while magnifying their team capabilities when designing and testing new systems.

Capability Qualifications and Credentials

Johnston Engineering is a Professional Engineering firm in Washington State with over 150 years of combined engineering experience. JE has been in operation for 9 years and has 12 full-time mechanical engineers and designers as well as 14 software and electrical engineering contractors working to develop new machines, equipment, and devices. Johnston Engineering Owner, Andy Johnston, is a licensed P.E in WA State with over 20 years of experience in advanced analysis, research and testing. JE utilizes SolidWorks design software, ANSYS analysis software for FEA and CFD, and MathCAD for custom calculations. JE is headquartered in Spokane, Washington, and owns two buildings; one is offices and a clean shop used for final assembly. The other is a fabrication and testing space. JE has a network of trusted, domestic fabrication shops for metal, plastic, and composite material fabrication.

Capability Community Benefits

Johnston Engineering’s work on carbon management, hydrogen, and LDES technologies supports the broader goals of advancing clean energy and providing community benefits. Our engineering services help develop technologies that contribute to a clean energy transition, ultimately benefiting communities through reduced emissions and increased energy reliability and affordability.By supporting clean energy technologies, we align with DOE's goals of creating quality jobs, fostering diversity, equity, inclusion, and accessibility (DEIA), and ensuring that the benefits of clean energy projects reach disadvantaged communities. Our projects aim to enhance community engagement and invest in America’s workforce, contributing to the Justice40 initiative's goal of directing 40% of federal investment benefits to disadvantaged communities. This approach ensures that our engineering efforts not only advance technology but also support DOE's mission of building a clean and equitable energy economy. We intentionally work in clean energy and over 80% of our 2023 revenue was in clean technology.

Approx. number of available voucher projects

Inputs required from voucher recipients

Our engineering services require the following inputs: System information, including system size, P&ID, BOM, and 3D CAD models if available. And a minimum of one engineering POC to provide system, performance goals, and application details. If necessary, we can generate these items as part of the voucher funding.

Geographic Constraints

Johnston Engineering is capable of supporting projects anywhere in the US and Canada with a strong in-person presence in Washington and the Pacific Northwest region.

Additional details on matching preferences

Johnston Engineering exists to reduce risk so our clients are technically successful. We allow them to magnify their team capabilities and better leverage their time. Our typical work scope includes mechanical design, analysis, build, and test services for first-of-a-kind products devices, and machines. The services offered in this voucher include mechanical design and analysis.

Estimated capability duration in weeks

Mid-point Milestone Description

Delivery of preliminary analysis report and/or initial design models, submitted for ENERGYWERX and Recipient review.

Final Milestone Description

Completion and delivery of detailed analysis report, final design models, and/or performance validation results.

System Performance Modeling and Testing: Test Fixture Design & Build, Testing, and Data Collection

Voucher #

VO2-30

Organization:

Johnston Engineering

Details

City

Spokane

State

Zip

99202

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; clean-hydrogen; industrial-decarbonization

Carbon Management (including carbon capture and direct air capture)

Clean Hydrogen

Industrial decarbonization

Category

Performance Testing

Capability Description

Johnston Engineering (JE) offers custom test fixture design and build services to conduct real-world testing on the mechanical performance of carbon, hydrogen, and Long Duration Energy Storage (LDES) technologies. JE designs and builds custom test fixtures and demonstration units to demonstrate the effects of operational stresses on a product or system. JE designs test fixtures that simulate, measure, and record technology performance under realistic operational conditions including temperature, pressure, flow geometry, mechanical load, torques, and fatigue. The work involves the design and build of a complete test fixture including piping and instrumentation, sensors, custom hardware, and off-the-shelf components to conduct testing that reflects real-world scenarios. Physics-based simulations including Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) are utilized to model the behavior of the test hardware. JE can conduct uncertainty analysis, write the test plan, fabricate custom components, and assemble a complete test fixture. JE can conduct the experiment and deliver comprehensive test data reporting or train the recipient to conduct the testing themselves. Deliverables may include test plan design, engineering analysis, test fixture fabrication and assembly, performance testing, data collection, reporting, correlation development, and design of engineering tools to use newly developed correlations.

Capability Core Competencies

Johnston Engineering President, Andy Johnston P.E., has over 20 years of experience in conducting low-uncertainty experiments, R&D process & device characterization, device verification, and lifecycle testing. JE provides expertise in mechanical engineering, thermal, fluid-flow, and structural analysis, system-level design, experiment development, test fixture design, custom fabrication, data collection, and correlation analysis. JE has completed over 150 projects including Direct Air Capture (DAC) and Boiler Exhaust Carbon Capture projects, pulsed power demonstration units, LDES, 5 hydrogen projects including scale-up, design, testing of electrolysers and reformers. Our core competencies includes custom hardware design & build, thermal management, fluid distribution, electronics packaging and cooling solutions, fans, pumps, piping, liquid-cooled cold plates, immersion cooling, custom heat exchangers, and vapor compression systems. JE uses an analysis-driven design approach to develop custom low-uncertainty experiments including both custom and off-the-shelf components and sensors, build and assemble the completed test fixture, conduct testing and reporting

Capability Qualifications and Credentials

Johnston Engineering is a Professional Engineering firm in Washington State with over 150 years of combined engineering experience designing new machines, equipment, and devices. JE has been in operation for 9 years and has 14 full-time staff including 12 mechanical engineers and designers as well as 14 contractors providing software and electrical engineering services. Johnston Engineering Owner, Andy Johnston, is a licensed P.E in WA State with over 20 years of experience in advanced analysis, research and testing. JE utilizes SolidWorks design software, ANSYS analysis software for FEA and CFD, and MathCAD for custom calculations. JE is headquartered in Spokane, Washington, and owns two buildings. One building is offices and a clean shop used for final assembly, electronics and actuators, etc. The other building is a fabrication and testing space. Additionally, JE has a network of trusted, domestic fabrication shops for metal, plastic, and composite material fabrication.

Capability Community Benefits

Johnston Engineering’s work on carbon management, hydrogen, and LDES technologies supports the broader goals of advancing clean energy and providing community benefits. Our engineering services help develop technologies that contribute to a clean energy transition, ultimately benefiting communities through reduced emissions and increased energy reliability and affordability. By supporting clean energy technologies, we align with DOE's goals of creating quality jobs, fostering diversity, equity, inclusion, and accessibility (DEIA), and ensuring that the benefits of clean energy projects reach disadvantaged communities. Our projects aim to enhance community engagement and invest in America’s workforce, contributing to the Justice40 initiative's goal of directing 40% of federal investment benefits to disadvantaged communities. This approach ensures that our engineering efforts not only advance technology but also support DOE's mission of building a clean and equitable energy economy. We intentionally work in clean energy and over 80% of our 2023 revenue was in clean technology.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Johnston Engineering is capable of supporting projects anywhere in the US and Canada with a strong in-person presence in Washington and the Pacific Northwest region.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Delivery of preliminary test fixture design and plan, submitted for DOE and recipient review.

Final Milestone Description

Assembled test fixture hardware and/or test fixture design documentation which may include 3D models, drawings, and analysis

Systems Modelling for Process Validation & Techno-Economic Optimisation

Voucher #

VO2-44

Organization:

io consulting

Details

City

Houston

State

Zip

77079

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Category

Simulation/Modeling

Capability Description

io has developed a unique approach to conceptualisation, design and optimisation of new cleantech technologies and processes. This approach is founded in systems engineering frameworks and utilises io’s deep domain to validate and optimise new technologies within the larger energy system. Systems engineering is a disciplined way of understanding interdependencies within systems. By applying Systems Modelling, io establish a holistic understanding of the interdependent sub-systems and equipment that create the overall project system, and through creation of a dynamic model of this system we can run simulations to interrogate alternatives within a given sub-system whilst understanding the interactions and impacts on other parts of the overall system. These simulations allow us to validate the process and analyse the behaviour of the system under different scenarios, allowing the leverage points for system optimisation to be rapidly identified and the negative or unexpected impacts of these optimisations to be understood. This model provides the foundation for a digital twin of the system to be developed through the lifecycle. The final deliverable will be the optimised Modelica model itself and a handover workshop with Voucher Recipient, and any other stakeholders as appropriate, to demonstrate how to use the model for further analysis.

Capability Core Competencies

Fluids• characterisation• PVT analysis and tuning• hydrates, waxes, asphaltenes, heavy oil, gels, solids• phase behaviour• equations of state• dense phase• CO2, H2• Multiflash, PVTsim, bespoke softwareProcess Modelling• steady state• dynamic, systems modelling• water hammer, pressure surge• bespoke HYSYS and UNISIM dynamic extensions• HYSYS, UNISIM, gPROMS, Mathcad, Wolfram Mathematica and SystemModeler,Flow Assurance• heated flowlines and production bundles• hydrate formation and melting• restart and black start studies• wax formation• pigging, liquid surge, slug catchers verification• topsides integration, surge analysis, holistic systems models• PIPESIM, OLGA, bespoke softwareCFD• heat transfer, conjugate, flexible risers, pipe-in-pipe, spools, insulation studies• equipment verification, separators• transient pigging• heat exchanger tube rupture• dispersion, heat plumes• process FIV and AIV• coupled stress and fluids• Ansys CFX & fluent, Comsol Multiphysics

Capability Qualifications and Credentials

io’s team of subject matter experts have extensive experience across the process and energy industries. The systems modelling, simulation and process validation activities are led by Dr Craig Branch, Craig’s skill set includes proficiency in Hysys dynamics, Olga, and CFD, with a particular focus on thermodynamics, Equations of State (EOS) selection, modelling of polar components, phase behaviour of supercritical CO2, and more.This capability has successfully supported the development of novel approaches for waste heat to power, advanced compressed air energy storage and molten salt energy storage solutions.

Capability Community Benefits

By handing over the model and holding the model workshop, io will transfer our systems modelling expertise to the Voucher Recipient teams thus increasing the capability of their organisation and supporting them to build the skilled, long-term workforce needed to power the energy transition.

Approx. number of available voucher projects

Inputs required from voucher recipients

• Process/Technology Description, including target applications and any assumptions • Process Schematics / PFDs • Hysys Models (or similar) • Base Design Characteristics / Constraints

Geographic Constraints

None

Additional details on matching preferences

io’s expertise is process engineering, simulation & systems modelling. We would be best matched with a voucher recipient with a molecule based process/technology (air, co2, hydrogen and derivatives, etc) rather than an electrons based technology.

Estimated capability duration in weeks

Mid-point Milestone Description

Base systems model of the process with initial insights as to the validity of the design performance

Final Milestone Description

System Model Model handover workshop Full Validation report describing the work done, the findings and recommended next steps

Support for Performance Validation Test Planning and Management of Novel Industrial Decarbonization Technologies

Voucher #

VO9-7

Organization:

350Solutions, Inc.

Details

City

RALEIGH

State

Zip

27604

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

Performance Testing

Capability Description

350Solutions will provide test planning and support to enable validation and production of high-quality data on industrial decarbonization technology performance and impacts under specific applications and operating conditions.The following tasks will be completed for these projects:Task 1: Initial planning & data request: 350 will provide an information request for detailed information needed to support testing and demonstration planning, including site visit planning to observe technology and testing approaches, as well as demonstration requirements, outcomes, and timeline. Task 2: Test & Quality Assurance Plan development: 350 will develop a detailed TQAP identifying the specific technology, testing host site, performance parameters, test methods, data collection & analysis, and QA/QC procedures for the testing program. Procedures for evaluating equipment operating costs, labor requirements, and emission reductions may also be incorporated. Task 3: Testing Support: 350 will support test planning and execution, including identification of testing subcontractors and on-site support at the test site. 350 can provide independent confirmatory sampling, data review & analysis, and QA/QC to validate testing programs. Testing costs to be covered separately by recipient.Task 4: Reporting: 350 provides a report detailing testing and demonstration activities and results, technology performance observed, emissions reductions, and other critical performance outcomes.

Capability Core Competencies

350Solutions, Inc. (350) is a private engineering consulting company located in Raleigh, NC providing decarbonization technology research and independent 3rd-party verification of low carbon innovations. The team at 350Solutions has been evaluating and developing innovative technologies that impact our environment for over 50 years combined. Our team has independently evaluated, field tested, or verified over 100 novel innovations in the environmental and climate tech sector, with a focus on engineered decarbonization technology. 350 has worked with industry associations and members to identify and assess novel decarbonization technologies for application in energy intensive process industries. 350 has also developed verification and testing protocols for cleantech, low-carbon, and carbon capture, utilization, and storage technologies. Our staff have managed multi-million-dollar field demonstration programs of novel cleantech and low carbon innovations and worked to develop technologies from proof of concept to large demonstrations.

Capability Qualifications and Credentials

350Solutions provides independent decarbonization technology research and technology verifications. 350Solutions is an ANAB-accredited ISO/IEC 17020:2012 independent inspection body for ISO 14034:2016 Environmental Technology Verification. Our approach ensures that assessments are completed with independence, rigor, and high quality. 350Solutions staff include Chemical, Environmental, and Mechanical Engineers experienced with a variety of decarbonization technologies, including carbon capture, CO2 conversion, process heating, direct air capture, and others. 350Solutions has:-Developed a database of and assessed over 200 individual technologies for decarbonization of the chemical industry for the AIChE RAPID Institute and 6 major chemical companies;-Verified carbon removal technologies and projects for carbon removal credit registries and buyers using CDR strategies including BECCS, BiCRS, mineralization, geologic storage, DAC, DOC, ERW and OAE;-Independently completed evaluations of CCUS and CDR technologies for the XPRIZE Carbon Removal and NRG COSIA Carbon XPRIZE-Managed cleantech field testing programs for the US EPA and DoD.

Capability Community Benefits

350 focuses on technical aspects of MRV and also generally verifies that companies are evaluating environmental and social safeguards and community benefits through review of supporting documentation but does not develop community benefit plans

Approx. number of available voucher projects

Inputs required from voucher recipients

350 requires the following, at a minimum, from potential voucher recipients: Available documentation on technology performance testing to date; Technology summary and principles documentation; Current state of the art test methods (for measurement technology) or process descriptions (for process technology); Engineering drawings and documentation for demonstration systems to be field evaluated, including lists of equipment, instrumentation; Specific operating conditions of interest or required and site conditions needed; Staff support for site visit / field testing with prior and follow-on staff support for planning and execution; Provision of testing staff or contractors to perform all testing

Geographic Constraints

350Solutions supports projects nationally, and internationally. The majority of our existing projects are located throughout the US, Canada, and the EU.

Additional details on matching preferences

350Solutions staff has managed field testing and technology demonstrations of novel cleantech innovations for a variety of government & commercial clients. Proper test planning and management ensures that validation testing of novel technologies meets high quality standards, is credible, and meets end-user needs. 350 supports planning activities and manages demonstrations to ensure outcomes are achieved, and credible data is provided on novel decarbonization strategies.

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of Test & Quality Assurance Plan

Final Milestone Description

Final Testing Program Report

Simplified Techno-Economic Analysis

Voucher #

VO1-38

Organization:

Parabellum Strategic Group LLC

Details

City

Atlanta

State

Zip

30315

Activity Location State

Applicable Technology Area(s)

advanced-nuclear; carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; updates-to-the-electric-grid

Advanced Nuclear

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Updates to the Electric Grid

Category

TEA/LCA

Capability Description

PSG will provide simplified Techno-Economic Analysis (TEA) services for an internal project selected by the recipient. Our TEA service involves a detailed examination of the cost, benefits, risks, uncertainties and timeframes of innovative clean energy technologies. TEA services may include, but are not limited to: 1) Cost Analysis: Evaluating capital expenditures (CAPEX), operational expenditures (OPEX), and lifecycle costs.2) Revenue Projections: Estimating market potential, pricing strategies, and revenue streams.3) Performance Metrics: Assessing efficiency, scalability, and reliability of the technology.4) Risk Assessment: Identifying and mitigating financial, technical, and regulatory risks.5) Sensitivity & Visualization: Tornado charts, heat maps, geographic mapping, etc. The deliverable will be a structured, summary report that will enable companies to make informed decisions, attract investment, and successfully transition to the market. This analysis will be to provide key rationale in demonstrating the bankability and economic potential of their technologies. Key contract milestones will include: project kickoff, delivery of initial findings and recommendations report, and delivery of final findings and recommendations report, inclusive of management feedback.

Capability Core Competencies

Our team has extensive experience in providing techno-economic analyses specific to clean energy technologies. With extensive expertise in financial modeling, cost-benefit analysis, and market assessments, we are capable of evaluating the economic viability and technical feasibility of emerging technologies. Our team brings decades of experience in the energy sector, working with both government agencies and private sector companies. We utilize a systematic approach, incorporating detailed cost analysis, revenue projections, and risk assessments to deliver robust, actionable insights. Our capabilities include in-depth market analysis, financial modeling, and performance metrics assessment, ensuring a holistic view of each project's potential. By leveraging advanced analytical tools and industry leading practices, we help clients navigate the transition from R&D to commercialization, ensuring their technologies are market-ready and investment-worthy. Our goal is to empower our clients with the data and strategies needed to achieve successful market entry and sustainable growth.

Capability Qualifications and Credentials

Capability Community Benefits

As a minority-owned and service-disabled-veteran-owned business, we deeply understand the importance of DEIA in the communities we serve. From a DEIA perspective, assisting private companies in the renewable and clean energy sector make progress towards commercial viability is important to us for a variety of reasons. Firstly, the expansion of new energy technologies or service areas is expected to foster economic growth and lead to the creation of high-value, high-paying domestic jobs in these sectors. Secondly, continued innovation in energy technology is expected to be the driving force behind energy sustainability and a decline in health-related hazards, such as quality/availability of food, drinkable water, and relief from extreme temperatures. Techno-Economic Analysis is a crucial early step in advancing energy innovation, as it helps project recipients understand their technology's economic potential and feasibility, ultimately guiding them towards well-informed investment and commercialization strategies that maximize the aforementioned community benefits.

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher recipients are expected to provide the following information, in a usable electronic format, for the development of the techno-economic analysis: • Current operating agreement • Historical financial and operating performance data (at least 2 years) • Projected financial and operating performance data (at least 3 years), including estimates regarding capital expenditures, sources and uses of cash, etc. • Current capital structure, funding sources, or other financial commitments • Strategic business plan and underlying financial model (if available) • Other relevant contracts/documents supporting the financial projections • Other information relevant to their underlying technology and/or business model

Geographic Constraints

There are no geographic constraints for us to perform the techno-economic analysis services. Much of the work can be performed remotely, and we are able to travel onsite for a meeting or two if required.

Additional details on matching preferences

Aside from the input requirements outlined above, there are no other minimum physical or informational requirements for us to perform the techno-economic analyses. We do request that the recipient provides timely access to the personnel, information, and documents necessary, and to promptly participate in the planning and cooperative activities required to successfully complete the services.

Estimated capability duration in weeks

Mid-point Milestone Description

The mid-point milestone will be the initial draft TEA report, highlighting our initial analysis along with high-level sensitivity analyses.

Final Milestone Description

The final milestone will be the final TEA report, incorporating any feedback from the recipient.

Stakeholder Clean Energy Technical Support

Voucher #

VO3-12

Organization:

Camelot Energy Group

Details

City

TOLLAND

State

Zip

1034

Activity Location State

Applicable Technology Area(s)

long-duration-energy-storage; clean-energy-demonstration-on-current-and-former-mine-land; energy-improvement-in-rural-or-remote-areas; solar

Long-Duration Energy Storage

Clean Energy Demonstration on Current and Former Mine Land

Energy Improvement in Rural or Remote Areas

Solar

Category

Community Benefits

Capability Description

Communities, utilities, and other stakeholders involved in siting and permitting clean energy projects often face challenges not easily addressed by a stock report or analysis. For these challenges, Camelot will provide dedicated and bespoke technical assistance to address stakeholder concerns, including:-Defining applicable codes and standards requirements for new technology-Preparing checklists and tools to support stakeholders reviewing new technologies-Reviewing project sponsor designs, operating plans, and other documents-Completing site inspections to verify safety and compliance with relevant codes, standards, and regulations-Providing best practices and supporting the development of relevant regulations, bylaws, and ordinances-Providing technical training and education on clean energy topics for stakeholders (e.g., energy storage safety for first responders) Camelot will work with each Recipient to develop a more specific scope of services drawn from these, and related, activities. In this way, we can provide bespoke support for each Recipient drawn from our extensive experience in clean energy project development, construction, and operations. Each award will include up to 220 hours of technical assistance, with an allowance of up to $5,000 for direct expenses (e.g., travel). Camelot will provide a concise written monthly report, describing activities completed, lessons learned, and level of effort expended.

Capability Core Competencies

The Camelot team is a clean energy focused consultancy well-suited to technical assistance engagements with a variety of stakeholders, from communities to large investors. Based on our experience, successful delivery under this Voucher Program will involve the following:-Collaborative engagement with stakeholders-Proactive project management-Evaluating infrastructure and readiness for projects-Capability building amongst Recipient stakeholdersFor each engagement, Camelot will identify a dedicated project manager to work with the Recipient and provide accountability and periodic reporting. That project manager will then draw on the expertise within the Camelot team to deliver on the requested technical assistance in a low-barrier and transparent manner, ensuring Recipients get reliable and predictable partnership paired with technical expertise. Our goal is for Recipients to feel like informed and empowered participants in clean energy projects, rather than relying on unreliable sources of information or the (sometimes limited) information shared by project developers.

Capability Qualifications and Credentials

Camelot has supported the development, construction, and operations of more than 7,000 MW of solar, storage, and hybrid projects and our team has substantial expertise in the applicable codes, standards, design practices, construction management, commissioning, and operations stages of clean energy projects. Our experts are drawn from engineering, construction, analytics, operations, and consulting backgrounds and we offer our clients a broad perspective rooted in real-world knowledge. Examples of key qualifications include:-Serving as owner’s engineers on numerous solar and energy storage projects-Technical due diligence on new projects, developers, and use cases-Numerous registered engineers and NABCEP certified installation professionals and inspectors on-staff-Thought leadership, with recent publications for the International Code Council and participation in the NABCEP inspection certificationIn addition to technical background in the applicable technologies, Camelot’s team members have supported numerous public entities such as utilities, clean energy programs, and state and local governments.

Capability Community Benefits

During the initial stages of engagement, Camelot will work with the Recipient to prepare a Community Benefits Plan for the planned technical assistance, with exploration of each of the 4 main categories. Examples of our approach include:-Community & Labor Engagement: Our technical assistance will support and educate local stakeholders to make informed decisions about clean energy projects in their communities. By providing impartial and actionable guidance, we will empower local stakeholders to be equal partners to developers and ensure that their communities receive an equitable share of the project benefits.-Investing in the American Workforce: Our technical trainings will support local community members with valuable skills and expertise related to clean energy. From firefighters to local officials, we will provide key stakeholders with actionable and in-demand skills and knowledge. -Support for DEI and Justice40 elements will be determined based on the nature of support requested by the Recipient.

Approx. number of available voucher projects

Inputs required from voucher recipients

Camelot will develop the initial work plan but input from Recipients regarding their concerns and needs is vital. We ask Recipients to briefly outline their requests or “pain points” early in the process, as well as providing a key point of contact who we will work closely with. Nobody knows the local situation like engaged members of the community and will rely on input and guidance from the Recipient to guide our work. For instance, advance knowledge on concerns raised previously by local stakeholders will allow us to tailor technical trainings or educational content to specific “on the ground” concerns.

Geographic Constraints

Camelot has national coverage and no geographic constraints for this Capability.

Additional details on matching preferences

The Capability is intentionally flexible to suit the needs of stakeholders. We have allowed for a sufficient block of technical assistance time to support most communities, utilities, or AHJs with detailed training and project-specific technical review and support. A typical engagement could include an 8-hour training on fire safety, advice on local ordinances, and support for projects in the design/construction phases but we will tailor the resources to the Recipient needs and these are merely examples of what a typical engagement might include. For example, the Capability could be used to fund several trainings or focus purely on a project.

Estimated capability duration in weeks

Mid-point Milestone Description

Midpoint Progress Report detailing activities during first half of allotted budget

Final Milestone Description

Final Technical Assistance Report

Solid Oxide Fuel Cell (SOFC) and Solid Oxide Electrolysis Cell (SOEC) Testing and Technology Improvement

Voucher #

VO2-34

Organization:

National Energy Technology Laboratory

Details

City

Morgantown

State

Zip

26507

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Category

Performance Testing

Capability Description

NETL supports partner technology advances on solid-oxide fuel cells (SOFC) and electrolysis cells (SOEC) with many years of partner technology improvements through consulting, technology testing/validation, and performing systems analysis. Typical test operations consist of 100-to-1000-hour button cell testing of both the base technology as well as NETL’s suggested improvements to partner technology via the infiltration of durable and highly active catalysts into the anode or cathode layers. A variety of gas conditions at different gas mixtures and humidity levels can be used. Additionally, AI techniques can be applied to help optimize the material form in real hydrodynamic conditions. Tasks include: • Joint creation of a test matrix linked to the targeted performance and tests available test conditions. • Configuration/setup of the button cell & test unit. • Continuous operation of the unit to complete the test matrix, measuring temperatures, etc., throughout test period. Tests include electrochemical impedance testing/diagnostics. • Preliminary data analyses including extracting individual cycle data, calculation of conversion degradation, analysis of V-I curves and impedance tests, and comparison of the runs across the test matrix. • Deliverables will include a test matrix, raw and reduced test data, and a final report detailing the test operations and data analysis.

Capability Core Competencies

SOFC/SOEC Test Facility and scientific research capability to support the advancement of high performance and long-lifetime high temperature fuel cell and electrolysis cells and stacks. Testing and performance validation spans emphasis in ~1-inch diameter button cell testing and also full system (ca. 5kW) grid-tied units. The team compliments testing with consulting on electrode engineering, multiscale performance modeling, electrochemical characterization of materials, and systems analyses. Unique capability lies in improving partner technology through the use of novel infiltration of nano-catalysts onto the anode or cathode to enable reduced overpotentials and a more durable, long-life operation.

Capability Qualifications and Credentials

DOE is working closely with its national laboratories, universities, and industry partners to overcome critical technical barriers to fuel cell development. Researchers are focusing on demonstrating capabilities in three key areas that remain challenging for the fuel cell industry. Those areas are: • Cost — Research focuses on the development of low-cost fuel cell stacks, plant components, and advanced high-volume manufacturing approaches to reduce overall system cost. • Performance — Investigations to improve fuel cell efficiency and performance that focus on innovative materials and integration strategies. • Durability — Because fuel cell applications generally require adequate performance to be maintained over long periods of time, DOE has set targets for fuel cell system lifetime under realistic operating conditions. Research focuses on identifying and understanding the fuel cell degradation mechanisms and developing materials and strategies to mitigate their effects.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Inputs required from voucher recipients include: Material with Safety Data Sheet (SDS) and details of their base technology; Operation conditions (temperature, gas compositions, duration, and cycles for testing); Voucher Recipient’s targeted performance.

Geographic Constraints

NETL’s facilities are located in Morgantown, WV, and can support projects without geographic restrictions.

Additional details on matching preferences

NETL’s unique facilities provide data that can be applied to demonstration and deployment planning, customization of material for alternative applications. The facility is able to experiment with gaseous hydrocarbon fuels, and syngas (a mixture of carbon monoxide, carbon dioxide and hydrogen) under atmospheric pressures.

Estimated capability duration in weeks

Mid-point Milestone Description

Results report of current findings.

Final Milestone Description

Final Report

Siting and Permitting Support for Solar, Wind, Water, Clean Hydrogen, and Geothermal

Voucher #

VO3-5

Organization:

EXP U.S. Services INC.

Details

City

Chicago

State

Zip

60601

Activity Location State

Anchorage

Activity Location State

99503

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; clean-hydrogen; geothermal; solar; water; wind; bioenergy

Carbon Management (including carbon capture and direct air capture)

Clean Hydrogen

Geothermal

Solar

Water

Category

Siting/Permitting

Capability Description

Site Assessment: EXP conducts thorough assessments to identify project sites and transmission corridors for hydrogen, solar, wind, water and geothermal projects considering resource availability, land use compatibility, and environmental impact. We review local zoning ordinances and state and federal regulations to determine applicability, potential barriers, and best practices. Feasibility Studies: EXP performs detailed feasibility studies to evaluate the technical and economic viability of potential project sites. We conduct a viability assessment to gauge the location’s renewable energy potential and transmission capacities and constraints. Impact Assessments, Permitting Roadmap, and Regulatory Approvals: EXP navigates complex permitting and regulatory requirements. We develop permitting roadmaps, support agency consultation, and permit acquisition. We conduct environmental impact assessments and strive for community benefit. Sample Deliverables and Timeline: 1. Site Assessment Report: Report detailing the suitability of potential project sites based on resource availability, land use compatibility, and environmental impact (week 1-4).2. Feasibility Study Report: Report evaluating the technical and economic viability of potential project sites (week 4-8).3. Permitting and Approvals Roadmap: Roadmap permits, licenses, and approvals required for project development (week 8-12).4. Environmental Impact Assessment Report: A report assessing the potential environmental impacts of the proposed project and outlining mitigation measures (week 6-12).

Capability Core Competencies

EXP leverages extensive expertise in site assessment, feasibility studies, permitting, environmental impact assessment, and facility design to help clients maximize the value of their renewable energy initiatives. We understand how energy markets influence project development. We work with clients as an owner’s representative to strategically help build better projects that benefit the communities they serve. With offices across the U.S., we have technical teams that are capable of helping you achieve your permitting objectives at the Federal, State, and Local Community level.

Capability Qualifications and Credentials

EXP has successfully permitted large international energy projects while also excelling at smaller, micro-grid and islanded grid projects. EXP offers an extensive network of over 4,200 professionals providing multidisciplinary services out of 90 locations in the U.S. and Canada. Our team of professionals consists of environmental planners and permitters, design engineers, project managers, scientists, architects, and public involvement and community engagement specialists. Our staff holds various credentials including LEED certifications, Environmental Manager and Project Manager certifications, Professional Engineers, Professional Architects, and many other certifications valued by our clients. During Round One of this Voucher Opportunity, EXP successfully supported a Voucher Recipient for a Solar Array and Battery Energy Storage System project in Alaska. We provided siting feasibility, regulatory and permitting, and environmental impact assessment support.

Capability Community Benefits

EXP is committed to building relationships with Indigenous communities and businesses; this includes collaboratively building and maintaining mutually beneficial relationships with the people most impacted by the projects we are involved in. Success in achieving community benefit is shared as a joint responsibility, which EXP upholds through implementation of our Indigenous Relations and Engagement Policy. EXP works closely with numerous Alaska Native Regional Corporations, Alaska Native Villages, American Indian Tribes, and Indigenous organizations across Canada. We are humbled by, and committed to, working with Indigenous groups wherever we operate.

Approx. number of available voucher projects

Inputs required from voucher recipients

The following typical information would be helpful in supporting voucher recipients: project description, objectives, and schedule (if applicable); preliminary engineering information (if applicable); preliminary siting information (if applicable)

Geographic Constraints

EXP is able to provide services in any US state or territory.

Additional details on matching preferences

Not applicable

Estimated capability duration in weeks

Mid-point Milestone Description

Site Assessment and Feasibility Study Report

Final Milestone Description

Permitting and Approvals Roadmap and Environmental Impact Assessment Report

Site Screening for Direct Air Capture

Voucher #

VO2-43

Organization:

Carbon Solutions, LLC

Details

City

Saint Paul

State

Zip

55105

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

Simulation/Modeling

Capability Description

Carbon Solutions has advanced modeling resources (i.e., NECTAR, CO2NCORD, LOCAETA, SCO2TPRO, SimCCSPRO, and CostMAPPRO software packages) that can be used to screen potential locations for direct air capture (DAC) projects. Over the course of the voucher period, Carbon Solutions will use their advanced modeling capabilities to support voucher recipients including, but not limited to, direct air capture companies, CO2 storage developers, large landowners, and utilities. Critical milestones include a) defining the project scope; b) delivering initial results from advanced modeling scenario analyses; and c) delivering a final report describing the results of the screening analysis. Specifically, the final report could include: 1) a list of targeted locations that have the lowest risk of DAC underperformance due to weather variability; 2) optimal CO2 pipeline routes from a) the DAC location(s) and other point sources of CO2 to b) existing and/or planned CO2 storage sites; 3) site-specific recommendations on what sources of energy to use for DAC; or 4) quantifying the impact that DAC deployment in a specific location may have on increased air quality within disadvantaged communities. Depending on the location(s) of interest and voucher recipient, Carbon Solutions can also provide “CCS matchmaking” services with potential development partners.

Capability Core Competencies

Carbon Solutions is an industry leading small business that develops and uses advanced modeling resources to screen CO2 capture, transportation, and/or storage projects. Their clients include utility companies, land management companies, direct air capture developers, CO2 storage operators, CO2 capture companies, and major non-profits. Carbon Solutions’ unique modeling resources are based on decades of peer-reviewed research publications and have won multiple R&D 100 awards. Prior to starting Carbon Solutions, Richard Middleton (CEO), co-managed a 50-person group at Los Alamos National Laboratory (LANL) and was ranked as the US’ third-most productive CCS researcher as well as LANL’s most-published Earth science first-author from 2010-2018. In addition to Richard Middleton, Carbon Solutions employs approximately a dozen PhD-level scientists and engineers.

Capability Qualifications and Credentials

Carbon Solutions has developed unique, award-winning, and advanced modeling capabilities focused on screening for CO2 capture, transportation, and/or storage infrastructure. These advanced modeling resources were developed with decades of peer-reviewed research. Please see our website for more information relating to these advanced modeling resources (https://www.carbonsolutionsllc.com/).

Capability Community Benefits

Being intentional, cross-cutting, passionate, and collaborative shape our approach to our business, community benefits and DEIA within our organization, and our projects. We intentionally hire staff who fit technically and culturally, minimizing turnover and allowing long-term, collaborative relationships to thrive. We are passionate about our work and its impact, selecting projects and partnerships that are professionally fulfilling. This is made easier by our cross-cutting staff. With degrees in a wide range of subjects, such as geology, geography, planning, chemistry, computer science, and engineering, we bring diverse perspectives and broad in-house expertise to every project. This approach translates into our DAC work. We are intentionally building our DAC portfolio, applying our research to real world problems. Our passion for science fuels our collaboration with project partners, adapting models to fit each project’s needs. Our cross-cutting staff can provide in-house technical support on a range of scientific and engineering challenges that arise.

Approx. number of available voucher projects

Inputs required from voucher recipients

While Carbon Solutions has “default” data that can be applied to the advanced models, when possible, having data or information from the voucher recipient is preferred. For example, if the voucher recipient wanted Carbon Solutions to deliver a list of potential DAC sites that minimize risk to weather variability, Carbon Solutions could use their own DAC data. But the results of their advanced modeling effort would be more specific to the voucher recipient if the recipient shared data on how their specific technology performed in different temperature and humidity conditions.

Geographic Constraints

Carbon Solutions can provide advanced modeling results for any of the 48 states in the contiguous United States.

Additional details on matching preferences

Carbon Solutions has all equipment necessary to use their advanced modeling capabilities.

Estimated capability duration in weeks

Mid-point Milestone Description

Multiple scenarios (e.g., “if then analysis”) will be modeled. The mid-point milestone is modeling all scenarios for mid-project feedback.

Final Milestone Description

Multiple scenarios (e.g., “if then analysis”) will be modeled. The final milestone is a written report.

Single Project Bankability Study

Voucher #

VO1-18

Organization:

Parabellum Strategic Group LLC

Details

City

Atlanta

State

Zip

30315

Activity Location State

Applicable Technology Area(s)

advanced-nuclear; long-duration-energy-storage; clean-hydrogen; updates-to-the-electric-grid; carbon-management-including-carbon-capture-and-direct-air-capture

Advanced Nuclear

Long-Duration Energy Storage

Clean Hydrogen

Updates to the Electric Grid

Carbon Management (including carbon capture and direct air capture)

Category

Bankability

Capability Description

PSG will perform a bankability study on an internal project selected by the recipient. The study will assist with the understanding of the project’s overall viability, including assessment of potential cash flow and key risks as well as associated mitigation strategies. Key risks may include: financial; construction/completion; demand; operating; and political, legal, regulatory, environmental, and social. Bankability studies are critical as they help with: a) more informed decision-making regarding project viability and risk mitigation strategies; b) invaluable insights towards obtaining access to financing; c) higher quality stakeholder engagement; d) clearer path towards project scalability; and, e) improved investor confidence. Bankability study procedures may include, but are not limited to: -Define project scope-Data collection-Market analysis-Financial analysis-Risk identification and assessment-Risk mitigation strategies-Project overall risk score-Summary report preparation-Review and approval The deliverable will be a structured, summary report highlighting the findings and recommendations from the bankability study for management planning and decision-making purposes. Key contract milestones will include: project kickoff, delivery of initial findings and recommendations report, and delivery of final findings and recommendations report, inclusive of management feedback.

