Voucher Capabilities

Biomass Supply Chain Analysis (Feedstock)

Voucher #

VO1-11

Organization:

Ecostrat USA

Details

City

Plymouth

State

Zip

48170

Activity Location State

Technology Area

Category

Supply Chain Analysis

Capability Description

Ecostrats Biomass Supply Chain Analysis provides an independent third-party analysis of realtime supply and demand dynamics within a given supply basin. Typically, a 75-mile drivedifference from the project site for feedstock supply generation and 150 miles for the competingmarkets. Our studies involve analysis around feedstock generation, existing disposition markets,point source supplier identification and analysis, growth to drain (where applicable)

Capability Core Competencies

We are capable of supporting projects in the continental US with expertise from coast to coast.

Feedstock Supply Chains we are able to analyze include;

Woody biomass (Forest and Sawmill Residuals)
Organic Food Waste
Agricultural Residuals

Capability Qualifications and Credentials

We have been working with Biomass Feedstock Supply Chains for 30 years.

Approx. number of available voucher projects

Inputs required from voucher recipients

Site location, feedstock type and qunatities

Geographic Constraints

anywhere in the USA

Additional details on matching preferences

n/a

Estimated capability duration in weeks

At-Scale Manufacturing Analysis

Voucher #

VO1-14

Organization:

Feldhake Consulting LLC

Details

City

Fenton

State

Zip

63026

Activity Location State

Technology Area

Category

TEA/LCA

Capability Description

Our support is estimated and budgeted for 50 days (10 weeks) with the potential for expansions pending funding and scope of the manufacturing analysis. The following outputs are provided at the end of the project and at key milestones during the project.

Initial manufacturing analysis: A report detailing the options for manufacturing the product, including risks, locations, supply chain, and BOM (Wk 4). The analysis will initiate a review on week 5 by the client to capture stakeholder input and reduce options to actionable paths.
Manufacturing Plan: Using the results from the analysis review, a concept project scope shall be developed, including order-of-magnitude costs. A second review meeting shall be conducted to review the concept(s), suppliers, costs, and stakeholder comments.
Final Project Report and recommended next steps: A final overview of the work performed, recommended manufacturing plans, and supplier list, along with future recommendations and next steps.

Capability Core Competencies

Feldhake Consulting LLC is a Missouri-based company that offers products and services to improve energy efficiencies. This includes Hybrid energy systems, integration, and web services that help monitor and maintain the energy system enhancing its reliability and resilience. Michael Feldhake, Founder, is an engineering professional with over 30 years’ experience specializing in manufacturing, engineering, and software development for Fortune 500 companies.

CORE COMPETENCIES:

Process Optimization expert
Project Development with a focus on Return on Investment (ROI) solutions
Commissioning and Validation
Specialize in Case Studies and System integration
Justification for new ideas for schedules, costs, and detailed scope of work
System Integration solutions for plant floor/manufacturing and web services

DIFFERENTIATORS:

Expertise in understanding the concerns of stakeholders
Solid track record of successful projects in multiple industries
Expert level in Power Distribution, Instrumentation, Software, AI/ML Tools

‍

Capability Qualifications and Credentials

Currently commercializing several products involving advanced hybrid propulsion systems.
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, including fuel and power distribution system.
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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Diagrams, part specifications, and descriptions of the product. Access to current supplier information. Current and future development plans. Information on production timeline and annual demand forecast. Stakeholder participation during initial kickoff and planned review meetings. 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

AACE Class 5 Techno-Economic Analysis

Voucher #

VO1-16

Organization:

RTI International

Details

City

Research Triangle Park

State

Zip

27709

Activity Location State

Technology Area

Category

TEA/LCA

Capability Description

For this service, RTI will perform a Concept Screening-level (Association for the Advancement of Cost Engineering Level 5) techno-economic analysis for DOE-funded startups. For this effort, RTI IA will require the following from our clients: Provide background data and information to enable the TEA 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 TEA throughout the project period of performance. We are capable of supporting projects across the United States. Our support is estimated and budgeted for 70 business days (14 weeks) with potential for expansions pending funding and scope of partner scouting and evaluations. RTI will provide the following deliverables at the close of the support, as well as throughout key milestones of the support.

Deliverables:

Technology Analysis Plan
Performance Model
Cost Estimate
Final TEA Report

Capability Core Competencies

RTI has a long history of developing detailed technoeconomic analyses (TEA) for novel technologies. RTI uses fundamental process modeling tools such as Aspen Plus Suite (Aspen Plus, Aspen Adsorption, etc.), Hysys, Chemkin, and Promax to generate detailed process flow diagrams, heat and mass balances, equipment lists, and sizing. In addition to using software-based costing tools such as Aspen Process Economics Analyzer, RTI also maintains a database of equipment costs from its process build-and-operate projects. These data are used to generate detailed TEA models and sensitivity analyses. RTI has demonstrated expertise in conducting detailed TEA for several applications including power generation (coal- and natural gas-based plants, renewables), syngas clean-up, carbon capture and sequestration, chemicals production for e.g., methanol, sustainable aviation fuel, ammonia (grey, blue, and green), and Hydrogen, using both conventional and novel technologies.

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. We approach every project, problem and task with a recognition that the most useful answer is one that’s tailored to that specific startup and where they are in their journey. As a part of the larger RTI network, RTI-IA has access to nearly 6,000 experts that hold degrees in more than 250 scientific, technical, and professional disciplines. This includes RTI’s Technology Advancement & Commercialization (RTI-TAC) group that develops and scales low-carbon fuels, carbon capture, and advanced material technologies (from TRL 3 – TRL 7) for the DOE including as part of the OCED Southeast DAC Hub, key players in the energy industry, and startups such as SYZYGY Plasmonics.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

RTI's TEA expertise includes chemical processes and enabling materials (e.g., membranes, catalysts, sorbents).

Estimated capability duration in weeks

Technoeconomic Analysis

Voucher #

VO1-17

Organization:

Strategic Analysis, Inc.

Details

City

Arlington

State

Zip

22203

Activity Location State

Technology Area

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

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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Bankability Assessment

Voucher #

VO1-19

Organization:

RTI International

Details

City

Research Triangle Park

State

Zip

27709

Activity Location State

Technology Area

Category

Bankability

Capability Description

For this service, RTI will first work with the startup to gain a detailed understanding of the proposed project scope, key assumptions and the key risks associated with the project. The assumptions and risks could be based on construction timelines, project input costs, potential revenue streams and offtake agreements. RTI will verify the assumptions through a technology assessment and a market analysis, verify the risks through a risk assessment, and identify additional environmental and social impacts that should be considered in the business case. RTI will then develop a financial model, such as a discount cash flow model, or a similar model structure, to examine the financial attractiveness of the project based on various assumptions. RTI will present the results of the financial model and the supporting research in a pitch deck that potential investors can review when considering the investment potential of a project.