Capability Core Competencies

We have deep experience assisting the U.S. Department of Energy and large industry lenders with financial and credit due diligence services for loan/funding and M&A purposes. These procedures typically include: -Detailed review of the applicant (or seller’s) business plan, financial model, and related documentation-Identification of potential risks and mitigating factors-Compilation of a financial and credit due diligence package-Ongoing support through the negotiation/approval process-Final review of documentation/due diligence package prior to financial close-Where applicable, ongoing monitoring and performance analysis In addition, we have consulted clients with enhancing their credit risk management frameworks, developing financial and quantitative models to measure credit risk, and producing scenario analyses to understand the impact to credit of changes in key economic and project-specific inputs/assumptions. We have also provided model validation services, consisting of reviewing credit and other models and documentation developed by third parties and identifying gaps and suggested remediation actions.

Capability Qualifications and Credentials

PSG is an approved financial, market, and loan origination advisor to the U.S. Department of Energy Loan Programs Office (LPO), providing lender due diligence services for loan applications ($100 million to $2 billion). Broadly, PSG's professionals have 30+ years of combined experience, the majority at a ‘Big Four’ firm, in project finance related to manufacturing, innovative energy projects, capital investments, and loans and loan guarantees. Our team is fully comprised of senior leadership who have evaluated loan, loan guarantee, and grant applications at several government agencies, including DOE LPO and other sub-agencies of DOE. Key activities typically include review of strategic business plans and contracts, identifying and quantifying risks (such as permitting and regulatory risks, timeline risks, and cost overrun risks) and mitigants (e.g., insurance, reserve accounts, hedging, and properly allocated risk allocation), and preparing credit due diligence packages. If selected, PSG’s senior leadership will be directly delivering the services.

Capability Community Benefits

As a minority-owned and service-disabled-veteran-owned business, we deeply understand the importance of DEIA in the communities we serve. From a DEIA perspective, assisting private companies in the renewable and clean energy sector make progress towards commercial viability is important to us for a variety of reasons. Firstly, the expansion of new energy technologies or service areas is expected to foster economic growth and lead to the creation of high-value, high-paying domestic jobs in these sectors. Secondly, continued innovation in energy technology is expected to be the driving force behind energy sustainability and a decline in health-related hazards, such as quality/availability of food, drinkable water, and relief from extreme temperatures. Assessment of potential project bankability is a vital early step in the progress towards energy innovation and the aforementioned community benefits.

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher recipients are expected to provide the following information, in a usable electronic format, for the bankability study: • Current operating agreement • Historical financial and operating performance data (at least 2 years) • Current capital structure, funding sources, or other financial commitments • Strategic business plan and underlying financial model (if applicable) • Existing regulatory or commercial approvals (as available) • Other relevant contracts (materials, purchase agreements, teaming arrangements, legal/technical documents, etc.) • Feasibility and other relevant studies (technology, market/demand, environmental, etc.) • Other information relevant to their underlying technology and/or business model

Geographic Constraints

There are no geographic constraints for us to perform the bankability study. Much of the work can be performed remotely, and we are able to travel onsite for a meeting or two if required.

Additional details on matching preferences

Aside from the input requirements outlined above, there are no other minimum physical or informational requirements for us to perform the bankability study. We do request that the recipient provides timely access to the personnel, information, and documents necessary, and to promptly participate in the planning and cooperative activities required to successfully complete the services.

Estimated capability duration in weeks

Mid-point Milestone Description

The mid-point milestone will be the initial draft bankability study, highlighting the financial viability, including risks and remediation strategies.

Final Milestone Description

The final milestone will be the final bankability study, incorporating any feedback from the recipient.

Renewable Energy Solutions Market Research

Voucher #

VO4-21

Organization:

Peak Innovations Group LLC

Details

City

Seattle

State

Zip

98101

Activity Location State

Applicable Technology Area(s)

bioenergy; wind; vehicle-technologies; water; solar; geothermal; building-efficiency; clean-hydrogen; industrial-decarbonization; advanced-materials-and-manufacturing-technologies

Bioenergy

Wind

Vehicle Technologies

Water

Solar

Category

Market Readiness

Capability Description

Peak can deliver a report to voucher recipients on the market capabilities of their innovation, potential areas of pivot and necessary resources to capture larger market share or adjacent/complimentary markets, and an in-depth look at the resources that can be captured to bring the solution closer to commercial market viability. This report can also be highly customized to look at particular market segments, do a broader analysis of innovation pivots that have more market appeal or deliver a confirmed value proposition for an identified customer segment, and align with innovation capabilities for future growth and success.

Capability Core Competencies

Peak Innovations Group LLC provides services for market research assessment and reporting forrenewable energy products, sources, tools, technologies, software, and learning models, amongother areas. Peak has expert experience both in producing market assessment and readinessreports, as well as supporting clean energy technology developers in understanding marketpotential for their technologies, identifying and networking/communicating with potentialcustomers, and coaching on market discriminators.

Capability Qualifications and Credentials

Over the lifetime of the organization's principles, Peak has assisted over 500 small businesses in developing complete, and compelling, proposal packages and market development pathway efforts for non-dilutive funding sources. Peak has also helped dozens of businesses put together dilutive funding pitches, connect with the appropriate venture funding sources, and coached/counseled those businesses on agreements and rights when seeking equity-based opportunities.

Capability Community Benefits

As appropriate, and when necessary, Peak strives to bring DEIA considerations across the core of its competencies and capabilities. Any time that it is deemed a needed task to outsource work, collaborate with other organizations, and subcontract on proposal efforts, Peak ensures that they invite distressed and underrepresented businesses to submit quotes for work and proposals to achieve the goals and/or missions of that effort. Peak also has expertise in identifying areas of communal benefit for innovations, and with all activities, weaves that information into the best opportunities for companies to move their technology forward, including seeking impact investment, leveraging social benefit in value proposition development, and identifying where broader reach and impacts can support business growth and development.

Approx. number of available voucher projects

Inputs required from voucher recipients

Access to any available documentation and filings on the technology, including, but not limited to, patent applications, internal invention forms, results from preliminary studies or testing, feasibility studies or reports, and submitted or prepared funding opportunity proposals and packages (information will need to be delivered within 2 weeks of start); A project kick-off call between Peak and relevant client team members that can provide information about the technology, development to date, and efforts to commercialize

Geographic Constraints

We are capable of supporting projects across the globe with a strong in-person presence on the U.S. West Coast.

Additional details on matching preferences

No equipment beyond what is avaialble is necessary to deliver upon this voucher.

Estimated capability duration in weeks

Mid-point Milestone Description

Peak will deliver an initial draft report based on information that was found and schedule a call to discuss approach

Final Milestone Description

final report will be delivered that provides a clear summary of market potential, achievable next steps, and target customers

Scale-Up Planning, Support and Custom Process Toolbox Development for Emerging Chemical Technologies

Voucher #

VO2-53

Organization:

ONB Engineering Research and Technical Services LLC

Details

City

Newark

State

Zip

19713

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; clean-hydrogen; industrial-decarbonization

Carbon Management (including carbon capture and direct air capture)

Clean Hydrogen

Industrial decarbonization

Category

Simulation/Modeling

Capability Description

ONB Engineering specializes in chemical process R&D support. We offer accelerated support for concept development, scale-up, and engineering package creation, helping expedite commercialization and attract funding. By leveraging advanced modeling tools, we provide a comprehensive understanding of technical performance, economic feasibility, and environmental impact at different scales. For this capability, we will provide model-based scale-up pathways, including design, scale-up, and de-risking of client’s technology, leveraging ongoing experimental work and data as the basis for development and validation. This capability will also involve the development of tools specific to the technology. Tools can range from commercial to custom-developed models. Deliverables:-Technology landscape overview: Market analysis and identification of commercialization and scale-up challenges.-Model-based scale-up plan including methodologies and criteria.-Technology-specific model development e.g. thermodynamic, reactor, or custom phenomena modeling.-Overall process/system model development incorporating all units/processing steps.-System optimization and performance assessment -Scale-up strategy and parameters, including key parameters and risk mitigation measures. Critical Milestones:-Initial data collection and scope definition-Establishment of baseline metrics and methodology-Scale-up plan generation and discussion-Unit specific model development, validation and testing-Process/system model development, validation and testing-Process optimization and sensitivity analysis-Tool packaging, transfer and training-Scale-up pathway and recommendations

Capability Core Competencies

ONB Engineering offers extensive expertise in providing scale-up planning, support, and custom toolbox development for emerging chemical technologies. Our team, composed of industry experts and certified professionals, leverages advanced and custom modeling tools to deliver the best-in-class assessments. We specialize in:-Technical feasibility assessment for scale-up potential and risk identification.-Reactor and process level modeling to assess system performance at various scales.-R&D assessment for evaluating unique phenomena (e.g., mixing, PSD changes).-Model-based scale-up planning and process optimization.-Engineering package planning (FEL 1-3), including PFD development, plant layout, and equipment data sheets.-Custom tools development for process simulation and optimization. Our approach ensures precise, data-driven decision-making, delivering high-quality, reliable solutions that meet industry standards and support successful commercialization. With a proven record of successful projects and deep industry knowledge, we offer support to clients to effectively bring technologies to market. Our commitment to excellence and client satisfaction drives our approach.

Capability Qualifications and Credentials

ONB Engineering consists of a team of highly qualified professionals with advanced degrees in engineering and extensive industry experience. Our resources include state-of-the-art in-house modeling tools as well as custom software developed in VBA and Python. We also have extensive experience using commercial computational tools such as Aspen Plus, DWSIM, Barracuda, Matlab and many others. We have successfully assisted multiple clients with their technology development projects and accelerated their path to commercialization. We completed numerous projects involving techno-economic analysis, lifecycle assessment, and market readiness validation. Our engineers hold various certifications including professional engineering licenses (PE), Project Management Professional (PMP), and Six Sigma. Our advanced computational facilities and commitment to continuous improvement ensure we deliver precise, high-quality solutions that meet industry standards and exceed client expectations.

Capability Community Benefits

ONB Engineering is dedicated to promoting DEIA in all our projects. We actively engage with local communities and entities to enable tangible benefits and opportunities. Our approach includes:- Community Engagement: We collaborate with local universities and community organizations to provide seminars, skill development workshops and training opportunities to the public.- Investing in America’s Workers: We prioritize quality jobs with fair wages, benefits, and opportunities for career advancement, and are committed to build a skilled, diverse team.- Justice40 Initiative: We are committed to supporting disadvantaged communities by providing access to resources and opportunities. We collaborate with HBCU's (namely NCA&T and DSU) to set-up training workshops on topics of decarbonization, LCA and TEA for STEM students.- Sustainable Practices: We incorporate environmentally and socially sustainable practices to improve community well-being.Our commitment to DEIA ensures that we both meet technical goals and contribute to broader social and community benefits.

Approx. number of available voucher projects

Inputs required from voucher recipients

Inputs requried from client (any or all of the following as available): 1. Overview of technology and major unit operations. 2. Key material, energy and product flow rates (if not available, then process parameters that can be used to generate these values by modeling). 3. Supply chain metrics (if needed), including operation scale, 4. Process Flow diagrams (or P&IDs), 4. Specifc operating conditions of interest, 5. Accessibility to a person of contact for a one-day data review meeting, with follow on support for additional clarification and information as needed.

Geographic Constraints

n/a

Additional details on matching preferences

n/a

Estimated capability duration in weeks

Mid-point Milestone Description

Model specification and design with preliminary simulations, progress on unit-specific model development, and initial scale-up plan.

Final Milestone Description

Handover of finalized model-based scale-up plan, and technology-specific toolbox, including full-scale process model, optimized system performance, and comprehensive scale-up strategy.

Risk Assessment for the Development of Carbon Management Technologies

Voucher #

VO1-10

Organization:

Lawrence Livermore National Laboratory

Details

City

Livermore

State

Zip

94568

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; industrial-decarbonization; advanced-materials-and-manufacturing-technologies

Carbon Management (including carbon capture and direct air capture)

Industrial decarbonization

Advanced Materials and Manufacturing Technologies

Category

Market Readiness

Capability Description

Work Description: In partnership with industry, LLNL has developed a Risk Assessment and Mitigation Protocol (RAMP) to guide the research and development of carbon management technologies beyond TRL 3 by identifying and addressing critical risks. The RAMP approach evaluates the technology performance, identifies the Minimum Viable Product and needed technology maturation activities including identifying cost, quality, and supply chain risks. Through its Carbon Initiative, LLNL has gained a deep understanding of carbon management technology needs and systems level insights for 6+ years. Our team has demonstrated RAMP on multiple carbon management technologies in partnership with industry, including carbon dioxide conversion, carbon capture, methane mitigation, and Direct Air Capture (DAC). Inputs: 1. Background/completion of RAMP Questionnaire. 2. 1-hour Technology Application Benchmarking session with project team3. 2-hour Technology Maturity Analysis session with project team4. Participation in a Risk Assessment Workshop discussion with a group of multidisciplinary subject matter experts Outputs and Deliverables: 1. Minimum Viable Product for a new technology from an Application Benchmarking and Technology Maturity Analysis 2. Identification of the critical risks (risk registry) to achieving the Minimum Viable Product 3. A research and development plan that highlights specific mitigations to de-risk scale-up 4. Final Report

Capability Core Competencies

Lawrence Livermore National Laboratory is a multidisciplinary research and development center with core competencies in high performance computing and advanced manufacturing. LLNL’s major missions include national security, energy security and climate resilience. For over a decade, LLNL has been developing a diverse workforce applying these core competencies to improve the performance of carbon management technologies, including carbon capture, carbon dioxide conversion, and Direct Air Capture, in collaboration with major industrial partners. Today, LLNL’s carbon management workforce numbers over 100 people, with expertise in understanding technologies from the fundamental level to systems analysis, process modeling, and other applied R and D.

Capability Qualifications and Credentials

Through internal funding and extensive engagement with industrial partners, the LLNL carbon management team has developed, deployed, and refined a risk assessment and mitigation protocol (RAMP) that is intended for commercialization support for early-mid stage technologies and supported by an interactive website. The team has tested this protocol on over 10 projects and has engaged with other national laboratories to integrate best practices.

Capability Community Benefits

LLNL-led community outreach programs that encompass the energy technology areas relevant to this voucher include the LLNL-Kern County Community Action Partnership on Clean Energy Technology, the Workforce Development for Teachers & Scientists (WDTS) Outreach Consortium, and the NNSA Minority Serving Institution Partnership Program. As part of the University of California Climate Action program, LLNL will engage with Environmental Justice organizations to hear concerns related to scaleup of climate technologies, and work with students in underserved communities to provide entrepreneurial and technical training in carbon management technology risk assessment and mitigation. LLNL’s participation in this voucher program will inform and be informed by this community-engaged ecosystem.

Approx. number of available voucher projects

Inputs required from voucher recipients

Documents used as inputs: (1) Business case summary/elevator pitch, (2) technology process flow diagram, (3) technology research and results summary, (4) explanation of existing challenges, (5) initial market assessment data or results, and (6) initial product specifications and estimated costs.

Geographic Constraints

No domestic geographic constraints on the service.

Additional details on matching preferences

None

Estimated capability duration in weeks

Mid-point Milestone Description

Provide inputs required to complete the technical risk assessment

Final Milestone Description

Deliver evaluation report, risk mitigation and research & development plan

Renewable Energy Solutions Fundraising Road-Mapping and Capture Planning

Voucher #

VO4-13

Organization:

Peak Innovations Group LLC

Details

City

Seattle

State

Zip

98101

Activity Location State

Applicable Technology Area(s)

bioenergy; wind; vehicle-technologies; water; solar; geothermal; building-efficiency; clean-hydrogen; industrial-decarbonization; advanced-materials-and-manufacturing-technologies

Bioenergy

Wind

Vehicle Technologies

Water

Solar

Category

Fundraising

Capability Description

Peak can deliver an opportunity matrix that identifies potential funding sources to continue technical development, commercial development, or business growth based on the product being developed, and prepare an actionable capture plan outlining most potential versus expended effort and applicable timings for those efforts. This report can serve as a basis for awardees to determine the appropriate next steps and path forward on fund-raising (dilutive or non-dilutive), identify the elements needed to seek those funding opportunities, weigh opportunity costs and risks associated with those funding opportunities, and better leverage their capabilities and capacities towards opportunities that would be of the most benefit to moving the innovation further towards a commercial solution.

Capability Core Competencies

Peak has a long history of helping businesses navigate funding opportunities for their innovative idea/product, select the most promising opportunities, apply for those opportunities with complete and compelling content, and ultimate secure opportunities. Peak has the most direct experience in innovation development programs such as SBIR/STTR and DIV, but also has expertise in pitching to investor panels, assessing potential effort versus capitalization in opportunities, and structuring a well-developed and actionable capture plan.

Capability Qualifications and Credentials

Over the lifetime of the organization's principles, Peak has assisted over 500 small businesses in developing complete, and compelling, proposal packages and development pathway efforts for non-dilutive funding sources. Peak has also helped dozens of businesses put together dilutive funding pitches, connect with the appropriate venture funding sources, and coached/counseled those businesses on agreements and rights when seeking equity-based opportunities.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Access to information on awards, held pitches, accelerators applied to or participated in, investment organizations approached, and any resources/documentation used during those efforts; summary of results for all of the following as well as benefits obtained; A project kick-off call between Peak and relevant client team members that can provide information about the technology, current product development plan, and any market reports/marketing data on potential customer and value propositions

Geographic Constraints

We are capable of supporting projects across the globe with a strong in-person presence on the U.S. West Coast.

Additional details on matching preferences

No external equipment is needed to achieve the goals of this voucher provision.

Estimated capability duration in weeks

Mid-point Milestone Description

Initial informational document on identifed opportunities, strengths/weaknesses of approach, and alignment towards desired company direction

Final Milestone Description

Delivery of a capture plan that outlines a timed approach and a schedule for preparation of documentation for the opportunity

Renewable Energy Project Siting/Permitting Support for Bioenergy

Voucher #

VO3-6

Organization:

EXP U.S. Services INC.

Details

City

Chicago

State

Zip

60601

Activity Location State

Anchorage

Activity Location State

99503

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; clean-hydrogen; geothermal; solar; water; wind; bioenergy

Carbon Management (including carbon capture and direct air capture)

Clean Hydrogen

Geothermal

Solar

Water

Category

Siting/Permitting

Capability Description

Site Assessment and Community Engagement: EXP conducts thorough assessments to identify project sites and feedstock sources for bioenergy projects based on factors such as resource availability, land use compatibility, and environmental impact. We review local zoning ordinances and state and federal regulations to determine applicability, potential barriers, and best practices for project facilities and pipelines. Feasibility Studies: EXP performs detailed feasibility studies to evaluate the technical and economic viability of project sites and infrastructure. Impact Assessments, Permitting Roadmap, and Regulatory Approvals: EXP helps navigate complex permitting and regulatory requirements. We develop roadmaps and provide support during agency consultation. We conduct environmental impact assessments, reducing ecological impact, and striving for community benefit. Critical Milestones:Site Assessment Report and Community Engagement Plan: Detail the suitability of potential project sites based on resource availability, land use compatibility, and environmental impact and a plan highlighting strategies for community engagement (week 1-4). Feasibility Study Report: Evaluate the technical and economic viability of potential project sites (week 4-8). Permitting and Approvals Roadmap: Outline permits, licenses, and approvals required for project development (week 8-12). Environmental Impact Assessment Report: Asses the potential environmental impacts of the proposed project and outlining mitigation measures (week 6-12).

Capability Core Competencies

EXP can support Bioenergy projects in the continental US with a strong presence in Alaska, the Midwest, and Gulf Coast. We provide a range of services to support the planning, engineering, permitting, and development of Bioenergy projects. Our expertise includes Environmental, Civil, Structural, Mechanical, Electrical, Commissioning, Geotechnical, Water Resources, Water/Wastewater and Air Quality.

Capability Qualifications and Credentials

EXP has supported some of the largest biofuels and bionergy projects in developing markets across North America. EXP offers an extensive network of over 4,200 professionals providing multidisciplinary services out of 90 locations in the U.S. and Canada. Our team of professionals consists of environmental planners and permitters, design engineers, project managers, scientists, architects, and public involvement and community engagement specialists. Our staff holds various credentials including LEED certifications, Environmental Manager and Project Manager certifications, Professional Engineers, Professional Architects, and many other certifications valued by our clients. During Round One of this Voucher Opportunity, EXP successfully supported a Voucher Recipient for a Solar Array and Battery Energy Storage System project in Alaska. We provided siting feasibility, regulatory and permitting, and environmental impact assessment support.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

We facilitate stakeholder and voucher recipient collaboration to maximize project success. Voucher recipients need to provide access to conceptual planning information, preliminary design details, and at least one point of contact to work with on a regular basis.

Geographic Constraints

EXP is able to provide services in any US state or territory.

Additional details on matching preferences

Not applicable

Estimated capability duration in weeks

Mid-point Milestone Description

Site Assessment, Community Engagement Plan, and Feasibility Report

Final Milestone Description

Permitting and Approvals Roadmap and Environmental Impact Assessment Report

Realtime Above/Underground Gas Monitoring Reporting and Verification, Including Cloud Connectivity for Remote Sites

Voucher #

VO5-12

Organization:

Global Technology Connection, Inc.

Details

City

Atlanta

State

Zip

30339

Activity Location State

Atlanta

Activity Location State

30339

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

MRV Assessment

Capability Description

GTC develops gas-sensing solutions for continuous monitoring of underground carbon storage sites. We work with the customer to meet their monitoring needs concerning the type and sensitivity of the gas sensors. Our solutions are designed for on-grid and off-grid with sensors deployed above and underground. • Continuous gas sensing: Methane, CO, CO2, O2, VOC (additional sensing such as temperature, moisture, humidity, and light)• Enclosure design for above or below measurements• Cloud connectivity through a cellular gateway• Data management and web dashboard for remote monitoring and report generation• Solar photovoltaic power for off-grid needs• Intended monitoring: o Sequestered gas leak o Bio decomposition (methane and CO2 generation) o Exothermic thermal reaction o Ambient temperature and moisture/humidityWe work with the customer to understand their specific needs of sensing, coverage, sensor placement, and environmental requirements. Our support is estimated and budgeted for 90 days (18 weeks) with the option for additional capabilities deployment as required.

Capability Core Competencies

GTC Analytics dba (Global Technology Connection, Inc.) specializes in working in the intersection of engineering, modeling and simulation, and data science. From prognostics and health management to expertise in modeling physical systems, GTC Analytics is the prominent choice to rapidly develop and customize state-of-the-art software solutions that require physics modeling, model-based systems engineering, automation, and artificial intelligence/machine learning.

Capability Qualifications and Credentials

GTC Analytics has four employees with PhDs (engineering) and one professional engineer (MS) overseeing the development of each sub-system. Each engineer has significant experience in AI/ML algorithm code writing and development and product development in related fields. GTC Analytics holds the following certifications: • DD 2345/Certified by U.S./Canada Joint Certification Office• Certified Small Disadvantaged Business (SDB)• National Minority Supplier Development Council Inc. (NMSDC)• US Pan Asian Chamber of Commerce (USPAAC)• NASA Glenn Garrett Morgan Commercialization Initiative (NASA GMCI)• Licensed Professional Engineers (PE) with memberships in the Prognostics and Health Management (PHM) Society and the Society of Mechanical Engineers

Capability Community Benefits

GTC Analytics, a Small Disadvantaged Business (SDB), maintains a team of engineers that reflects a diverse range of racial and cultural backgrounds. Our role in monitoring Woody Biomass Burial (WBB) sites is grounded in the pragmatic objective of safeguarding the communities that host these sites. This monitoring involves the continuous observation of sensor data, specifically focusing on detecting methane leakages and tracking decomposition. This data is presented through an online dashboard, providing a transparent and effective means of ensuring community safety and health.

Approx. number of available voucher projects

Inputs required from voucher recipients

GTC will work with customers to document system requirements

Geographic Constraints

None

Additional details on matching preferences

None. GTC both fabricates custom equipment and uses commerical off the shelf (COTS) equipment.

Estimated capability duration in weeks

Mid-point Milestone Description

System build and testing

Final Milestone Description

System deployment

Process design and modeling for industrial decarbonization

Voucher #

VO2-41

Organization:

Argonne National Laboratory

Details

City

Lemont

State

Zip

60439

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization; carbon-management-including-carbon-capture-and-direct-air-capture; clean-hydrogen

Industrial decarbonization

Carbon Management (including carbon capture and direct air capture)

Clean Hydrogen

Category

Simulation/Modeling

Capability Description

We can design a chemical process or modify an existing one based on the recipient's data. The proposed process can highlight the possible technical challenge that might arise from the scale-up of the recipient's project, as well as by extending the project boundaries by including-but not limiting to-purification equipment, heaters, pressure modifiers. We will provide a representation of the proposed process using block and process flow diagrams, which will be complemented with stream tables detailing the properties of the major stream and energy flows, as well as the estimated cost of production.

Capability Core Competencies

The Systems Assessment Center of Argonne National Laboratory can perform rigorous process design and modeling for chemical engineering processes. We have been evaluating various chemical processes, including production, transportation, storage, and various end-use applications, including both commercial and emerging technologies. Our expertise and experience can support client’s effort on industrial decarbonization, providing studies on optimized energy consumption, carbon emission management, and production cost estimation of new processes.

Capability Qualifications and Credentials

We use Argonne’s in-house models, publicly available models, and commercial software (e.g. AspenTech) to perform process modeling and cost estimation.

Capability Community Benefits

The project team is committed to supporting Argonne’s strategies for diversity, equity, inclusion, and accessibility (DEIA), whose visions aim to create safe, welcoming, diverse, and inclusive environments for all employees. The industrial effort towards decarbonization would require new processes, new equipment, and new facilities. It can create a lot of job opportunities for local communities. In addition, industrial decarbonization will improve local air quality which majorly affects disadvantaged communities.

Approx. number of available voucher projects

Inputs required from voucher recipients

The recipient will provide us with data about the main unit operations and targeted scale and product(s) purity. Example of inputs required are kinetic data of main reaction and side-reactions, range of operating conditions, physical properties of feedstock and product(s), selectivity and yield of product(s), mode of operation (i.e. batch vs continuous), cost data estimate of any in-house catalysts or materials. Less or more inputs might be required based on the specific recipient's project.

Geographic Constraints

The service will be provided at ANL. Visit to lab/pilot plants can be arranged if needed.

Additional details on matching preferences

No equipment needed.

Estimated capability duration in weeks

Mid-point Milestone Description

Proposed Process Design and Simulation Results

Final Milestone Description

Material, Energy, and Cost Data of Final Process Design

Rapid Life Cycle Assessment for Commercialization Support (FECM)

Voucher #

VO5-3

Organization:

Boundless Impact Research & Analytics

Details

City

Newburgh

State

Zip

12550

Activity Location State

New York City

Activity Location State

10010

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; resource-sustainability

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Category

TEA/LCA

Capability Description

The Boundless Rapid LCA follows the rigorous ISO guidelines but is performed at much less time and cost compared to a full ISO-Compliant LCA. Boundless proposes to conduct an Environmental Impact Assessment and write an Environmental Impact Report for the Voucher Recipient. Boundless will conduct an independent modeling assessment using its proprietary methodology supplemented by a literature review and independent expert analysis. Boundless will quantify the impact metrics relevant to the technology and customize a competitor analysis to the company of interest specifications and technology vertical. A Boundless report will highlight details about environmental performance, operations, and growth with institutional investors, impact investors, and strategic partners in mind. Boundless will work with each Voucher Recipient to tailor their assessment to the specific needs of their industry, expectations, and timeline. We will propose traditionally expected environmental metrics and work with your staff to find the metrics most applicable to your technology. Boundless will also customize the competitor analysis and traditional industry analysis to the company of interest specifications and technology vertical. Our objective is to provide you with valuable insights on the environmental impacts associated with the supply chain, production system, and operational life cycle of your technology.

Capability Core Competencies

Boundless provides decision support and information tools for assessing the environmental impacts and technical efficiency of emerging technologies. These tools analyze multiple factors, including, but not limited to, costs, supply chain climate impacts, human and environmental toxicity, and greenhouse gas (GHG) impacts. The Boundless approach provides spider graphs to holistically assess data, bar charts to explain each Environmental Key Performance Indicator (EKPI) that we analyze, reports that provide important context, and other infographics and data that facilitate the rapid, rigorous, and consistent assessment of emerging clean technologies. Our industry analytics also provide direct comparison of specific technologies to industry peers, focusing on key environmental performance. Boundless has completed assessments of hundreds of clean-tech products and projects in renewable energy, LDES, circular economy, food and ag technologies, bioenergy and bioproducts, and advanced materials. Our proprietary methodology and expert-validated dataset enable us to streamline data collection and produce accurate and actionable analytics.

Capability Qualifications and Credentials

Boundless Impact Research & Analytics (Boundless) is an industry research and environmental impact analytics firm that provides objective and actionable information to move investment dollars more quickly toward clean technologies and companies driving positive environmental change. We employ a science-based, data-driven approach, grounded in the proven LCA methodology. The scores and metrics derived are trustworthy and reliable because they are unbiased and validated by external industry and/or scientific experts. Boundless’ LCA incorporates conventional LCA databases, tools, and scientific literature reviews, and has a deep network of over 1,000 industry experts at leading universities and consulting groups around the world who provide independent validation and peer reviews for our LCAs. We also have a Scientific Advisory Council made up of LCA and environmental impact measurement experts who guide, advise, and help refine our science-based methods, to ensure we are maintaining the highest standards in our work.

Capability Community Benefits

Boundless is both a U.S. and New York State Woman Owned Business committed to building community benefits across all aspects of our research and advisory services. It has been well documented that the majority of climate change-induced health and environmental impacts fall upon underprivileged communities across the country. To challenge this, companies will need to quantify their environmental impact, including, but not limited to, their environmental toxicity metrics. Boundless can highlight hotspots in a company’s production process and provide recommendations for reducing impact. We also have the capability to conduct a community impact analysis and social LCA (S-LCA). S-LCA is a newer system built upon the framework of an environmental LCA, and aligned with the UNEP suggestions for the future of LCAs. This way Boundless can give companies a clear picture of their community impacts and assist in mitigation methods as well as provide proven and expert-validated community-building methodologies.

Approx. number of available voucher projects

Inputs required from voucher recipients

Due to the restrictions regarding timeline and scope of work associated with these voucher opportunities, companies should be able to submit a full list of raw material, energy, waste, and other inputs in the RFI. If a company's production process has yet to be finalized, we would recommend choosing the Boundless Calculator capability or the Boundless Rapid LCA. Cooperation and communication, including participation in two to four 30-minute virtual meetings as well as email communication throughout the process to ensure the reliability and accuracy of data.

Geographic Constraints

We are capable of working with teams across the country with the understanding that time zones will require flexibility regarding meeting times from both teams.

Additional details on matching preferences

For matching purposes, it may be relevant to match companies with higher TRLs to ISO-Compliant or Rapid LCAs and companies with lower TRLs to Boundless’ Calculator or Rapid LCA capabilities. The Boundless Rapid LCA is most useful for companies at Technology Readiness Levels 4 and above. The Boundless Calculator capability is best for companies who wish to understand how multiple variable inputs would alter their footprint whereas the Boundless Rapid LCA capability is best if a static environmental impact report with one or two alternative scenarios would suffice.

Estimated capability duration in weeks

Mid-point Milestone Description

The midpoint milestone will be met when the preliminary results report has been completed and sent to the Voucher Recipient.

Final Milestone Description

The final milestone will be complete when the report has been reviewed by experts and sent to the Voucher Recipient.

Quality assurance/control (QAQC) analysis and documentation systems

Voucher #

VO1-35

Organization:

Moncor Consulting and Business Solutions LLC

Details

City

Albuquerque

State

Zip

87105

Activity Location State

Applicable Technology Area(s)

advanced-nuclear; long-duration-energy-storage; updates-to-the-electric-grid

Advanced Nuclear

Long-Duration Energy Storage

Updates to the Electric Grid

Category

QA/QC

Capability Description

Quality assurance (QA) and quality control (QC) systems are essential for ensuring the success and reliability of any program. These systems provide a framework for maintaining high standards, identifying and mitigating risks, and ensuring activities meet established criteria and performance metrics. Here’s what this would entail: Key Components of QA/QC Systems -Quality Assurance (QA):Training and CompetenceDocumentation and Record Keeping-Quality Control (QC):Inspection and TestingMonitoring and MeasurementCorrective Actions Reporting and Feedback Documentation Systems -Document Control System:Centralized RepositoryDocument Review and Approval Traceability-Quality Management Information System (QMIS):Data Collection and AnalysisReal-time MonitoringAutomated Reporting- Audit and Review System:Internal/external Audits/Reports Implementation Steps -Plan and Design Define the QA/QC objectives and scope. Design the QA/QC processes, including documentation and control systems. -Develop and Deploy Develop the required QA/QC documentation, including quality manuals, SOPs, and training materials. Deploy the document control system and QMIS. -Training and Communication Train all personnel on the QA/QC procedures and systems. Communicate the importance of quality assurance and control to all stakeholders. -Monitor and Improve Continuously monitor QA/QC performance using established metrics and KPIs. Implement a continuous improvement process to enhance the QA/QC systems.

Capability Core Competencies

Moncor Consulting and Business Solutions LLC (Moncor) and its principals have been actively engaged in doing QAQC work of Accounting systems, Records Management Practices, Data integrity reviews, Circular A-123 reviews, Performance Audits, and process flowcharting with the Department of the Interior for over 20 years. Moncor knows how to breakdown complex systems into the steps that create it and document the critical elements of the work performed. More importantly, Moncor knows how to identify control points and the weaknesses that exist within the established system. Moncor is also extremely adept at providing recommendations for improvement in an effort to mitigate risks that exist due to a lack of control or separation of duties. Moncor is adept at assessing materiality and can understand when smaller weaknesses exist versus material weaknesses and. the difference in concern or recommendations for correction based upon where issues lie upon that spectrum.

Capability Qualifications and Credentials

Moncor and its principals are well versed in government contracting work and have been working in roles requiring interagency cooperation for over two decades. Moncor has employed as many as fifteen employees at once, while managing over thirty-five FTE's for multiple organizations. Moncor has the ability to scale up quickly due to a robust recruiting practice, and has at times onboarded several employees at once. Moncor is a small company, that is flexible, agile and extremely responsive. However Moncor has capabilities of a much larger firm due to the existence of well established and long running relationships with multiple large ($1+Billion per year) entities. In times of greater need, Moncor has always been able to turn to its larger teaming partners to provide assistance with hiring, funding or other backing. Moncor is both SBA 8a and SBA Hubzone certified.

Capability Community Benefits

Moncor understands the way in which the DOE intends to grade the benefits any community will experience from one of its projects. Moncor has been using SMART goals and milestones since its inception to gage the work being done and the results being experienced. Moncor's philosophy to assessing community benefits is to look at the project holistically while weighing the individual pieces and components individually to come up with a collaborative assessment. At times specific positives can outweigh other specific negatives, and Moncor is always attempting to see the benefit of the whole project prior to ruling it out due to the perceived lack of positive impact in one specific component. Moncor always tries to provide opportunities for corrective action early and often in an effort to get the best possible outcome. Moncor goes to great lengths to include the concerns and potential benefits to all possible stakeholders.

Approx. number of available voucher projects

Inputs required from voucher recipients

All system development plans, Previous assessments and corrective action recommendations, list of individuals responsible for controls points.

Geographic Constraints

While Moncor is based in Albuquerque, NM it is capable of performing work in any US state or territory. Travel costs may be incurred on a case by case basis.

Additional details on matching preferences

No other critical details are necessary

Estimated capability duration in weeks

Mid-point Milestone Description

Designed implementation steps

Final Milestone Description

Results of implementation reviews, and continuous improvement plan.

Product Market Readiness, Validation, and Certification Analysis and Strategy

Voucher #

VO1-29

Organization:

Grand Summit Group, LLC

Details

City

Montrose

State

Zip

91020

Activity Location State

GLENDALE

Activity Location State

91206

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization; updates-to-the-electric-grid

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Updates to the Electric Grid

Category

Market Readiness

Capability Description

The proposed Product Market Readiness, Validation, and Certification Analysis and Strategy will provide a set of detailed research, analysis, and custom strategies to a technology company to ensure their commercial success upon entry into the market. The scope will include two report deliverables consisting of a Customer Needs, Wants, and Requirements Assessment; and a Product Validation and Certification Strategy.The goal of this package is to: Aide the client to document customer wants, needs, and requirements for the product to inform continued design development and validation plans. This information will also give the client a clear map of customers differentiating users, buyers, channel partners, etc., and assessing any unique requirements each party may have.Develop a validation and certification program plan that identifies what testing should be performed at what stage of product development. This information can inform the client on beachhead customer segments that might require less testing, yielding a more capital efficient product launch.A detailed breakdown of the package scope and estimated effort has been included in the attached Work Sample document for more information.

Capability Core Competencies

Grand Summit Group offers expert consulting services to technology innovation companies to help them get from a lab prototype to a commercial product working in the field. We guide companies through the final leg of commercial product development, ensuring that all customer requirements are understood with a validation and certification plan in place. We provide detailed product pricing and cost of goods sold (COGS) analysis and improvement to help companies plan for economic success of their product. We identify critical manufacturing processes and vendors required to produce the product, and develop supply chain strategies that are capital efficient and appropriate for the stage of scale up. Finally, we help companies execute on project development activities unique to deploying first of a kind technologies into a demonstration project environment. This suite of expertise is critical to assuring success at even the earliest phases of technology development.

Capability Qualifications and Credentials

Peter Ciulla, founder and principal partner of Grand Summit Group, has over 20 years of experience in hardware product development, transition to production, and product deployment. For the first decade of his career, Peter worked for several Fortune 500 multi-industry product manufacturing companies like Textron and ITT where he worked as both a hardware engineer and as a Lean Six Sigma Black Belt. For the next decade, Peter has worked with Cleantech companies such as eSolar, Heliogen, and CarbonCapture develop and launch multiple innovative products. Prior to consulting, Peter has been a founding team member at a startup with a multi-billion dollar exit, an executive team member, and a founder & CEO. For several years, he has worked as an industry reviewer of DOE grants, and has a Masters of Science in Mechanical Engineering from UC San Diego.

Capability Community Benefits

Grand Summit Group is well acquainted with and a strong proponent of the objectives integral to Community Benefit Plans (CBP). As an organization, we maintain a company DEI policy that reinforces our belief that a diverse workforce is a healthy and innovative workforce. While working with other companies (though not our core competency), we've assisted in the development of their CBPs including assisting in the writing of a CBP for grant applications, some support of community engagement, and navigation of the DOE's energy justice mapping tool for project location eligibility. As an industry grant reviewer for the DOE, we've also reviewed applicant's CBPs. Finally, Grand Summit Group is certified as a Small Business (Micro) with the State of California, and is currently in process on registering as a SBA certified small business with the Federal government.

Approx. number of available voucher projects

Inputs required from voucher recipients

For the project to be successful, we will need from the recipient any background information from customer discovery, market requirements, technology performance, and project analysis. Any gaps will be filled as a part of the proposed scope.

Geographic Constraints

Located in the Los Angeles region of California, Grand Summit Group has worked effectively with clients across the US and globally. By leveraging a suite of remote collaboration tools (including Microsoft Teams, OneDrive, and SharePoint), we are confident that we can effectively service clients throughout the US. Additionally, our Pacific home time zone enables easy coordination with both Eastern time zones and the further west time zones of Alaska and Hawaii.

Additional details on matching preferences

Our best fit client would be a company with a highly innovative technology that would benefit from a deeper understanding of customer and market requirements, and product validation and certification.

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of the Customer Needs, Wants, and Requirements Assessment.

Final Milestone Description

Completion of the Product Validation and Certification Strategy.

Pilot Plant Process Equipment & Raw Materials Supply Chain Scoping

Voucher #

VO1-36

Organization:

Tracy Research & Consulting, LLC

Details

City

Wyoming

State

Zip

49519

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; industrial-decarbonization

Carbon Management (including carbon capture and direct air capture)

Industrial decarbonization

Category

Supply Chain Analysis

Capability Description

This capability involves conceptually designing the pilot plant process equipment to take the R&D-stage material innovation from lab to the next scale gearing toward commercialization. This involves 1) identifying the process equipment required; 2) finding suitable suppliers for each process; 3) contacting potential suppliers to determine their knowledge, capabilities, and desire to collaborate; 4) discussing pros/cons of equipment and supplier options; 5) obtaining ballpark costs; and 6) feeding information back to an initial Technical Economic Assessment to ensure commercial viability. This capability similarly includes corresponding work for each raw material of the materials innovation.Critical milestones include first generating a map of potential suppliers, process flows, and equipment suppliers after initial research and conversations; and the final deliverable is a culled list of the best options for each segment of the process as well as a map of the process from beginning to end.

Capability Core Competencies

Dr. Tracy, founder of Tracy Research & Consulting (TRC), has over 20 years of experience in commercializing new materials across the spectrum of development activities from materials development to new product development. This experience can be described as 1) traditional R&D activities that translate relevant findings from the lab through the pilot plant and to the production factory and 2) investigating new or alternative materials for incorporation into consumer-related building products (furniture). Her experience is in the fields of ceramic engineering and materials science and engineering in markets including high technology ceramics, wallboard development, and concrete specification, testing, analysis and development. Many of these explorations centered around finding more environmentally sustainable materials alternatives with respect to carbon footprint, ability to be “circular” and avoid landfill, and/or green chemistry. The Voucher Program would open opportunities to help startups and other organizations needing experience in materials and process development.

Capability Qualifications and Credentials

Tracy Research & Consulting’s resources include experience, knowledge, and passion. Dr. Tracy’s certifications include an academic credential of PhD in Materials Science and Engineering from Northwestern University, which followed graduating with honors (Bronze Tablet) from the University of Illinois at Urbana-Champaign with a BS in Ceramic Engineering. She is a thought leader having published 29 papers, presented at 15 conferences including being a keynote speaker, been a guest lecturer and researcher, served on standard development bodies, generated 7 corporate patents, been a principal investigator of a government-funded research project, and received numerous awards over her career.For this capability, the primary resource is time. The Activities can be conducted in a home office with requisite internet access and computer capabilities.

Capability Community Benefits

The founder, president, and capability provider for Tracy Research & Consulting is a woman, Dr. Sharon Tracy. As such, she falls into the category of “underrepresented.” She is the sole proprietor and owner of this organization. For this voucher opportunity deliverables, Dr. Tracy will include metrics for each supplier organization concerning (at a minimum): 1) ownership description with respect to majority owned or controlled by residents of disadvantaged communities, and/or underrepresented persons or groups of underrepresented persons; and 2) headquarter community description with respect to the Climate and Economic Justice Screening Tool. Collecting this information will facilitate choice-making based on community benefits and other DEIA considerations for the Voucher Recipient from the deliverables.

Approx. number of available voucher projects

Inputs required from voucher recipients

Input from Voucher Recipients include relevant data and information regarding the material and process that they are scaling such that the requisite work can be performed.

Geographic Constraints

None. Work will be performed remotely.

Additional details on matching preferences

Matching organizations are particularly those that are scaling a materials innovation, materials-related process, and/or evaluating decarbonizing a ceramic, composite, and/or cement-based industry.

Estimated capability duration in weeks

Mid-point Milestone Description

The first deliverable is a technical landscape of potential suppliers, process flows, and equipment suppliers after initial research and conversations.

Final Milestone Description

A refined list of the best options for each segment of the process with an updated map of the process

Pre-Development Planning for Biomanufacturing Infrastructure Projects

Voucher #

VO9-5

Organization:

Synonym Inc.

Details

City

New York

State

Zip

10014

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

Market Readiness

Capability Description

Synonym offers a pre-development planning package for biomanufacturing infrastructure projects, which includes FEL-1 conceptual engineering, a techno-economic assessment (TEA), financial models, an evaluation of suitable sites, a bankability review, and a preliminary environmental assessment. The culmination of this work is a project development roadmap: a detailed plan outlining remaining steps (if any) to validate techno-economic readiness and reach a bankable, shovel-ready project for commercial-scale production. Throughout the pre-development planning process, our team will work closely with the voucher recipient’s team to understand their technology, process needs, and commercial traction. Utilizing this information, we will develop a TEA and preliminary environmental impact estimate. Results from the TEA will establish minimum product pricing, offtake volumes, and technical requirements that must be demonstrated in order for the project to attract financing. Potential sites will be identified and a conceptual engineering study will be conducted to refine the TEA model and allow for more specific recommendations. Synonym uses its deep project development expertise to help drive numerous, simultaneous development workstreams forward, bringing our clients closer to groundbreaking and advancing their understanding of unmet requirements to solve and areas to focus business or technical resources to enable success in facility financing and operations.

Capability Core Competencies

Synonym is a biomanufacturing infrastructure developer and asset manager. Synonym handles the full lifecycle of project delivery for new biomanufacturing infrastructure projects, from planning and design, to financing, construction oversight, and ongoing maintenance. Robust pre-development planning is the first step in ensuring successful project execution. Synonym has executed pre-development planning projects for dozens of microbial fermentation companies, ranging from start-ups to multinational corporations. Synonym’s engineering team has led the process design for 15 biomanufacturing facilities ranging from $10M to $800M in size, and its operations team has supported commissioning, tech transfer, start-up, and operations work at six biomanufacturing facilities, ranging from pilot to commercial scale. Synonym’s capital markets team has reviewed more than 1,000 first-of-a-kind technology infrastructure projects, supporting them in raising more than $13B in total capital. Synonym’s development team, responsible for permitting, site selection, incentives, etc., has more than 10 years of experience in project delivery.

Capability Qualifications and Credentials

Engineering, site evaluation, and environmental assessment activities for pre-development planning projects is led by Synonym’s Vice President of Engineering, Crystal Bleecher - a licensed Professional Engineer with 20+ years of experience designing bioproduction facilities - with support from a team of process engineers, project engineers and project managers. Financial modeling and bankability analysis activities are led by Brentan Alexander Ph.D., Synonym’s Chief Investment Officer, who has been involved in the commercialization of novel climate-positive technologies through the financing of projects that have collectively raised over $3b in total project capital.

Capability Community Benefits

Synonym is committed to supporting sustainable community economic development through the deployment of industrial decarbonization infrastructure projects. Synonym’s pre-development planning packages include labor models for facility operations, which can be used to assess the impact of above-average wages and benefits on the project’s business case. Synonym’s labor model is inherently designed with career development pathways in mind to ensure high job satisfaction. Should projects progress beyond the pre-development planning phase, Synonym is able to support companies in developing staffing plans, skills frameworks, training programs, and workforce health and safety plans that ensure the creation of high quality employment opportunities, as well as recruitment frameworks and hiring policies that prioritize hiring from underserved and disadvantaged communities and incorporate diversity, equity, inclusion, and accessibility objectives. Synonym’s pre-development analysis also includes preliminary product carbon footprint and water use estimates to quantify the project’s decrease in environmental burdens, in compliance with Justice40 objectives.

Approx. number of available voucher projects

Inputs required from voucher recipients

Prior to commencement of work under a voucher agreement, voucher recipients will be required to complete an intake questionnaire to inform pre-development efforts. The questionnaire will request information about commercial strategy and traction, timelines, technical performance, production process conditions and process equipment requirements. In the case of a pre-development analysis at a known location, site-specific information will be required, including a sized equipment list for any equipment already on-site, a utility summary and a plot plan.

Geographic Constraints

Synonym can work with companies in any jurisdiction in the United States.

Additional details on matching preferences

Synonym's core expertise lies in biotechnology and bioprocessing, including microbial fermentation, catalytic processes using bio-derived catalysts, cell cultivation, and chemical processes using bio-based feedstock. Technologies outside of this area are not a strong fit for Synonym's expertise.

Estimated capability duration in weeks

Mid-point Milestone Description

Finalization of project CapEx estimate and TEA

Final Milestone Description

Finalization of FEL-1 engineering package, site evaluation criteria and preliminary site assessments, and bankability requirements.

Planning for Implementation and Execution of Industrial Decarbonization Projects

Voucher #

VO9-1

Organization:

Cascade Energy, LLC

Details

City

Portland

State

Zip

97204

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

Decarbonization Assessment

Capability Description

Industrial decarbonization projects face challenges on the path to implementation and execution, including economics, technical complexity, and compatibility with existing systems. Considering the industrial sector’s globally competitive nature and tight margins, manufacturers must meet decarbonization goals economically while ensuring operational reliability. To address this need, Cascade Energy has teamed with Ricardo, a global strategic, environmental, and engineering consultancy, to offer decarbonization implementation/execution planning to voucher recipients. This planning will help manufacturers, with emphasis on small- to medium-sized firms, plan for the successful implementation and execution of decarbonization projects, including:1. Heat-exchanger technologies2. Integrated industrial heat pumps3. Energy storage4. Low carbon fuels (bio-gas utilization)5. Onsite solar6. Fuel switching Planning will align with the Department of Energy’s decarbonization pillars and IAC Decarbonization Toolkit (https://industrialdecarb.lbl.gov/). Critical milestones follow:1. Kickoff (stakeholder engagement/data collection required for Scoping Report).2. Produce Scoping Report (including site visit to confirm assumptions/validate shortlist); meet with client to shortlist options. 3. Refine planning approach (i.e., energy/mass balance and process/equipment/technology descriptions) based on shortlist.4. Conduct planning/analysis, which may include techno-economic modeling, site-technology suitability, funding planning support, compliance/regulatory considerations, environmental review, and next steps.5. Produce Planning Report and read-out with client.

Capability Core Competencies

Cascade Energy, Inc. (Cascade), founded in 1993, is a leading national provider of industrial decarbonization consulting services. Our engineers are technical experts in decarbonization, energy-saving, electrification, and renewable energy plus energy storage projects within complex industrial facilities. Cascade will bring our deep expertise with industrial facilities and leading-edge competencies with data collection and modeling of industrial processes to develop a detailed, accurate, investment-grade final report that voucher recipients can use to make financial decisions and properly implement the recommended decarbonization improvements. Ricardo, founded in 1915, has a global team of consultants, environmental specialists, engineers, and scientists dedicated to helping clients create a safe and sustainable world. Ricardo adds value to the project team through deep experience in techno-economic analysis and implementing industrial decarbonization projects. Ricardo has a strong US presence, including offices in Alabama, California, Colorado, Maryland, and Michigan.

Capability Qualifications and Credentials

While working with nearly 10,000 industrial customers, Cascade has developed expertise in virtually all energy-using subsystems encountered in this sector. This includes refrigeration, industrial heat-pumps, compressed air, pumping, fans, hydraulics, HVAC, process heating and cooling, steam, lighting, and a variety of sector-specific systems. Our company of 225 includes 47 licensed professional engineers who are highly skilled at analyzing and assessing decarbonization opportunities within these complex systems, including project due diligence, technology evaluation and assessment, techno-economic analysis, life cycle assessment, decarbonization policy advice, funding research and recommendations. Ricardo delivers value across industrial decarbonization, carbon capture and utilization, and bioenergy, including market analysis and supply chain evaluation, project due diligence, technology evaluation and assessment, life cycle assessment, environmental review, economic impact assessment, industrial decarbonization policy advice and assistance, funding assistance, techno-economic analysis, and feedstock assessment.

Capability Community Benefits

Cascade’s DEIA initiatives/progress are available at: https://cascadeenergy.com/company/deia/diversity-statement-and-action-plan/ We recognize industrial facilities are disproportionally located in underserved communities and can negatively impact them with added pollution, noise, and traffic. By providing services that pave the way to implementation and execution of decarbonization projects within underserved communities, we expect the following community benefits: 1. Decreased pollution. Decarbonization planning will provide clear information and guidance needed to make changes to reduce air pollutant emissions.2. Workforce development. Experienced decarbonization engineers will deliver the work and actively seek opportunities to educate facility staff about energy-use and decarbonization opportunities. 3. Benefits for Small and Medium Manufacturers (SMMs). Voucher project learnings can help SMMs build on the work of DOE’s IAC program and prepare SMMs for IAC Implementation funding opportunities. This work can help SMMs leverage utility incentives to implement projects, benefiting not only SMMs, but also the communities that surround them.

Approx. number of available voucher projects

Inputs required from voucher recipients

1. Access to existing reports, data, specifications, and other details related to the planned decarbonization project. 2. Assistance from facility/maintenance needed to complete planning. 3. Information on existing site conditions and operations (e.g., typical production schedule, 24 months of utility billing history, equipment schedule for gas-using subsystems, plan view facility drawing, process flow diagram). 4. Information on other planned projects and energy usage expectations. 5. Contact information for any key contractors, consultants, and vendors who should participate in planning. 6. Cascade may also request other information necessary to perform the scope of work.

Geographic Constraints

Cascade staff are dispersed across the United States, with nine offices in seven states (California, Colorado, Idaho, Illinois, Oregon, Utah, and Washington), and our headquarters in Portland, Oregon. Our growing team consists of 225 energy managers, engineers, coaches, technicians, technology developers, and operations team members. While our engineers are concentrated in the states listed above, our teams are equipped to serve voucher recipients throughout the 48 continental US states.

Additional details on matching preferences

Of the eight industrial customer segments eligible for the DOE’s Voucher Program, Cascade has the most expertise with the food and beverage industry, a segment that is among the top CO2 emitting industries sector and one ripe with decarbonization opportunities. We are experts in industrial refrigeration—the major energy-using subsystem in food manufacturing. Cascade also brings growing experience supporting change-outs to low global warming potential (GWP) refrigerants. Outside of food and beverage, our work is primarily with customers in the cold storage and distribution, water/wastewater, pulp and paper, wood products, plastics, chemicals, oil and gas, high tech, and metals.

Estimated capability duration in weeks

Mid-point Milestone Description

The midpoint milestone will be completion of first three steps: kickoff, shortlist options, and refine planning approach.

Final Milestone Description

Provide a final decarbonization planning report to the voucher recipient and report readout.

Planning and Execution Support for Field Tests

Voucher #

VO5-17

Organization:

ELECTRIC POWER RESEARCH INSTITUTE

Details

City

Knoxville

State

Zip

37932

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

Performance Testing

Capability Description

EPRI has been supporting field testing for carbon capture and storage for over 20 years, many with funding from DOE. 80,000-100,000 tCO2/yr carbon capture pilots include Alstom’s Chilled Ammonia, MHI’s KM-CDR, NetPower, and others at Norway’s Test Center Mongstad. Currently EPRI is in negotiations for two DOE-OCED’s large-scale pilots (PPL and RTI). Additional 15-25 t CO2/d pilots including Alstom’s Chilled Ammonia, EDF-Alstom at Le Havre, University of Kentucky at Brown Station, ADA-ES Adsorption pilot, MTR membrane, Linde-BASF, EEMPA solvent, and other pilots at National Carbon Capture Center. EPRI’s involvement includes project lead, performance verification, process modeling, emissions measurements, air quality impact modeling, and techno-economic assessments. EPRI-led CO2 storage field demonstrations include: WESTCARB Arizona Utilities Pilot; SECARB Mississippi Pilot Test; and the SECARB Anthropogenic Test (Alabama). These demonstrations evaluated CO2 storage capacities, injectivities, and risks and involved numerous field/laboratory-based geologic, hydrologic, and geophysical tests to characterize storage. WESTCARB drilled an exploratory well where no CO2 injection took place because the formation was not suitable. EPRI injected over 3,000 and 100,000 tCO2 during the SECARB Mississippi Pilot and Anthropogenic Tests, respectively, demonstrating commercial storage viability. EPRI’s involvement included leading the storage projects, preparing various plans, data analyses, reporting, and presentations.

Capability Core Competencies

Core competencies include strategic planning, design, and deployment of testing, assessment, and validation for CO2 capture technologies and CO2 storage projects. EPRI has expertise on process analysis, modeling, and techno-economic assessments. Additional expertise includes working with developers to identify and measure key field test parameters, and independent analysis of the results. EPRI understands the state and federal regulations and guidelines governing Class VI injection wells for CO2 and has worked directly with permitting agencies on CO2 storage projects. Working with the voucher recipient, EPRI can assist in the development of field-test design, and monitoring, data management, and quality assurance/quality control plans.

Capability Qualifications and Credentials

No universal certification nor credential system exists for supporting field tests. Project experience developing monitoring systems and knowledge regarding the performance of technologies and their applications and limitations is key. Specific EPRI project experiences highlighting EPRI’s capabilities were provided in a prior paragraph. Individual EPRI staff have up to 20 years of project experience and knowledge associated with managing CO2 capture and storage projects. Staff have led and participated in numerous projects involving the assessment, design, and deployment of conventional and emerging CO2 capture and storage technologies and projects. Human capital is EPRI’s strength that can be brought to bear when selecting, designing, and deploying CO2 capture and storage field tests for voucher recipients.

Capability Community Benefits

Community benefits language that we can use for all submissions: The proliferation of carbon capture and adjacent technologies directly benefits all communities through reduced pollution, improved resilience, lower energy cost and reduced dependence on foreign resources. More locally, lessons learned are communicated to communities where these technologies may ultimately be sited, which can improve community acceptance and provide jobs for the local economy. EPRI is a 501(c)3 not-for-profit organization with a public benefit mission. We have a community benefits team that supports projects through tools such as mapping, evaluation, and air quality modeling. EPRI has an existing Diversity, Equity and Inclusion strategy that supports initiatives and hiring across the institute.

Approx. number of available voucher projects

Inputs required from voucher recipients

Information required from voucher recipients will need to include technical specifications of the carbon capture unit, any relevant performance specifications/characteristics, permit applications and status, technical characteristics of the CO2 storage site, risks associated with the CO2 storage sites, and transport logistics between capture and storage sites.

Geographic Constraints

none

Additional details on matching preferences

Capture and storage could be considered as separate field tests. A combined field test is not necessary.

Estimated capability duration in weeks

Mid-point Milestone Description

Baseline interim report on support of field demonstrations

Final Milestone Description

Baseline interim report on support of field demonstrations

Opportunity Assessment and Technical Feasibilty planning for Industrial Decarbonization Retrofitting Projects

Voucher #

VO9-4

Organization:

ONB Engineering Research and Technical Services LLC

Details

City

Newark

State

Zip

19713

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

Decarbonization Assessment

Capability Description

ONB Engineering specializes in chemical process R&D support, transforming experimental data into comprehensive design packages covering technical, economic, and other aspects. We offer accelerated support for concept development, scale-up, and engineering package creation, helping to expedite commercialization and attract funding. By leveraging advanced modeling tools, we provide a comprehensive understanding of technical performance, economic feasibility, and environmental impact at different scales. For this capability we will provide a case study assessment and validation, as well as technical and engineering feasibility planning for implementation and execution of a decarbonization project/technology. Deliverables:1. Case Study: Analysis of current emissions, benchmarking and opportunity identification.2. Technical Feasibility: Computational-based analysis of proposed solution/technology and identification deployment challenges and associated risk.3. Economic Feasibility Analysis: Projections of capital and operational expenses.4. Implementation Roadmap5. Environmental Impact Assessment: Quantification of emissions reductions and energy efficiency improvements. Milestones:1. Initial Data Collection and Scope Definition2. Validate current emissions, and conduct detailed case studies.3. Model development, technical assessment of system performance and engineering requirements.4. Conduct cost-benefit and economic viability analysis.5. Implementation planning and identification of critical milestones and resources.6. Quantify environmental benefits and compliance with regulations.7. Final Report and recommendations.

Capability Core Competencies

ONB Engineering offers extensive expertise in advanced computational and data-driven modeling and scale-up of technologies in manufacturing, chemical and energy sectors. Our team, composed of industry experts and certified professionals, leverages advanced and custom tools to deliver the best-in-class assessments. We specialize in:- Technical feasibility assessment for scale-up potential and risk identification.- Reactor and process level modeling to assess system performance at various scales.- R&D assessment for evaluating unique phenomena (e.g., mixing, PSD changes).- Comprehensive techno-economic and LCA assessments.- Engineering package planning (FEL 1-3) including PFD development, plant layout, and equipment data sheets. Our approach ensures precise, data-driven decision-making, delivering high-quality, reliable solutions that meet industry standards and support successful commercialization. With a proven record of successful projects and deep industry knowledge, we offer support to clients to effectively bring technologies to market. Our commitment to excellence and client satisfaction drives our approach.

Capability Qualifications and Credentials

Capability Community Benefits

ONB Engineering is dedicated to promoting DEIA in all our projects. We actively engage with local communities and entities to enable tangible benefits and opportunities. Our approach includes:- Community Engagement: We collaborate with local universities and community organizations to provide seminars, skill development workshops and training opportunities to the public.- Investing in America’s Workers: We prioritize quality jobs with fair wages, benefits, and opportunities for career advancement, and are committed to build a skilled, diverse team.- Justice40 Initiative: We are committed to supporting disadvantaged communities by providing access to resources and opportunities. We collaborate with HBCU's (namely NCA&T and DSU) to set-up training workshops on topics of decarbonization, LCA and TEA for STEM students.- Sustainable Practices: We incorporate environmentally and socially sustainable practices to improve community well-being. Our commitment to DEIA ensures that we both meet technical goals and contribute to broader social and community benefits.

Approx. number of available voucher projects

Inputs required from voucher recipients

Inputs required from client: 1. Overview of technology and major unit operations. 2. Key material, energy and product flow rates (if not available, then process parameters that can be used to generate these values by modeling). 3. Supply chain metrics (if needed), including operation scale, 4. Process Flow diagrams (or P&IDs), 4. Specifc operating conditions of interest, 5. Accessibility to a person of contact for a one-day data review meeting, with follow on support for additional clarification and information as needed.

Geographic Constraints

n/a

Additional details on matching preferences

n/a

Estimated capability duration in weeks

Mid-point Milestone Description

Detailed feasibility and planning assessment for the decarbonization retrofitting project (including emissions assessment and technical feasibility analysis)

Final Milestone Description

Completion and submission of all project deliverables (report + presentation), ensuring the thorough execution and assessment of the decarbonization project/technology

Patent Landscaping to Identify Potential IP Partners, Strategic Investors, and Patenting Trends

Voucher #

VO4-16

Organization:

Moeller Ventures LLC

Details

City

Eagan

State

Zip

55123

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; industrial-decarbonization; advanced-materials-and-manufacturing-technologies; building-efficiency; geothermal; solar; water; wind; bioenergy; vehicle-technologies

Clean Hydrogen

Industrial decarbonization

Advanced Materials and Manufacturing Technologies

Building Efficiency

Geothermal

Category

Capability Description

Produces an analysis of the patent document landscape surrounding the company's specific area of intellectual property. This analysis provides information regarding the companies (i.e. assignees) that are the most prolific patent filers in a specific domain area. These companies are often the most significant targets as potential partners and investors for smaller companies developing new IP in these areas. In addition, the landscape report produces information regarding patenting trends, inventors, and notable prior art.1) Execute a Non-Disclosure Agreement with the client.2) Collect IP documents from the client and conduct the patent landscaping assessment background call. Required IP documents include at least one of the following: a written description of the inventive technology, provisional patent filing(s), non-provisional patent application(s), or granted patent(s).3) Execute patent document landscape analysis and deliver the preliminary landscape analysis report to the client via confidential cloud storage, AlphaDataIQ.com website, or similar online confidential medium. 4) Execute a review call with the client, covering the patent document landscape analysis results including notable assignee companies, patenting trends, and notable prior art. Deliver the final report to the client.

Capability Core Competencies

Previous provider of Freedom-to-Operate (FTO) analyses to companies as part of the DOE ENERGYWERX program.Intellectual Property Commercialization Assessments for 164 different life science National Institute of Health (NIH) Funded Start-ups: Provide IP commercialization assessments for National Institute of Health (NIH) funded life science companies in sectors spanning medical devices, pharmaceuticals, biotechnology, digital health, and software. https://www.moellerventures.com/index.php/2021-nih-taba-companiesIntellectual Property Analytics Project for Rheos Medicines: Provided Jupyter data science notebooks, utilizing Google’s BigQuery data warehouse and the Google patents database, that search for human gene related patents and then secondarily link those patents to chemical compounds in the SureChEMBL database.Past Consulting Projects: https://www.moellerventures.com/index.php/past-projects.

Capability Qualifications and Credentials

U.S Registered Patent Agent - Patent Bar passed July 2015. Credential: https://oedci.uspto.gov/OEDCI/practitionerSearchEntryUniversity of Minnesota – Coursera Online: Professional Certificate in Healthcare Marketplace Specialization – Completed September 2020.University of California, Berkeley – edX: Professional Certificate in Foundations of Data Science – Completed August 2019.Udemy Online: Machine Learning, Data Science and Deep Learning with Python by Frank Kane – Completed September 2021. Data Science A-Z™: Real-Life Data Science by Kirill Eremenko – Completed January 2019.Coursera Online: Machine Learning by Andrew Ng, Stanford University - Completed December 2018.University of St. Thomas, Minneapolis-St. Paul, MN - MBA - New Venture ManagementUniversity of Illinois, Urbana-Champaign, IL.: MS Electrical Engineering: Master's thesis, post-graduate research, and teaching assistant dealing with advanced signal processing techniques as applied to radar echo analysis and voice recognition systems. BS Electrical Engineering.https://www.moellerventures.com/index.php/jims-curriculum-vitae

Capability Community Benefits

The success of emerging development stage companies that are highly intellectual property oriented often hinges on how well it can leverage its IP. A patent landscape analysis will provide information to a startup business about what other larger companies are in the same domain space and may be interested in partnering or investing in the startup's business. These "strategic" partners and investors are often key to an emerging company's success and its ability to create jobs across all population demographics.

Approx. number of available voucher projects

Inputs required from voucher recipients

The patent landscape analysis requires the company to provide its IP documents which includes at least one of the following: a written description of the inventive technology, provisional patent filing(s), non-provisional patent application(s), or granted patent(s).

Geographic Constraints

There are no geographic constraints.

Additional details on matching preferences

None.

Estimated capability duration in weeks

Mid-point Milestone Description

Execute patent document landscape analysis and deliver the preliminary report to the client via confidential cloud storage.

Final Milestone Description

Execute a review call with the client regarding the final patent document landscape analysis results. Deliver final report.

Modeling of Hazards

Voucher #

VO2-26

Organization:

DNV ENERGY USA, Inc.

Details

City

Katy

State

Zip

77449

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization; solar; wind; bioenergy

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Solar

Category

Simulation/Modeling

Capability Description

DNV has extensive experience in modeling the potential consequences from failure of an asset/ system. Examples of consequence modeling that can be performed include FLACS explosion analysis and PHAST plume studies. These types of modeling are particularly useful for LDES systems as well as hydrogen and other low carbon fuel applications. A number of different modeling techniques could be applied in order to determine potential overpressures from a failure, the area where a toxic gas cloud could exist and areas of potential thermal radiation.All the results are provided in a written report (deliverable) and can include key results such as pressure contour plots and plume areas and concentrations. The following is a breakdown of the scope of work.• Review of modeling technique to be performed along with the data input requirements, agreement on model input assumptions and DNV receipt of data. • Initial modeling and review of draft results.• Modeling of additional scenarios, such as what-ifs or changing of input/operating parameters to determine impact (Weeks 8-10)• Reporting

Capability Core Competencies

DNV has both broad and deep expertise related to storage projects, clean hydrogen, and carbon management. For energy storage projects, competences include battery performance and safety testing, battery life estimation and modeling, battery degradation assessment and warranty verification. For clean hydrogen and carbon management, competencies include accelerated degradation testing of materials, technology qualification, techno economic life cycle analysis and evaluation to industry and DNV standards.

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

In general, the following information is required to perform these types of modeling: • Product specifications data sheet and Safety Data Sheet (SDS) • Asset drawings including physical dimensions of the asset (e.g., LDES or plant) to modeled as well as information regarding potential environmental conditions • Potential operating conditions for the asset/technology

Geographic Constraints

We have staff in multiple different locations throughout the US who are capable of performing these modeling projects.

Additional details on matching preferences

DNV has FLACS and PHAST modeling software and can also run failure modes and effects analysis (FMEA) or other risk workshops in conjunction with modeling.

Estimated capability duration in weeks

Mid-point Milestone Description

Initial Modeling and review of draft results

Final Milestone Description

Modeling Report

Operational Feasibility Assessment Modeling of Hydrogen Components and Materials

Voucher #

VO2-46

Organization:

Lawrence Livermore National Laboratory

Details

City

Livermore

State

Zip

94550

Activity Location State

Applicable Technology Area(s)

clean-hydrogen

Clean Hydrogen

Category

Simulation/Modeling

Capability Description

Recognizing that optimal material and process designs depend on the location of deployment and what sectors are supported, LLNL has developed the cross-scale S2M model framework to optimize the cost-based performance and decarbonization value of materials and operations in the context of the full hydrogen supply chain. S2M can seamlessly incorporate information from techno-economic analyses, process design models, and component/material models to assess feasibility at the pre-demonstration or early deployment phase, accounting for regionally specific operational constraints to assess the impact of all components of the hydrogen supply chain on net process efficiency and cost. The framework has the following features:• Rapid scenario evaluation for best fit of specific materials and technology in the hydrogen supply chain• Detection of supply chain vulnerability via sensitivity and uncertainty analyses• Optimal flexible operation analyses to minimize cost while maximizing decarbonization and performance

Capability Core Competencies

Lawrence Livermore National Laboratory is a multi-mission, applied DOE laboratory with core competencies in High-performance Computing and Advanced Materials & Manufacturing. Within our Energy Security Mission, these capabilities are routinely applied to hydrogen, batteries, and carbon management technologies. LLNL leverages its leading computing facilities to understand limitations of energy storage and conversion systems, optimize their performance, and assess their durability upon cycling. LLNL also has longstanding expertise in studying materials and components in harsh service environments through computational modeling, data science, and accelerated testing, including specialized facilities for testing materials and components in hydrogen environments. At the system scale, LLNL analysts model the impacts of materials features and processing on system performance and durability and apply system-level operational constraints to assess feasibility in different flexible operation scenarios.

Capability Qualifications and Credentials

LLNL has decades of hydrogen experience and leads key modeling and simulation activities in multiple DOE consortia, including the HyMARC (materials-based hydrogen storage and liquid chemical hydrogen carriers); HydroGEN (materials for emerging renewable hydrogen generation technologies), and H2NEW (electrolyzer degradation and manufacturing challenges). LLNL also models degradation of electrical energy storage components for the DOE Vehicle Technologies Office and Office of Electricity. Additional facilities and centers include the Cryogenic Hydrogen Test Facility and Hydrogen Materials Degradation Laboratory for accelerated testing of hydrogen components and materials; the Laboratory for Energy Applications for the Future, a multidisciplinary center that integrates simulation, characterization, and manufacturing to develop materials for hydrogen, batteries, and carbon management; the High-performance Computing Innovation Center, which applies material, device, and process simulations for industry collaboration; and the Advanced Manufacturing Laboratory, which houses rapid prototyping and compatibility testing equipment.

Capability Community Benefits

LLNL recruits from a diverse talent pool and engages diverse and marginalized communities through a broad range of outreach activities. LLNL-led community outreach programs that encompass the energy technology areas relevant to this voucher include the LLNL-Kern County Community Action Partnership on Clean Energy Technology, the Workforce Development for Teachers & Scientists (WDTS) Outreach Consortium, and the NNSA Minority Serving Institution Partnership Program.

Approx. number of available voucher projects

Inputs required from voucher recipients

The following is required from our clients: Information on timeline, deployment zone, and projected supply-demand targets. BOM of upstream and downstream products or equipment. Material and device attributes. A minimum of 1 POC to work with on a regular cadence.

Geographic Constraints

We are based in the San Francisco Bay area, but our service is virtual and has no geographic limitations.

Additional details on matching preferences

We require iterative stakeholder input to maximize the optimization potential.

Estimated capability duration in weeks

Mid-point Milestone Description

Create process maps to visualize the linkages in the supply chain and identify potential bottlenecks, inefficiencies, and operational risks.

Final Milestone Description

Analyze the cost-performance and decarbonization factors for various operational scenarios. Identify areas where cost and emission/CO2 savings can be achieved.

Navigating Cleantech Funding Landscapes: A Strategic Roadmap for Securing Public and Private Investments

Voucher #

VO4-24

Organization:

BRITE Energy Innovators (formerly the Tech Belt Energy Innovation Center)

Details

City

Warren

State

Zip

44481

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; industrial-decarbonization; advanced-materials-and-manufacturing-technologies; building-efficiency; geothermal; solar; water; wind; bioenergy; vehicle-technologies

Clean Hydrogen

Industrial decarbonization

Advanced Materials and Manufacturing Technologies

Building Efficiency

Geothermal

Category

Fundraising

Capability Description

Developing a fundraising roadmap for cleantech startups to identify suitable funding opportunities, craft engagement strategies, and establish critical milestones to secure necessary funds from both public and private sources. Capabilities:1. Funding Monitoring – actively monitoring funding opportunities from public and private sources for our network of over 100 cleantech startups.2. Investor Network – maintaining active relationships with cleantech investors and sharing deal flow with over 200 contacts.3. Industry Expertise – specializing in cleantech, specifically clean energy, providing deep industry connections and expertise.4. Founder Training – integrate training materials from our accelerator program into consulting engagements, helping founders incorporate deliverables into their business post-engagement. Work Involved:1. Initial Assessment: Meet founders to understand startup goals, technology, and funding needs. Review current fundraising efforts to identify gaps.2. Strategic Planning: Develop a fundraising strategy specifying goals, amounts, and timelines.3. Engagement and Outreach Planning: Design tailored communication plans for funders. Review outreach materials such as email templates and pitch decks.4. Implementation Support: Provide training on fundraising best practices. Supply tools and templates to streamline processes. Deliverables:• Fundraising strategy document including tailored funding sources.• Action plans for funding sources with engagement and outreach plans.

Capability Core Competencies

BRITE Energy Innovators is a non-profit organization with a mission of advancing the clean energy economy. To do so, BRITE utilizes a roster of subject-matter experts and supportive staff to execute customized training modules for energy technology clients from ideation to manufacturing and expansion. Each training module is designed to assist in improving a key component of a company’s adoption readiness level, such as business models, funding strategies, product roadmaps, and market landscapes. BRITE has provided business and technical support to founding teams for over a decade through one-on-one mentorship, cohorts, and specialized sprints. Last year, BRITE assisted clients achieve over a dozen ARL milestones. For example, through the business planning module, one company secured its first customer and venture funding. All services are virtual and run by individuals with experience as hardware energy entrepreneurs. BRITE's portfolio programming has helped over 100 startups with funding helping raise over $350M.