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 have a long history of supporting EPA and other governmental intuitions in analyzing the environmental and economic impacts of GHG and non-GHG emissions and emissions control, thus bring experience with relevant costs, monetizing emissions reduction and analyzing potential markets for waste byproducts. Additionally, we bring an expertise in electricity grid modeling and technical experience with carbon management, long duration energy storage (e.g. hydrogen, batteries, pumped storage hydropower, etc), clean hydrogen and industrial decarbonization through work with startups, commercial clients, utilities and government organizations.

Capability Qualifications and Credentials

RTI regularly develops custom business cases that include discounted cash flow modelling with sensitivity analyses to quantify the impact of various project risks. With this information we create pitch decks and have done so for energy and resource development projects, including energy efficiency and critical minerals manufacturing facilities in the Middle East. RTI also conducts cost-benefit analysis for investment in emerging technology. We develop economic models that analyze cash flows of monetary benefits versus program costs, as well as monetize other nonmonetary impacts from the investment. A key risk that must be analyzed in a bankability study is regulatory and government risk and RTI has extensive experience analyzing the impacts of regulations on manufacturing and energy production industries, including the proposed rules from the EPA office of Air Quality Planning and Standards (OAQPS).

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Fundraise Strategy and Planning

Voucher #

VO1-24

Organization:

Riverview Climate Ventures LLC

Details

City

Sacramento

State

Zip

95816

Activity Location State

Technology Area

Category

Fundraising

Capability Description

Riverview Climate Ventures supports technology companies on fundraising, commercialization, and other special projects related tostrategy and finance. This capability is focused on fundraising. The proposed project involves 3 steps:

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.
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 technology and beyond to produce investor-ready material.
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

Led by Daniel Ketyer, former VC at Piva Capital, consultant at Deloitte, and current fundraising & commercialization advisor to climate tech startups at Riverview Climate Ventures. Education at University of Michigan and Duke University. Supported VC diligence across various technology categories including carbon management, hydrogen, nuclear, grid tech, long-duration energy storage, and various sub-areas of industrial decarbonization including steel and cement.Based in San Francisco, the hub of the climate VC ecosystem

Approx. number of available voucher projects

Inputs required from voucher recipients

Company pitch deck
Company financial model (if applicable)
Company financing history and/or cap table (if applicable)

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Commercialization Feasibility Plan

Voucher #

VO1-25

Organization:

Bennovative LLC

Details

City

Hoover

State

Zip

35244

Activity Location State

Technology Area

Category

Market Readiness

Capability Description

This capability helps early stage companies to determine the commercial feasibility of their products and develop a plan to demonstrate the value it will create in the market. To do this, we conduct several preliminary assessments of the technology that include, but not limited to - a techno-economic analysis, market readiness analysis, and a supply chain assessment. These assessments help us to determine the capabilities of the product or technology in its current state and identify any development gaps that should be addressed. In addition to the preliminary analyses of the external market situation, we conduct an internal asset audit. This includes everything from team personnel to IP status. Through this audit we help to identify skills gaps that need to be filled to bring the technology to market and what the patent landscape consists of from both a company filing and freedom to operate perspectives. By the end of the engagement, the company will have:

A full understanding of their position within the market to include IP landscape and filing strategy
What features or characteristics are needed to bring the technology to market
A funding pipeline of both non-dilutive grant options, and list of potential investors

Capability Core Competencies

Bennovative LLC has deep experience in helping companies establish the foundational assets and operations they need to achieve commercial success. To date, our company has helped at least 75 different federally funded startups with their overall commercialization plan. Many of these have been at early stages of the company and nascent stages of technology development. Helping clients navigate ambiguity and find clarity in how to best position their technology for commercial success is our specialty. We do this by integrating as deep as possible with the company and their product teams to understand the state of the technology, its capabilities, and how it fits into the market from both a short and long term sense. From here we tailor our deliverables based on the needs and skills gaps within the company’s team.

Capability Qualifications and Credentials

The Bennovative LLC team has been working in the technology commercialization space in some capacity for over a decade. This includes activity as technology transfer professionals, financial & accounting professionals, consultants, and even startup founders. Our team has won business plan competitions, developed software and hardware products, prepared & processed all forms of intellectual property, and negotiated license deals with fortune 500 companies. For the past 5 years, our principal’s main focus has been on working with SBIR funded companies by leveraging the CAP/TABA commercialization funds. Through all of this experience, we have amassed a vast network of specialized personnel that can be tapped into to help with commercial efforts including: IP attorneys, production engineers, product designers, and venture capital investors.

Approx. number of available voucher projects

Inputs required from voucher recipients

Just need to know what immediate needs are, where the skills gaps are, and what is the current state of the project.

Geographic Constraints

Additional details on matching preferences

We are now pro's at setting up, running, and maintaining internal AI systems to help with commercialization execution. This runs on the team's own AI apps to help optimize workflow, plug key skills gaps, and pick up momentum at the technology moves to the marketplace.

Estimated capability duration in weeks

Complete Go-to-Market review, assessment, analysis, and strategy based on series of customer discovery and product-market-fit exercises

Voucher #

VO1-28

Organization:

Genseed Advisors

Details

City

Silver Spring

State

Zip

20902

Activity Location State

Technology Area

Category

Market Readiness

Capability Description

Our "Complete Go-to-Market Review, Assessment, Analysis, and Strategy" service provides a comprehensive approach to launching your product successfully. We begin with a thorough review of your current market positioning, analyzing key metrics and identifying areas for improvement. We gain deep insights into your target audience's needs, preferences, and pain points through a series of customer discovery exercises. This hands-on approach ensures we gather real-time feedback directly from potential customers, allowing us to refine your value proposition and product offerings. Next, we conduct an in-depth product-market fit analysis, assessing how well your product meets market demands and where adjustments may be needed. Our team leverages industry expertise and data-driven insights to identify optimal market segments and competitive positioning strategies. Finally, we develop a robust go-to-market strategy tailored to your unique business objectives. This includes actionable steps for marketing, sales, and distribution channels, ensuring you have a clear roadmap to achieve market penetration and growth. Our service empowers you with the knowledge and tools to navigate the complexities of market entry, ultimately driving customer acquisition, retention, and long-term success. Partner with us to transform your market approach and achieve sustainable growth.

Capability Core Competencies

Our capabilities and core competencies for the "Complete Go-to-Market Review, Assessment, Analysis, and Strategy" service include: 1.

Market Research and Analysis:

Expertise in conducting comprehensive market research to identify trends, opportunities, and threats.
Proficiency in competitive analysis to understand the landscape and positioning within the market.

Customer Discovery:

Skilled in designing and executing customer discovery exercises to gather qualitative and quantitative data.
Ability to analyze customer feedback to identify needs, preferences, and pain points.

Product-Market Fit Assessment:

Competence in evaluating product-market fit to ensure alignment between product offerings and market demands.
Experience in identifying gaps and opportunities for product improvement and innovation.

Go-to-Market Strategy Development:

Expertise in crafting tailored go-to-market strategies that encompass marketing, sales, and distribution plans.
Ability to create actionable roadmaps for market entry and growth, ensuring clear and measurable objectives.

Capability Qualifications and Credentials

Ben/Genseed's Expertise and Experience:

Go-to-Market Capabilities:
- Comprehensive market research, competitive analysis, and customer discovery processes.
- Proficient in product-market fit assessments to ensure alignment with market needs.
Industry Experience:
- Energy & Renewable Energy:
  - Extensive experience in the solar industry, including business development, sales, project finance, and engineering.
  - Expertise in integrating new technologies into the grid, enhancing energy efficiency and electric vehicle (EV) adoption.
- Industrial Decarbonization:
  - Deep understanding of decarbonization strategies for industrial sectors, notably cement and concrete.
  - Experience advising and consulting startups focused on industrial decarbonization and carbon capture technologies.
- Carbon Capture & Direct Air Capture:
  - Specialized knowledge in carbon capture technologies, including direct air capture, with hands-on experience in advising innovative startups in these areas. -
- Climate Technology:
  - Broad expertise in climate technologies, driving sustainable solutions and impactful market strategies.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Services available nationwide

Additional details on matching preferences

Estimated capability duration in weeks

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

Technology Area

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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Commercialization Strategy and Planning

Voucher #

VO1-32

Organization:

Riverview Climate Ventures LLC

Details

City

Sacramento

State

Zip

95816

Activity Location State

Technology Area

Category

Market Readiness

Capability Description

Riverview Climate Ventures supports technology companies on fundraising, commercialization, and other special projects related to strategy and finance. This capability is focused on fundraising. The proposed project involves 3 steps:

First, data collection. This includes a review of the company's current customer-facing sales decks, value proposition and pricing models, and other materials that would be shared with a prospective customer as part of a sales process.
Second, collateral development. This includes refining the sales deck, relevant models, and other supporting materials for prospective customers. As part of this process, we interview potential target customers to pressure test the efficacy of materials and ensure we capture critical points.
Third, go-to-market planning. This includes customer pipeline development, process documentation, and initial customer outreach. We define a project plan and timeline tailored to industry timelines and important events.

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 commercialization efforts and understands how to set milestones that investors will care about. 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

Led by Daniel Ketyer, former VC at Piva Capital, consultant at Deloitte, and current fundraising & commercialization advisor to climate tech startups at Riverview Climate Ventures. Education at University of Michigan and Duke University. Supported VC diligence across various technology categories including carbon management, Hydrogen, Nuclear, Grid tech, long-duration energy Storage, and various sub-areas of industrial decarbonization including steel and cement.

Approx. number of available voucher projects

Inputs required from voucher recipients

Company pitch deck
Company financial model (if applicable)
Company financing history and/or cap table (if applicable)

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Comprehensive Market Readiness Assessment

Voucher #

VO1-33

Organization:

VentureCraft, Inc.

Details

City

Huntington Beach

State

Zip

92648

Activity Location State

Technology Area

Category

Market Readiness

Capability Description

The work will involve five key components:

Market Analysis: We'll conduct in-depth research to understand the target market's size, trends, and growth potential, utilizing both primary and secondary data sources.
Competitor Assessment: A thorough evaluation of existing competitors, their market positions, strengths, and weaknesses will be performed to identify opportunities for differentiation.
Product/Service Evaluation: We'll assess how well our offering meets market needs and demands, identifying any necessary adaptations or improvements.
Marketing Strategy: Based on market and competitor insights, we'll develop a tailored marketing approach, including target audience definition, positioning, and promotional tactics.
SWOT Analysis: A comprehensive analysis of our strengths, weaknesses, opportunities, and threats in the context of the target market will be conducted.

Critical milestones include completing each component of the analysis and synthesizing the findings. The final deliverable will be a comprehensive report integrating all five elements, providing a clear picture of our market readiness and actionable recommendations for successful market entry. This report will serve as a strategic roadmap, enabling informed decision-making and maximizing our chances of success in the new market.

Capability Core Competencies

VentureCraft has a proven track record of supporting over 100 DOE awardees, connecting them with valuable opportunities and developing long-term success strategies. Our extensive network allows us to provide numerous referrals upon request, validating our expertise and effectiveness.With more than two decades of experience, we specialize in creating comprehensive market analysis reports and strategies tailored for early-stage, deep tech companies. Our approach combines in-depth industry knowledge with cutting-edge analytical techniques to deliver actionable insights.Currently, we collaborate with leading accelerators such as Techstars, LaunchPad SBDC, and Slalom, further enhancing our ability to guide innovative startups towards success. This ongoing engagement with the startup ecosystem keeps us at the forefront of emerging trends and best practices.

Capability Qualifications and Credentials

VentureCraft has a proven track record of supporting over 100 DOE awardees, connecting them with valuable opportunities and developing long-term success strategies. Our extensive network allows us to provide numerous referrals upon request, validating our expertise and effectiveness.With more than two decades of experience, we specialize in creating comprehensive market analysis reports and strategies tailored for early-stage, deep tech companies. Our approach combines in-depth industry knowledge with cutting-edge analytical techniques to deliver actionable insights. Currently, we collaborate with leading accelerators such as Techstars, LaunchPad SBDC, and Slalom, further enhancing our ability to guide innovative startups towards success. This ongoing engagement with the startup ecosystem keeps us at the forefront of emerging trends and best practices.

Approx. number of available voucher projects

Inputs required from voucher recipients

Minimal preparation required. We need:

one point of contact who knows the technology and its commercial goals;
materials you already have, such as product specifications, performance or test data, presentations, or customer feedback; and
a few short working sessions over 12 weeks, scheduled around your team. Financials and pricing help but are not required. Remaining gaps in market, customer, and competitor data are addressed through our research within the defined scope.

Geographic Constraints

None. We can serve companies anywhere in the United States and its territories. All work is remote, with video sessions scheduled around your time zone, so your team never needs to travel or host us onsite.

Additional details on matching preferences

VentureCraft brings two decades of market analysis experience, has supported 100+ DOE awardees, and has helped clients secure $450M+ in private investment and grants. Best fit: companies nearing pilot-scale demonstration or first commercial sales, from SBIR/STTR teams to established manufacturers. Your report delivers market analysis, competitor assessment, product/service evaluation, marketing strategy, SWOT, and market-entry recommendations, with findings reusable in customer outreach, commercialization plans, and funding discussions. Led by Shaun Sanders, USC Gould adjunct professor, deal sourcer for multiple investment groups, and former NSF SBIR Phase II review panelist. Previous EnergyWerx voucher provider.

Estimated capability duration in weeks

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

Technology Area

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 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.