Capability Qualifications and Credentials

BRITE maintains its own curriculum for over twenty customizable modules to meet an entrepreneur or technology developer where they are. This curriculum was developed and is maintained by individuals with hardware energy entrepreneurship and technology development experience. BRITE ensures clear and transparent communication through robust reporting mechanisms and customer service. BRITE brings a vast network, valuable connections, and expertise in the translation of innovation from R&D to industry. This invaluable resource supports the successful navigation of the technology transfer process, facilitates industry partnerships, and strengthens the path towards commercialization, providing a distinct competitive advantage.BRITE's investor network has grown to over 200 contacts that are engaged with the ecosystem through custom deal flow introductions tailored to each firm's thesis and regular deal flow newsletters. In addition, BRITE also maintains a grant monitoring process tailored to the needs of its membership with strategy and advising expertise to support.

Capability Community Benefits

One of BRITE’s core values is inclusion and is led by a diverse team. The organization adopted a policy and action framework that is incorporated into all organizational processes with regular evaluation, including a thirty percent minimum threshold for recruitment, retention, and services. In 2023, BRITE signed the National Coalition of Clean Energy Incubators (NCCEI) Statement of Principles on the Justice40 Initiative to support underrepresented founders, expand access to dedicated funding resources, deliver solutions to disadvantaged communities, and support related workforce opportunities and training. At the heart of BRITE’s mission is ensuring equitable access to business opportunities, good-paying jobs, career-track training, and other economic opportunities. BRITE is headquartered in Census Tract 39155933800 in Warren, Ohio, a designated disadvantaged community in the CEJST tool for energy and housing costs, low income, lead paint, asthma, diabetes, heart disease, low life expectancy, poverty and unemployment.

Approx. number of available voucher projects

Inputs required from voucher recipients

These inputs will ensure a tailored approach to developing a successful fundraising road-map for specific cleantech startup. 1. Business Goals and Objectives: Clear understanding of your startup's long-term vision and short-term objectives. 2. Technology Overview: Detailed description of your cleantech innovation, its uniqueness, and potential impact. 3. Current Funding Status: Overview of existing funding sources, if any, and financial projections. 4. Access to Data: Availability of relevant business and financial data for research and analysis purposes. 5. Marketing and Business Materials: All marketing and business materials that startup current has including pitch deck and business plan.

Geographic Constraints

no geographic constraints

Additional details on matching preferences

no equipment specifications

Estimated capability duration in weeks

Mid-point Milestone Description

Develop gap assessment of startup funding readiness with initial fundraising strategy suggestions and actionable next steps.

Final Milestone Description

Final fundraising strategy with specific sources and detailed action plans integrating engagement and outreach for each source.

Mechanical Performance Validation Support for Industrial Decarbonization Technology Developers: Test Fixture Design & Build, Testing, and Data Collection

Voucher #

VO9-8

Organization:

Johnston Engineering

Details

City

Spokane

State

Zip

99202

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

Performance Testing

Capability Description

Johnston Engineering (JE) offers custom test fixture design and build services to conduct real-world testing on the mechanical performance of industrial decarbonization technologies. JE designs and builds custom test fixtures and demonstration units that simulate realistic industrial conditions in environments such as steel, iron and aluminum mills, cement plants, and chemical refineries. JE designs test fixtures that simulate, measure, and record technology system performance under stress factors including temperature, pressure, flow geometry, mechanical load, torques, and fatigue. The work involves the design and build of a complete test fixture including piping and instrumentation, sensors, custom hardware, and off-the-shelf components to conduct testing that reflects real-world scenarios. Physics-based simulations including Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) are utilized to model the behavior of the test hardware. JE can conduct uncertainty analysis, write the test plan, fabricate custom components, and assemble a complete test fixture. JE can conduct the experiment and deliver comprehensive test data reporting or train the recipient to conduct the testing themselves. Deliverables may include test plan design, engineering analysis, test fixture fabrication and assembly, performance testing, data collection, reporting, correlation development, and design of engineering tools to use newly developed correlations.

Capability Core Competencies

Johnston Engineering President, Andy Johnston P.E., has over 20 years of experience in conducting low-uncertainty experiments, process & device characterization, device verification, and lifecycle testing. JE provides expertise in mechanical engineering, thermal, fluid-flow and structural analysis, system-level design, experiment development, test fixture design, and fabrication, data collection, and correlation analysis. JE has experience successfully designing custom test fixtures and accelerated lifetime testing for Direct Air Capture (DAC) and Boiler Exhaust Carbon Capture technologies. Test systems and demonstration units included fans, pumps, piping, data acquisition and control systems, liquid-cooled cold plates, immersion cooling, custom heat exchangers, and custom vapor compression systems. We can operate systems in thermal chambers, altitude chambers, and harsh environments. JE uses an analysis-driven design approach to develop custom low-uncertainty experiments, design a test fixture, incorporate needed off-the-shelf components and sensors, and then build and assemble the completed test fixture.

Capability Qualifications and Credentials

Johnston Engineering is a Professional Engineering firm in Washington state with over 150 years of combined engineering experience. JE has been in operation for 9 years and has 14 full-time employees and 14 contractors working to develop new machines, equipment, and devices. Johnston Engineering Owner, Andy Johnston, is a licensed P.E in WA State with over 20 years of experience in advanced analysis, research and testing. JE utilizes SolidWorks design software, ANSYS analysis software for FEA and CFD, and MathCAD for custom calculations. JE is headquartered in Spokane, Washington, and owns two buildings; one is offices and a clean shop used for final assembly. The other is a fabrication and testing space. JE also has a network of trusted, domestic fabrication shops for metal, plastic, and composite material fabrication.

Capability Community Benefits

Johnston Engineering’s work on industrial carbon technologies supports the broader goals of advancing clean energy and providing community benefits. Our engineering services help develop technologies that contribute to a clean energy transition, ultimately benefiting communities through reduced emissions and increased energy reliability and affordability. By supporting carbon technologies, we align with DOE's goals of creating quality jobs, fostering diversity, equity, inclusion, and accessibility (DEIA), and ensuring that the benefits of clean energy projects reach disadvantaged communities. Our projects aim to enhance community engagement and invest in America’s workforce, contributing to the Justice40 initiative's goal of directing 40% of federal investment benefits to disadvantaged communities. This approach ensures that our engineering efforts not only advance technology but also support DOE's mission of building a clean and equitable energy economy.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Johnston Engineering is capable of supporting projects anywhere in the US and Canada with a strong in-person presence in Washington and the Pacific Northwest region.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Delivery of preliminary test fixture design and plan, submitted for DOE and recipient review.

Final Milestone Description

Assembled test fixture hardware and/or test fixture design and test plan documentation to conduct testing

MFIX-Exa Chemical Looping Reactor Modeling and Simulation

Voucher #

VO2-51

Organization:

National Energy Technology Laboratory

Details

City

Morgantown

State

Zip

26505

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; clean-hydrogen

Carbon Management (including carbon capture and direct air capture)

Clean Hydrogen

Category

Simulation/Modeling

Capability Description

Originally developed as an energy application within the DOE’s Exascale Computing Project, MFIX-Exa is a new, high-performance CFD code for the simulation of particle-laden multiphase flows. MFIX-Exa is massively scalable, performant, and hardware agnostic, bringing advanced modeling capabilities to bear on problems relevant to energy and chemical industries. We propose to use MFIX-Exa’s low-fidelity particle-in-cell (PIC) model to study emerging Chemical Looping Reactor (CLR) clean energy technologies. PIC is a coarse-grained approach (many particles represented by a single parcel) allowing simulations to model pilot- to commercial-scales. Based on previous experience modeling NETL’s 50kW CLR using an ilmenite oxygen carrier, we will meet the following milestones within the performance period: - Simple fluidized bed model to verify minimum fluidization - 0-D model to verify reaction kinetics (if required) - Cold-flow CLR/component model - Reacting CLR/component model (if required) - CLR/component optimizationAll milestones include MFIX-Exa inputs and presentation or memo describing the results. An end of project technical report will detail the modeling approach and discuss key findings. Optimization may include perturbations to the baseline geometry and/or parametric studies of operating conditions. Optimization may include surrogate modeling; however, this capability does not include creating a digital twin nor investigating process scale-up.

Capability Core Competencies

NETL’s Multiphase Flow Science (MFS) research program (https://mfix.netl.doe.gov/) is a strategic combination of numerical and physical models, computational and experimental facilities, and federal and contractor staff. The MFS program centers around MFIX–an open-source, multiphase CFD code with over three decades of development history and more than 8,000 registered users worldwide. The MFS program also develops, distributes, and supports MFIX-Exa, a next-generation, exascale-capable multiphase flow CFD code, Nodeworks, a flexible graphical programming library, and Tracker, a cross-platform object detection and tracking application. MFS’s Multiphase Flow Analysis Laboratory provides high-quality experimentation to support modeling activities. MFS also apply commercial products with licenses available for ANSYS Fluent and Comsol Multiphysics. Relevant MFS modeling activities include using CFD to diagnose start-up issues in INL’s IWTU, applying detailed chemical reaction models from CRECK to energy reactors, optimizing a bioreactor as part of HPC4Mfg, and studying bio-FCC regenerating in EERE’s CCPC.

Capability Qualifications and Credentials

All MFIX-Exa simulations will be carried out using Joule 3.0, NETL’s HPC resource. Joule 3.0 is for NETL-internal use only and does not require project-specific allocations (there is no risk of not getting compute time). Joule 3.0 is a supercomputer consisting of hundreds of dedicated computing servers connected by a high-speed InfiniBand network and job scheduling software. The default computational resource for CPU-based jobs. Each of the 406 general nodes features two AMD EPYC 9534 processors and 384 GB of RAM. An additional 406 big memory nodes feature the same AMD architecture with double the amount of memory. Finally, 9 GPU nodes feature dual AMD EPYC 9534 processors, 1.5 TB of memory, and eight NVIDIA H100 graphics cards. Local Linux workstations (SCILAN) are available for small resource needs (e.g., model development, post-processing) in the event of Joule 3.0 downtime.

Capability Community Benefits

NETL leads the President’s Interagency Working Group (IWG) on Coal and Power Plant Communities & Economic Revitalization and overlays geo-spatial tools and approaches to support assessments to create good-paying union jobs, spur economic revitalization, remediate environmental degradation, and support energy workers in communities that have been adversely impacted. There is an established clearinghouse for energy-related community assistance programs and NETL’s Regional Workforce Initiative was developed to directly address workforce needs and gaps to successfully assist to commercialize and deploy energy technologies.The CDE and MFS teams have a history of mentoring undergraduate and graduate students through summer research associate (RA) positions at NETL. The POC specifically has recently hosted two RAs through the DOE’s Mickey Leland Energy Fellowship and two RAs through the NNSA’s Minority Serving Institution Partnership Program. The POC also served as co-PI on a DOE ASCR Funding for Accelerated, Inclusive Research (FAIR) proposal (unsuccessful).

Approx. number of available voucher projects

Inputs required from voucher recipients

To successfully model a full CLR or key component with MFIX-Exa PIC, we will require: - Geometry details (diameters, inlet positions, etc.) - Well-defined operating conditions (back pressure, inlet velocities, temperatures, species, thermal boundary conditions, etc.) - Mechanical properties of the solids material (median diameter, size distribution, etc.) - Kinetic (rate based) model for any chemical reactions (if required) - Output quantity of interest For IP/NDA-specific materials, an existing kinetics model for ilmenite oxidation/reduction (doi:10.1016/j.ces.2010.11.010) can be used in place with the RECIPIENT’s understanding of the uncertainties incurred in the results.

Geographic Constraints

There is no restriction on personnel location, but the computer where simulations will be carried out is in Morgantown, West Virginia.

Additional details on matching preferences

CFD modeling success in multiphase flow is highly dependent on the materials being well-characterized. PROVIDERS with known particle size distributions, robust reaction models, supporting validation data, etc., are ideal candidates for large-scale CFD modeling.

Estimated capability duration in weeks

Mid-point Milestone Description

MFIX-Exa simulation of the baseline problem of interest.

Final Milestone Description

Technical report summarizing modeling and simulation approach and results.

Materials Property Measurement and Testing of Advanced Structural Materials

Voucher #

VO2-20

Organization:

Oak Ridge National Laboratory

Details

City

Oak Ridge

State

Zip

37831

Activity Location State

Applicable Technology Area(s)

advanced-nuclear; solar

Advanced Nuclear

Solar

Category

Performance Testing

Capability Description

The Oak Ridge National Laboratory (ORNL) has a long history of materials development for applications in extreme conditions including nuclear reactors as a means of clean energy. ORNL has experiences in programs that have helped extend the operating lifetime of current light-water reactors, that are developing new materials for accident tolerant fuels, and programs that qualify structural and functional materials for various energy applications.ORNL can offer technical expertise and capabilities in the development of novel materials and processes that support the development, demonstration, and deployment of novel and mature materials for clean energy including advanced reactors. ORNL can provide three key elements: 1) advanced manufacturing and process assessment; 2) microanalysis and characterization; and 3) materials mechanical and thermal property testing, via access to multiple facilities including the Manufacturing Demonstration Facility (MDF), the Irradiated Materials Testing and Examination (IMET) hot cell facility, the Low Activation Materials Development and Analysis (LAMDA) laboratory, Center for Nanophase Materials Sciences (CNMS), and the mechanical properties and mechanics laboratory. These capabilities allow for accelerated materials testing that is not available anywhere else.

Capability Core Competencies

ORNL is reputed for development of novel alloys, ceramics, or polymers from cradle to grave. Staff are experienced in all aspects of materials development, processing, characterization, testing, and modeling. ORNL hosts the largest testing and development facility for advanced manufacturing of materials. Moreover, staff have intimate knowledge of testing requirements that are in alignment with ASME and ASTM. The ORNL testing platforms offer a wide temperature range from cryogenic conditions to over 1000 C. LAMDA is one of the few facilities in the world that is equipped for handling of low activity specimens in a laboratory setting. LAMDA has equipment ranging from bulk property to micromechanical testing and bulk to atomic resolution electron microscopy. The IMET hot cell facility has highly trained operators and in-cell equipment for mechanical testing and metallography preparation of high-activity specimens. Both unirradiated and irradiated materials can be tested in the well-equipped fracture mechanics laboratory.

Capability Qualifications and Credentials

ORNL was the first laboratory to study the effects of irradiation in materials simulating fission and fusion reactor conditions and has an almost 80-year history of doing so. The personnel available to support this type of research include expertise in the fields of advanced materials development, processing, irradiation effects in materials, mechanical testing, microstructure characterization, multiscale analysis, and quality assurance. Senior staff have deep knowledge of testing requirements in alignment with ASME and ASTM to develop materials property testing programs under extreme conditions. Many team members are active chairs and developers of the ASME and ASTM codes and procedures. Although not accredited for NQA-1, the work performed at ORNL does conform to these testing requirements. The team also has a long history of materials development using modern, advanced manufacturing techniques.

Capability Community Benefits

ORNL is active in multiple efforts to increase the value to the local community through job growth and community outreach. ORNL is committed to multiple DEIA efforts, including recently hiring a Chief Diversity Officer to better inform practices for hiring and retention of diverse staff. The research team also routinely engages students from MSI and offers training to bring up the next generation of SMEs for DOE. Underrepresented community members such as women, minority, black, and Hispanic students are recruited regularly to participate in intern programs to work with team members. We anticipate to host at least one MSI graduate student from collaborator institutes, such as Univ. of Illinois, Chicago (UIC) and University of Illinois, Urbana-Champaign (UIUC).

Approx. number of available voucher projects

Inputs required from voucher recipients

ORNL experts will work with voucher recipients to determine materials properties to be measured on virgin and / or previously irradiated materials. The expertise at ORNL will be leveraged to determine how to best measure properties on virgin and irradiated samples and implement the desired testing plan. The following information would be required for this effort: • Material of interest • Materials properties of interest • Post-irradiation materials radioactivity levels and current location, if any.

Geographic Constraints

Work can be performed for companies located around the US, since all discussions can be held via video/teleconferencing.

Additional details on matching preferences

Property measurements will be performed at the LAMDA and testing in the fracture mechanics laboratory at ORNL. Our team is well-recognized in performing mechanical testing of various structural materials for nuclear applications. We have modern equipment to perform the following mechanical tests in the temperature range from liquid nitrogen to 1200 oC, including fracture toughness testing using several universal servo hydraulic test frames, fatigue crack growth rate testing, Charpy impact testing, creep, hardness, and drop-weight nil-ductility test. All tests will be performed according to the ASTM standards. Staff members are actively involved in developing the ASTM standards for mechanical testing.

Estimated capability duration in weeks

Mid-point Milestone Description

Obtain prepared samples and testing: Prepare specimen and deliver a process report, based on initial assessment of characterization (wks. 7-10).

Final Milestone Description

Final report and recommendations: Deliver a project summary, material characterization findings, and suggestions for future actions.

Mechanical Performance Validation Support for Industrial Decarbonization Technology Developers: 3D CAD Modeling, Thermal, Structural and Fluid-Flow Analysis

Voucher #

VO9-14

Organization:

Johnston Engineering

Details

City

Spokane

State

Zip

99202

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

Simulation/Modeling

Capability Description

Johnston Engineering (JE) offers advanced mechanical engineering design and analysis services to simulate and optimize the mechanical performance of industrial decarbonization technologies. Utilizing SolidWorks 3D CAD and ANSYS analysis software, JE excels in custom system and component modeling, analysis, and real-world testing simulation. JE performs Computational Fluid Dynamics (CFD) and Thermal and Structural Finite Element Analysis (FEA) to simulate mechanical hardware system performance including the effects of forces, pressures, torques, temperature, and flow geometry, and then designs solutions to achieve the desired performance outcome(s). System-level design and analysis may include custom mechanical hardware and component design, system layout and packaging, system architecture performance studies, and electronics packaging and cooling solutions. Additionally, our services include thermal management, scalability, modular design, piping and instrumentation, structural design of large-scale systems, fluid system design and modeling, pressure drop analysis, uncertainty analysis, transient and steady-state analysis, single and two-phase flow analysis, and process modeling. JE iterates between 3D CAD modeling and physics-based analysis to deliver optimized design solutions to meet performance goals. Deliverables may include 3D CAD models, comprehensive mechanical engineering drawings, and/or detailed performance analysis studies, offering insights and recommendations to improve design and optimize performance.

Capability Core Competencies

Johnston Engineering provides subject matter expertise in thermal management and electronics packaging and cooling with strong proficiency in integrating mechanical design with thermal, structural, and fluid-flow analysis. JE specializes in first-of-a-kind products, devices, and machines, offering services from concept development through commercialization. JE has completed over 150 projects designing custom components and full systems including Direct Air Capture (DAC) and Boiler Exhaust Carbon Capture systems. Systems included fans, pumps, piping, data acquisition and control systems, liquid-cooled cold plates, immersion cooling, custom heat exchangers, and custom vapor compression systems. JE uses an analysis-driven design approach to reduce risk and ensure our clients' technical success while magnifying their team capabilities when designing and testing new systems.

Capability Qualifications and Credentials

Johnston Engineering is a Professional Engineering firm in Washington state with over 150 years of combined engineering experience. JE has been in operation for 9 years and has 12 full-time mechanical engineers and designers as well as 14 software and electrical engineering contractors working to develop new machines, equipment, and devices. Johnston Engineering Owner, Andy Johnston, is a licensed P.E in WA State with over 20 years of experience in advanced analysis, research and testing. JE utilizes SolidWorks design software, ANSYS analysis software for FEA and CFD, and MathCAD for custom calculations. JE is headquartered in Spokane, Washington, and owns two buildings; one is offices and a clean shop used for final assembly. The other is a fabrication and testing space. JE has a network of trusted, domestic fabrication shops for metal, plastic, and composite material fabrication.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Johnston Engineering is capable of supporting projects anywhere in the US and Canada with a strong in-person presence in Washington and the Pacific Northwest region.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Delivery of preliminary analysis report and/or initial design models, submitted for ENERGYWERX and Recipient review.

Final Milestone Description

Completion and delivery of detailed analysis report, final design models, and/or performance validation results.

Material Characterization and Microanalysis

Voucher #

VO2-19

Organization:

Oak Ridge National Laboratory

Details

City

Oak Ridge

State

Zip

37831

Activity Location State

Applicable Technology Area(s)

advanced-nuclear; solar

Advanced Nuclear

Solar

Category

Performance Testing

Capability Description

Capability Core Competencies

ORNL is reputed for development of novel alloys, ceramics, or polymers from cradle to grave. Staff are experienced in all aspects of materials development, processing, characterization, testing, and modeling. ORNL hosts the largest testing and development facility for advanced manufacturing of materials. Moreover, staff have intimate knowledge of testing requirements that are in alignment with ASME and ASTM. The ORNL testing platforms offer a wide temperature range from cryogenic conditions to over 1000 C. LAMDA is one of the few facilities in the world that is equipped for handling of low activity specimens in a laboratory setting. LAMDA has equipment ranging from bulk property to micromechanical testing and bulk to atomic resolution electron microscopy. The IMET hot cell facility has highly trained operators and in-cell equipment for mechanical testing and metallography preparation of high-activity specimens. Both unirradiated and irradiated materials can be tested in the well-equipped fracture mechanics laboratory.

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Our analysis incorporates findings from the most advanced research institutions and global knowledge sharing platforms and distills that information into an easily digestible and highly impactful reports, recommendations, and consulting support. As such the following is required from our clients: • Provide material information (e.g., irradiation condition, heat treatment history) • Select microanalysis methods (choose appropriate techniques like TEM, SEM, or XRD) • Define timeline and demand • Ensure a minimum of 2 samples for thorough material characterization Material characterization will be conducted at ORNL. The metallography laboratory is nearby offering a wide range of techniques for specimen preparation.

Geographic Constraints

Service will be provided for US-based companies. All discussions will be held via video/teleconferencing.

Additional details on matching preferences

The LAMDA lab at ORNL is committed to enhancing the safety and cost-effectiveness of structural and functional materials for clean energy including but not limited to nuclear power systems. LAMDA hosts a suite of modern electron microscopy and optical microscopy tools, and it overcomes limitations posed by hot cell environments, where space and equipment are restricted for handling radioactive specimens. LAMDA allows the study of low activation materials, using a comprehensive set of analytical instruments to provide crucial material properties and structural data for a better understanding of materials in challenging environments.

Estimated capability duration in weeks

Mid-point Milestone Description

Obtain prepared samples and initial results: Materials preparation with a detailed process report, based on recommendations of characterization (wks. 3-5).

Final Milestone Description

Final report and recommendations: Deliver a project summary including material characterization results, findings, and suggestions for future actions.

Market Scout

Voucher #

VO1-31

Organization:

LMM Innovation Group

Details

City

Marietta

State

Zip

30068

Activity Location State

Atlanta

Activity Location State

30339

Applicable Technology Area(s)

advanced-nuclear; carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization

Advanced Nuclear

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Category

Market Readiness

Capability Description

Not sure which market or segment to target first or next? Looking for adjacent markets that leverage existing value propositions? By identifying high-value technology capabilities and connecting with related unmet needs, existing solutions can reach new customers with minimal friction. A Market Scout is a roughly four month project with iterative deliverables for client stakeholder feedback. After an initial review of technical capabilities and performance differentiation determined, LMM IG will scout for related and/or adjacent markets that could benefit from the identified value propositions. At an interim/mid-point meeting a high-level list of segments will be presented for discussion of triage criteria and a second phase will be initiated to prioritize the segments. After additional input from the client, deeper dives will be conducted into three (at most) segments to validate the target value proposition and identify potential first customers.

Capability Core Competencies

At LMM Innovation Group, we have spent significant time and energy over the past few years developing a comprehensive view of technologies and markets associated with the energy transition and carbon removal to support client activities in this space. We have attended conferences across hydrogen economy, renewable energies, and emerging technologies. We have interviewed over 50 early-stage companies across hydrogen and carbon capture, and maintain a network of connections across the climate tech landscape. Specific projects relevant to Voucher Program 1 include:• Hydrogen economy: executive summary of “Hydrogen Economy” (> 100 pages), power-to-X market landscape, alkaline water electrolysis market sizing, H2 end use landscape and timeline development, etc.• Other: Carbon dioxide utilization landscape, advanced nuclear technologies landscape, lithium battery recycling landscape, direct lithium extraction technology landscape, etc.

Capability Qualifications and Credentials

LMM Innovation Group (est. 2021) is a small, independent consulting organization targeting technology and business case de-risking in emerging industrial market spaces. The team has a broad, interdisciplinary engineering background and 10+ years of innovation consulting prior to LMM Innovation Group. Notable network connections include:• Previous DOE Voucher 4 Provider• Expert Panelist for CleanTech Group's annual Global Cleantech 100• Connector for the DOE American Made Network• Panel participant and regular scouting attendee for SBIR/STTR Partnership Pitch Program• Trusted technology scouting partner for 3M Ventures

Capability Community Benefits

LMM Innovation Group is a small, woman-owned business and, as such, takes DEIA initiatives to create a representative workforce seriously. No capacity increases are expected to be necessary as part of this voucher award – however, should expansion be required, LMM Innovation Group will investigate DOE acceptability of current practice to hire local engineering graduate students as sub-contractor analysts. If funding is awarded, we will engage (and pay expenses for) the local high school to provide a clean energy lecture plus Q&A opportunity to build understanding of energy transition technologies.

Approx. number of available voucher projects

Inputs required from voucher recipients

For optimal project results, we would require from the client 1. a summary of background work and/or customer discovery already completed to prevent duplication, 2. a minimum of 1 point of contact with authority to approve project scope, 3. ~5 total meetings with key stakeholders across the three project phases for feedback on progress and next steps.

Geographic Constraints

There are no geographic constraints – assuming that virtual meetings are sufficient to document requirements and progress, services can be provided anywhere in the country. If onsite presentation or review is necessary, additional coverage of travel expenses will be expected.

Additional details on matching preferences

None at this time

Estimated capability duration in weeks

Mid-point Milestone Description

A compilation report of research for the first phase is expected at approx. 8 weeks. Next steps TBD.

Final Milestone Description

Comprehensive report detailing the research process and identifying customer archetypes in adjacent market segments.

Market Sizing

Voucher #

VO4-23

Organization:

RTI International

Details

City

Research Triangle Park

State

Zip

27709

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; advanced-materials-and-manufacturing-technologies; solar; water; bioenergy; vehicle-technologies; industrial-decarbonization

Clean Hydrogen

Advanced Materials and Manufacturing Technologies

Solar

Water

Bioenergy

Category

Market Readiness

Capability Description

Startups often do not accurately estimate addressable market size, leading to failure to meet investor goals. RTI IA will deliver rigorous market size and growth estimates to startups through the following process:Align: Clients of this service will have already identified and selected markets and segments based on preliminary market size estimates and/or consideration of other addressability factors such as fit of technology performance with market segment needs. RTI will conduct a kickoff meeting to learn about the client’s technology, value proposition and selected market & segments.Evaluate the Market: RTI IA will perform secondary research on the identified market across sources including market research reports, information from competitors or customers, industry association publications, or government reports. We will complete up to six expert interviews for comment on preliminary estimates from secondary sources and independent estimates of market size and growth with justification/rationale. Provide Valuable Insights: RTI IA will deliver our findings via a PowerPoint presentation in a virtual meeting.

Capability Core Competencies

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

For this effort, RTI IA will require the following from our clients: (1) the identification and description of one market and up to three segments for sizing, (2) any existing estimates and basis for the estimates, (3) at least one point of contact throughout the market sizing exercise to answer questions, and (4) availability for a project kickoff meeting, one interim touchpoint and a final presentation of a PowerPoint slide deck that will serve as the key deliverable.

Geographic Constraints

Additional details on matching preferences

N/A

Estimated capability duration in weeks

Mid-point Milestone Description

A summary of notes from the Kickoff Meeting and documentation of selected markets/segments for sizing.

Final Milestone Description

Final Report and Presentation

Market Opportunities Landscape & Competitive Analysis

Voucher #

VO4-22

Organization:

RTI International

Details

City

Research Triangle Park

State

Zip

27709

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; advanced-materials-and-manufacturing-technologies; solar; water; bioenergy; vehicle-technologies; industrial-decarbonization

Clean Hydrogen

Advanced Materials and Manufacturing Technologies

Solar

Water

Bioenergy

Category

Market Readiness

Capability Description

For this effort, RTI IA will leverage our technology-driven market intelligence process to:Align: RTI IA will conduct a kick-off meeting to discuss, in depth, the needs, opportunities, hypotheses, and current understanding of the startup’s market and competitors.Identify Market Opportunities: We will apply divergent thinking and research to identify potential application and markets. Evaluate top 3 markets: RTI IA will work with the start-up to down select to 3 markets to investigate factors including: drivers for adoption; competitive technologies; predicted market size; and key players leading new technology adoption. Based on this work, we will determine the best entry and expansion markets, refining these insights with 2-3 expert interviews per market. Provide Actionable Next Steps: RTI IA will deliver our findings via a PowerPoint presentation in a virtual meeting and provide the presentation in electronic form as a final deliverable.

Capability Core Competencies

RTI Innovation Advisors (RTI-IA), a business unit of RTI International, helps corporations, foundations, and federal agencies solve their most complex innovation challenges by providing technology and market insights, innovation commercialization services, and innovation strategy. We leverage our staff of science PhDs and engineers to bring uniquely broad and deep expertise in technology development and commercialization to provide clients with customized, directly actionable results. RTI IA supports work across sustainable fuels (biofuels, hydrogen, ammonia), carbon capture and sequestration, solar, batteries, and low-embodied-carbon materials.

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

For this effort, RTI IA will require the following from our clients: (1) to participate in a kickoff meeting with relevant staff and (2) participate in regular collaborative, conversational video conference touchpoints throughout the project to update the company on research findings.

Geographic Constraints

We are capable of supporting projects across the US as we regularly work remotely with clients.

Additional details on matching preferences

This service is designed to help early-stage climate tech startups with technology that has potential to address multiple applications or markets that have not conducted deep market intelligence, customer discovery or competitive analysis.

Estimated capability duration in weeks

Mid-point Milestone Description

Selection of Top 3 Markets for Evaluation

Final Milestone Description

RTI will prepare and present a text-heavy PowerPoint Report summarizing the research process, key findings and recommendations, and next steps.

Market Readiness Analysis for the U.S. Green Steel Market

Voucher #

VO1-26

Organization:

CALSTART, Inc.

Details

City

Pasadena

State

Zip

91106

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

Market Readiness

Capability Description

Is your organization interested in entering the US green steel market? CALSTART’s Green Steel Program can provide a market readiness analysis that helps your organization understand the following: Current Market: - Which sectors and companies buy different grades of steel (including primary vs secondary steel), and how much do they buy? Market Opportunities: - Which sectors and companies are most primed to purchase green steel, why, and at what prices? License to Operate: - Which policies (incentives, regulations, trade, permitting) will impact the future of the US steel market Partnerships: - How can your organization meet potential partner organizations operating across the green steel supply chain Recommendations: - What recommendations does CALSTART have to help your organization increase adoption readiness and succeed in the burgeoning green steel market This proposal offers the following deliverables: - Regular meetings to discuss ongoing findings and emerging opportunities for your organization - Mid-point and final presentation slides summarizing key takeaways - A market readiness analysis report designed to answer the questions above and other questions related to the US green steel market that your organization is interested in. - Introductions to 5+ relevant stakeholder organizations

Capability Core Competencies

CALSTART: - For 30+ years, CALSTART has accelerated the transition to clean transportation - Over $1.4 billion distributed towards clean transportation deployments Green Steel Program: - Interviews: - Spent 1 year interviewing 20+ automakers, 30+ NGOs, and 10+ government agencies, universities, and steel manufacturers. - Additional interviews and stakeholder engagement will be key to fulfilling voucher opportunities - Data Analysis: - Analyzed numerous datasets to draw conclusions about green steel premiums, volumes, and other more - Additional Data analysis will also be key to fulfilling voucher opportunities - White Paper - Published a 25-page report titled “Decarbonizing US Automotive Steel” which summarizes barriers, solutions, and CALSTART’s Theory of Change for accelerating the uptake of green steel in the US automotive industry. - Webinar - Hosted the nation’s first green steel webinar geared towards the automotive sector. Featured industry leaders Volvo Group, RMI’s Sustainable Steel Buyers Platform, and Climate Group’s SteelZero.

Capability Qualifications and Credentials

CALSTART: - 200+ staff members dedicated to decarbonizing the transportation system - 300+ member-companies across the clean transportation space - Teams dedicated to Green Steel, Hydrogen, Policy, Data Insights & Analytics, and Market Acceleration across light duty vehicles, busses, trucks, fuels and infrastructure, and innovative mobility Green Steel Program: - Member of the North American Steel Network, a weekly collaboration of 10+ non-profits focused on accelerating the transition to clean steel production. CALSTART is the most automaker-focused among these organizations. - Founding member of racetogreensteel.com, a non-profit partnership working to “take coal out of cars” - Attended the North American Steel Network in-person strategy sessions in Chicago, December 2023 - Spoke at Circularity 24 in May 2024 on “Driving Circularity: Lessons from the Automotive Industry” - Featured in 5+ publications including Forbes and Reuters

Capability Community Benefits

Steel supply chains touch hundreds of low and moderate-income manufacturing communities across the U.S, and according to a 2021 study by CPA, “the hollowing out of blue-collar manufacturing labor disproportionately hurt minority groups.” U.S. investments into green steel and other manufacturing sectors are set to create hundreds of thousands of green jobs that revitalize communities, offer good compensation, and mitigate the environmental impact of steel production. By helping organizations better understand how they can scale their green steel technology, our project promotes environmental justice by accelerating the market entrance of climate and community-friendly green steel technologies. Additionally, our analysis will highlight the importance of engaging communities early and often, and will offer pathways to do so, to ensure that future projects address the needs and concerns of local communities and workforces.

Approx. number of available voucher projects

Inputs required from voucher recipients

We require a written account of which questions related to green steel market readiness your organization would like CALSTART to answer. We also require a written or verbal overview of your organization, how it interacts with steel supply chains, and how you hope this analysis will benefit your organization. The better you help us understand your organization’s functions and goals, the more we can tailor our analysis to your needs.

Geographic Constraints

We can provide service to any US state or territory. CALSTART has regional offices in the Northeast, Midwest, West, and Intermountain regions. The Green Steel Program has been focused on steel supply chains at a national and state level.

Additional details on matching preferences

CALSTART envisions this analysis benefiting green steel producers, automakers seeking to begin procuring green steel, and other stakeholders interested in better understanding how they can strategically enter the U.S. green steel market. CALSTART can support companies and technologies within Technology Readiness Level (TRL) 1-9 and Adoption Readiness Level (ARL) 1-9

Estimated capability duration in weeks

Mid-point Milestone Description

CALSTART will present slides (which will also be shared after the call) summarizing the mid-point status of the research

Final Milestone Description

CALSTART will share (1) presentation slides, (2) a written report, and (3) 5+ stakeholder introductions agreed upon by the recipient

Long-Term Direct Air Capture (DAC) Materials Performance Testing

Voucher #

VO5-14

Organization:

National Energy Technology Laboratory

Details

City

Morgantown

State

Zip

26507

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

Performance Testing

Capability Description

NETL will provide independent long-term (~1000-cycle) sorbent material breakthrough testing to support commercialization of technically and economically viable DAC solutions at the laboratory scale. Our testing of the Recipient’s materials is conducted using atmospheric air or a CO2/N2 mixture at controlled temperature (25°-150°C) and relative humidity (5-75%). Regeneration may be carried out at controlled temperature (25°-150°C), relative humidity (5-75%), and vacuum (2-14.7 psia). Work is estimated and budgeted for 12 months with potential for expansions pending funding and scope of system testing. The following outputs are provided at the end of the project and at key milestones during the project. • Initial material assessment: Testing of the material will be conducted to determine appropriate protocols for long-term testing. (Months 1-2). • Initial assessment report: Report detailing 10 capture/regeneration cycles including breakthrough curves for 4 samples and proposed specifications for testing. (Month 2). • Testing: 100-1000 cycles will be conducted under the agreed upon protocol and breakthrough curves and capacities will be measured for each (Months 3-11). • Final report and next steps: Final report will be generated including all findings and suggesting next steps (Month 12).

Capability Core Competencies

NETL’s DAC Center (https://netl.doe.gov/dac) provides affordable and accessible material, module, and prototype scale testing facilities and support. The Center tests emerging technologies that have achieved proof-of-concept but have not reached full pilot scale (technology readiness levels 3 to 6). The DAC Center aims to accelerate the commercialization of innovative DAC technologies that are technically and economically viable to achieve our Nation’s goal of net-zero emissions by 2050.

Capability Qualifications and Credentials

The NETL Direct Air Capture (DAC) Center is a one-of-a-kind facility dedicated to supporting private sector technology maturation by leveraging National Laboratory competencies and knowledge through collaborative research efforts. NETL’s DAC materials performance testing facilities and expertise validate innovative DAC technologies and their materials. Partners will have access to: • Collaborative NETL world class expertise. • Standardized and bespoke testing options representing the “gold standard” in technology validation. • Complimentary modeling and analysis (e.g., from costs to performance optimization) and unique data set being formulated in the DAC space.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

The following is required from voucher recipients: 500 g of solid sorbent material; Material information including, but not limited to, volatility, toxicity, and flammability (MSDS); Process information, including but not limited to, capture temperature and relative humidity; regeneration temperature, pressure, and sweep gas; and cycle duration; A minimum of one engineering point of contact to provide process and material details.