Approx. number of available voucher projects

Inputs required from voucher recipients

N/A

Geographic Constraints

N/A

Additional details on matching preferences

Estimated capability duration in weeks

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

Technology Area

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:

Data summary, description, and analysis,
Model and scenario design,
Technical analysis on system benefits,
Economic analysis,
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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Industrial Performance Improvements – Market Readiness Assessments and Roadmap

Voucher #

VO1-9

Organization:

Fosterra, LLC

Details

City

Saratoga Springs

State

Zip

12866

Activity Location State

Technology Area

Category

Market Readiness

Capability Description

Fosterra will engage with pre-demonstration clients for industrial performance improvement 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.

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Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

IIoT & Performance Modeling for Industrial Performance Improvements

Voucher #

VO2-11

Organization:

LHP Data Analytic Solutions, LLC

Details

City

Columbus

State

Zip

47203

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

Our solutions for Industrial Performance Improvements 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 associated usage patterns. These usage patterns and learnings 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 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 that are being measured.
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).

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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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

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

Technology Area

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)
- Altitude, humidity, and temperature
- Vibration and shock
- Explosive atmosphere (fuel rich environments at ambient pressure), waterproofness, fluid immersion, hydrostatic pressure, fluids susceptibility, icing, and flammability
- 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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Electrochemical Energy Storage - Modeling, Testing and Performance Verification Support

Voucher #

VO2-22

Organization:

The Ohio State University - Center for Automotive Research

Details

City

Columbus

State

Zip

43201

Activity Location State

Technology Area

Category

Performance Testing

Capability Description

At CAR, we provide comprehensive services in the area of electrochemical energy Storage technology assessment and benchmarking. Our services are centered around experimental testing, modeling and simulation development and system integration and analysis. As part of this voucher opportunity, following tasks are proposed:

Performance Verification: Experimental testing for the benchmarking and characterization of systems across diverse operating conditions. Testing can be further tailored to replicate international standard regulations or certification requirements.
Degradation Analysis: CAR has experience in failure model analysis in electrochemical energy Storage systems through accelerated life testing. Long term experiments can be performed to capture information on the degradation observed due to extensive cycling.
System Modeling: The team includes world class faculty and senior researches with over a decade's combined experience in the area of modeling of dynamic systems. Complex electrochemical physical models as well as computationally efficient control oriented models can be developed to capture the systems electro-thermal performance. Model tools can be integrated into simulation tools and packages capable of simulating the system as part of real-world applications to understand long-term performance aimed at analyzing system efficiency and optimizing design.

Final deliverables:

Report withe experimental results,
Model software code and
Detailed simulation analysis

Capability Core Competencies

The Center for Automotive Research (CAR) is the pre-eminent research center in sustainable and safe mobility in the United States and an interdisciplinary research center in The Ohio State University’s (OSU) College of Engineering established in 1991. CAR research focuses on: propulsion systems, electrification including energy Storage, autonomous vehicles, smart mobility and safety. OSU CAR has comprehensive capabilities and facilities for the characterization of performance and aging in electrochemical energy Storage systems, first-principle modeling and simulation, design and prototyping of high-performance battery packs, including Battery Management Systems and Thermal Management Systems, and control development for energy Storage systems (management, diagnostics and failure prediction). CAR research portfolio broadly covers electrochemical energy Storage systems for automotive, aerospace and stationary Storage applications (approximately $5M/year funded by Ford Motor Company, General Motors, Hyundai Motor Company, LG Chem International, Stellantis, Cummins, NSF, ARPA-E, DOE and NASA).

Capability Qualifications and Credentials

CAR experimental facilities in the area of energy Storage systems include:

cell/module/pack cyclers up to 250kW 900V;
thermal conditioning and thermal management system design and validation;
SIL/HIL laboratory for energy management strategy testing and validation;
battery pack prototyping. A team of 45 administrative and research staff supports 69 faculty, more than 100 graduate and 250 undergraduate students, and maintains and makes use of advanced experimental facilities including four engine test cells, two chassis dynamometer, a heavy duty chassis dynamometer, low voltage and high voltage energy Storage labs and supporting facilities.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Experimental facilities can support up to 250kW and 1200V. Thermal chambers available for cells, modules, and packs

Estimated capability duration in weeks

Barracuda Virtual Reactor Simulation, Validation and Testing

Voucher #

VO2-23

Organization:

CPFD Software

Details

City

Houston

State

Zip

77079

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

This capability allows recipients with a fluid-particle process to explore a broad range of ideas, reduce physical testing costs and minimize development risk, while accelerating scale-up, commercialization and time-to-market through in-house use of Virtual Reactor simulation. This capability provides an annual Barracuda Virtual Reactor software license (Performance package), technical support and new-user training to accomplish the following:

Training. Computer hardware configuration, software installation, license deployment and software training (up to two users). (Weeks 0-3)
Baseline Model. With assistance from our engineers, recipient will create computational models of their system(s) and begin process digitalization including analysis and post-processing of results (3D visualization, transient outputs, 2D plots, overall system metrics). (Weeks 4-16)
Calibration and Validation. With assistance from our engineers, recipient will calibrate and subsequently validate the models using real-world process data. (Weeks 10-25)
Virtual Testing. The calibrated model is used by recipient to explore the design space through virtual testing, identifying the effect of inputs on overall project goals. (Weeks 26-52)
Scale-up. Deployment for scale-up or application to additional processes can begin concurrent with virtual testing. The CPFD team remains available to provide technical support and domain expertise throughout the duration of the engagement. (Weeks 40-52).

Capability Core Competencies

CPFD Software develops multiphase simulation software. Our flagship product, Barracuda Virtual Reactor, is a physics-based and GPU-accelerated engineering software package that simulates 3D, transient, fluid-particle hydrodynamics, heat balance, and chemical reactions in reactors and process units. This technology enables the digital twin and solves some of the most complex engineering challenges in energy, sustainability and industrial decarbonization.

Capability Qualifications and Credentials

Barracuda Virtual Reactor is an industry-standard tool for simulating the complex behaviors of multiphase processes. Our clients use simulation to effectively communicate technological capabilities and data to partners, customers and investors so they can deploy and scale with confidence. Virtual Reactor has been used by scientists and researchers at national labs (including NETL, ORNL, Sandia), industrial companies (such as Shell, Technip Energies, Cemex) and startups (such as Aurora Hydrogen, Aloha Carbon, ACT-ion Battery Technologies). At the 2020 Hydrocarbon Processing Awards, Virtual Reactor was named Best Software Technology. Our team has expertise in software development and process engineering, with a total of 270 years of industry experience.

Approx. number of available voucher projects

Inputs required from voucher recipients

Initial design concept involving a fluid-particle process;
Material properties, process parameters and initial range of operating conditions;
Chemical reactions and suitable kinetics from lab-testing or literature (recommended);
Physical test or operational data for overall model calibration and validation, if available;
Workstation computer (GPU) or access to cloud computing resources;
At least one primary contact to use the software on a part-time basis.

Geographic Constraints

We are capable of supporting clients and projects throughout the United States.

Additional details on matching preferences

A successful match will have a recipient that wishes to simulate a fluid-particle process such as a fluidized bed reactor, pneumatic transport system, slurry bed / ebullated bed reactor, bubble column, or other gas/solid or liquid/solid systems. This Barracuda Virtual Reactor Simulation, Validation and Testing capability is most suited for a recipient with some experience with computational fluid dynamics (CFD) or similar tools. Recipients without any such experience might be better matched with our other capabilities (VO2-24 or VO2-25) that include additional model setup and calibration services.

Estimated capability duration in weeks

Barracuda Virtual Reactor Simulation, Validation, Testing and QuickStart

Voucher #

VO2-24

Organization:

CPFD Software

Details

City

Houston

State

Zip

77079

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

This expansion of Capability 1 includes services by our engineers to set up the first model on behalf of recipient and enhanced software licensing. Deliverables include two annual multi-GPU Barracuda Virtual Reactor software licenses (Performance Plus package), model setup services, technical support and new-user training to accomplish the following:

Training. Computer hardware configuration, software installation, license deployment and software training (up to five users). (Weeks 0-3)
Baseline Model. Our engineers will create a computational model for one of recipient’s systems and begin process digitalization including analysis and post-processing of results (3D visualization, transient outputs, 2D plots, overall system metrics). Key monitoring metrics will be identified. (Weeks 1-10)
Calibration and Validation. With assistance from our engineers, recipient will calibrate and subsequently validate the models using real-world process data. (Weeks 6-20)
Virtual Testing. The calibrated model is used by recipient to explore the design space through virtual testing, identifying the effect of inputs on overall project goals. (Weeks 21-52)
Scale-up. Deployment for scale-up or application to additional processes can begin concurrent with virtual testing. The CPFD team remains available to provide technical support and domain expertise throughout the duration of the engagement. (Weeks 30-52).

Capability Core Competencies

Capability Qualifications and Credentials

Approx. number of available voucher projects

Inputs required from voucher recipients

Initial design concept for a fluid-particle process;
Material properties, process parameters and initial range of operating conditions;
Chemical reactions and suitable kinetics from lab-testing or literature (recommended);
Physical test or operational data for overall model calibration and validation, if available;
Workstation computer (GPU required, multi-GPU and Linux recommended) or access to cloud computing resources;
At least one primary contact to use the software on a part-time basis.

Geographic Constraints

We are capable of supporting clients and projects throughout the United States.

Additional details on matching preferences

Estimated capability duration in weeks

Barracuda Virtual Reactor Scale-Up Program with Project Engineering Support

Voucher #

VO2-25

Organization:

CPFD Software

Details

City

Houston

State

Zip

77079

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

This expansion of Capability 2 includes services by our engineers to calibrate and validate the first model on behalf of recipient and virtually unlimited software licensing. Deliverables include two annual multi-GPU Barracuda Virtual Reactor software licenses (Performance Plus package), model setup services, model calibration services, 2,000 hours of metered licensing, technical support and new-user training to accomplish the following:

Training. Computer hardware configuration, software installation, license deployment and software training (up to five users). (Weeks 0-3)
Baseline Model. Our engineers will create a computational model for one of recipient’s systems and begin process digitalization including analysis and post-processing of results (3D visualization, transient outputs, 2D plots, overall system metrics). (Weeks 1-10)
Calibration and Validation. Our engineers will calibrate and subsequently validate the models using real-world process data. (Weeks 5-14)
Technology Transfer. Transfer models and learning to recipient. (Weeks 15-16)
Virtual Testing. The calibrated model is used by recipient to explore the design space through virtual testing. (Weeks 15-52)
Scale-up. Deployment for scale-up or application to additional processes can begin concurrent with virtual testing. The CPFD team remains available to provide technical support and domain expertise throughout the duration of the engagement. (Weeks 20-52).

Capability Core Competencies

Capability Qualifications and Credentials

Approx. number of available voucher projects

Inputs required from voucher recipients

Initial design concept for a fluid-particle process;
Material properties, process parameters and initial range of operating conditions;
Chemical reactions and suitable kinetics from lab-testing or literature (recommended);
Physical test or operational data for overall model calibration and validation, if available;
Workstation computer (GPU required, multi-GPU recommended) or access to cloud computing resources;
At least one primary contact to use the software on a part-time basis.

Geographic Constraints

We are capable of supporting clients and projects throughout the United States.

Additional details on matching preferences

Estimated capability duration in weeks

Modeling of Hazards

Voucher #

VO2-26

Organization:

DNV ENERGY USA, Inc.

Details

City

Katy

State

Zip

77449

Activity Location State

Technology Area

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 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

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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

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.

Approx. number of available voucher projects

Inputs required from voucher recipients

In general, the following information is required to perform these types of studies:

Product specifications data sheet and Safety Data Sheet (SDS);
Asset drawings including layouts, physical dimensions of equipment / asset (e.g., LDES or plant) to be modeled;
Potential operating conditions and inventories for the asset/technology;
Potential environmental conditions;
Block diagrams, process flow drawings, if available.

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 will use the appropriate hazard or risk modeling software depending on the scope, including Phast / Safeti for free-field modeling or KFX / FLACS for CFD modeling. Process hazard analysis (PHA) sessions including HAZID / HAZOP will be facilitated with PHA Pro or Excel as needed. Failure modes and effects analysis (FMEA) or other risk workshops may be provided in conjunction with modeling depending on scope needs.

Estimated capability duration in weeks

Hydrogen: IIoT Infrastructure & Real-World System Performance Modeling

Voucher #

VO2-27

Organization:

LHP Data Analytic Solutions, LLC

Details

City

Columbus

State

Zip

47203

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

Our technology integration solutions for Hydrogen deliver a Digital Twin infrastructure and real-world system performance modeling. The system collects data from all key process points in the Hydrogen lifecycle: creation, initial storage, transportation, final storage, application usage, and other key states. With data tied to the lifecycle stage and a visualization layer, we provide an overview of the entire process, highlighting issues in the supply chain, storage tanks, final usage, or other anomalies. Issues are indicated via green/yellow/red dashboard indicators based on control limits, AI anomaly detection, or variance against system-wide averages. The analytics umbrella presents Hydrogen data with high-level overviews drillable into specific components, aggregated at any level. Key milestones include:

Data Access: Identification of data elements, usage, and lifecycle information with an SME.
Data Acquisition: Coding for data transmission and device integration if needed.
Data Infrastructure: Coding for secure data transfer, secure storage at rest, API development, and backend development.
Data Visualization: The presentation layer or Digital Twin concept of reports, KPIs, dashboards, analytics, and alerts. This final umbrella pane of glass deliverable allows users to visualize system performance.