Geographic Constraints

The NETL DAC Center supports projects without geographical restrictions though testing at its Pittsburgh, Pennsylvania facility.

Additional details on matching preferences

NETL’s one-of-a-kind Direct Air Capture (DAC) Center has commenced material-scale operations and is eager to expand partnerships with innovators from government, academia and the private sector that are interested in commercializing DAC technology, helping to meet the Administration’s goals of addressing legacy carbon dioxide (CO2) emissions and achieving a net-zero emissions future by 2050.

Estimated capability duration in weeks

Mid-point Milestone Description

Initial Assessment Report

Final Milestone Description

Final Report

Market Scout

Voucher #

VO4-19

Organization:

LMM Innovation Group

Details

City

Marietta

State

Zip

30068

Activity Location State

Atlanta

Activity Location State

30339

Applicable Technology Area(s)

clean-hydrogen; industrial-decarbonization; vehicle-technologies; solar; advanced-materials-and-manufacturing-technologies

Clean Hydrogen

Industrial decarbonization

Vehicle Technologies

Solar

Advanced Materials and Manufacturing Technologies

Category

Market Readiness

Capability Description

Capability Core Competencies

At LMM Innovation Group, we have spent significant time and energy over the past few years developing a comprehensive view of technologies and markets associated with the energy transition and carbon removal to support client activities in this space. We have attended conferences across hydrogen economy, renewable energies, and emerging technologies. We have interviewed over 50 early-stage companies across hydrogen and carbon capture, and maintain a network of connections across the climate tech landscape. Specific projects relevant to Voucher Program 4 include:• Hydrogen economy: executive summary of “Hydrogen Economy” (> 100 pages), power-to-X market landscape, alkaline water electrolysis market sizing, H2 end use landscape and timeline development, etc.• Other: Carbon dioxide utilization landscape, advanced nuclear technologies landscape, lithium battery recycling landscape, direct lithium extraction technology landscape, etc.

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

None at this time

Estimated capability duration in weeks

Mid-point Milestone Description

A compilation report of research for the first phase is expected at approx. 6-8 weeks. Next steps TBD.

Final Milestone Description

Comprehensive report detailing the research process and identifying customer archetypes in adjacent market segments.

Manufacturer Clean Energy/Decarbonization Product Scouting & Assessment

Voucher #

VO10-4

Organization:

RTI International

Details

City

Research Triangle Park

State

Zip

27709

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization; updates-to-the-electric-grid

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Updates to the Electric Grid

Category

Feasibility Study

Capability Description

This service combines aspects of Technology-Driven Market Intelligence (TDMI) and Technology Scouting to conduct an independent assessment of your company's manufacturing capabilities, scout for relevant products and services in the clean energy supply chain, assess opportunities against your capabilities and business goals, identify gaps, and recommend a subset for pursuit. The research includes deep secondary research, leveraging DOE resources and other sources, to identify potential products and markets, as well as primary research to identify additional opportunities and vet the opportunities that are identified. in the process of vetting, we will gather key customer requirements. As the research is conducted, RTI will conduct regular touchpoints with the voucher recipient to share findings, gather feedback and refine our search and vetting activities. The project will conclude with a presentation of a PowerPoint report summarizing the process, findings, recommendations, and next steps. If primary research interviews result in interest from a potential customer or partner, RTI will facilitate introductions.

Capability Core Competencies

RTI's Innovation Advisors group has deep expertise in technology commercialization, dating back to the mid-1960's when we began conducting portfolio commercialization support work for NASA. We are engineers and scientists with diverse technical and industry backgrounds. We collaborate with RTI's Technology Advancement Group (TAC), which conducts research, development, and deployment projects funded by ARPA-E and other DOE groups to advance clean energy technologies from TRL 3 to TRL 7, on Tech to Market projects in the clean energy space. We deeply understand small and medium-size manufacturers and their challenges as a result of our 16 years of experience working with the NIST Manufacturing Extension Partnership (NIST MEP).

Capability Qualifications and Credentials

RTI has provided hundreds of Technology-Driven Market Intelligence and Technology Scouting projects to small and medium-size manufacturers as part of a Technology Acceleration service implementation project for the NIST Manufacturing Extension Partnership National Network, serving manufacturers across the breadth of US industry, from clean energy to food & ag, semiconductors, and other industries. We also provide technology and partner scouting services for large corporate clients and portfolio technology commercialization services for government agencies. In the clean energy space, RTI Innovation Advisors (IA) is a partner in Black & Veatch's IgniteX Carbon Dioxide Removal accelerator, a DOE Voucher Service Provider (Voucher Opportunities 1 and 4), and IA is an NREL Power Connector. Our TAC group conducts DOE projects in carbon capture, green hydrogen, green ammonia, and enabling materials (e.g., membranes, MOFs, and catalysts). IA staff have expertise in semiconductor materials and manufacturing processes.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Recipients must provide detailed information on products and manufacturing capabilities for review prior to the project kickoff meeting. Key business and technical personnel must participate in the kickoff meeting, regular touchpoints (every 2-3 weeks for 1 hour), and the final presentation (2 hours).

Geographic Constraints

We routinely serve the entire US via remote work and web meetings.

Additional details on matching preferences

This service is best suited to manufacturers that believe their manufacturing capabilites have advantages across multiple applications and markets but have not investigated the landscape of clean energy or decarbonization opportunities in depth, or would like an independent survey & assessment to augment their internal efforts before investing in entry into clean energy supply chains.

Estimated capability duration in weeks

Mid-point Milestone Description

We will prepare and present a report to summarize opportunities identified and facilitate down-selection to a subset for further exploration.

Final Milestone Description

RTI will prepare a final report in text-heavy PowerPoint format documenting the research process, key findings, recommendations and next steps..

Manufacturing Conversion, Retooling, and Retrofitting Case Study

Voucher #

VO10-2

Organization:

Feldhake Consulting LLC

Details

City

Fenton

State

Zip

63026

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization; updates-to-the-electric-grid

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Updates to the Electric Grid

Category

Feasibility Study

Capability Description

As an engineering professional for over 30 years, Mr. Feldhake has specialized in manufacturing, engineering, and software development and was a Voucher Provider for round 1 of the VO1 program. He has worked with Fortune 500 companies such as MillerCoors, Anheuser Busch, Peabody, Owens Corning, Chrysler, and Boeing. Specializing in power, process optimization, advanced instrumentation integration, Process and Machine Safety, and project development. Michael has many years of experience developing and testing solutions involving retrofitting processes and manufacturing lines, power electronics, and plant floor technologies. Feldhake Consulting LLC’s expert level of manufacturing and process development can provide your team with an excellent road map for adapting a facility, process, or manufacturing line in order to retask it for your new product. Our analysis can look at the current facility providing base documentation, state of repair and readiness levels vs. current state-of-the-art manufacturing processes, contracting models, and other factors to provide a comprehensive report on available approaches for retrofit. This capability focuses on supplying our clients with an early-stage concept plan before they pay for costly detailed engineering and equipment. This essential first step will help reduce risks, validate plans, and give you a road map for a successful project.

Capability Core Competencies

CORE COMPETENCIES: Project Development with a focus on Return on Investment (ROI) solutions. Specializes in Case Studies, manufacturing analysis and process validation for new ideas that include models, schedules, costs, and detailed scopes of work. Expert level in other areas that include Instrument integration, process, mechanical and electrical engineering, Process Safety Analysis (PSA), machine safety, and process optimization. Plant floor experience in multiple industries is very high. DIFFERENTIATORS: Expertise in understanding the concerns of stakeholders, Solid track record of successful projects in multiple industries, Expert level in Power Distribution, Instrumentation, Motion Controls and Robotics, and Software.

Capability Qualifications and Credentials

Feldhake Consulting LLC is made up of a 30-plus-year veteran with a vast network of engineering, legal, supply chain, software, manufacturing, and testing companies. As needs arise, Mr. Feldhake can leverage this network to ensure that the right resources are providing exceptional work products. Feldhake Consulting LLC is also certified VOSB. Completed work as part of Voucher Provider (VO1) for a Hydrogen Startup. Completed many case studies ranging from $100K - $40M involving many different industries, manufacturing, and processes coordinating multi-disciplined teams. Completed several laboratory projects, including upgrading a large wind tunnel complex’s control scheme and environmental test chamber. Completed initial conceptual design of large brewery permanent power diesel-to-electric generator sets. Completed assessment of a wastewater facility and conducted testing and analysis to determine the next steps to improve operations. Completed manufacturing solution for a new high-speed line that reduced waste and increased operational pace for a medical device.

Capability Community Benefits

Our History already includes starting a LEGO League Robotics Team with a Title 1 School, starting a Robotics First Team for O’Fallon Township HS in Illinois, and being a member of the Missouri Green Building Council (MOGBC). We are also working with Irresistible Community Builders, LLC in St. Louis on several opportunities involving disadvantaged communities. We are also working with ARPA-E to develop new solutions that reduce greenhouse emissions by 100M tons of GHGs and energy costs for everyone. We will continue to build relationships with companies and groups to provide expert assistance to improve energy efficiency, which will benefit all communities, including tribal, migrant, and disadvantaged, our country, and the world.

Approx. number of available voucher projects

Inputs required from voucher recipients

Access to the facility, diagrams, electrical and mechanical diagrams, documentation and operating procedures along with performance history; current and future development plans; new product details and requirements; information on production timeline; and annual demand forecast. Stakeholder participation during initial kickoff and planned review meetings and a minimum of 1 POC to work with on a regular cadence.

Geographic Constraints

No constraints within CONUS. Alaska and outside CONUS, including territories of the US, may involve additional costs for travel if required.

Additional details on matching preferences

Please see our Website at these locations: https://fconsult.llc/publications https://fconsult.llc/hybrid-energy-systems

Estimated capability duration in weeks

Mid-point Milestone Description

Initial manufacturing analysis

Final Milestone Description

Final Project Report and recommended next steps

Long-Term Direct Air Capture (DAC) Materials Performance Testing

Voucher #

VO2-33

Organization:

National Energy Technology Laboratory

Details

City

Morgantown

State

Zip

26507

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; industrial-decarbonization

Carbon Management (including carbon capture and direct air capture)

Industrial decarbonization

Category

Performance Testing

Capability Description

NETL will provide independent long-term (~1000-cycle) sorbent material breakthrough testing to support commercialization of technically and economically viable DAC solutions at the laboratory scale. Our testing of the Recipient’s materials is conducted using atmospheric air or a CO2/N2 mixture at controlled temperature (25°-150°C) and relative humidity (5-75%). Regeneration may be carried out at controlled temperature (25°-150°C), relative humidity (5-75%), and vacuum (2-14.7 psia). Work is estimated and budgeted for 12 months with potential for expansions pending funding and scope of system testing. The following outputs are provided at the end of the project and at key milestones during the project.• Initial material assessment: Testing of the material will be conducted to determine appropriate protocols for long-term testing. (Months 1-2).• Initial assessment report: Report detailing 10 capture/regeneration cycles including breakthrough curves for 4 samples and proposed specifications for testing. (Month 2).• Testing: 100-1000 cycles will be conducted under the agreed upon protocol and breakthrough curves and capacities will be measured for each (Months 3-11).• Final report and next steps: Final report will be generated including all findings and suggesting next steps (Month 12).

Capability Core Competencies

Capability Qualifications and Credentials

The NETL Direct Air Capture (DAC) Center is a one-of-a-kind facility dedicated to supporting private sector technology maturation by leveraging National Laboratory competencies and knowledge through collaborative research efforts. NETL’s DAC materials performance testing facilities and expertise validate innovative DAC technologies and their materials. Partners will have access to:• Collaborative NETL world class expertise. • Standardized and bespoke testing options representing the “gold standard” in technology validation.• Complimentary modeling and analysis (e.g., from costs to performance optimization) and unique data set being formulated in the DAC space.

Capability Community Benefits

NETL leads the President’s Interagency Working Group (IWG) on Coal and Power Plant Communities & Economic Revitalization, and overlays geo-spatial tools and approaches to support assessments to create good-paying union jobs, spur economic revitalization, remediate environmental degradation, and support energy workers in communities that have been adversely impacted. There is an established clearinghouse for energy-related community assistance programs and NETL’s Regional Workforce Initiative was developed to directly address workforce needs and gaps to successfully commercialize and deploy energy technologies.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

The NETL DAC Center supports projects without geographical restrictions though testing at its Pittsburgh, Pennsylvania facility.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Initial Assessment Report

Final Milestone Description

The Final Milestone deliverable will be a final report.

Life Cycle Assessment (LCA) and Techno-Economic Assessment (TEA) for In-Situ Mineralization Technologies

Voucher #

VO5-19

Organization:

Pacific Northwest National Laboratory

Details

City

Richland

State

Zip

99354

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

TEA/LCA

Capability Description

Life Cycle Assessment (LCA) and Techno-Economic Assessment (TEA) are critical for project developers to understand site- or system-specific trade-offs and impacts of a technology. For early stage technologies like in-situ carbon mineralization via aqueous dissolved CO2 or supercritical CO2 injection into reactive reservoirs (e.g., mafic/ultramafic rocks), providing communities, stakeholders, and CO2 providers with detailed LCA and TEA outputs is essential to scaling up this technology. This work will provide recipients with project-, regional-, or national-scale analysis to quantify the lifecycle impacts (e.g., kg CO2e) and techno-economics (e.g., Levelized Cost of Storage - $/tCO2) of existing and emerging in-situ mineralization technologies under various system designs and operating conditions. Analysis at varying scales will support recipients targeting the first commercial deployment of in-situ mineralization in the United States. This project will deliver coupled LCA and TEA that utilize recipient inputs (i.e., project-specific or process-specific system designs and operating parameters) to assess the feasibility for commercial-scale adoption of in-situ mineralization storage. Critical milestones include: 1) identify system design options and key parameters, sensitivities, and uncertainty to develop recipient-informed representative scenarios for analysis, and 2) deliver LCA and TEA reports to recipients that quantify overall lifecycle impacts and levelized cost of storage.

Capability Core Competencies

Injecting CO2 underground to permanently isolate it from the atmosphere—sometimes referred to as carbon capture and geologic storage or CCS—is widely regarded as a key technology for addressing climate change. PNNL’s expertise in this area dates back to the 1990s and includes work across all scales, from molecular dynamics to pilot demonstration and development of tools to support permitting of commercial-scale CCS projects. In 2013, PNNL researchers began the first field demonstration of supercritical CO2 injection into basalts at the Wallula Basalt Project which confirmed the safe and rapid mineralization of CO2 into carbonates. Since then, PNNL scientists have leveraged this expertise to develop new R&D projects for mineral storage - including many pre-commercial R&D activities focused on scaling-up the technology through dedicated LCA and TEA (e.g., through DOE's CarbonSAFE program). PNNL is also conducting LCA/TEA under ARPA-E's MINER program for combined mineralization/mineral recovery.

Capability Qualifications and Credentials

PNNL advances the frontiers of knowledge, taking on some of the world’s greatest science and technology challenges. Distinctive strengths in chemistry, Earth sciences, biology, and data science are central to our scientific discovery mission. Our research lays a foundation for innovations that advance sustainable energy through decarbonization and energy storage and enhance national security through nuclear materials and threat analyses. PNNL collaborates with academia in fundamental research and with industry to transition technologies to market. Our LCA and TEA staff have combined decades of experience on systems analysis, engineering, and subsurface expertise needed to develop fully-integrated LCA/TEA outputs. Combining this with our field-leading R&D leadership for in-situ mineralization makes PNNL a prime candidate to provide technical support services for LCA/TEA to voucher recipients. https://www.pnnl.gov/doe-capabilities

Capability Community Benefits

Pacific Northwest National Laboratory (PNNL) is an asset for the nation, our region, and local communities. Headquartered in Richland, Washington, with growing locations in Sequim, Seattle, and Portland, we are one of the largest employers in Eastern Washington, the second-largest research institution in the state, and a major contributor to the regional economy. PNNL has extensive experience developing community benefits plans for BIL- and FECM-funded projects. Collaborations—with utilities, industry, universities, ports, cities, Tribes, states, and more—are key to moving discoveries from the lab to impacts on the ground. We are eager to partner with communities - and particularly disadvantaged communities (DACs) defined by the Justice40 Initiative - to demonstrate new technologies or methods locally that can then be scaled nationally. For this voucher, PNNL will provide recipients with a clear and thorough picture of lifecycle impacts and storage costs and contextualize these results within wider DEIA considerations and community impacts.

Approx. number of available voucher projects

Inputs required from voucher recipients

System design data and parameters critical to LCA (e.g., input/output materials, energy, emissions flows) and TEA (e.g., system design information, operating conditions, etc.) will be required to complete this voucher. If available, Lifecycle inventories should be prepared for sharing. Appropriate data protection practices will be put in place as needed once matching has occurred.

Geographic Constraints

Able to provide service in any US state or territory.

Additional details on matching preferences

Under this voucher opportunity, PNNL aims to support only aqueous-dissolved CO2 and supercritical CO2 injection methods at this time. TEA/LCA support will not be provided at this time to mineralization-based carbon dioxide removal (CDR) techniques.

Estimated capability duration in weeks

Mid-point Milestone Description

Preliminary LCA/TEA data collection, database setup, and framework design completed and approved by voucher recipient.

Final Milestone Description

Final LCA/TEA report quantifying overall LCA and TEA results.

Long Duration Energy Storage Siting and Permitting for Owned Electric Infrastructure

Voucher #

VO3-29

Organization:

X UTILITY

Details

City

Fresno

State

Zip

93710

Activity Location State

Applicable Technology Area(s)

vehicle-technologies; long-duration-energy-storage

Vehicle Technologies

Long-Duration Energy Storage

Category

Siting/Permitting

Capability Description

X UTILITY aims to streamline AHJ’s project siting and permitting with specialized utility interconnection technical assistance. Utility interconnection capacity and ease of permitting determine developer proposed siting locations. To streamline Developer and Installer requested permitting reviews, core AHJ stakeholders need to understand siting battery risks. X UTILITY will share their industry knowledge and best practice acumen to deliver AHJ’s three critical output items: (1) Uncover utility interconnection dependencies to determine acceptable and unacceptable siting and permitting locations using a specific AHJ selected clean energy fuel type technology (examples: battery storage); (2) Develop and document a simple, repeatable AHJ core stakeholder touchpoint siting and permitting procedure document with service are boundary map that identifies acceptable or unacceptable siting and permitting areas; (3) Develop a final report that provides AHJ key stakeholders a utility integrated streamlined simpler, clearer, repeatable siting and permitting procedure with mapped visibility of acceptable and unaccepted areas to site and permit demonstration long duration energy storage projects.X UTILITY consulting expects to conduct several team meetings, revealing current locations and sharing industry knowledge with the AHJ team. This approach will organically identify core internal agency team members, their handoffs and or gaps that generate streamline opportunities.

Capability Core Competencies

Utility Scale Energy Storage: X UTILITY has safely interconnection over 2.9 Gigawatts of renewable transmission and distribution fuel sources to numerous utility grids across the US. Our current portfolio includes interconnection prospecting, development planning and project execution deployment of large utility scale battery storage projects (7), battery + Solar (3), and micro grids with batteries +solar and diesel generators (2). These pertinent battery storage projects range in size from 5MW to 400MW and require complex utility interconnection engagement that can include new transmission 69/115/230kV switching stations, 34.5kV substation, T & D generator tie lines, large and small generation interconnection agreements with complex contract negotiations, utility inspections and grid operational constraints. X UTILITY routinely works with large IOU’S, City water districts, local municipalities and rural multi state cooperatives to safely pioneer new energy technologies, micro grids, EVCS and battery storage adoption.

Capability Qualifications and Credentials

Asset Development: Our team has consulted with over 30 private and governmental entities, successfully prospecting, and locating transmission and distribution energy storage assets on rural AG land and incorporated city areas. An example of this work includes an extensive Tribal Government multi-parcel analysis that included a 1,3,5 year model of all tribal lands for energy technology development and future energy code development to streamline renewable on-boarding. X UTILITY has worked with over 100 development teams to prospect grid interconnection feasibility and provide teams options to streamline project interconnection utilizing a renewable Point Of Interconnection Feasibility Analysis. Our relevant practical experience with a multitude of energy technologies and physical project sizes in numerous jurisdictions provides vital assistance for AHJ’s to explore possibilities, understand impacts, plan for better options, apply best practice and streamline siting +permitting processes for renewable energy assets.

Capability Community Benefits

X UTILITY is a certified Disadvantaged Business Enterprise community partner with a goal to impower rural, disadvantaged, underserved and unsophisticated jurisdictions with clear, safe relevant siting plans that eliminate barriers, streamline interconnection, and accelerate energy benefits to and for all. (1) X UTILITY designed and proposed a Community Solar methodology to make solar more equitable for low-to moderate income communities via a workforce currency plan. (2) X UTILITY has partnered with a multi seven state US energy cooperative to design and propose their Justice40 focused energy asset deployment strategy. (3) X UTILITY has also been recognized as an integral community partner grant partner with a CA university to pioneer and deploy a multi fuel community microgrid to benefit low-income households. (4)X UTILITY is committed to seeking out ways to educate AHJ's on and first responders on the risks and permitting impacts of locating/siting energy storage in residential and commercial areas.

Approx. number of available voucher projects

Inputs required from voucher recipients

1) AHJ jurisdiction boundary map; 2) Utility Transmission and Distribution land right corridors; 3) Determine AHJ core members.

Geographic Constraints

flexible

Additional details on matching preferences

AHJ is preferred with Long duration energy storage for Service Interruption or to maintain critical facility operations or first responder HQ.

Estimated capability duration in weeks

Mid-point Milestone Description

Process Mapping with known Client provided load data

Final Milestone Description

1-3 Long duration energy storage locations are known and plotted with permitting outline known

Life Cycle Assessment

Voucher #

VO9-16

Organization:

RTI International

Details

City

Research Triangle Park

State

Zip

27709

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

TEA/LCA

Capability Description

Emerging decarbonization technologies present significant opportunities to reduce industrial emissions, offering substantial environmental, economic, and operational benefits. By addressing key adoption risks and facilitating the transition to low-carbon processes, these technologies can achieve quantifiable emissions reductions across various industrial sectors. For this service, RTI will provide technical support to Voucher partners in the application of DOE’s life cycle assessment (LCA) procedures to analyze the environmental performance of decarbonization technologies. RTI has decades of experience in applying DOE’s LCA procedures across different classes of technology (e.g., bioenergy production, carbon capture) and applying standard LCA datasets (e.g., EcoInvent) and software (e.g., OpenLCA). While many industrial processes use common materials (e.g., concrete, steel, sand, salts), one potential challenge of conducting LCAs for emerging industrial decarbonization technologies can be the lack of data for novel materials. Often this challenge is overcome using proxy data within conventional LCA datasets or by developing new process models. RTI has constructed new life cycle data for materials and processes by conducting detailed process discussions with technology providers and using economic and engineering tools such as ASPEN+ to develop data.

Capability Core Competencies

RTI International helps corporations, foundations, and federal agencies solve their most complex innovation challenges by providing market insights and innovation commercialization services. We leverage our staff of nearly 6,000 experts with degrees in more than 250 scientific, technical, and professional disciplines to bring uniquely broad and deep expertise in technology development and commercialization to provide clients with customized, actionable results. We collaborate to support work across industrial decarbonization. For example, RTI advises clients on novel carbon capture and sequestration technologies for industrial applications (e.g. cement) and has evaluated market opportunities for industrial chemicals, sustainable fuels and low-carbon materials.

Capability Qualifications and Credentials

RTI has demonstrated expertise in conducting detailed LCAs for several applications ranging from low-carbon concrete, direct air capture (DAC) technologies to sustainable maritime fuels and waste-to-energy technologies, using both conventional and novel technologies. RTI leverages standard LCA datasets (e.g., EcoInvent) and softwares (e.g. OpenLCA) as well as construction of new life cycle data for materials and processes by conducting detailed process discussions with technology providers and using economic and engineering tools such as ASPEN+ to develop data. We are experts in end of life management and have evaluated circular approaches and the current state of recycling for electronics, batteries and solar panels.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

For this effort, RTI will require that our clients: (1) provide background data and information to enable the LCA (e.g., detailed technical specifications and operational data of the decarbonation technology) and (2) commit time for senior technical personnel to contribute technical information in the project kickoff meeting, during regular updates on an ad-hoc basis to answer technical questions and participate in the LCA throughout the project period of performance.

Geographic Constraints

We are capable of supporting projects across the US as we regularly work remotely with clients.

Additional details on matching preferences

N/A

Estimated capability duration in weeks

Mid-point Milestone Description

The mid-point milestone will be the preliminary LCA, including details about key data and any assumptions being used.

Final Milestone Description

A written document summarizing the results of the LCA.

Integrated Heat Pump Study

Voucher #

VO9-2

Organization:

Cascade Energy, LLC

Details

City

Portland

State

Zip

97204

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

Decarbonization Assessment

Capability Description

Studies show that integrated industrial heat pumps are generally positive net present value projects for manufacturers that install them. However, due to variability in waste heat availability and integration complexity, practitioners often propose non-integrated designs. Incorporating waste heat can make heat pumps a cost-saving project even in states with a favorable ratio between electric and gas prices. Cascade Energy and UC Davis have teamed to offer investment-grade studies of integrated heat pump systems using system integration tools and digital twin modelling. We will analyze processes and utility heating/cooling streams using pinch analysis to determine the thermodynamically optimum integrated heat pump design. Our analysis will also simulate interactive effects to identify optimum efficiency and reliability using a digital twin. This approach minimizes the initial capital investment and operating expenses of heat pumps, increasing their implementation probability. Critical milestones include:1. Kick-off meeting with the voucher recipient. 2. Two-day site visit to assess the facility, collect data, and identify integration opportunities. 3. Engineering analysis and modeling to determine optimal integrated heat pump design.4. Final report with hourly results for each system within the integrated design, estimated capital costs (from the voucher recipient’s vendors/contractors), operating expenses, and funding opportunities.

Capability Core Competencies

Cascade Energy, Inc. (Cascade), founded in 1993, is a leading national provider of industrial decarbonization consulting services. Our engineers are technical experts in identifying facility-level decarbonization solutions within complex industrial facilities. Cascade will bring our deep expertise with industrial facilities and leading-edge analysis to develop a highly detailed, integrated industrial heat pump study that will guide voucher recipients to system implementation. The UC Davis Energy and Efficiency Institute (EEI) has been a leader in energy efficiency research for more than 16 years. The EEI consists of the Industrial Decarbonization Solutions Hub (IDSH) and leading research centers in cooling, lighting, water, sustainable materials, and market research. The IDSH is a collaboration of leading industries, technology providers, solutions providers, utilities, and researchers focused on accelerating cost-effective industrial decarbonization. Methods and tools developed by the UC Davis EEI will be used to identify opportunities and quantify results.

Capability Qualifications and Credentials

While working with nearly 10,000 industrial customers, Cascade has developed expertise in virtually all energy-using subsystems encountered in this sector. This includes refrigeration, industrial heat pumps, compressed air, pumping, fans, hydraulics, HVAC, process heating and cooling, steam, lighting, and a variety of sector-specific systems. Our company of 225 includes 47 licensed professional engineers who are highly skilled at identifying decarbonization opportunities within these complex systems. They understand these systems and know the right questions to ask. The UC Davis IDSH convenes a biannual Industrial Decarbonization Symposium, develops decarbonization tools and methods for U.S. Department of Energy IACs, and conducts impactful research and outreach. IDSH staff have conducted more than 500 industrial energy assessments, taught graduate-level courses in energy efficiency, and led more than 100 decarbonization-focused training seminars across the world.

Capability Community Benefits

Cascade’s DEIA initiatives and progress are documented in our Diversity Statement and Action Plan available at: https://cascadeenergy.com/company/deia/diversity-statement-and-action-plan/ Through our experience delivering industrial-sector energy efficiency programs, we recognize industrial facilities are disproportionally located in underserved communities and can negatively impact them with added pollution, noise, and traffic. By providing studies within underserved communities, we expect the following community benefits: 1. Decreased pollution. Assessments will give voucher recipients the clear information and guidance they need to make changes that will reduce air pollutant emissions.2. Workforce development. Experienced decarbonization engineers will complete site visits and seek opportunities to educate facility staff about their energy-using process equipment and decarbonization opportunities. 3. Benefits for Small and Medium Manufacturers (SMMs). Voucher project learnings will augment UC Davis’s ongoing efforts to integrate decarbonization into IAC audits and create free training modules with utility partners, improving access for SMMs with cascading benefits to local communities.

Approx. number of available voucher projects

Inputs required from voucher recipients

1. Facility contact information 2. Contact information for any key contractors who should participate in the study 3. Assistance from maintenance personnel for plant tour and data acquisition 4. Description of typical production schedule 5. Information on future projects and gas usage expectations 6. Equipment schedules for heating and cooling systems 7. Detailed drawings of heating and cooling systems 8. Temperature requirements of heating and cooling demands 9. All available data for hourly or sub-hourly temperature and flow rates of heating and cooling streams

Geographic Constraints

Cascade staff are dispersed across the United States, with nine offices in seven states (California, Colorado, Idaho, Illinois, Oregon, Utah, and Washington), and our headquarters in Portland, Oregon. Our growing team consists of 225 energy managers, engineers, coaches, technicians, technology developers, and operations team members. While our engineers are concentrated in the states listed above, we are equipped to serve voucher recipients throughout the 48 continental US states. We successfully and cost-effectively deliver corporate-direct energy management programs that serve hundreds of refrigerated warehouse and food-processing facilities located throughout North America.

Additional details on matching preferences

Target voucher recipients will have large quantity, low temperature (< 190°F) cooling and heating streams. This sector often includes food and beverage, pulp and paper, chemicals, and high-tech. It is advisable that facilities have a decarbonization plan prior to an integrated heat pump study. Study pricing is scaled for a SMM-sized facility.

Estimated capability duration in weeks

Mid-point Milestone Description

Pinch analysis using interval data for temperatures and flow streams. System schematic of integrated heat pump.

Final Milestone Description

Investment-grade integrated heat pump system report and one-hour report review.

Life Cycle Analysis

Voucher #

VO5-5

Organization:

DNV ENERGY USA, Inc.

Details

City

Katy

State

Zip

77449

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

TEA/LCA

Capability Description

Renewable/low carbon fuels and products will only deliver meaningful emission reductions if the methods of production themselves are as clean as possible. DNV publishes guidelines/service specifications that contain procedural requirements for obtaining certificates and other conformity statements to the objects, personnel, organizations and/or operations in question. One example of a DNV standard for which a validation could be applied is DNV-SE-0654: Validation of attribute claims for low carbon and renewable hydrogen and ammonia: It covers CO2 assessment criterions considering all relevant global standards, especially as defined in ISO – 9000, 14044, 14064-3 and 14067. Aided by other technology qualifications, management and verification methods widely used by industry. Additional DNV standards for which verification can be performed include:• DNV-SE-0656: Verification of power-to-X facilities • DNV-SE-0160: Technology qualification management and verification • DNV-RP-A203: Technology Qualification • DNV-SE-0473: Certification of sites and projects for geological storage of carbon dioxide • DNV-SE-0617: Qualification management for geological storage of CO2 Project steps – Establish attribute claims to be validated and a validation basis; Examine the validation basis and conduct initial evaluation including sharing initial evaluation (mid-point); Review further evidence; Clarify issues on non-compliance; Document and review tentative evaluation; Deliver final validation evaluation including report.

Capability Core Competencies

DNV has both broad and deep expertise related to storage projects, clean hydrogen, and carbon management. For energy storage projects, competences include battery degradation assessment and warranty verification, bankability studies, supplier due diligence, and technoeconomic assessments. For hydrogen and carbon management projects, competences include process engineering, technoeconomic assessments, life cycle analysis, and bankability studies.

Capability Qualifications and Credentials

DNV’s team possesses the technical knowledge and experience to determine the viability of emerging low carbon fuel projects by evaluating economic factors like CAPEX, OPEX, revenue potential, and production costs to complete financial modeling and sensitivity analyses.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Input needed to perform a verification project is • Access to personnel for interviews and to site (if applicable) • Product or process specifications

Geographic Constraints

We are capable of supporting projects in the continental US with a strong in-person presence on the West Coast and East Coast.

Additional details on matching preferences

For LCA DNV has built a number of models and can utilize those, if relevant to the technology, build a new model, or review a model that has been built by the voucher recipient.

Estimated capability duration in weeks

Mid-point Milestone Description

Initial Evaluation

Final Milestone Description

Evaluation report

LCA Calculator Tool for Commercialization Support (FECM)

Voucher #

VO5-4

Organization:

Boundless Impact Research & Analytics

Details

City

Newburgh

State

Zip

12550

Activity Location State

New York City

Activity Location State

10010

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; resource-sustainability

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Category

TEA/LCA

Capability Description

The Boundless LCA Calculator quantifies the potential environmental outcomes of different operational or product scenarios. It provides management with a decision-making tool and companies with comprehensive guidance to improve their climate and environmental impact. It offers immediate feedback for customizable scenarios as companies seek to better understand their environmental footprint and further develop and scale their technology. The calculator tool can either be industry specific or company specific and allows the user to evaluate how their environmental impact changes based on varied inputs and input quantities. The Boundless LCA Calculator tool includes an interactive, Excel-based LCA Calculator specified to the customer’s technology of interest with a maximum of eight input categories and two to three subcategories per input. This product will allow companies to alter their material, energy, or other inputs to see the resultant change in their emissions associated with those decisions.

Capability Core Competencies

Capability Qualifications and Credentials

Boundless is an industry research and environmental impact analytics firm that provides objective and actionable information to move investment dollars more quickly toward clean technologies and companies driving positive environmental change. We employ a science-based, data-driven approach, grounded in the proven LCA methodology. The scores and metrics derived are trustworthy and reliable because they are unbiased and validated by external industry and/or scientific experts. Boundless’ LCA incorporates conventional LCA databases, tools, and scientific literature reviews, and has a deep network of over 1,000 industry experts at leading universities and consulting groups around the world who provide independent validation and peer reviews for our LCAs. We also have a Scientific Advisory Council made up of LCA and environmental impact measurement experts who guide, advise, and help refine our science-based methods, to ensure we are maintaining the highest standards in our work.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

A brief Request for Information (RFI), produced in a timely manner, detailing material and resource inputs required for the production of the technology. Cooperation and communication, including participation in one to two 30-minute virtual meetings as well as email communication throughout the process to ensure the reliability and accuracy of data.

Geographic Constraints

We are capable of working with teams across the country with the understanding that time zones will require flexibility regarding meeting times from both teams.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

The midpoint milestone will be met when the first draft calculator has been completed and sent to the Voucher Recipient.

Final Milestone Description

The final milestone will be complete when the final calculator, with revisions incorporated, has been sent to the Voucher Recipient.

Independent Validation of TEA, LCA, and MRV for Carbon Management Technologies

Voucher #

VO5-11

Organization:

350Solutions, Inc.

Details

City

RALEIGH

State

Zip

27604

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; resource-sustainability

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Category

TEA/LCA

Capability Description

350Solutions, Inc. provides third-party evaluation of LCA, TEA, and MRV for carbon management technologies, with a focus on the fundamental mass and energy balance and data quality using appropriate MRV processes. The following tasks will be completed for these projects:Task 1: Initial data and information request – 350 will provide a written information request documenting detailed information desired in checklist or on-line form;Task 2: Site visit – 350 staff will travel to the recipient site (pilot, demo, or other facility) to observe the system in operation, verify inputs and outputs, instrumentation & measurements, data collection, data processing, and review the process and data with the recipient;Task 3: LCA/TEA/MRV validation – 350 will review all submitted information validate the TEA, LCA, and MRV approach, including evaluation of data streams, calculations from raw data to calculated final results, emissions factors, engineering factors, data validity, and data quality. 350 will also identify gaps, issues, and improvements in TEA, LCA and MRV approaches.Task 4: Reporting – 350 provides a full report on each verification documenting all activities, verified values, and validation of approaches, as well as recommendations for improvements. Example technology verification reports are provided as attachments.

Capability Core Competencies

350Solutions, Inc. (350) is a private consulting company located in Raleigh, NC providing independent 3rd-party verification of clean technology and low carbon innovations. The team at 350Solutions has been evaluating and developing innovative technologies that impact our environment for over 50 years combined. Our team has independently evaluated, field tested, or verified over 100 novel innovations in the environmental and climate tech sector. With the growth of the carbon removal sector, 350 has become one of the leading independent carbon removal credit verification organizations, verifying durable carbon removal credits for leading carbon removal registries. We’ve also developed verification and testing protocols and supported the development of an international standard – ISO 14034 for environmental technology verification (ETV). In addition to being verifiers, our staff have managed multi-million-dollar field demonstration programs of novel cleantech and low carbon innovations and worked to develop technologies from proof of concept to large demonstrations.

Capability Qualifications and Credentials

350Solutions provides independent technology verifications for a variety of CDR and CCUS technologies. 350Solutions is an ANAB-accredited ISO/IEC 17020:2012 independent inspection body for ISO 14034:2016 Environmental Technology Verification. The 350Solutions Quality Management Plan and Quality Systems Procedures generally apply to activities associated with independent verifications of carbontech completed by 350Solutions. 350Solutions staff include a registered Professional Engineer (Chemical Engineering), Mechanical Engineer, Chemical Engineer, and Environmental Engineer and Scientist (Certified Measurement & Verification Professional (CMVP)). Within the carbon management space, 350Solutions has:• Verified projects and technologies for registration on the Puro.Earth and Isometric carbon removal credit registries• Performed technical due diligence audits of carbon removal technologies for large buyers, including Frontier Climate and Microsoft• Evaluated carbon removal technologies in CDR pathways including BECCS, DAC, Mineralization, ERW, BiCRS, DOC• Completed MRV for CDR and CCUS technologies for XPRIZE Carbon Removal and Carbon XPRIZE competitions

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

350 requires the following, at a minimum, from potential voucher recipients: - Draft LCA and TEA reports and supporting spreadsheets, calculations, and assumptions - MRV plan documentation, including lists of critical measurements and instrumentation as well as analytical testing and sampling plans - Process Flow Diagram with material and energy flows indicated, (full Piping & Instrumentation Diagrams preferred) - Accessibility to facility and team support for a one-day (typical) site visit and data review meeting with follow on support for additional clarifications and information

Geographic Constraints

350Solutions supports projects nationally, and internationally. The majority of our existing projects are located throughout the US, Canada, and the EU.

Additional details on matching preferences

350 Solutions has worked with a variety of technology developers and investors in the carbon capture, utilization, and storage (CCUS) space and carbon removal (CDR) space, with an emphasis on engineered and hybrid solutions. Technologies evaluated have ranged from solvent or sorbent based flue gas capture technologies to processes converting CO2 to sustainable aviation fuel to direct air capture and geologic sequestration to a variety of biomass capture and conversion technologies. We focus on fundamental engineering (mass and energy balances), measurement science, and data quality to ensure high quality, credible evaluations are completed.

Estimated capability duration in weeks

Mid-point Milestone Description

Site Visit Complete

Final Milestone Description

Report documenting all activities, verified values, and validation of approaches, and submit evidence of delivery to the voucher recipient

Fundraising Support

Voucher #

VO4-15

Organization:

Strategic Analysis, Inc.

Details

City

Arlington

State

Zip

22203

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; advanced-materials-and-manufacturing-technologies; vehicle-technologies

Clean Hydrogen

Advanced Materials and Manufacturing Technologies

Vehicle Technologies

Category

Fundraising

Capability Description

Strategic Analysis assists companies evaluate the value-add of technologies and products to identify financing opportunities through strategic subsidies/incentives, partnerships, and equity/grant fundraising. Strategic Analysis develops an individualized roadmap by offering:• Screening and evaluation of U.S. and international tax subsidies and incentives to improve product/project economics• Screening and value-mapping to identify advantageous partnerships with current market participants including leveraging connections in the fuel cell and electrolyzer markets and providers of supporting equipment• Screening and evaluating diverse fundraising opportunities with experience assisting venture capital partners with investments and assisting clients position their work for non-diluting government grants

Capability Core Competencies

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Our team is distributed throughout the United States and typically supports projects virtually.

Additional details on matching preferences

None

Estimated capability duration in weeks

Mid-point Milestone Description

Preliminary report

Final Milestone Description

Final report

Integrated Computational Materials Engineering Services

Voucher #

VO2-55

Organization:

QuesTek Innovations LLC

Details

City

Evanston

State

Zip

60201

Activity Location State

Applicable Technology Area(s)

updates-to-the-electric-grid

Updates to the Electric Grid

Category

Simulation/Modeling

Capability Description

QuesTek Innovations can provide advanced materials modeling services to describe the behavior of metallic conductor materials such as aluminum or copper alloys. Computational technologies can be used to calculate the fraction of phases within an alloy (CALPHAD approach), and determine effects on properties such as electrical conductivity, strength, high temperature strength, mechanical properties, hardness, and also use this information to explore implications for other material behaviors such as creep.

Capability Core Competencies

QuesTek Innovations LLC is both a pioneer and leader in the field of Integrated Computational Materials Engineering (ICME). We empower innovators by resolving materials challenges. QuesTek utilizes our ICMD® materials design and engineering software to serve clients through engagements structured as a sequence of deliverables, based on client needs. Typically starting with an analysis of materials challenges, analysis, and data, modeling further advances the solution.

Capability Qualifications and Credentials

QuesTek's materials engineers, designers and software engineers provide deep technical knowledge to a broad range of industries and material-system-specific challenges. We provide clients flexibility by utilizing proven QuesTek methodologies to achieve materials performance. Our Materials by Design® technology enables rapid, accurate, and realistic materials modeling to predict and optimize material performance for a wide range of applications. QuesTek is ISO 27001 certified.

Capability Community Benefits

As a small business, QuesTek Innovations LLC celebrates the diversity of its staff. For many years, QuesTek employees have been active in volunteering in professional societies to promote materials sciences and volunteer their time to scholarship-based teacher and student immersive camps to teach and promote the basics of materials engineering. In early 2024, QuesTek held its third annual STEAM (Science, Technology, Engineering, Arts, and Mathematics) Community Outreach Day, welcoming students from a local high school for a hands-on materials science experience in Evanston, IL.

Approx. number of available voucher projects

Inputs required from voucher recipients

Inputs required may include but are not limited to: material composition, material processing pedigree, thermal history, intended application, property targets, and expected results.

Geographic Constraints

No geographic constraints within the US.

Additional details on matching preferences

QuesTek's in-house laboratory capabilities include but are not limited to: lab-scale arc melting, lab scale heat treatment, light optical microscopy, scanning electron microscopy with EDS, and hardness testing to verify material microstructures and characteristics.

Estimated capability duration in weeks

Mid-point Milestone Description

Verification and validation of material behavior using (client provided) experimental data.

Final Milestone Description

Sensitivity analysis and variational analysis.

Integrated CCS Project Modeling with Realistic Transportation Networks

Voucher #

VO3-23

Organization:

Carbon Solutions, LLC

Details

City

Saint Paul

State

Zip

55105

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; industrial-decarbonization

Carbon Management (including carbon capture and direct air capture)

Industrial decarbonization

Category

Siting/Permitting

Capability Description

Carbon Solutions will use advanced modeling resources to deliver a down-selected list of site locations, pipeline routes, and/or existing sources of CO2 that are preferred for CO2 capture, transportation, and/or storage projects in an Authority Having Jurisdiction. For example, using SimCCSPRO and CostMAPPRO, Carbon Solutions could deliver potential CO2 pipeline routes from one or more sources of CO2 to one or more CO2 storage sites that minimizes cost while a) avoiding vulnerable ecosystems, major river crossings, disadvantaged or environmental justice communities and b) preferentially following existing rights of way. Carbon Solutions can also develop scenarios based on real and proposed emissions sources in the future, such as coal retirements, converting a fleet to natural gas plants, or only considering hard-to-abate industries. Critical milestones include a) defining the project scope; b) delivering results from advanced modeling scenario analyses; and c) delivering a final report describing the preferred capture, transportation, and/or storage infrastructure project.

Capability Core Competencies

Carbon Solutions is an industry-leading small business that develops and uses advanced modeling resources to screen CO2 capture, transportation, and/or storage projects. Their clients include utility companies, timberland management companies, direct air capture developers, CO2 storage operators, CO2 capture companies, and major non-profits. Carbon Solutions’ unique modeling resources are based on decades of peer-reviewed research publications and have won multiple R&D 100 awards. Carbon Solutions employs approximately a dozen PhD-level scientists, engineers, and social scientists, integrating real world constraints like wetlands, land use availability, permitting restrictions, and environmental justice into is CCS modeling framework.

Capability Qualifications and Credentials

Carbon Solutions has developed unique, award-winning, and advanced modeling capabilities focused on screening for CO2 capture, transportation, and/or storage infrastructure for dozens of clients at the national, regional, state, and county scale. Please see our website for more information relating to these advanced modeling resources.

Capability Community Benefits

Carbon Solutions is committed to an equitable energy transition, empowering clients and communities to consider physical, social, and environmental characteristics when siting low-carbon energy projects. As a company, we strive for a vibrant, inclusive, supporting work environment, believing that working productively together within the company will translate into working effectively together on projects with clients. In addition to technical site-screening support related to CO2 capture, transport, and/or storage infrastructure, Carbon Solutions also provides planning, facilitation, and implementation of federal community benefits plans. The staff is comprised not only of engineers and geologists, but also geographers, economists, and social scientists to integrate best practices in community engagement and environmental justice along with our expert technical recommendations and models.

Approx. number of available voucher projects

Inputs required from voucher recipients

Carbon Solutions has “default” data that can be applied to the advanced models for capture emissions (MtCO2/yr) and costs ($/t), storage potential (MtCO2) and costs ($/MtCO2), and potential routing information (e.g. land use, rights of way) and costs ( $/MtCO2). When possible, having data or information from the voucher recipient is preferred, including parameters related to storage, routing, or emissions.

Geographic Constraints

Carbon Solutions can provide custom community assessment and engagement planning in any of the 48 states in the contiguous United States.

Additional details on matching preferences

Carbon Solutions has all the equipment necessary to use their advanced modeling capabilities.

Estimated capability duration in weeks

Mid-point Milestone Description

PowerPoint of all sources, transportation networks, and geologic storage opportunities in the geographic areas and initial scenarios to be modeled.

Final Milestone Description

Multiple scenarios (e.g., “if then analysis”) will be modeled. The final milestone is modeling all scenarios and summarizing input data.

Industrial Decarbonization – Market Readiness Assessments and Roadmap

Voucher #

VO1-9

Organization:

Fosterra, LLC

Details

City

Saratoga Springs

State

Zip

12866

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization; solar; vehicle-technologies

Industrial decarbonization

Solar

Vehicle Technologies

Category

Market Readiness

Capability Description

Fosterra will engage with pre-demonstration clients for industrial decarbonization technologies to understand their technology, business model, go-to-market strategy, and challenges. This category of technologies includes a wide variety of solutions and will not confirm to one set of “cookie cutter” support for clients. The team will collaboratively develop a tailored market readiness assessment and roadmap with recommendations to increase chances for success. We will evaluate opportunities, potential partnerships, funding sources, and demonstration project strategy. Clients will be expected to provide information and interactions as needed, including:• Product and/or service technical details and project cost estimates.• Planned target markets and business model.• Timely information sharing and open access to the client team.• Needs and challenges including regulatory, technical, and product/project economics.

Capability Core Competencies

Fosterra, LLC was founded to provide expert technical consulting services that accelerate our transition to a cleaner and more sustainable future. Our work focuses on planning, programs, and projects for clean energy and beneficial electrification for buildings and transportation. The Fosterra team has worked on projects in over 500 jurisdictions across the United States and our sector expertise includes commercial enterprises, municipal, state, and federal government agencies, local utilities, and educational institutions. Fosterra is an SBA recognized small business (SAM UEI#: H1X1QPLUSLF3) with capacity to serve clients nationwide and globally. Learn more at: www.fosterra.com.Fosterra advises start-up companies, assesses potential new technology host sites, and enables economic development opportunities in the clean energy sector. The team is uniquely qualified to support pre-commercialization support and advisory services for OCED and EERE as an unbiased resource for new entrants and connector to the innovation ecosystem.

Capability Qualifications and Credentials

Members of the Fosterra team have more than 20 years of experience in sustainability, clean energy, thermal systems, solar energy, mechanical engineering, and business strategy. We believe that pre-demonstration commercialization support requires a cross-functional approach and deep experience with the innovation lifecycle and founder engagement. We will deploy independent technical expertise and resources for each client that is tailored to the industry, technology, market need, and stage of readiness. Recent experience:• Support and guidance for a novel early-stage EV charging infrastructure technology company.• Assessment and project management for multiple sustainable manufacturing clients including electrification projects, decarbonization technology, and new clean energy sources.• Direct engagement with global supply chain partners on behalf of major publicly traded companies working on Scope 3 actions to meet reduction targets by 2025 and 2030.• Evaluation of public sector innovation funding mechanisms with recommendations for increased market impact and increased technology deployment.

Capability Community Benefits

Fosterra has a deep understanding of the need for incorporating equity considerations throughout the innovation and deployment lifecycle. We have worked on projects for NYSERDA, municipalities, and regional organizations where engaging with underserved communities was a major component of these efforts. Fosterra President, Benjamin Foster, was the lead author for WRI’s recent whitepaper “Integrating Equity into City Clean Energy Initiatives” as part of the City Renewables Accelerator program. The framework developed within this report is aligned with J-40 and Community Benefits Plan guidance and will be deployed, as appropriate, for all OCED and EERE voucher opportunities.

Approx. number of available voucher projects

Inputs required from voucher recipients

Detailed description of the technology including development process and usage characteristics, underlying assumptions and prior analysis, cost models, description of the business model for deployment, desired outputs, key risks and opportunities.

Geographic Constraints

Nationwide including US territories and islands.

Additional details on matching preferences

Heating and cooling solutions for manufacturing including CPG, food, and beverage, renewable energy systems.

Estimated capability duration in weeks

Mid-point Milestone Description

An initial draft report of assumptions, inputs, and findings will be provided to the client for review.

Final Milestone Description

A report with documented findings, assumptions, analysis, and recommendations will be provided.

Independent Performance and Impact Validation of Industrial Decarbonization Technologies

Voucher #

VO9-6

Organization:

350Solutions, Inc.

Details

City

RALEIGH

State

Zip

27604

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

Performance Testing

Capability Description

350 will provide independent technology verification for technology developers and/or their industry partners for novel decarbonization technologies, such as low-carbon process heating, CO2 capture and use, novel reactors, hydrogen boilers, and others. The following tasks will be completed for these projects:Task 1: Initial data and information request: 350 will provide a written information request documenting detailed information desired from recipient;Task 2: Site visit: 350 staff will travel to host site (pilot, demo, or other facility) to observe system in operation, verify inputs and outputs, instrumentation & measurements, data collection, data processing, and review the process with the recipient;Task 3: Technology verification: 350 will review submitted information and verify the performance of the technology to include technical performance specifications, impacts (i.e. emission reductions), and operating conditions. 350 will review data streams, calculations from raw data to results, emissions factors, engineering factors, data validity, and data quality. 350 may request additional test data where existing data is inadequate.Task 4: Reporting – 350 provides a full report on each technology verification documenting activities and results. If provided data meets stringent quality criteria, an ISO 14034 ETV Verification Statement may also be issued in addition to the standard Verification Report.

Capability Core Competencies

350Solutions, Inc. (350) is a private engineering consulting company located in Raleigh, NC providing decarbonization technology research and independent 3rd-party verification of low carbon innovations. The team at 350 has been evaluating and developing innovative technologies that impact our environment for over 50 years combined. Our team has independently evaluated, field tested, or verified over 100 novel innovations in the environmental and climate tech sector, with a focus on engineered decarbonization technology. 350 has worked with industry associations and members to identify and assess novel decarbonization technologies for application in energy intensive process industries, including the chemical process industry. 350 has also developed verification and testing protocols for cleantech, low-carbon, and carbon capture, utilization, and storage technologies. Our staff have managed multi-million-dollar field demonstration programs of novel cleantech and low carbon innovations and worked to develop technologies from proof of concept to large demonstrations.

Capability Qualifications and Credentials

350Solutions provides independent decarbonization technology research and technology verifications for a range of clients. 350Solutions is an ANAB-accredited ISO/IEC 17020:2012 independent inspection body for ISO 14034:2016 Environmental Technology Verification. Our approach and quality management program ensure that assessments are completed with independence, rigor, and high quality. 350Solutions staff include Chemical, Environmental, and Mechanical Engineers experienced with many decarbonization technologies including flue gas carbon capture, CO2 conversion to fuels and chemicals, low carbon process heating, direct air capture, and many others. Within the industrial decarbonization space, 350Solutions has:-Developed a database of over 200 individual technologies for decarbonization of the chemical industry for AIChE RAPID and chemical industry partners-Verified technologies and projects for carbon removal credit registries and buyers for various carbon removal technologies (BECCS, BiCRS, DAC, ERW, OAE, etc.) -Independently completed evaluations of CO2 removal and utilization technologies for the XPRIZE Carbon Removal and NRG COSIA Carbon XPRIZE competitions

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

350 requires the following, at a minimum, from potential voucher recipients: - technology description, scientific principles, and operating conditions - performance metrics and claims; - existing testing data, including documentation of testing approach, methods, equipment used, including supporting spreadsheets, calculations, and assumptions; - process flow diagram with material and energy flows indicated (full Piping & Instrumentation Diagrams preferred) - accessibility to facility and team support for a one-day (typical) site visit and data review meeting with follow on support for additional clarifications and information.

Geographic Constraints

350Solutions supports projects nationally, and internationally. The majority of our existing projects are located throughout the US, Canada, and the EU.

Additional details on matching preferences

350Solutions, Inc. provides third-party evaluation of decarbonization technologies, with a focus on verifying the fundamental mass and energy balance and rigorous performance measurements, ensuring high quality, credible assessments. 350 utilizes the ISO 14034 Environmental Technology Verification standard as a platform for independent evaluation based on high-quality test and performance data provided by technology developers or in partnership with industrial end-users

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of Site Visit

Final Milestone Description

Verification Report and ISO 14034 Verification Statement (if quality requirements met).

Independent assessment of Monitoring Reporting and Verification (MRV) technologies and practices

Voucher #

VO5-16

Organization:

ELECTRIC POWER RESEARCH INSTITUTE

Details

City

Knoxville

State

Zip

37932

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

MRV Assessment

Capability Description

In its quest to facilitate and accelerate CCS deployment, EPRI is a leader in CO2 storage field demonstrations that include the design, fabrication, installation, and operation of surface and subsurface monitoring equipment, sensors, and technologies used for MRV. EPRI-led field demonstration projects illustrating the use of conventional and innovative monitoring technologies for CO2 storage funded by DOE and EPRI include: The WESTCARB Arizona Utilities Pilot Test; SECARB Mississippi Pilot Test at Plant Daniel; SECARB Anthropogenic Test at Citronelle Alabama; and the Distributed Acoustic and Temperature Sensing Project Using Fiber Optics. During the SECARB Anthropogenic Test, EPRI deployed fiber optics in a deep well to a depth of 10,400 ft which was subsequently used to image the CO2 plume using distributed acoustic sensing (DAS). DAS was used in two survey configurations including vertical seismic profiling and cross-well. DAS survey results were validated against repeat surveys using the same configuration but instead using conventional downhole geophones. Distributed temperature sensing was deployed in the same well and used to diagnose a leaking downhole isolation packer. Milestones for these projects involved the preparation of monitoring plans, data analyses, reports, and presentations. EPRI participated in the development of DOE best practices for CO2 storage monitoring.

Capability Core Competencies

Core competencies include strategic planning, design, and deployment of monitoring networks used for CO2 storage. EPRI understands the state and federal regulations and guidelines governing Class VI injection wells for CO2-sequestration and the CO2 MRV requirements specified under Part RR and UU of the Clean Air Act. EPRI has worked directly with permitting agencies on CO2 storage projects. EPRI can provide guidance on monitoring technologies needed to satisfy permit requirements and help project developers navigate through the complex and often muddy regulatory waters that involve monitoring systems. EPRI can assist developers in the selection of monitoring technologies and offer help in developing technical specifications that can be used to purchase equipment and/or third-party monitoring, testing, data acquisition and analytical services. Working with the voucher recipient, EPRI can assist in the development of monitoring, data management, and quality assurance/quality control plans.

Capability Qualifications and Credentials

No universal certification nor credential system exists for individuals involved in assessing MRV technologies and practices. Project experience developing monitoring systems and knowledge regarding the performance of technologies and their applications and limitations is key. Specific EPRI project experiences highlighting EPRI’s capabilities were provided in a prior paragraph. EPRI staff have up to 20 years of project experience and knowledge per individual associated with managing CO2 storage projects. Staff have led and participated in numerous projects involving the assessment, design, and deployment of conventional and emerging CO2 storage monitoring technologies. Human capital is EPRI’s strength that can be brought to bear when selecting, designing, and deploying CO2 monitoring technologies and networks for voucher recipients.

Capability Community Benefits

The proliferation of carbon capture and adjacent technologies directly benefits all communities through reduced pollution, improved resilience, lower energy cost and reduced dependence on foreign resources. More locally, lessons learned are communicated to communities where these technologies may ultimately be sited, which can improve community acceptance and provide jobs for the local economy. EPRI is a 501(c)3 not-for-profit organization with a public benefit mission. We have a community benefits team that supports projects through tools such as mapping, evaluation, and air quality modeling. EPRI has an existing Diversity, Equity and Inclusion strategy that supports initiatives and hiring across the institute.

Approx. number of available voucher projects

Inputs required from voucher recipients

Storage site details (e.g., location, property boundaries, geology, geography, adjacent land uses…), risk factors or leakage pathways that would benefit from focused monitoring, and voucher Recipient’s project schedule.

Geographic Constraints

NONE

Additional details on matching preferences

none

Estimated capability duration in weeks

104

Mid-point Milestone Description

A midpoint report documenting the status of the project will be provided or other milestone negotiated with voucher recipient.

Final Milestone Description

Submission of final report

Independent Assessment of Monitoring, Reporting, and Verification (MRV) Technologies and Practices for In-Situ and Ex-Situ Mineralization

Voucher #

VO5-15

Organization:

Pacific Northwest National Laboratory

Details

City

Richland

State

Zip

99354

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture

Carbon Management (including carbon capture and direct air capture)

Category

MRV Assessment

Capability Description

Development of robust, transparent, and precise monitoring, reporting, and verification (MRV) technologies and practices is critical for carbon storage (CCS) and carbon dioxide removal (CDR) project developers to comply with regulatory and permitting (e.g., EPA UIC Class VI) requirements, voluntary carbon market protocols, and to obtain valuable incentives like the 45Q tax credit. For early-stage technologies like in-situ or ex-situ carbon mineralization in reactive rocks (e.g., mafic/ultramafic rocks), building trust and accountability around MRV technologies and protocols through third-party validation is paramount to obtaining community support, voluntary and mandatory compliance, and ultimately a social license to operate. This voucher project will reduce adoption risks for developing MRV technologies and protocols for mineralization by validating recipient’s MRV using modeling (e.g., independent assessment of reactive transport modeling protocols) and/or lab- or field-based testing. Testing will validate the proposed technologies/protocols under relevant operating conditions to provide recipients with an output assessment consisting of 1) assessment of MRV suitability for proposed technology and gap analysis, 2) determination of accuracy/precision of measurements, and 3) Final risk analysis and MRV assessment report.

Capability Core Competencies

PNNL’s expertise in CCS dates back to the 1990s and includes work across all scales, from molecular dynamics to pilot demonstration and development of tools to support permitting of commercial-scale CCS projects. In 2013, PNNL researchers began the first field demonstration of supercritical CO2 injection into basalts at the Wallula Basalt Project which confirmed the safe and rapid mineralization of CO2 into carbonates. Since then, PNNL scientists have leveraged this expertise to develop new R&D projects for in-situ and ex-situ mineral storage - including many R&D activities focused on scaling-up the analytical and measurement technologies and MRV protocols for commercial-scale mineralization (e.g., SMART/NRAP). PNNL is also leading a DOE Lab Call project to develop an adaptive MRV framework for mineralization-based CDR technologies that makes this team exceptionally well-qualified to assess mineralization-based MRV technologies/protocols.

Capability Qualifications and Credentials

PNNL advances the frontiers of knowledge, taking on some of the world’s greatest science and technology challenges. Distinctive strengths in chemistry, Earth sciences, biology, and data science are central to our scientific discovery mission. Our research lays a foundation for innovations that advance sustainable energy through decarbonization and energy storage and enhance national security through nuclear materials and threat analyses. PNNL collaborates with academia in fundamental research and with industry to transition technologies to market. PNNL has served a leadership role in field-scale projects designed to validate the safety and efficacy of carbon storage. Today, PNNL researchers are working to improve the tools available for characterizing, managing, and monitoring CCS projects in the future. For example, PNNL is working to develop seismic contrast agents that could support characterization and active monitoring of in-situ mineralization projects. https://www.pnnl.gov/doe-capabilitieshttps://www.pnnl.gov/projects/carbon-storage/acoustic-contrast-agenthttps://www.pnnl.gov/projects/carbon-storage/wallula-basalt-project

Capability Community Benefits

Pacific Northwest National Laboratory (PNNL) is an asset for the nation, our region, and local communities. Headquartered in Richland, Washington, with growing locations in Sequim, Seattle, and Portland, we are one of the largest employers in Eastern Washington, the second-largest research institution in the state, and a major contributor to the regional economy. PNNL has extensive experience developing community benefits plans for BIL- and FECM-funded projects. Collaborations—with utilities, industry, universities, ports, cities, Tribes, states, and more—are key to moving discoveries from the lab to impacts on the ground. We are eager to partner with communities - and particularly disadvantaged communities (DACs) defined by the Justice40 Initiative - to demonstrate new technologies or methods locally that can then be scaled nationally. For this voucher, PNNL will provide recipients with a clear and thorough assessment of best practices for MRV to instill trust with impacted communities and stakeholders.

Approx. number of available voucher projects

Inputs required from voucher recipients

System design data, equipment, and parameters critical to MRV (e.g., types of sensors, manufacturer specifications, quantification limits, intended use, etc.) will be required to complete this voucher. If available, novel technologies, equipment, or techniques should be shared with PNNL if lab- or field-validation is desired. Appropriate data protection practices will be put in place as needed once matching has occurred.

Geographic Constraints

Able to provide desktop MRV assessment service in any US state or territory, however lab- or field-validation must occur at PNNL’s campus in Richland, WA.

Additional details on matching preferences

Under this voucher opportunity, PNNL aims to support MRV technologies relevant to in-situ and ex-situ mineralization only. PNNL lab facilities that may be leveraged include extensive analytical and experimental capabilities in the Life Sciences Building (LSL2) Carbon Capture and Sequestration Laboratory as well as PNNL-hosted DOE User Facilities such as the Environmental Molecular Sciences Laboratory (EMSL). Lab capabilities include unique in-situ experimental laboratory techniques capable of simulating and probing extreme conditions (e.g., high pressure and temperature). Modeling work may utilize PNNL’s STOMP-CO2 subsurface simulator – a mature DOE-sponsored numerical simulator – or other open-source reactive transport simulators as needed.

Estimated capability duration in weeks

Mid-point Milestone Description

Preliminary MRV gap analysis and suitability assessment and plan for lab- or field-testing.

Final Milestone Description

Final MRV report highlighting key risks, gaps, and suitability of recipients MRV technology/protocol.

IIoT & Performance Modeling for Industrial Decarbonization

Voucher #

VO2-11

Organization:

LHP Data Analytic Solutions, LLC

Details

City

Columbus

State

Zip

47203

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; industrial-decarbonization; wind

Clean Hydrogen

Industrial decarbonization

Wind

Category

Simulation/Modeling

Capability Description

Our solutions for Industrial Decarbonization would deliver an Industry 4.0 or IIoT infrastructure and real-world system performance modeling. We would enhance the sensor and data monitoring/collection aspects of an industrial plant, processes, or system to provide valuable data insights into the carbon footprint and associated usage patterns. These usage patterns and learnings of the emitted carbon footprint can be sliced and analyzed to identify wasteful processes or inefficiencies amongst people, process, or technology in use. With identification complete improvements can be made to the system to create a reduced carbon footprint or evaluate alternative technologies in that effort. The scope of work is estimated at 12 weeks, with the following milestones: Sensor/Metering: Identification of source data against carbon-based assets that are being measures. Adding additional sensors or meters where needed to capture the proper data for analysis (week 1-6). Data Acquisition: Identification of data and coding to enable data transmission (weeks 5-6). Data Infrastructure: The coding of secure data transfer, secure data storage at rest, API development, and backend development (weeks 6-10). Data Presentation: The presentation layer of reports, KPIs, dashboards, and analytics (weeks 9-12).

Capability Core Competencies

We are more than a technology vendor; we are problem-solvers committed to addressing modern industrial data challenges. Our specialization in Digital Twin, Industry 4.0, and Digital Transformation technologies uniquely qualifies us for this opportunity. Our experience ranges from partnering with large-scale manufacturers to achieving tangible benefits like cost reduction and efficiency enhancement. We have previously executed many projects involving Digital Twin development for global manufacturing giants. We offer consultative services, master asset data modeling, Industry 4.0 prototyping, data connectivity, and data analytics among other capabilities. Our holistic, multidisciplinary approach ensures robust and scalable solutions with seamless implementation. Our project methodology starts with a consultative phase for understanding the unique challenges of each project. We engage in rapid prototyping, followed by a phased, full-scale rollout, reducing operational disruptions, and ensuring effectiveness. Our specialization aligns perfectly with the objectives of the VO-2 Program, especially in performance validation, modeling, and certification support.

Capability Qualifications and Credentials

LHP Data Analytic Solutions has a proven track record of successfully implementing complex projects. One standout example is our work with a global manufacturing company employing over 200,000 people. In this example, we outperformed both a leading domestic management consulting firm and global technology outsourcing firm to implement bespoke Digital Twin and Industry 4.0 solutions. Our multi-phase approach began with an in-depth consulting engagement, followed by detailed data modeling to identify operational inefficiencies and opportunities for improvement. Our aided results not only enhanced manufacturing efficiencies and data availability and quality but created an infrastructure platform for scale and ongoing innovation. We employ resources who excel in their university studies, with advanced degrees or technology certifications. Our employees must be customer centric and take a consulting/can-do approach. We encourage all employees to pass development exams, create modular reusable components for our customer’s scale and efficiencies, and participate in code reviews.

Capability Community Benefits

Our approach to advancing community benefits, as well as Diversity, Equity, Inclusion, and Accessibility (DEIA), is dual-pronged. Initially, we are committed to making cutting-edge Industry 4.0 technologies universally accessible, extending their reach to organizations of varying sizes and sectors. Concurrently, our development process is deliberately consultative and integrates contributions from a diverse pool of stakeholders. This inclusionary methodology guarantees that the advantages of our innovations are equitably shared, thereby underscoring our commitment to social responsibility and equitable progress.

Approx. number of available voucher projects

Inputs required from voucher recipients

Equipping sensors or metering on a plant, asset, process, or system. In addition to physical installation, this also requires the support networking to be able to supply data to a new endpoint. Ability and willingness to expose and transmit existing data in the process lifecycle of energy metering via PLCs, sensors, Telematics, or other data capturing processes or hardware. System process and lifecycle SME(s) who can support the explanation of any process and data flows, values, their meaning, their usage, context, encoding, and proper/normal operating expected values.

Geographic Constraints

We are capable of supporting projects anywhere in the United States, even though we are primarily based in the Midwest of the United States with offices in Indiana, Michigan, and California along with a strong remote workforce.

Additional details on matching preferences

We are technology agnostic and have resources and teams that will adjust to your hardware, in addition to recommending solutions if needed.

Estimated capability duration in weeks

Mid-point Milestone Description

Access to incoming data, engineering pipeline (infrastructure) is in development and testing is near.

Final Milestone Description

Data, engineering pipeline, and visualization of the solution in full pilot and ready for next steps for the recipient.

Hydrogen Testing Services for Flow Components at Cryogenic or Ambient Temperatures

Voucher #

VO2-37

Organization:

Southwest Research Institute

Details

City

San Antonio

State

Zip

78238

Activity Location State

Applicable Technology Area(s)

clean-hydrogen

Clean Hydrogen

Category

Performance Testing

Capability Description

Southwest Research Institute (SwRI) has the capability to demonstrate the ability of liquid hydrogen flow components to perform reliably and safely. To complete this demonstration, a test stand will be designed, fabricated, and commissioned on the SwRI campus. The test stand will be constructed to maintain hydrogen in the liquid state through the flow component, if desired. Gaseous hydrogen testing can also be accommodated. Examples of products that SwRI can support include novel components for hydrogen storage and flow components (e.g. flow meters, hoses, dispensers, valves). The pressure, temperature, and flow of hydrogen through the components can be varied to test at real world conditions. The first critical milestone will be the commissioning of the test stand to demonstrate functionality. After commissioning, the test stand will be used to perform flow performance or reliability testing on the technology, the second critical milestone. The effect of temperature on the test article performance can be studied by measuring data at ambient temperature, during the onset of liquid hydrogen flow, or after thermal equilibrium at cryogenic temperatures.

Capability Core Competencies

SwRI has decades of experience designing and commissioning complex test facilities to achieve field-realistic pressure and temperature conditions with hazardous fluids. This experience includes the design, commissioning, and operation of a high-pressure gaseous hydrogen test facility and conducting years of performance testing on flow components at cryogenic temperatures. Additionally, SwRI has experience working with liquid hydrogen and has a large existing source tank (17,500-galllon) on the SwRI campus. In comparison to the size and scale of SwRI’s permanent flow facilities, the design and commissioning of a test stand to demonstrate the capability of liquid hydrogen flow components is well within SwRI’s capabilities and experience. SwRI’s established safety system and quality system will ensure that valuable test data are captured, while minimizing the risk of safety incidents. Technical and safety risks will be addressed during the project and mitigated to safely achieve the anticipated facility performance targets.

Capability Qualifications and Credentials

SwRI is one of the oldest and largest independent, nonprofit, applied R&D organizations in the U.S. With 2.3 million square feet of laboratory space dedicated to advancing technology, SwRI offers multidisciplinary, problem-solving services for project applications ranging from deep sea to deep space. SwRI has supported the development of hydrogen technologies on several projects, including flow components, storage systems, fuel cells, hydrogen internal combustion engines, and gas turbines/compressors. SwRI has a 1,500-acre campus in San Antonio, TX and nearly 3,100 employees with technical experience to serve a broad array of industries. This project will take advantage of multiple existing facilities and lab spaces at SwRI for the fabrication, commissioning, and testing tasks of this project. SwRI has both existing permanent facilities, which can be configured for specific projects, and general test equipment that can be assembled for custom tests.

Capability Community Benefits

The project team recognizes the importance of educating the community, with a focus on under-represented and underserved audiences, in science, technology, engineering, and mathematics (STEM) when advancing a technology that will positively affect daily life. Throughout the project, a specific task will be set to educate minority serving institutions (MSIs) in underserved communities within San Antonio, TX about the benefits and use of hydrogen for decarbonization, and the corresponding reduction in greenhouse gas effects. Increasing the knowledge of benefits and potential environmental considerations of hydrogen as an alternative fuel can inspire students to pursue careers in STEM fields. To have an effective diversity program, a company must first look internally to ensure that their policies, hiring practices, and workplace culture foster an equitable and psychologically safe environment, nourishing a diverse work force. SwRI accomplishes this through an established diversity program, individual awareness training, and proactive hiring and retention practices.

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher recipients shall provide information on their flow component to include the materials of construction, line size, end connection size and type, dimensions, and weight. SwRI will also need to understand the specific conditions that are being requested for the component testing, including hydrogen temperature, pressure, and flow rate (if applicable). Additionally, the specific metrics that the recipient is aiming to determine will need to be discussed (e.g. cycle life, leak rate at a certain pressure, average hydrogen density during operation) and the ways that the metrics will help aid de-risking and commercialization of the technology.

Geographic Constraints

Testing of the flow components will take place at or near the SwRI campus, in San Antonio, TX. This will be the most cost-effective and efficient place to conduct the testing, so the existing resources at SwRI can be leveraged. However, SwRI can support companies with headquarters and primary locations anywhere in the United States.

Additional details on matching preferences

While the capability described is cryogenic hydrogen testing of components, SwRI would also be able to support gaseous hydrogen testing. The hydrogen pressure and temperature can be adjusted to best fit the testing needs for particular components.

Estimated capability duration in weeks

Mid-point Milestone Description

The mid-point milestone will be commissioning of the hydrogen test stand to ensure full functionality prior to testing.

Final Milestone Description

The final milestone will be a brief test report that includes the data captured during the flow measurement technology testing.

Hydrogen/Electrolysis System Safety Training

Voucher #

VO3-18

Organization:

WHA International, Inc.

Details

City

Las Cruces

State

Zip

88007

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; energy-improvement-in-rural-or-remote-areas; vehicle-technologies

Clean Hydrogen

Energy Improvement in Rural or Remote Areas

Vehicle Technologies

Category

Safety

Capability Description

WHA International offers comprehensive training courses on hydrogen safety and electrolyzer safety. These courses are available in-person, virtually, and on-demand to increase industry understanding and awareness of challenges associated with hydrogen. The Hydrogen Safety Training course includes four levels: Awareness (Level 1): Introduction to hydrogen fire hazards, risk management philosophy, and good practices to reduce hydrogen fire risk.Intermediate (Level 2): Deeper understanding of hydrogen, materials compatibility, ignition factors, and good practices related to operations and maintenance.Advanced (Level 3): Fundamental principles of hydrogen system design and analysis methods, including the Hydrogen Combustion Risk Analysis (HCRA) tool.Expert (Level 4): Expert-level design and analysis topics to become your company's local expert on hydrogen system design and analysis methods. The Electrolyzer Safety Training course focuses on intermediate knowledge related to hydrogen and oxygen, inherent combustion risks, mitigating factors, and known failure modes for electrolysis systems.