Capability Core Competencies

Capability Qualifications and Credentials

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Energy Efficiency: IIoT Infrastructure & Real-World System Performance Modeling

Voucher #

VO2-28

Organization:

LHP Data Analytic Solutions, LLC

Details

City

Columbus

State

Zip

47203

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

Our technology integration solutions for Energy Efficiency deliver an Industry 4.0 or IIoT infrastructure with real-world system performance modeling via a Digital Twin presentation. We connect to sensor fusion established with our partner to display an analytical umbrella, or single pane of glass, of the energy system's efficiency. This includes the ability to view the entire system’s functionality and efficiency KPIs and metrics in one view, with each layer providing more granularity and insight into the connected data subprocess or subsystems. With this analytical umbrella, operators or managers can address efficiency deltas and improve underperforming areas, processes, or systems.

Critical milestones include:

Data Access: identification of data elements, usage in the process, and lifecycle information available.
Data Acquisition: coding to enable data transmission and device integration.
Data Infrastructure: coding of secure data transfer, secure data Storage at rest, API development, and backend development.
Data Visualization: The presentation layer or Digital Twin concept of reports, KPIs, dashboards, analytics, and alerts. This is the final umbrella pane of glass deliverable that all users will see to visualize the system performance.

Capability Core Competencies

Capability Qualifications and Credentials

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Digital Twin Creation for Performance Validation, Modeling, and Technology Assessment

Voucher #

VO2-29

Organization:

Turbine Monitoring and Support Services, LLC

Details

City

Atlanta

State

Zip

30308

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

Our Digital Twin Creation service specializes in creating Digital Twin System Models. These models provide insights into potential scaling issues, expected benefits, and how operations change under non-ISO conditions. They also quantify the consequences when integrating with existing assets. Our ties to electric utilities ensure that our models resonate with real-world scenarios. Our digital twins consistently align within +/- 0.5% of real-world systems. Each project is initiated with a customized physics-based model, with a focus on energy assets. These models leverage probabilistic forecasting to deliver precise insights. Moreover, we place a strong emphasis on the impacts industrial performance improvements on the Balance of Plant. A hallmark of our service is the collaborative approach we adopt. Working closely with voucher recipients, we make the most of available tests, data, and assumptions to ensure our digital twin models offer maximum efficacy.

Process:

Kick-off: Review existing models, identify technology assumptions, and refine or develop suitable models.
Model Development: Craft a parametric digital twin with iterative feedback.
Validation: Use real plant or prototype data for model validation.
Implementation: Deliver as an AI-encapsulated model or online hosting.

Capability Core Competencies

Turbine Logic is a specialized engineering consulting firm with a focus on power plant monitoring and diagnostics.

Our core competencies encompass:

Digital Twins including Physics-based Model Design, Construction, and Auditing
Technology Assessment and Impacts
Modeling
Direct Monitoring
Engineering Consulting
Custom Software & Monitoring Solutions Development
Gas Turbines
Photovoltaics (PV)
Hydrogen
Alternative Fuels Combustion

Our expertise lies in a comprehensive grasp of energy systems, with a strong foundation in modeling, simulation, and technological advancement. We prioritize understanding client requirements and have the ability, as a smaller entity, to adjust project scopes dynamically.

Capability Qualifications and Credentials

Our team brings to the table decades of cumulative experience in modeling, simulation, and technological innovation within the power systems arena. Our personnel have prior experience in developing models and state-of-the-art hardware for organizations such as NASA, the FAA, DOE, and an array of leading OEMs in the aerospace and energy sectors.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

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

Technology Area

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.

Approx. number of available voucher projects

Inputs required from voucher recipients

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

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 may include mechanical design, analysis, build and/or test.

Estimated capability duration in weeks

Accelerated Lifetime Testing: Test Fixture Design & Build, Testing, and Data Collection

Voucher #

VO2-31

Organization:

Johnston Engineering

Details

City

Spokane

State

Zip

99202

Activity Location State

Technology Area

Category

Performance Testing

Capability Description

Johnston Engineering (JE) offers Accelerated Lifetime 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 long-term effects of operational stresses on a product or system. JE designs test fixtures that simulate, measure, and record technology performance and failure modes under realistic operational conditions including temperature, pressure, fluid geometry, environmental stresses, torques, mechanical load, and fatigue testing. 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 Accelerated Lifetime Testing and deliver comprehensive test data reporting or train the recipient to conduct the testing themselves. Deliverables may include Accelerated Lifetime Test design, physics-based simulation, 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

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

EMI (Indirect Effects of Lightning, RF Emissions/Immunity, Power Quality) / Battery (Thermal Runaway/Short Circuit/Cell Capacity) Testing

Voucher #

VO2-35

Organization:

National Institute for Aviation Research - Wichita State University

Details

City

Wichita

State

Zip

67260

Activity Location State

Technology Area

Category

Performance Testing

Capability Description

Our electromagnetic interference/compatibility testing solutions are designed to meet the requirements for aircraft level system and component testing (RTCA DO-160 Sections 15-22 and 25), military testing (MIL-STD-461), and component level automotive testing. Battery testing can also be performed per RTCA DO-227 and DO-311 testing standards. 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, 25 days (5 weeks) of EMI or battery tests, and a final test report (2 weeks). Optionally, testing can be performed a-la-carte based on the test sections required to meet customer expectations. All testing will be performed by trained and qualified lab engineers.

Test Development: (~6 weeks)
Testing Option A: (~5 weeks)
- Indirect effects of lightning
- RF emissions/immunityo Power quality
- Shielding effectiveness: sample sizes range from a minimum of 12” x 12” and a maximum of 24” x 24”
Testing Option B: (~5 weeks)
- Battery testing: thermal runaway, cell capacity, short circuit, for batteries less than 200 Wh.
Test Report

Capability Core Competencies

Capability Qualifications and Credentials

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Direct Effects of Lightning Testing

Voucher #

VO2-36

Organization:

National Institute for Aviation Research - Wichita State University

Details

City

WICHITA

State

Zip

67260

Activity Location State

Technology Area

Category

Performance Testing

Capability Description

Our direct effects of lightning testing solutions are designed to meet the requirements of high current arc entry and high voltage swept attachment lightning test requirements for aircraft (RTCA DO-160 section 23 and SAE ARP5416) as well as standards requirements for wind turbine blade testing (IEC 61400-24). 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, 1.5 week of testing, and providing a final test report (2 weeks). The following outputs are provided at the end of the project and at key milestones during the project.

Test Capability Coordination: In this stage we will meet with you to better determine how your testing requirements align with our capabilities. We can assist in writing any test procedures, conduct a test readiness review meeting, and a safety briefing (up to ~6 weeks).
Testing: high current testing includes arc entry and/or conducted current variations, high voltage testing involves swept channel attachment (~1.5 weeks).
Test Report: (~2 weeks).