Capability Core Competencies

WHA International, Inc. has been a leader in hydrogen safety since 1988. Many of our engineers come directly from NASA or the National Renewable Energy Laboratory (NREL). At NASA, hydrogen fuels and fuel cells were pioneered through the Space Program, while renewable energy technologies and infrastructure for hydrogen production, transportation, and use are researched at NREL. Our consultants played pivotal roles in the technology development and safe use of hydrogen at both institutions, are internationally-recognized authorities on hydrogen safety, and are uniquely equipped to address client's specific concerns.

Capability Qualifications and Credentials

WHA International possesses decades of expertise in hydrogen safety and electrolyzer safety, supported by ISO 9001 and ISO 17025 certifications. Our hydrogen consultants maintain active leadership roles in standards committees for NFPA 2 and ISO TC 197, and are active participants in the Center for Hydrogen Safety (CHS) and members of the Hydrogen Safety Panel. We actively contribute to industry standards, ensuring the highest safety standards through our advanced Hydrogen Combustion Risk Analysis (HCRA) service, which evaluates risks for components and systems. These qualifications position us as leaders in hydrogen safety training and consultancy, dedicated to helping the hydrogen economy grow safely and securely.

Capability Community Benefits

WHA International is dedicated to enhancing community safety through comprehensive hydrogen safety training. Our training programs not only educate industry professionals but also equip first responders with the knowledge and skills needed to handle hydrogen-related emergencies safely. By increasing awareness and understanding of hydrogen hazards and safety protocols, we help mitigate risks and ensure a rapid, effective response to incidents. This commitment to education and preparedness benefits not only the industry but also the broader community, promoting a safer environment as the hydrogen economy grows.

Approx. number of available voucher projects

Inputs required from voucher recipients

Specific usage of hydrogen or electrolyzers. Including: scale, pressures, liquid or gaseous, application. So that the training may include applicable case studies and information.

Geographic Constraints

No constraints. Can serve any US state.

Additional details on matching preferences

None

Estimated capability duration in weeks

Mid-point Milestone Description

Level 1 and Level 2 hydrogen safety training completed. Electrolysis systems safety training completed.

Final Milestone Description

Completion of Hydrogen Safety Training through level 4.

Hydrogen Custom/Standard Testing

Voucher #

VO2-40

Organization:

WHA International, Inc.

Details

City

Las Cruce

State

Zip

88007

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; energy-improvement-in-rural-or-remote-areas; vehicle-technologies

Clean Hydrogen

Energy Improvement in Rural or Remote Areas

Vehicle Technologies

Category

Performance Testing

Capability Description

WHA International offers testing capabilities to meet and exceed clients' unique requirements. Our custom test services include high-energy testing at our large-scale, safety-engineered remote test site, as well as advanced testing solutions through our partnership with NASA’s White Sands Test Facility. Our expertise spans evaluating flammability, ignitability, and performance of materials, components, and systems under various hazardous conditions, including temperatures from cryogenic to high, and pressures up to 15,000 psig. Specifically with hydrogen WHA has experience with component testing (exposure and cycle), leak rate testing, composite overwrap pressure vessel (COPV) testing, and hydrogen gas blends. Key milestones in the voucher project will include:Initial Consultation: Understanding client-specific needs and defining test parameters.Custom Test Design: Developing tailored test plans and systems, leveraging our decades of experience.Preliminary Testing: Conducting initial tests to validate methods and refine procedures.Full-Scale Testing: Executing comprehensive tests at our facilities, including high-energy tests at the remote site.Data Analysis and Reporting: Providing detailed reports on test results, including risk assessments and safety recommendations. At the end of the voucher project, we will deliver a comprehensive test report, including detailed analysis of the tested materials or systems, identified risks, and tailored safety recommendations.

Capability Core Competencies

WHA International, Inc. has been a leader in hydrogen safety since 1988. Our engineers, many from NASA and the National Renewable Energy Laboratory (NREL), are internationally recognized authorities on hydrogen safety. WHA’s test facilities are acclaimed for their extensive testing capabilities and research services. We offer tests for many international standards and unique specialty tests. Our lab is known for quality, custom-tailored testing, and fast results. With a strong background in failure analysis, hazard analysis, and industry standards development, we help clients understand potential hazards and fire risks, recommending necessary testing. Beyond technical results, we provide consulting to ensure components meet regulatory, standards, and safety requirements.

Capability Qualifications and Credentials

WHA International possesses decades of expertise in hydrogen safety, supported by ISO 9001 and ISO 17025 certifications. We maintain a large-scale, safety-engineered remote test site and have a unique industry liaison relationship with NASA’s White Sands Test Facility, allowing us to perform tests that exceed our own in-house capabilities. Our resources include a highly skilled team of engineers and consultants who maintain active leadership roles in standards committees for NFPA 2 and ISO TC 197, and are active participants in the Center for Hydrogen Safety (CHS) and members of the Hydrogen Safety Panel. This involvement ensures that we stay at the forefront of industry standards and best practices. These resources and certifications enable us to provide comprehensive and reliable testing services, tailored to meet the specific needs of our clients and advance safety in the hydrogen industry.

Capability Community Benefits

WHA International is dedicated to enhancing community safety through comprehensive hydrogen testing services. Our testing capabilities help ensure the safety and reliability of hydrogen systems, reducing the risk of accidents and improving public confidence in hydrogen technologies. By identifying and mitigating potential hazards, we support the safe adoption and use of hydrogen in various industries, which in turn fosters economic growth and environmental sustainability. Additionally, our work in developing and refining industry standards contributes to the overall safety of hydrogen systems, benefiting not just our clients but the broader community. Our expertise aids first responders by providing them with the knowledge and tools needed to handle hydrogen-related emergencies safely. Through our rigorous testing and analysis, we help create safer environments, promoting the growth of a secure and resilient hydrogen economy that benefits everyone.

Approx. number of available voucher projects

Inputs required from voucher recipients

Component/System information - descriptions and design specifications. Testing requirements - testing standards or protocols to be followed and performance criteria. Operation conditions - temperatures, pressures, etc. Safety information - any known hazards or safety considerations associated with components/systems, Material Safety Data Sheets. Test schedule.

Geographic Constraints

No constraints. Can serve any US state.

Additional details on matching preferences

None

Estimated capability duration in weeks

Mid-point Milestone Description

Initial consultation, custom test design completed. Possibly some preliminary testing finished if necessary for validation and design improvements.

Final Milestone Description

Testing completed and a summary of testing report put together.

Hardtech Commercialization Technical Assistance - Fundraising road-mapping

Voucher #

VO4-25

Organization:

Centrepolis Accelerator at Lawrence Technological University

Details

City

Southfield

State

Zip

48075

Activity Location State

Applicable Technology Area(s)

industrial-decarbonization; advanced-materials-and-manufacturing-technologies; building-efficiency; solar; vehicle-technologies; wind

Industrial decarbonization

Advanced Materials and Manufacturing Technologies

Building Efficiency

Solar

Vehicle Technologies

Category

Fundraising

Capability Description

Centrepolis is a hardtech accelerator dedicated to the economic development of our regional ecosystem. We support dual-use technology, mobility, and advanced manufacturing technologies. Our team provides comprehensive technical assistance to start-ups and small to medium-sized companies to help mature their technologies. Our services include market analysis and research, development of marketing materials, go-to-market strategy formulation, product scale-up, patent landscape analysis, intellectual property legal support, business plan development, fundraising road-mapping (both public and private sources), and commercialization strategy assistance. By the end of the voucher project, we will deliver a comprehensive commercialization strategy tailored to the recipient's needs, ensuring their technology is market-ready.

Capability Core Competencies

Provide a brief description of your organization’s expertise, experience, capabilities, and approach as it relates to the voucher opportunity. Centrepolis is a team of practitioners with extensive industry experience. Our leadership has over 25 years of experience leading technical and advanced technology teams and providing technical and commercial due diligence to venture capital, private equity, economic development, and other sectors. Our accelerator boasts a team of Experts-In-Residence, each with an average of over 30 years of industry experience as executives or subject matter experts. This team provides comprehensive support for commercialization projects. Centrepolis has over 40 Experts-In-Residence on staff, each with over 25 years of expertise in fields such as product design, engineering, prototyping, tooling, materials, manufacturing, supply chain, IP, business strategy, industry connections, and marketing & sales. This unique depth of experience and knowledge allows us to offer unparalleled expertise in advancing commercialization projects.

Capability Qualifications and Credentials

Centrepolis comprises a team of over 40 seasoned experts (over 25% PhD, over 60% Graduate Studies) in various functional areas, including product development (mechanical engineering, electronics development, software), polymers, sustainability, business, advanced manufacturing, and supply chain development strategy. Our team also has specialized expertise in verticals such as energy, mobility, defense, mining, and recycling. Additionally, we have a fully staffed prototype lab and engineering team equipped to support the development and commercialization of advanced technologies. This extensive range of expertise and resources ensures we can provide comprehensive support tailored to the specific needs of each commercialization project.

Capability Community Benefits

Since 2018, Centrepolis has been dedicated to providing free services and funding to underrepresented companies. In collaboration with funders from underserved communities, such as the New Economy Initiative of Wayne County and the City of Southfield, we launched the Micro Makers Evolution Lab to fund and support the commercialization of products for underserved firms. Over 50% of our clients are underserved entrepreneurs, including women, people of color, veterans, the disabled, and small and medium-sized businesses (SMBs) in distressed communities. Our commitment to diversity, equity, inclusion, and accessibility (DEIA) is reflected in our client demographics: 52% are from underserved backgrounds, 23% are African American-owned, 23% are women-owned, 23% are minority-owned, 53% are senior-owned, 10% are veteran-owned, and 8% have leaders with disabilities. Additionally, 45% of our founders come from underserved communities. Centrepolis actively supports community benefits by fostering inclusivity and providing tailored resources to ensure the success of diverse entrepreneurs.

Approx. number of available voucher projects

Inputs required from voucher recipients

For the voucher project, we require the following inputs from the recipients: detailed product information, including specifications and technical documentation; any existing market research or customer feedback; the current business plan or strategic roadmap; details of any intellectual property considerations; and specific project goals and milestones. Additionally, we request participation in three key meetings: a kickoff meeting, a roadmap workshop, and a program closure meeting.

Geographic Constraints

US Online, Regional In person

Additional details on matching preferences

Centrepolis offers access to specialized equipment, facilities and prototype lab. Our team consists of experts with unique skills and certifications relevant to advanced manufacturing and product commercialization. We have a track record of successful projects; drone manufacturer - led DFM&A | value chain analysis | supplier development Consumer products company - supported supply chain assessment | quality process improvements Power Electronics company SiC powerstack - Help ideation of manufacturing process | supplier development Mobility company - developed fundraising strategy For effective collaboration, we use advanced project management and communication tools to ensure seamless interaction with our clients.

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of initial fundraising strategy draft and identification of potential funding sources.

Final Milestone Description

Deliver final fundraising roadmap, including action plans and targeted funding opportunities.

Hydrogen Blended Natural Gas Transmission and Distribution Simulation and Testing Services

Voucher #

VO2-39

Organization:

Southwest Research Institute

Details

City

San Antonio

State

Zip

78238

Activity Location State

Applicable Technology Area(s)

clean-hydrogen

Clean Hydrogen

Category

Performance Testing

Capability Description

Southwest Research Institute (SwRI) has the capability to test a range of transmission and distribution-scale flow components in the presence of hydrogen blended natural gas. To achieve this testing, a recirculating flow loop at SwRI’s Metering Research Facility will be used with necessary upgrades for hydrogen compatibility at up to 25% hydrogen by volume. This facility will include capabilities for testing onsite hydrogen generation, transmission, and distribution equipment (with a focus on flowing conditions and measurement). The facility will also accommodate end-use applications, such as flaring and burner testing. This facility was originally set up for testing gas pipeline flow meters and components. The upgrade to hydrogen blended natural gas will allow this to become an ideal testbed for precisely evaluating the performance of components with varying levels of hydrogen content. The core of this facility is a recirculating gas flow loop with a flow range of 0 – 750 acfm, a pressure range of 20 – 265 psig, a temperature range of 60 – 110 deg-F, and an installation size range of 1/2-inch to 12-inch nominal pipe sizes. As a recirculating loop, with multiple test headers, it's set up to test multiple articles simultaneously for long or short durations.

Capability Core Competencies

SwRI’s Metering Research Facility team has been testing flow components and flow measurement technologies for well over 30 years. In this time, the team has created many unique test setups and procedures to thoroughly test capabilities across a wide range of industry needs. This experience includes testing on multiple liquids, gases, multiphase flows, and of especial importance – hydrogen and hydrogen blended natural gas flow media. SwRI has completed targeted hydrogen blended natural gas testing for multiple meter manufacturers and research organizations and will build from that work experience for this testing program. SwRI has robust safety, quality, and data acquisition systems for this line of testing, and has a wide array of contacts who may be leveraged for secondary equipment needed, depending on the flow component(s) to be tested. These systems and connections will ensure valuable data are captured in a safe and efficient manner.

Capability Qualifications and Credentials

SwRI is one of the oldest and largest independent, nonprofit, applied R&D organizations in the U.S. With 2.3 million square feet of laboratory space dedicated to advancing technology, SwRI offers multidisciplinary, problem-solving services for project applications ranging from deep sea to deep space. SwRI has supported the testing and development of hydrogen blended natural gas technologies on several projects, including flow measurement technologies, distribution grid modelling, hydrogen generation and blending into natural gas, and hydrogen end-use applications. SwRI has a 1,500-acre campus in San Antonio, TX, and nearly 3,100 employees with technical experience to serve a broad array of industries. SwRI’s standing as a non-biased, third-party research organization allows for easy consultation with regard to any technical questions that may arise while testing flow components, such as gas flow modeling, materials compatibility, chemistry challenges, and more.

Capability Community Benefits

The project team recognizes the importance of educating the community, with a focus on under-represented and underserved audiences, in science, technology, engineering, and mathematics (STEM) when advancing a technology that will positively affect daily life. Throughout the project, a specific task will be set to educate minority serving institutions (MSIs) in underserved communities within San Antonio, TX, about the benefits and use of hydrogen for decarbonization, and the corresponding reduction in greenhouse gas effects. Increasing the knowledge of benefits and potential environmental considerations of hydrogen as an alternative fuel can inspire students to pursue careers in STEM fields. To have an effective diversity program, a company must first look internally to ensure that their policies, hiring practices, and workplace culture foster an equitable and psychologically safe environment, nourishing a diverse work force. SwRI accomplishes this through an established diversity program, individual awareness training, and proactive hiring and retention practices.

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher recipients shall provide information on their flow measurement or pipeline component technology to include the materials of construction, line size, end connection size and type, dimensions, and weight. A technical drawing of the technology is preferred. They shall also provide any requirements for the data acquisition system to interface with the technology. Technology limitations shall also be discussed with the voucher recipient concerning operating and environmental conditions. Test operating condition ranges, testing duration, article pressure rating, and equipment electrical classification will also be required information.

Geographic Constraints

Testing shall be conducted at SwRI’s Metering Research Facility in San Antonio, TX. Due to the significant infrastructure built at this location for testing programs such as this, the most efficient option is to test at this location. Though the testing is in San Antonio, the SwRI team has extensive experience in providing comprehensive remote test witnessing opportunities for this facility. This reduces/potentially eliminates necessary travel costs, while still involving the recipient in the test directly, from wherever in the world they are based.

Additional details on matching preferences

This facility is primarily used for flow measurement purposes, with high-accuracy flow references available onsite, but the highly repeatable flow conditions and range of operations allow for testing of many other flow components. This includes flow conditioners, thermowells, DP measurements, valves and regulators, gas-gas separators (i.e., hydrogen removal from blended gas), hydrogen into natural gas blending equipment, gas compressors, gas composition analyzing tools, leak detection equipment, and any other technology that can benefit from highly stable, highly repeatable flowing and static conditions at distribution and transmission pipeline scales.

Estimated capability duration in weeks

Mid-point Milestone Description

The mid-point milestone will be commissioning of the flow loop with hydrogen blended natural gas, and the test article installed.

Final Milestone Description

The final milestone will be completion of the testing program, and delivery of the data and a detailed final report.

Hydrogen and Energy Storage Systems Safety Trainings (Live, In-Person)

Voucher #

VO3-3

Organization:

Omitz, LLC

Details

City

Louisville

State

Zip

80027

Activity Location State

Atlanta

Activity Location State

30339

Applicable Technology Area(s)

clean-hydrogen; long-duration-energy-storage; building-efficiency; solar; wind; bioenergy

Clean Hydrogen

Long-Duration Energy Storage

Building Efficiency

Solar

Wind

Category

Safety

Capability Description

To expedite understanding of renewable energy system requirements for permitting agencies (e.g., Planning Office, Fire Department, etc), Omitz proposes delivery of customized 8-hour hydrogen (NFPA 2: Hydrogen Technologies Code) and 8-hour energy storage systems safety (NFPA 855: Standard for the Installation of Stationary Energy Storage Systems) training to underrepresented areas of the country interested in pursuing renewable energy systems within their region. Description of the Work Involved• Customizing training content to match the department's familiarity and needs.• Delivery of training by certified Omitz trainers: - 8-hour training on NFPA 2: Hydrogen Technologies Code - 8-hour training on NFPA 855: Installation of Stationary Energy Storage Systems• Interactive sessions with case studies, hands on demos, and Q&A to address concerns.• Distributing NFPA 2 and 855 reference materials and handouts. Outputs and Deliverables• Comprehensive training on NFPA 2 and NFPA 855.• NFPA 2 and NFPA 855 reference booklets and handouts.• Certificate of completion for participants with documentation of contact hours.• Post-training assessment report with feedback and future training recommendations.

Capability Core Competencies

Omitz, LLC leverages over 15 years of expertise in safety and health, specializing in hydrogen and energy storage safety. Our 8-hour NFPA 2 and NFPA 855 training courses equip engineers, project managers, and safety professionals with critical knowledge and practical skills. Omitz’s training is rooted in real-world applications and delivered by experts who have shaped industry standards. Beyond training, Omitz strives to simplify regulatory navigation for clean energy technologies. Our innovative software tools treat regulations as big data, integrating natural language processing and knowledge graphs to curate and contextualize complex regulatory content. This approach makes regulatory information accessible and actionable, enhancing both compliance and operational efficiency. Our team’s expertise, combined with cutting-edge solutions, positions Omitz as a leader in regulatory compliance and safety training. We empower organizations to navigate and comply with complex safety standards, fostering a safer and more efficient operational environment.

Capability Qualifications and Credentials

Founded and run by a safety professional (CSP/CIH) with experience in renewable hydrogen research support (including a decade tenure with the hydrogen and battery groups at the National Renewable Energy Laboratory), we have extensive and practical hands-on experience to help organizations navigate complex codes and standards. Beyond training, we use our own tool internally to provide effective consulting support for large hydrogen and battery projects for industry clients. Utilizing our suite of tools, we've significantly reduced regulatory compliance costs and review time, demonstrating our ability to deliver on our promises.

Capability Community Benefits

• Reduce Search-to-Action Time: Omitz’s innovative software and trainings can streamline the permitting and siting process to accelerate development of clean energy technologies. Omitz is confident that we can reduce the average time users spend on regulatory review-to-actionable-insight by 30% within the service period (as measured by time spent in the permit review process). • Energy Justice & DEIA: Transparency and Access: Our Insight Web and unique safety trainings will make it easier for underserved jurisdictions to implement clean energy solutions in hopes of broad prosperity and safety for all. Institutionally, Omitz commits to hiring at least 20% of staff from underserved and underrepresented backgrounds.

Approx. number of available voucher projects

Inputs required from voucher recipients

Inputs required from voucher recipients include providing 1) the number of personnel to be trained and their roles within the organization (< 30); 2) identify and communicate specific focuses or areas of concern within the NFPA 2 and NFPA 855 codes that you would like prioritized in the training; 3) collaborate with stakeholders to identify preferred training dates and times; and 4) information on previous hydrogen and energy storage systems technologies experience/training.

Geographic Constraints

Omitz will conduct the training anywhere within the United States.

Additional details on matching preferences

Jurisdictions reviewing and permitting projects with hydrogen or energy storage systems are ideal matches.

Estimated capability duration in weeks

Mid-point Milestone Description

Consultation, Customization, and Material Preparation

Final Milestone Description

Provide training session on NFPA 2 and NFPA 855; conduct post-training assessment and feedback.

Hardware-in-the-Loop Tests for Power Systems Simulation

Voucher #

VO2-57

Organization:

University of Washington - Washington Clean Energy Testbeds

Details

City

Seattle

State

Zip

98105

Activity Location State

Seattle

Activity Location State

98105

Applicable Technology Area(s)

updates-to-the-electric-grid; long-duration-energy-storage

Updates to the Electric Grid

Long-Duration Energy Storage

Category

Simulation/Modeling

Capability Description

The Washington Clean Energy Testbeds (WCET) provide technical assistance with a world-class simulation environment for clients to test and validate their technology, product, and protocols in preparation for commercialization in the market or implementation in a power system. WCET staff work with clients to outline a detailed project plan with a quote and timeline based on the technical requirements and input data. The staff provide expertise in customized model development and scenario design to demonstrate the performance of the client’s product. A (Power-) Hardware-in-the-Loop (HIL/PHIL) testing setup is established with real-time digital simulators (OPAL-RT OP5707XG or PLECS RT Boxes), allowing the product to be tested in an environment that closely approximates the real-world power system. Clients can conduct HIL/PHIL tests in person after training or with assistance from WCET staff. The staff are responsible for collecting and analyzing the simulation data. Deliverables in a project include (1) Project plan and quote, (2) Model files and model development documents, (3) Testing environment establishment, (4) HIL/PHIL test demos, (5) Simulation results, and (6) Comprehensive analysis report. Among which, (1)-(3) will be delivered as mid-milestones, (4)-(6) will be added at the end of the project as the final milestone.

Capability Core Competencies

WCET provides a simulation environment for testing and validating innovative products and operation protocols that are challenging to deploy or demonstrate in real power systems. WCET supports academic and industrial research, development, and deployment for various applications with leading grid simulation technology and advanced equipment to expedite and derisk the clean energy technologies before their commercialization and implementation. WCET can perform both Software-in-the-Loop (SIL) and (Power-) Hardware-in-the-Loop (HIL/PHIL) tests using an OPAL-RT real-time digital simulator or PLECS RT Boxes for power system and power electronics emulation with micro-second to nano-second time steps. The simulation environment is enhanced with a California Instruments 30 kW power amplifier, Keysight PV emulators, Techtronix battery emulators, and single-/three-phase hardware ports to approximate the real power system under safety protocols. WCET staff provide consultation services, customized model design, and testing assistance and work closely both in-person and remotely with clients to meet their technical requirements.

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Technical requirements, Product description and specifications, implementation environment description and data (power system level), control algorithm requirements, product hardware and connection

Geographic Constraints

Additional details on matching preferences

Relevant primary instruments are: Opal-RT OP5707XG digital simulator with 16 processing cores and the RT-Lab Simulink simulation platform, PLECS RT Box 1, California Instruments MX-30 power amplifier with a maximum current of 125 A and maximum voltages of 300 VAC and 400 VDC. Supporting equipment includes: Keysight N8937A photovoltaic emulators and Techtronix 2281S-20-6 battery emulators.

Estimated capability duration in weeks

Mid-point Milestone Description

Model files, model development documents, and testing environment establishment.

Final Milestone Description

Model files, model development documents, HIL/PHIL test demo, simulation data, and a comprehensive report on the project.

GREET Life-cycle analysis (LCA) for energy systems and industrial decarbonization

Voucher #

VO2-42

Organization:

Argonne National Laboratory

Details

City

Lemont

State

Zip

60439

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Category

Simulation/Modeling

Capability Description

Argonne will use the R&D GREET, a comprehensive LCA tool, to evaluate the energy and environmental metrics across the entire life cycle of proposed technologies under the topic areas previously selected. During the project, the Argonne GREET team will have several objectives: (1) provide the R&D team feedback on the performance of the proposed technology, (2) highlight potential energy and environmental hotspots, (3) identify opportunities for improvement, and (4) benchmarking the technology developed here against alternatives. Comparative results help technology developers and stakeholders understand the value proposition of R&D efforts for achieving key sustainability targets. Meanwhile, hotspot results help the R&D team for specific technologies focus their research to address key sources of energy use and environmental impacts within the processes being developed. Among the deliverables and milestones, the team will have: regular briefings to sponsor and project team members providing findings of iterative LCA; develop standalone pathways in R&D GREET for each of the proposed technology and alternative technologies for comparison purposes, final report documenting the results of the LCA; and contributions to manuscripts and quarterly reports in collaboration with other team members.

Capability Core Competencies

Argonne National Laboratory (ANL) developed the GREET® (Greenhouse gases, Regulated Emissions, and Energy use in Technologies) model with the support of several programs in the U.S. Department of Energy. GREET is a life-cycle analysis (LCA) tool structured to systematically examine energy use, water consumption, greenhouse gas (GHG) emissions, and critical air pollutants associated with a wide range of fuels and products from various feedstock and technologies. Consistent with annual updates since 1995, GREET has been the go-to model to guide decision-making, research and development, and regulations related to major technology sectors including transportation, chemicals, and assessing end-of-life (EOL) tradeoffs between materials.

Capability Qualifications and Credentials

Argonne’s R&D GREET website: https://greet.anl.gov/index.php contains all the information, publications, references, datasets, and software related to R&D GREET. Today, there are more than 50,000 registered users worldwide, including industry, academic, and government institutions such as The California Air Resources Board (CARB) and the U.S. Environmental Protection Agency (U.S. EPA). As an expert in LCA using GREET, ANL has a unique capability to perform a comprehensive LCA and evaluate the environmental impact of novel technologies that will promote the decarbonization of the U.S. economy.

Capability Community Benefits

The project team is committed to supporting Argonne’s strategies for diversity, equity, inclusion, and accessibility (DEIA), whose visions aim to create safe, welcoming, diverse, and inclusive environments for all employees. We will follow our laboratory-wide established DEI plan and will work closely with the student program at Argonne to recruit students through the Department of Energy (DoE) Science Undergraduate Laboratory Internship (SULI) program or the GEM fellowship program and participate in activities that will boost recruitment of student from a diverse and STEM-oriented careers such as career panels and training workshops.

Approx. number of available voucher projects

Inputs required from voucher recipients

We will request material and energy inputs, characteristics of the processes, reaction parameters such as yields, rates, titles, catalysts, and any chemical input during pretreatment, conversion, or downstream processing. we will also request energy demand and types ( electricity, natural gas, fossil energy or renewable energy. Finally, we will request feedback/input on the assumptions and data we obtained through literature review and engineering estimations to fill data gaps.

Geographic Constraints

No geographic constraints, the research will be performed at the Argonne National Laboratory location

Additional details on matching preferences

no additional information

Estimated capability duration in weeks

Mid-point Milestone Description

Develop and complete a questionnaire to collect life-cycle inventory (LCI) and develop baseline technology for comparisons.

Final Milestone Description

Conduct LCA to evaluate the GHG emission reductions based on baseline technologies of new technologies and implement pathways in GREET

Go-to-Market Strategy

Voucher #

VO4-33

Organization:

Fedsprout

Details

City

Princeton

State

Zip

8540

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; industrial-decarbonization; advanced-materials-and-manufacturing-technologies; building-efficiency; geothermal; solar; water; wind; bioenergy; vehicle-technologies

Clean Hydrogen

Industrial decarbonization

Advanced Materials and Manufacturing Technologies

Building Efficiency

Geothermal

Category

Market Readiness

Capability Description

Our Go-to-Market (GTM) strategy service includes Market Size Estimations, Segmentations, Industry Analysis, Competition Benchmarking, and identifying GTM strategies for your product and/or service. We assess the Total Addressable Market (TAM), Serviceable Available Market (SAM), and Serviceable Obtainable Market (SOM) to determine product positioning relative to competitors and highlight key features, benefits, and unique selling propositions (USPs) that resonate with the target market. Key Milestones:Market Analysis and Strategy Development (Weeks 1-6):Deliverable: Detailed Market Size Estimations, Segmentations, and TAM, SAM, and SOM assessments.Distribution Channel Identification (Weeks 7-8):Deliverable: Shortlist of effective distribution channels and channel-specific strategies.Integrated Marketing Plan (Weeks 9-10):Deliverable: Comprehensive marketing plan that will use digital marketing, content marketing, social media, and advertising tailored to the target audience.Launch Campaign Planning (Weeks 11-12):Deliverable: Execution strategies for a compelling launch campaign to drive initial adoption.Implementation Roadmap Development (Weeks 13-16):Deliverable: Detailed roadmap with timelines, milestones, resource allocation, and responsibilities.By the end of the voucher project, we will deliver a complete market analysis report, an integrated marketing plan, a detailed implementation roadmap, and launch strategies to ensure successful market entry and growth.

Capability Core Competencies

Fedsprout's expert team includes Ph.D.s in energy storage, hydrogen, electrical grid technologies, and renewable energy generation, alongside MBAs in business and commercialization. We collaborate with IEEE, EPRI, NRECA, and CEATI and have strong connections with utilities and technology end users. Examples of Our Work:1. Assisted a foreign battery manufacturer in finding U.S. demonstration locations and developed a market strategy to address supply chain issues and enhance energy storage accessibility.3. Developed community benefits plans for various utilities and clean energy initiatives.3. Conducted market research, sizing, competitive analysis, and GTM strategy for a DOE SBIR project on pipeline inspection and repair robots.We excel in strategic positioning, assessing TAM, SAM, and SOM, and developing optimized distribution channel strategies. Our integrated marketing approach involves market assessment, channel strategy identification, detailed marketing plans, impactful launch campaigns, and an implementation roadmap aligning marketing with sales and operations.

Capability Qualifications and Credentials

Our resources include:• Research Databases: Access to premium market research databases like Pitchbook, Owler, Start-up Databases, Govt. Portals & Publications, Statista, Zoominfo, Bloomberg, Company's Annual reports and other Company/Market-related databases.• Data Analysis Platforms: Use of platforms like Tableau, Microsoft Excel/PPT and Power BI for visualizing and analyzing complex datasets.• Expert Team: A multidisciplinary team of senior analysts We have access to industry experts to get valuable information and insight that help us drive primary market research.

Capability Community Benefits

We plan to ensure the technology is easily accessible and provides equitable benefits. Our market sizing will include assumptions and assessments specific to DACs, energy communities, and environmental justice communities. Distribution channels will be evaluated to ensure accessibility. The marketing plan and launch campaign plan will be developed with the local community in mind; for example, developing bilingual materials and educating vulnerable or difficult-to-access community members will be accounted for.

Approx. number of available voucher projects

Inputs required from voucher recipients

Have you completed your market research and analysis? If so, could you provide us with any reports or research conducted to date? We need to understand your target market segments and competition before developing the GTM strategy. We need to also understand the customer profiles. Additionally, do you have a developed value proposition that you could share with us? We would need both of these items before starting our engagement.

Geographic Constraints

We provide services across all US states and territories.

Additional details on matching preferences

Completing market research and analysis, along with value proposition development, is essential before starting a go-to-market (GTM) strategy. Market research provides insights into customer needs, market dynamics, and competitive landscape, ensuring targeted and effective marketing efforts. A well-defined value proposition highlights unique selling points and aligns with customer needs, forming the foundation for compelling marketing messages and supporting sales efforts. These steps ensure a solid foundation for a successful GTM strategy. If you have not completed a market research and analysis, then you may want to first select that service from the Voucher program.

Estimated capability duration in weeks

Mid-point Milestone Description

Preliminary Report covering TAM and/or SAM assessments, distribution channel identification and strategy development, and integrated marketing plan and tactics.

Final Milestone Description

Final presentation and report with TAM/SAM/SOM assessments, distribution channel strategies and detailed marketing plan, Launch campaign strategies, and implementation roadmap.

Fundraising Strategy, Investor Pitch Strategy, Development, and Targeting Execution

Voucher #

VO4-14

Organization:

Rare Innovation

Details

City

Sarasota

State

Zip

34237

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; industrial-decarbonization; advanced-materials-and-manufacturing-technologies; building-efficiency; geothermal; solar; water; wind; bioenergy; vehicle-technologies

Clean Hydrogen

Industrial decarbonization

Advanced Materials and Manufacturing Technologies

Building Efficiency

Geothermal

Category

Fundraising

Capability Description

Startups needing private investment to cross the “valley of death” need support developing pitch decks and strategies that are audience specific and create interest. Compelling pitches are audience/problem centric and clearly articulate the opportunity. Targeting the right investor is as critical as the pitch and Rare Innovation will curate and contact a list of the right investors to help accelerate new ventures. Milestones:Delivery of two presentation decks with content edits to appeal to investors and design improvements.Provide contact list of 20+ investors that are aligned with the innovation.Written report that each were provided an introductory deck and who is interested in a pitch from client.

Capability Core Competencies

Rare Innovation is your representative to the market and investors. We are experienced in presenting complex innovations to the market that drives adoption and success. Our core competencies are: Sales, Partnership, Marketing, Go-to-Market Strategy and Execution Pitch Deck Development, Pitch Prep, and Public/Private Fundraising Business Development, Business Modeling, and Growth

Capability Qualifications and Credentials

Rare Innovation has been serving the SBIR ecosystem since 2007, securing numerous grants across all issuing entities, including several Phase III wins. Our work with the DOE is now a core competency and have leveraged TABA funding to successfully connect or innovators with partners and customers. Our principal has led multi-million-dollar sales deals while working at companies like Dell, HP, and EDS and has brought these best practices to startups after receiving a graduate degree in Science and Technology Commercialization. The principal also has served as a DOE SBIR PI for a Phase I. Rare Innovation also offers an extensive partnership network of IP attorneys, corporate attorneys, and other specialized business development professionals.

Capability Community Benefits

Rare Innovation supports STEM education for all and our principal is an educator at the college level and a volunteer mentor with several organizations. It is our intent to engage with underserved universities and colleges to mentor STEM entrepreneurs and Rare Innovation will also offer paid internships with Florida A&M’s school of business, a renowned HBCU with the largest business school of the HBCU’s and highly ranked. Two paid interns will be hired from the FAMU Experiential Learning platform on award to execute and learn some core research and business development basics in support of the overall effort.

Approx. number of available voucher projects

Inputs required from voucher recipients

Recipients must provide current commercialization plan, any documentation of customer discovery, innovation overview, list of investors already approached, and current pitch decks.

Geographic Constraints

Rare Innovation currently works with clients anywhere and are able to provide the service anywhere in the country.

Additional details on matching preferences

Rare Innovation has supported over 50 DOE awardees to connect them to opportunities and develop strategies that help them succeed in the long term. We can offer many referrals on request. We have designed pitches and coached on the pitch process to many, securing first place cash awards in venture competitions and many engagements with VC and Angel investors, as a result. Deep Clean Tech commercialization expertise with Hydrogen, Ammonia, and Geothermal. Other focus areas are Quantum technologies, Accelerator technologies, and Semiconductors.

Estimated capability duration in weeks

Mid-point Milestone Description

Completion of pitch decks - introduction deck and in-person pitch deck.

Final Milestone Description

Contact list of 20 or more investors who match the innovation and report of sending deck to each.

Geothermal site screening, selection, characterization and permitting outlook

Voucher #

VO3-22

Organization:

Pacific Northwest National Laboratory

Details

City

Richland

State

Zip

99354

Activity Location State

Applicable Technology Area(s)

geothermal

Geothermal

Category

Siting/Permitting

Capability Description

Provider team will utilize public data to identify and evaluate potential geothermal sites, aligned with recipient objectives and siting criteria. Infrastructure maps, environmentally sensitive areas, and relevant cultural data, along with publicly available geologic data, will be used to down-select prospective project areas for future detailed site-specific characterization and field work. Provider team will review site-specific geothermal permitting requirements to inform future permitting efforts. Deliverables will include a summary report overviewing methodology for site selection and down-selection, outline perceived project risks, and propose work outlook for site-specific characterization, community benefits plan, and permitting.

Capability Core Competencies

PNNL brings subsurface characterization, modeling, and regulatory expertise to enable the commercial development of geothermal projects. PNNL has decades of lab and field experience in the Columbia River Basalt Group and has experience conducting multi-faceted regional characterization studies.

Capability Qualifications and Credentials

Capability Community Benefits

Pacific Northwest National Laboratory (PNNL) is an asset for the nation, our region, and local communities. Headquartered in Richland, Washington, with growing locations in Sequim, Seattle, and Portland, we are one of the largest employers in Eastern Washington, the second-largest research institution in the state, and a major contributor to the regional economy. PNNL has extensive experience developing community benefits plans for BIL- and FECM-funded projects. Collaborations—with utilities, industry, universities, ports, cities, Tribes, states, and more—are key to moving discoveries from the lab to impacts on the ground. We are eager to partner with communities - and particularly disadvantaged communities (DACs) defined by the Justice40 Initiative - to demonstrate new technologies or methods locally that can then be scaled nationally. For this voucher, PNNL will provide recipients with a clear and thorough picture of work scope and contextualize results within wider DEIA considerations and community impacts.