Capability Core Competencies

Capability Qualifications and Credentials

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

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

Technology Area

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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

While the capability described is cryogenic and gaseous Hydrogen testing, SwRI would also be able to support flow component testing that requires other test fluids such as methane, nitrogen, mineral oils, water, and more.

Estimated capability duration in weeks

Evaluation of Materials for Use in Hydrogen Environments

Voucher #

VO2-38

Organization:

Southwest Research Institute

Details

City

San Antonio

State

Zip

78238

Activity Location State

Technology Area

Category

Performance Testing

Capability Description

Southwest Research Institute has developed laboratory capabilities to evaluate the effects of hydrogen gas on engineering alloys used in critical applications. In this facility, mechanical testing is performed in hydrogen gas to measure tensile properties, fatigue lives, fatigue crack growth rates, and fracture toughness behavior. The data developed in these tests is critical for perform fitness-for-service analyses to ensure integrity of components and parts throughout service life. SwRI can perform the mechanical testing and fitness-for-service analyses.

Capability Core Competencies

Fundamental understanding of effects of hydrogen on the mechanical performance of materialsLaboratory facilities to perform mechanical testing in hydrogen gas (tensile, fatigue, fatigue crack growth rate, fracture toughness)Ability to perform fitness-for-service analyses for parts and components operating in hydrogen environments using software such as NASGRO.

Capability Qualifications and Credentials

Southwest Research Institute has expertise in materials and mechanics as it relates to ensuring integrity of Hydrogen containing equipment and components. SwRI has extensive laboratory facilities for performing mechanical testing in Hydrogen gas and a full service metallurgical laboratory for examining materials to before and after testing to understand the material structure and effects on mechanical performance in Hydrogen gas. SwRI has developed and maintained fatigue crack growth rate analysis tools such as NASGRO for more than 20 years and is well established in fracture mechanics community. SwRI is staffed with recognized experts in Hydrogen effects on materials, fracture mechanics, lifing and integrity.

Approx. number of available voucher projects

Inputs required from voucher recipients

Material of construction, usage/operating conditions and environments, loading

Geographic Constraints

All testing and analysis will be performed by SwRI at the main campus in San Antonio, TX

Additional details on matching preferences

SwRI can provide robust support for mechanical and fracture mechanics testing of materials. The test data will then be used to perform fitness for service analyses to asses structural integrity. Unique testing capabilities exist for extreme environment testing including high pressure and high tempreature Hydrogen gas, simulated sour service, and extreme temperatrues from cryogenic to greater than 2000C.

Estimated capability duration in weeks

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

Technology Area

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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Voucher recipients shall provide information on their flow component or pipeline 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

Additional details on matching preferences

This facility is primarily used for testing flow components, with high-accuracy flow references available onsite, but the highly repeatable flow conditions and range of operations allow for testing of many other technologies. 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. The facility may also blend other light gases for testing, as needed.

Estimated capability duration in weeks

Hydrogen Custom/Standard Testing

Voucher #

VO2-40

Organization:

WHA International, Inc.

Details

City

Las Cruces

State

Zip

88007

Activity Location State

Technology Area

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.

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

Systems Modelling for Process Validation & Techno-Economic Optimisation

Voucher #

VO2-44

Organization:

io consulting

Details

City

Houston

State

Zip

77079

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

io has developed a unique approach to conceptualisation, design and optimisation of new 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

characterization
PVT analysis and tuning
hydrates, waxes, asphaltenes, heavy oil, gels, solids
phase behavior
equations of state
dense phase
CO2, H2
Multiflash, PVTsim, bespoke software

Process 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 software

CFD

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 behavior 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.

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

io will lead the work from our Houston location but the systems modelling expertise is based in the UK. As with the prevoius scopes, we will transfer this expertise to the voucher recipient and upskill them with io's unique systems modelling capability.

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

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

Technology Area

Category

Simulation/Modeling

Capability Description

Johnston Engineering (JE) offers advanced mechanical engineering design and analysis services to support commercializing 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.

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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.

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

Cybersecurity PEN (Penetration) and Fuzz Testing

Voucher #

VO2-48

Organization:

LHP Engineering Solutions

Details

City

Columbus

State

Zip

47201

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

LHP Engineering Solutions (LHPES) offers a comprehensive suite of cybersecurity PEN and Fuzz testing services tailored for hydrogen, energy storage, and electric grid applications. Our primary focus is to identify and mitigate security vulnerabilities in vehicle systems and components. Critical milestones include the receipt of components such as ECUs, Communication gateway modules, and embedded devices, followed by customized tooling for PEN testing and execution of black-box or grey-box testing. At the end of the project, clients will receive a detailed report enumerating all identified vulnerabilities, including CVSS scores, CWE numbers, detailed descriptions, exploitation scenarios, impacts, and proposed mitigations. Additionally, a full penetration test report and a post-remediation verification report will be provided. This process not only enhances the overall security of vehicles but also helps meet regulatory obligations effectively. Our expertise ensures the discovery, analysis and reporting of vulnerabilities in compliant with standards such as ISO 21434, ISO 27001, and the MITRE ATT&CK Framework. At the project's conclusion, clients will have a comprehensive understanding of their systems' security posture and actionable steps to enhance their security.

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Capability Core Competencies

LHPES excels in various core competencies, including standards and regulations consulting, EV safety, embedded cybersecurity, AUTOSAR, and Model-Based Design (MBD). Our approach integrates application lifecycle management (ALM) for software development, validation, and release, combined with advanced analytics and data integration for prototype commercialization. We specialize in using Hardware-in-the-Loop (HIL) systems and field data for insightful decision-making. Our capabilities ensure a holistic, start-to-finish problem-solving methodology that addresses the complexities of standards, regulations, and global workflow integration, making us a reliable partner in advancing functional safety and cybersecurity.

Capability Qualifications and Credentials

LHPES boasts highly customized hardware and testing solutions developed by world-class engineers. We are partnered with TÜV NORD, UL, and National Instruments (NI, Silver Alliance Partner), providing access to state-of-the-art equipment and certification services. Our proven track record includes collaborations with industry-leading suppliers to innovate and enhance powertrain technologies, resulting in safety-critical and secure engine control systems. We adhere to and help clients comply with standards such as ISO 21434, ISO 27001, and the MITRE ATT&CK Framework, ensuring robust security and regulatory compliance.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Advanced Modeling and Simulation Solutions

Voucher #

VO2-49

Organization:

LHP Engineering Solutions

Details

City

Columbus

State

Zip

47201

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

LHP Engineering Solutions (LHPES) offers advanced modeling and simulation solutions for hydrogen, and energy storage applications. Our expertise includes dynamic modeling of electrolyzers, battery energy storage systems, and smart grid technologies. Our voucher project will culminate in delivering advanced modeling and simulation capabilities tailored to your specific needs. Beginning with a thorough review of your system architecture and requirements, we'll detail a comprehensive system design encompassing components and interfaces. Development progresses into creating detailed mathematical and plant models for each subsystem, incorporating actuators, sensors, controls, and safety mechanism. Simulations will be meticulously set up and executed, covering dynamic and steady-state scenarios, ensuring readiness with pertinent data sets. Validation and verification phases will rigorously confirm model accuracy and reliability. Ultimately, you will receive fully documented models along with comprehensive verification reports. These outputs will empower you with insights and predictive capabilities in areas like Electrolysis Systems for hydrogen production optimization, Battery Energy Storage Systems management, Dynamic Grid Modeling for efficient energy distribution, and Vehicle-to-Grid applications.By leveraging our expertise in advanced modeling and simulation, your team gains robust tools to optimize system performance, enhance safety protocols, and expedite development cycles, all within the 24-week project timeline.