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher recipients must provide infrastructure criteria needed for site selection and associated GIS data.

Geographic Constraints

Able to provide service in any US state or territory

Additional details on matching preferences

For matching consideration: PNNL is working with Energy Northwest on scoping a project aligned with the voucher objectives in Washington state.

Estimated capability duration in weeks

Mid-point Milestone Description

Site down-selection; a site is identified based on infrastructure, environmental, cultural, and geological criteria.

Final Milestone Description

Permitting and siting requirements; a site-specific permitting, infrastructure, and community benefits guidance plan is created

Fundraising road-mapping (from both public and private sources)

Voucher #

VO4-27

Organization:

ICatalysts LLC

Details

City

San Anselmo

State

Zip

94960

Activity Location State

Applicable Technology Area(s)

bioenergy; vehicle-technologies

Bioenergy

Vehicle Technologies

Category

Fundraising

Capability Description

Guide companies to address the important questions and key steps to create a high quality road-map to raise outside funds, either non-diluted funds like a government grant, or diluted funds such as an equity-based investment from a private investor. We provide a proven approach, databases (Crunchbase, Pitchbook) and tools/templates. We've helped over 100 companies prepare for and raise funding. Our approach is to work closely with company leaders to create a road map by executing 8 tasks with associated milestones: 1. Creating business case for raising funds (why, and when)2. Assessing company readiness for raising funds (meeting business and technical criteria)Milestone: Justification and Readiness memo to Company Management/Board/Advisors3. Characterizing funding needs (needed to meet critical milestones)Milestone: Funding Needs Memo4. Prioritize sources of funds 5. Identify types of funding desiredMilestone: Funding Priorities Memo 6. Develop fundraising milestones work plan Milestone: Fundraising Milestones Work Plan 7. Screen non-dilutive financing mechanisms Milestone: Preferred Non-Dilutive Financing Mechanisms Memo8. Develop fundraising materials (1-pager; Full Stack Pitch Deck). Versions: public and private fundersPlease see attached ICatalysts Fundraising Roadmap Guide, Example Pitch Deck and Money Matters Presentation for details.9. Final road-map with content from all memos (with attachments)

Capability Core Competencies

ICatalysts has 25+ years experience in energy entrepreneurship, funding development, and energy technologies. These competencies cover funding road-mapping and development, business planning and commercialization support, and evaluating companies and technologies for funders and investors. Since 2000 we have trained over 5000 people on non-dilutive (e.g., grants) and dilutive funding development (e.g., VC). Over 20 years, we have coached and provided business plan and investor pitch training and investor access to 1000+ startups who have raised over $3.5B. This includes over 400 energy companies. Developed and run Empower Innovation (www.empowerinnovation.com) the largest online community for sourcing clean energy grant funding and teaming partners in U.S. $67B+; 4400+ members in 45 states. Funded by State of California. Core competencies:Fundraising roadmappingBusiness and executive coaching Grant development and writingFunding opportunity sourcing Investor sourcing/outreachGrant application review Pitch training Company due diligenceCompetitive research and analysisBusiness planning and commercialization strategy

Capability Qualifications and Credentials

10 experts with fundraising road-mapping experience. All manage projects and experienced with listed energy technologies/industries. Tom Jensen: 25 years experience in energy & environmental technologies, training, coaching, and fundraising. Co-created and manage Empower Innovation and ICatalysts investor events.Dr. Rakesh Radhakrishnan: Engineer/MBA 25 years experience. Recent Sr. Tech to Market Advisor, ARPA-EDr. Zachary Holman: Expert in solar and materials topics. Grant development webinars for NREL. Founded 3 funded solar startups.Nathan Fink: Formerly, sr. venture staff for Shell Ventures; finance expertCameron Barnes: 10 years experience in operationalizing DEI strategy including $125M in community benefit planning and training for the DOE. Pier Kuehn: 25 years of executive management experience within the energy technology, and investment industries. X CEOOthers: Hal Stillman (x Argonne NL, investor), Dan Colbert (X LBL, X CTO, X investor), Josh Futterman (attorney), Michael Moon (pitch coach)Developed video learning modules on fundraising with DOE funding.

Capability Community Benefits

We help clients focus on the levers and assets that they have available to them to benefit a community. We assist them to identify and characterize their key stakeholders and their interests and needs to consider in developing their plan. Then, we talk with stakeholders on possible options. Once preferred options are defined, measurable equitable outcomes are identified. Sound project management and ongoing community engagement and communications is fundamental to realize outcomes. From our experience, it is important to spend the time with community members to help them build an understanding of the project/company as a basis for conversations. The type and magnitude of community benefits typically vary by project type (R&D, vs. demonstration, vs. deployment). For any project type, having conversations with community members about their hopes and concerns often results in project ideas (e.g., workforce development) that may not have been apparent before engagement began.

Approx. number of available voucher projects

Inputs required from voucher recipients

Provide existing materials including prior business, marketing, operational, fundraising plans/activity, market, and competitive research, etc. Provide details on technology, intellectual property, team, current financials,

Geographic Constraints

Service anywhere in the U.S.

Additional details on matching preferences

Strong company service mindset and experience.

Estimated capability duration in weeks

Mid-point Milestone Description

Tasks 1 through 5 with these milestones: Justification/Readiness memo; Funding Needs Memo; Funding Priorities Memo (see Cap. Des.)

Final Milestone Description

Final road-map with content from all memos (with attachments)

Fundraise Strategy and Planning

Voucher #

VO1-24

Organization:

Riverview Climate Ventures LLC

Details

City

Sacramento

State

Zip

95816

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization; advanced-nuclear; updates-to-the-electric-grid

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Advanced Nuclear

Category

Fundraising

Capability Description

Riverview Climate Ventures supports climate tech companies on fundraising, commercialization, and other special projects related tostrategy and finance. This capability is focused on fundraising. The proposed project involves 3 steps:1. First, data collection. This includes a review of the company's current pitch deck, financial model, investor data room, and other materials that would be shared with a prospective investor as part of a due diligence process.2. Second, collateral development. This includes refining the pitch deck, financial model, and supporting materials for prospective investors. We gather feedback from our network of active investors in climate tech and beyond to produce investor-ready material.3. Third, fundraise planning. This includes pipeline development, process documentation, and initial investor outreach. We define a project plan and timeline based on successful fundraises we've supported in the past

Capability Core Competencies

Project track record - Riverview Climate Ventures has successfully completed or is in process of completing 6 value-add projects for climate tech startups since Q4 2023. These projects range from $3m customer offtake deal for a Seed-stage company to a $40m Series B fundraise. VC investing - Riverview is led by Daniel Ketyer, formerly a climate-focused venture capital investor at Piva Capital (investors in 19 Series A-C companies). He brings the VC lens and network to support company fundraise efforts. Industry experience - For select projects, we bring on 1-2 sub-contractors in our network with specific expertise that can make a project more successful. In one project, a market study for a solar energy firm, we brought on an ex-strategy consultant with energy sector experience to support for 20 hours per week.

Capability Qualifications and Credentials

Capability Community Benefits

Our approach is twofold:- first, when building the core project team and investor outreach list, ensure diverse representation so not overly biased towards historically advantaged groups. For example, 50% of the sub-contractors we've brought on to directly support projects are underrepresented minorities.- second, physically visiting the project or company site within the first 4-6 weeks of the project start wherever possible. We have found this particularly important in our work for climate tech startups focused on Sub-Saharan Africa to understand market nuances. We have also helped develop a community benefits plan for a carbon removal company, and weaved the plan into a successful application for the Department of Energy’s Carbon Dioxide Removal Purchase Pilot Prize.

Approx. number of available voucher projects

Inputs required from voucher recipients

Company capitalization history, months of runway remaining, number of employees

Geographic Constraints

N/a

Additional details on matching preferences

N/a

Estimated capability duration in weeks

Mid-point Milestone Description

Pitch deck complete and ready to present externally

Final Milestone Description

Investor pipeline complete and outreach process documented

Full Lifecycle Failure Mode and Hazard Analyses

Voucher #

VO2-56

Organization:

Ridgeline Strategy

Details

City

Topsfield

State

Zip

1983

Activity Location State

Applicable Technology Area(s)

long-duration-energy-storage; carbon-management-including-carbon-capture-and-direct-air-capture; clean-hydrogen; industrial-decarbonization; updates-to-the-electric-grid

Long-Duration Energy Storage

Carbon Management (including carbon capture and direct air capture)

Clean Hydrogen

Industrial decarbonization

Updates to the Electric Grid

Category

Simulation/Modeling

Capability Description

Many climate tech startups do think about failure modes, but due to bandwidth constraints and tight timelines are limited to the extent that they can design-out downside risk. Many large third-party risk consultancies serve as hazard analysis facilitators, but do not have the capability to dive-in and understand the technology at the level needed to assist in the hazard analysis legwork, which is the bandwidth extension that startups need. Ridgeline Strategy can do that deep dive—across the full lifecycle—and in doing so help prevent unmitigated hazards from becoming company-ending mishaps. This project will assess and advance the Voucher Recipient’s failure modes, risk assessments, and hazard mitigation processes and efforts. In phase 1, Ridgeline Strategy will (1) assess the Voucher Recipient’s next generation system design status with a focus on functional descriptions and concept of operations (CONOPS), (2) assess how the company incorporates risk mitigation into its product development processes, (3) perform a preliminary Hazard Analysis, and (4) make recommendations for subsequent risk mitigation efforts. In phase 2, Ridgeline Strategy will advance those efforts, performing a full hazard assessment tailored to the current stage of the Voucher Recipient’s next generation system design, deployment, and commercialization efforts.

Capability Core Competencies

Ridgeline Strategy (a trade name of BRBOLLINGER LLC) was formed in May 2023 to provide strategic consulting to venture-backed startups in the tough-tech and clean-tech sectors. Ridgeline Strategy’s expertise is seamlessly integrating and unifying strategic planning across corporate, fundraising, staffing, and technology scaling/ demonstration goals and supporting this with underlying technical expertise. Ridgeline Strategy’s technical expertise—spanning, among other things, systems engineering, product development processes, technical design reviews, hazard analyses, use-case-driven requirements definition, modeling and simulation, technoeconomic assessments, and technical feasibility assessments—enables us to home in on the underlying technical risks and execution paths that impact successful technology scaling and demonstration. Of particular importance for startup companies working on technology scaling demonstrations is smooth and mishap-free commissioning, testing, and operation, since the downside risk of mishaps and failures is so much larger for startups than for large companies.

Capability Qualifications and Credentials

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher recipients will need to provide Ridgeline Strategy with the following information in whatever extent that it exists: • Risk assessments (insomuch as they exist) • Concept of operations documents • System requirements and design documents • Equipment requirements and design documents • Commissioning and validation plans • Company product roadmap and commercialization goals • Technology development and demonstration status • Access to employees for hazard analysis reviews • A Point of Contact (POC) from senior leadership to work with on a regular basis

Geographic Constraints

Additional details on matching preferences

This capability is best suited for SEED through Series C stage companies developing physical solutions to challenging environmental problems.

Estimated capability duration in weeks

Mid-point Milestone Description

Interim report identifying and documenting assessments, preliminary risks, and recommendations.

Final Milestone Description

The full hazard assessment, as recommended in phase 1, and a final report summarizing the assessment.

Full ISO-Compliant Life Cycle Assessment for Pre-Demonstration Commercialization Support (OCED)

Voucher #

VO1-2

Organization:

Boundless Impact Research & Analytics

Details

City

Newburgh

State

Zip

12550

Activity Location State

New York City

Activity Location State

10010

Applicable Technology Area(s)

advanced-nuclear; carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization; updates-to-the-electric-grid

Advanced Nuclear

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Category

TEA/LCA

Capability Description

Boundless’ Life Cycle Assessment (LCA) follows rigorous ISO guidelines (ISO 14040 & 14044) and incorporates conventional LCA databases, tools, and scientific literature reviews. In line with such guidelines, our LCA involves recruiting and deeply engaging three LCA experts for peer review, thorough sensitivity analysis ensuring data quality, complete documentation of sources, and extensive internal review to ensure all values align with Boundless’ data integrity promise. The Boundless methodology results in a report that extensively details the customer's environmental performance throughout the entire life cycle of a product or service and can include GHG emission reduction and removal enhancement initiatives and targets (ISO 14064-1). This can include the upstream and downstream processes associated with the production, use phase, and disposal. The final product will be a full ISO-Compliant report, reviewed by a panel of three experts. These reports generally range from 60 to 150 pages in length.

Capability Core Competencies

Capability Qualifications and Credentials

Boundless is an industry research and environmental impact analytics firm that provides objective and actionable information to move investment dollars more quickly toward clean technologies and companies driving positive environmental change. We employ a science-based, data-driven approach, grounded in the proven Life Cycle Assessment (LCA) methodology. The scores and metrics derived are trustworthy and reliable because they are unbiased and validated by external industry and/or scientific experts. Boundless’ LCA incorporates conventional LCA databases, tools, and scientific literature reviews, and has a deep network of over 1,000 industry experts at leading universities and consulting groups around the world who provide independent validation and peer reviews for our LCAs. We also have a Scientific Advisory Council made up of LCA and environmental impact measurement experts who guide, advise, and help refine our science-based methods, to ensure we are maintaining the highest standards in our work.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

We are capable of working with teams across the country with the understanding that time zones will require flexibility regarding meeting times from both teams.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Milestone will be met when the Model is completed, internally reviewed, and ready to be sent to the expert panel.

Final Milestone Description

Milestone will be complete when the report has been expert reviewed and the report is sent to Voucher Recipient.

Full ISO-Compliant Life Cycle Assessment for Planning and Validation of Industrial Decarbonization Projects (OCED)

Voucher #

VO9-15

Organization:

Boundless Impact Research & Analytics

Details

City

Newburgh

State

Zip

12550

Activity Location State

New York City

Activity Location State

10010

Applicable Technology Area(s)

industrial-decarbonization

Industrial decarbonization

Category

TEA/LCA

Capability Description

Capability Core Competencies

Capability Qualifications and Credentials

Boundless is an industry research and environmental impact analytics firm that provides objective and actionable information to move investment dollars more quickly toward clean technologies and companies driving positive environmental change. We employ a science-based, data-driven approach, grounded in the proven Life Cycle Assessment (LCA) methodology. The scores and metrics derived are trustworthy and reliable because they are unbiased and validated by external industry and/or scientific experts. Boundless’ LCA incorporates conventional LCA databases, tools, and scientific literature reviews, and has a deep network of over 1,000 industry experts at leading universities and consulting groups around the world who provide independent validation and peer reviews for our LCAs. We also have a Scientific Advisory Council made up of LCA and environmental impact measurement experts who guide, advise, and help refine our science-based methods, to ensure we are maintaining the highest standards in our work.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

We are capable of working with teams across the country with the understanding that time zones will require flexibility regarding meeting times from both teams.

Additional details on matching preferences

It may be relevant to match companies with higher TRLs to ISO-Compliant or Rapid LCAs and companies with lower TRLs to Boundless’ Calculator or Rapid LCA capabilities. The Boundless Rapid LCA is most useful for companies at Technology Readiness Levels 4 or above and for companies who wish to understand how multiple variable inputs would alter their footprint. The Boundless Rapid LCA is best if a static environmental impact report with one or two alternative scenarios would suffice. The Boundless ISO-Compliant LCA can only be conducted on products and should not be matched to companies looking to assess their operations.

Estimated capability duration in weeks

Mid-point Milestone Description

Milestone will be met when the Model is completed, internally reviewed, and ready to be sent to the expert panel.

Final Milestone Description

Milestone will be complete when the report has been expert reviewed and the report is sent to Voucher Recipient.

Full ISO-Compliant Life Cycle Assessment for Commercialization Support (FECM)

Voucher #

VO5-2

Organization:

Boundless Impact Research & Analytics

Details

City

New York City

State

Zip

12550

Activity Location State

New York City

Activity Location State

10010

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; resource-sustainability

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Category

TEA/LCA

Capability Description

Capability Core Competencies

Boundless provides decision support and information tools for assessing the environmental impacts and technical efficiency of emerging technologies. These tools analyze multiple factors, including, but not limited to, costs, supply chain climate impacts, human and environmental toxicity, and greenhouse gas (GHG) impacts. The Boundless approach provides spider graphs to holistically assess data, bar charts to explain each Environmental Key Performance Indicator (EKPI) that we analyze, reports that provide important context, and other infographics and data that facilitate the rapid, rigorous, and consistent assessment of emerging clean technologies. Our industry analytics also provide direct comparison of specific technologies to industry peers, focusing on key environmental performance. Boundless is also currently working with the XPRIZE, conducting lifecycle and cost analyses for their carbon removal prize.

Capability Qualifications and Credentials

Boundless is an industry research and environmental impact analytics firm that provides objective and actionable information to move investment dollars more quickly toward clean technologies and companies driving positive environmental change. We employ a science-based, data-driven approach, grounded in the proven Life Cycle Assessment (LCA) methodology. The scores and metrics derived are trustworthy and reliable because they are unbiased and validated by external industry and/or scientific experts. Boundless’ LCA incorporates conventional LCA databases, tools, and scientific literature reviews, and has a deep network of over 1,000 industry experts at leading universities and consulting groups around the world who provide independent validation and peer reviews for our LCAs. We also have a Scientific Advisory Council made up of LCA and environmental impact measurement experts who guide, advise, and help refine our science-based methods, to ensure we are maintaining the highest standards in our work.

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

We are capable of working with teams across the country with the understanding that time zones will require flexibility regarding meeting times from both teams.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Milestone will be met when the Model is completed, internally reviewed, and ready to be sent to the expert panel.

Final Milestone Description

Milestone will be complete when the report has been expert reviewed and the report is sent to Voucher Recipient.

Freedom-to-Operate Patent Document Analysis to Determine Uniqueness of Inventive Technology

Voucher #

VO4-17

Organization:

Moeller Ventures LLC

Details

City

Eagan

State

Zip

55123

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; industrial-decarbonization; advanced-materials-and-manufacturing-technologies; building-efficiency; geothermal; solar; water; wind; bioenergy; vehicle-technologies

Clean Hydrogen

Industrial decarbonization

Advanced Materials and Manufacturing Technologies

Building Efficiency

Geothermal

Category

Capability Description

Produces an assessment of the company’s provisional patent filing(s), its patent application(s), its granted patent(s), or description(s) of its inventive technology regarding the extent to which the patent claims or the technology description are similar to or are the same as other existing patent documents.1) Execute a Non-Disclosure Agreement with the client.2) Collect IP documents from the client and conduct the client IP FTO assessment background call. Required IP documents include at least one of the following: a written description of the inventive technology, provisional patent filing(s), non-provisional patent application(s), or granted patent(s).3) Execute patent document similarity analysis and deliver the preliminary FTO analysis report to the client via confidential cloud storage, AlphaDataIQ.com website, or similar online confidential medium. 4) Execute a review call with the client, covering the FTO patent document similarity analysis results and an assessment of the uniqueness of the client's technology. Deliver the final report to the client.

Capability Core Competencies

Capability Qualifications and Credentials

Capability Community Benefits

The success or failure of companies on the leading edge of clean energy innovation can often hinge on the uniqueness of the inventive technology that the companies are developing. The Freedom-to-Operate (FTO) patent document analysis focuses on analyzing the uniqueness of the company's technology and producing a report that can be used to attract and communicate with potential partners and investors, two critical constituencies to the success of growing businesses. Characterizing the inventiveness of these companies can lead directly to the success of these businesses and the businesses' ability to create jobs across all population demographics.

Approx. number of available voucher projects

Inputs required from voucher recipients

The FTO analysis requires the company to provide its IP documents which includes at least one of the following: a written description of the inventive technology, provisional patent filing(s), non-provisional patent application(s), or granted patent(s).

Geographic Constraints

There are no geographic constraints.

Additional details on matching preferences

None.

Estimated capability duration in weeks

Mid-point Milestone Description

Execute patent document similarity analysis and deliver the preliminary Freedom-to-Operate analysis report to the client via confidential cloud storage.

Final Milestone Description

Execute a review call with the client regarding the final patent document similarity analysis and uniqueness of the client's technology.

First Principles Modeling and Optimization of Chemical Looping Reactors

Voucher #

VO2-50

Organization:

National Energy Technology Laboratory

Details

City

Pittsburgh

State

Zip

15236

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; long-duration-energy-storage; clean-hydrogen; industrial-decarbonization; updates-to-the-electric-grid

Carbon Management (including carbon capture and direct air capture)

Long-Duration Energy Storage

Clean Hydrogen

Industrial decarbonization

Updates to the Electric Grid

Category

Simulation/Modeling

Capability Description

Chemical looping (CL) is a promising fuel-flexible technology for power, heat, and/or hydrogen production. Typical CL processes are often comprised of specific combinations of gas-solid reactors that utilize circulating metal oxides as oxygen carriers. The oxygen carriers are reduced by fuels such as coal, biomass, and/or natural gas and oxidized by air and/or water in separate vessels, obviating the need to separate nitrogen from CO2 during carbon capture.NETL has developed extensive equation-oriented modeling and optimization capabilities for CL using the Institute for the Design of Advanced Energy Systems (IDAES) Integrated Platform. By capturing physical phenomena like mass/energy/momentum balances, thermodynamics, hydrodynamics, heat/mass transfer, and reaction kinetics, such models are more likely to remain predictive across scales than empirical or data-driven models. They can be used to minimize risk of scale-up from pilot to commercial, maximize economic performance, and enable novel approaches for dynamic optimization and control.This voucher will focus on incorporating additional phenomena [e.g., lateral mixing of solid fuels across the plan area of a moving bed, updated kinetics, etc.] deemed critical for scale-up. Deliverables include at least one customized CL reactor model, a full CL process model, and full documentation. Models will be written in Pyomo/Python using IDAES.

Capability Core Competencies

NETL possesses deep expertise in IDAES, an open-source process modeling and optimization platform built on the Python-based algebraic modeling language Pyomo. IDAES was designed specifically to address challenges in formulating, manipulating, and solving large, structured optimization problems. Core capabilities include: Predictive physics-based modeling: Efficient workflows for data reconciliation, parameter estimation, and model validation for innovative, new processes and materials, Process design and optimization: Large-scale, system-wide optimization of process equipment and operating conditions using models that maintain accuracy across broad ranges of operation, Surrogate modeling: Inference and training of machine learning models as surrogates for more complex 1st-principles, data-driven, or hybrid models to increase the size and complexity of systems that can be optimized, Uncertainty quantification: Understanding of how various forms of uncertainty may interact and impact key performance indicators, and Robust optimization: Development of “robust” process designs that guarantee required performance in the face of known uncertainties at minimal cost.

Capability Qualifications and Credentials

NETL’s Process Systems Engineering team excels in developing advanced computational methods that overcome limitations of traditional commercial techniques. By leveraging rigorous mathematical optimization of detailed, physics-based models, we find new opportunities for optimizing complex energy and process systems. Our objectives include increasing efficiency, reducing costs, boosting revenue, enhancing sustainability, and enabling deep decarbonization.These advanced capabilities are created and applied through collaboration with several national laboratories and universities. A prime example is the open-source, R&D 100 Award-winning Institute for the Design of Advanced Energy Systems (IDAES) Integrated Platform, which has now been adopted as the core modeling platform for several multi-laboratory initiatives focused on hybrid energy systems, carbon capture, water desalination, and rare earth element/critical mineral recovery. NETL has also built a library of gas-solid reactor models on the IDAES platform, including moving beds, bubbling fluidized beds, and fixed beds for chemical looping applications, through collaboration with academia and industry.

Capability Community Benefits

NETL has led the President’s Interagency Working Group (IWG) on Coal and Power Plant Communities & Economic Revitalization, and overlays geo-spatial and computational tools and approaches to support assessments to create good-paying union jobs, spur economic revitalization, remediate environmental degradation, and support energy workers in communities that have been adversely impacted. There is an established clearinghouse for energy-related community assistance programs and NETL’s Regional Workforce Initiative was developed to directly address workforce needs and gaps to successfully assist to commercialize and deploy energy technologies.

Approx. number of available voucher projects

Inputs required from voucher recipients

Required inputs include information required to construct and validate customized unit and process models of the recipient’s chemical looping process (e.g., process flow diagrams, design specifications of process equipment, cost estimates and assumptions, control system information, thermodynamic/kinetic data, and any other steady-state and/or dynamic modeling or operational data that can be used for validation).

Geographic Constraints

The capability offered is purely computational and thus has no geographic constraints.

Additional details on matching preferences

Recipients whose process(es) utilize Fe-based oxygen carriers are preferred as they will enable leveraging of our previously developed sub models of reaction kinetics.

Estimated capability duration in weeks

Mid-point Milestone Description

Initial IDAES process model customized to recipient’s chemical looping technology.

Final Milestone Description

Final IDAES process model customized to recipient’s chemical looping technology and associated documentation.

Finding the best target market for your technology while maximizing your iCorps/PhaseShift experience

Voucher #

VO4-37

Organization:

Sapienne Consulting LLC

Details

City

Lafayette

State

Zip

80026

Activity Location State

Applicable Technology Area(s)

clean-hydrogen; industrial-decarbonization; advanced-materials-and-manufacturing-technologies; building-efficiency; geothermal; solar; water; wind; bioenergy; vehicle-technologies

Clean Hydrogen

Industrial decarbonization

Advanced Materials and Manufacturing Technologies

Building Efficiency

Geothermal

Category

Market Readiness

Capability Description

Committing to a beachhead market is frequently a struggle for startup companies. This work systematically evaluates three candidate beachhead markets in an ‘apples to apples’ comparison based on six feasibility criteria proven to be determinants of startup success. These evaluations are then used to identify a beachhead market, and also backup or follow-on markets. The client emerges with their first market opportunities clarified and prioritized, and a framework to evaluate future opportunities of interest. Evaluations are conducted using lean startup principles to produce a “quickview” assessment of the market opportunities. Assumptions are validated using a strategic combination of customer discovery interviews and secondary research; all research is documented. The resultant feasibility scores for each of the three beachhead candidates are compared against each other in a summary market attractiveness map. A recommendation for a beachhead market is provided with rationale. A consultation with the client integrates company strategies and priorities to identify the beachhead, and backup and/or follow-on markets are also selected. Clients who later invest in the iCorps/PhaseShift program gain a competitive edge. They enter with a pre-vetted target market, amplifying the depth and breadth of customer discovery efforts, yielding maximum efficiency, and learning during the program.

Capability Core Competencies

Sapienne Consulting is the ideal provider of deep tech commercialization services, offering an unmatched combination of deep tech technical expertise and business and product strategy. Our core competencies include: Business strategy, business development, go-to-market, technology commercialization, product development, customer discovery, value proposition, market research, competitive landscape assessment.SBIR technical and commercialization plan preparation, and Technical and Business Assistance (TABA) servicesSpecializing in beachhead market selection and market opportunity roadmapping. Lean Startup and Where To Play entrepreneurial frameworks. Sapienne Consulting provides frameworks for clients to ‘decide how to decide’, to move with confidence and clarity beyond analysis paralysis and into an action plan. Technology areas of expertise include optics and photonics, advanced materials and manufacturing, quantum technologies, and aerospace.

Capability Qualifications and Credentials

Sapienne Consulting believes that great technology deserves to make a great impact in the marketplace and society. Our CEO has been architecting technology commercialization success in deep tech since 2002. She earned a PhD and postdoc in quantum physics and an MBA, has an extensive background in product development and aerospace systems engineering, and held high-level roles in product and technology strategy, managing multi-million-dollar product development budgets in multiple deep tech startups and corporates. She is a regular reviewer for SBIRs and other grants, leveraging an investor mindset to enable clients to resonate with investor audiences. Sapienne Consulting has deep commercialization experience with SBIR companies in the DOE and NASA for both Phase I and Phase II. Sapienne Consulting is a course instructor with the NY-based Luminate Accelerator for optics and photonics startups. The CEO is a Where To Play certified instructor, on which this work package is based.

Capability Community Benefits

Sapienne Consulting is a Woman-Owned Small Business (WOSB). Our President, Tanya Ramond PhD MBA, has built a career in STEM fields and understands first-hand how supporting underrepresented groups in these areas is crucial to their future workforce participation. We want to address the pervasive lack of women leading technology startups. Upon award, Sapienne Consulting will hire an intern through BEWiT, the Business & Engineering Women in Technology program at the University of Colorado Boulder Leeds School of Business. The intern will learn the basics of technology assessment from a business context, as well as learn and execute market research.

Approx. number of available voucher projects

Inputs required from voucher recipients

Required participation: • Initial client consultation to define the three beachhead market candidates • Client to provide any existing research or contacts for the evaluation phase to avoid replicating existing client research and to instead build upon it. • Post-evaluation consultation with client will have three goals. o Review the evaluations of the three beachhead candidate market and the beachhead recommendation. o Sapienne Consulting will discuss company strategies and priorities that could influence the best beachhead market choice. o Evaluate remaining two market opportunities with client for suitability for follow-on or backup market.

Geographic Constraints

There are no geographic constraints. The proposed work does not require being in-person and thus can be performed 100% virtually via Zoom or equivalent.

Additional details on matching preferences

None.

Estimated capability duration in weeks

Mid-point Milestone Description

Feasibility evaluation report of at least one candidate beachhead market opportunity complete

Final Milestone Description

Evaluation reports complete for all three candidate beachhead markets; Beachhead market assigned; Backup and Follow-On markets assigned

Field Testing Support for Validation of Novel Resource Sustainability Technologies

Voucher #

VO5-13

Organization:

350Solutions, Inc.

Details

City

RALEIGH

State

Zip

27604

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; resource-sustainability

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Category

Performance Testing

Capability Description

350 will provide field test planning, including test and quality assurance plans, field testing contractor identification and planning, and supervising of in-field testing activities to enable valid field demonstration and quality data outputs. The following tasks will be completed for these projects:Task 1: Initial planning & data request – 350 will provide a written information request documenting detailed information desired to support field demonstration planning, including an in-person meeting to view the technology and discuss detailed field demonstration requirements, outcomes, timeline, and planning. Task 2: Demonstration Plan (Test & Quality Assurance Plan) development – 350 will develop a detailed demonstration plan / TQAP identifying the specific technology, field testing site, performance parameters, test methods, data collection & analysis, and QA/QC procedures. Equipment operating costs and labor requirements may also be documented. Task 3: Field Testing Support – 350 staff will support planning, including identification of testing subcontractors, on-site support at the test site, sample collection, data collection & analysis and QA/QC as neededTask 4: Reporting – 350 provides a full report on field demonstration activities and results, technology performance vs. alternatives, comparison of emissions testing results (CO2, other GHGs, criteria pollutants), and other critical performance outcomes.

Capability Core Competencies

350Solutions, Inc. (350) is a private consulting company located in Raleigh, NC providing independent 3rd-party verification of clean technology and low carbon innovations. The team at 350Solutions has been evaluating and developing innovative technologies that impact our environment for over 50 years combined. Our team has independently evaluated, field tested, or verified over 100 novel innovations in the environmental and climate tech sector. With the growth of the carbon removal sector, 350 has become one of the leading independent carbon removal credit verification organizations, verifying durable carbon removal credits for leading carbon removal registries. In addition to being verifiers, our staff have managed multi-million-dollar field demonstration programs of novel cleantech and low carbon innovations and worked to develop technologies from proof of concept to large demonstrations. 350Solutions staff has managed field testing and technology demonstrations of novel cleantech innovations for a variety of government & commercial clients.

Capability Qualifications and Credentials

350Solutions provides independent technology verifications for a variety of technologies for a range of client requirements, protocols, and standards. 350Solutions is an ANAB-accredited ISO/IEC 17020:2012 independent inspection body for ISO 14034:2016 Environmental Technology Verification. The 350Solutions Quality Management Plan and Quality Systems Procedures generally apply to activities associated with independent verifications completed by 350Solutions. 350Solutions staff include a registered Professional Engineer (Chemical Engineering), Mechanical , Chemical, and Environmental Engineers, and Environmental Scientist (registered as a Certified Measurement & Verification Professional (CMVP)). Within the carbon management space, 350Solutions has:• Verified projects for registration on the Puro.Earth and Isometric carbon removal credit registries• Performed technical due diligence audits of carbon removal technologies for Frontier Climate and Microsoft • Independently evaluated technologies in the XPRIZE Carbon Removal and NRG COSIA Carbon XPRIZE • performed field testing and demonstration of a variety of clean and low carbon technologies

Capability Community Benefits

Approx. number of available voucher projects

Inputs required from voucher recipients

350 requires the following, at a minimum, from potential voucher recipients: - Available documentation on technology performance testing to date (controlled lab, field, or other), including limitations - Technology summary and principles documentation - Current state of the art test methods (for measurement technology) or process descriptions (for process technology) - Engineering drawings and documentation for demonstration systems to be field evaluated, including lists of equipment, instrumentation - Specific operating conditions of interest or required and site conditions needed - Staff support for site visit / field testing with prior and follow-on staff support for planning and execution.

Geographic Constraints

350Solutions supports projects nationally, and internationally. The majority of our existing projects are located throughout the US, Canada, and the EU.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Demonstration Plan (Test & Quality Assurance Plan) development complete

Final Milestone Description

Report on field testing activities and results, and submit evidence of delivery to the voucher recipient

Field Testing Support: Test Fixture Design & Build, Testing, and Data Collection

Voucher #

VO5-18

Organization:

Johnston Engineering

Details

City

Spokane

State

Zip

99202

Activity Location State

Applicable Technology Area(s)

carbon-management-including-carbon-capture-and-direct-air-capture; resource-sustainability

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Category

Performance Testing

Capability Description

Johnston Engineering (JE) offers custom test fixture design and build services to conduct real-world testing and low-uncertainty experiments on the mechanical performance of carbon capture, transport, conversion, storage, and removal technologies. JE designs and builds custom test fixtures and demonstration units to demonstrate the long-term effects and operational stresses on a system. JE designs test fixtures that simulate, measure, and record technology performance and failure modes under realistic operational conditions including thermal management, pressure, fluid distribution, environmental stresses, mechanical load, and fatigue. The work involves the design and build of a complete test fixture including piping and instrumentation, sensors, custom hardware, and off-the-shelf components to conduct testing that reflects real-world scenarios. Physics-based simulations including Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA) are utilized to model the behavior of the test hardware. JE can conduct uncertainty analysis, write the test plan, fabricate custom components, and assemble a complete test fixture. JE can conduct the experiment and deliver comprehensive test data reporting or train the recipient to conduct the testing themselves. Deliverables may include low-uncertainty experiment design, test fixture fabrication and assembly, performance testing, data collection, reporting, correlation development, and design of engineering tools to use newly developed correlations.

Capability Core Competencies

Johnston Engineering President, Andy Johnston P.E., has over 20 years of experience in conducting low-uncertainty experiments, process & device characterization, device verification, and lifecycle testing. JE provides expertise in mechanical engineering, thermal, fluid-flow, and structural analysis, system-level design, experiment development, test fixture design, custom fabrication, data collection, and correlation analysis. JE has experience successfully designing custom test fixtures and accelerated lifetime testing for Direct Air Capture (DAC) and Boiler Exhaust Carbon Capture technologies. Test systems and demonstration units included fans, pumps, piping, data acquisition and control systems, liquid-cooled cold plates, immersion cooling, custom heat exchangers, and custom vapor compression systems. We can operate systems in thermal chambers, altitude chambers, and harsh environments. JE uses an analysis-driven design approach to develop custom low-uncertainty experiments, design a test fixture, incorporate needed off-the-shelf components and sensors, and then build and assemble the completed system.

Capability Qualifications and Credentials

Capability Community Benefits

Johnston Engineering’s work on carbon management technologies supports the broader goals of advancing clean energy and providing community benefits. Our engineering services help develop technologies that contribute to a clean energy transition, ultimately benefiting communities through reduced emissions and increased energy reliability and affordability.By supporting clean energy technologies, we align with DOE's goals of creating quality jobs, fostering diversity, equity, inclusion, and accessibility (DEIA), and ensuring that the benefits of clean energy projects reach disadvantaged communities. Our projects aim to enhance community engagement and invest in America’s workforce, contributing to the Justice40 initiative's goal of directing 40% of federal investment benefits to disadvantaged communities. This approach ensures that our engineering efforts not only advance technology but also support DOE's mission of building a clean and equitable energy economy. We intentionally work in clean energy and over 80% of our 2023 revenue was in clean technology.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Johnston Engineering is capable of supporting projects anywhere in the US and Canada with a strong in-person presence in Washington and the Pacific Northwest region.

Additional details on matching preferences

Estimated capability duration in weeks

Mid-point Milestone Description

Delivery of preliminary test fixture design and plan, submitted for DOE and recipient review.

Final Milestone Description

Assembled test fixture hardware and/or test fixture design and test plan documentation to conduct testing

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No results found.

Updates to the Electric Grid

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Vehicle Technologies

Bioenergy

Wind

Water

Solar

Geothermal

Building Efficiency

Advanced Materials and Manufacturing Technologies

Energy Improvement in Rural or Remote Areas

Clean Energy Demonstration on Current and Former Mine Land

Industrial decarbonization

Clean Hydrogen

Long-Duration Energy Storage

Advanced Nuclear