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Capability Core Competencies

LHPES excels in technical proficiency across diverse domains including Standards & Regulations, EV applications, embedded cybersecurity consulting, and AUTOSAR & MBD modeling. Our Application Lifecycle Management ensures scalable software development and validation aligned with global standards. Advanced analytics and data integration capabilities support the commercialization of prototypes, leveraging Hardware-in-the-Loop systems and field data for informed decision-making. These competencies are underpinned by partnerships with industry leaders like TÜV NORD, UL, and National Instruments, ensuring access to state-of-the-art equipment and certification services.

Capability Qualifications and Credentials

LHPES offers advance modelling and simulation capabilities across multiple industry domains, crafted with insights from top engineers, utilizing tools such as MATLAB SimuLink, SysMIL, UML, and so on. Our track record includes pioneering collaborations that enhance powertrain technologies and secure engine control systems, setting industry benchmarks for safety and validation methodologies. These achievements align seamlessly with the goals of our current voucher opportunity, underscoring our ability to deliver innovative solutions that exceed project objectives.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

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

Technology Area

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.

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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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Ansys and Flownex Simulation Support – Design Failure Mode and Effects Analysis

Voucher #

VO2-54

Organization:

Phoenix Analysis and Design Technologies, Inc.

Details

City

Tempe

State

Zip

85284

Activity Location State

Technology Area

Category

Simulation/Modeling

Capability Description

Phoenix Analysis and Design Technologies, Inc. (PADT) is offering an extensive modeling and simulation support voucher leveraging the power of Ansys and Flownex simulation software. Recipients will experience PADT’s guided stage-gate process and embark on a 3-stage, 30-week modeling and simulation project to reduce risk and prepare for manufacturing and certification.The initial Discovery stage will consist of reviewing original design files, use cases, and applicable regulations, and exploring and understanding areas for improvement. A Systems Readiness Review will ensure PADT correctly understands the technology and subsystems, and upon agreement of systems block diagrams and requirements documents, the minimum viable product can be established, reviewed, and accepted. The project can then proceed into the next stage: Design Failure Mode and Effects Analysis. With information gathered in the Discovery stage, PADT will utilize advanced modeling resources to help understand and predict system performance under certification-relevant operating conditions and explore failure modes and lifetime performance of the design. The final stage is Mitigation: PADT will provide all simulation files and results in a comprehensive report. Outputs from modeling will allow PADT to inform the voucher recipient of potential issues and suggest areas for improvement to enhance expected performance in real-world environment testing.

Capability Core Competencies

Celebrating 30-years in the industry, PADT is a privately held engineering services company of 90 full-time engineers with expertise in areas of product design, numerical simulations, advanced manufacturing, laboratory testing, and validation. As an Ansys Elite Partner, PADT has access to advanced simulation tools for structural, thermal, CFD, and advanced multi-physics. Boasting hundreds of years of combined engineering experience, PADT is excited to provide access to advance modeling and system performance validation via simulation.

Capability Qualifications and Credentials

PADT engineers are certified annually by Ansys to provide support, training, and consulting with their tools, and PADT is a Certified Ansys Elite Channel Partner. In addition to providing engineering services for small businesses, PADT has been a trusted simulation resource for Honeywell, Lockheed Martin, Raytheon Technologies, Blue Origin, Intel, L3 Communications, APS, SRP, NASA, Dept of Energy, and many more. We have a secure and proven computing infrastructure for resources, including servers and desktops located on-site at PADT and accounts on cloud HPC servers for additional capacity. Our computing systems and processes are NIST 800-53 compliant, ITAR compliant, and registered. In addition to a dedicated staff of simulation services engineers, PADT has a Simulation Support Team and a roster of expert consultants that can be called on as needed for specialty applications.

Approx. number of available voucher projects

Inputs required from voucher recipients

This voucher is intended to provide access to advanced modeling and simulation expertise and support commercialization of innovative energy technologies. Voucher recipients are expected to provide digital design files (CAD and/or engineering prints), detailed systems diagrams, requirements, verification and traceability matrix (RVTM), and hold a Systems Readiness Review meeting with PADT.

Geographic Constraints

Arizona

Additional details on matching preferences

No geographic constraints. PADT can provide modeling and simulation support remotely to any voucher recipient in the US.

Estimated capability duration in weeks

Integrated Computational Materials Engineering Services

Voucher #

VO2-55

Organization:

QuesTek Innovations LLC

Details

City

Evanston

State

Zip

60201

Activity Location State

Technology Area

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.

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 and/or operating conditions, property targets, and expected results.

Geographic Constraints

No geographic constraints within the US.

Additional details on matching preferences

QuesTek's digital platform for simulation-led materials design, decision-making, and qualification, ICMD®, enables engineering teams to predict material behavior. QuesTek's in-house laboratory capabilities include but are not limited to: lab-scale arc melting/air melting/vacuum induction melting, lab-scale heat treatment, metallographic equipment for sample preparation, light optical microscopy, scanning electron microscopy with EDS, electrical conductivity via eddy current probe, and hardness testing to verify material microstructures and characteristics.

Estimated capability duration in weeks

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

Technology Area

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

Project plan and quote,
Model files and model development documents,
Testing environment establishment,
HIL/PHIL test demos,
Simulation results, and
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

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Hydrogen/Electrolysis System Safety Training

Voucher #

VO3-18

Organization:

WHA International, Inc.

Details

City

Las Cruces

State

Zip

88007

Activity Location State

Technology Area

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.

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

New Mexico

Additional details on matching preferences

None

Estimated capability duration in weeks

Evaluating siting and permitting best practices developed by similar jurisdictions

Voucher #

VO3-19

Organization:

5 Lakes Energy

Details

City

Northport

State

Zip

49670

Activity Location State

Technology Area

Category

Siting/Permitting

Capability Description

The final product will be a concise but thorough document examining the approaches to siting and permitting taken by similar AHJs for similar technologies. The report will include descriptions of the full range of approaches taken and a discussion of the rationales of each approach. The report will also include a set of concrete recommendations—with justifications—for achieving the goals expressed by the voucher recipient. In identifying “similar” AHJs for comparison, we will factor the type of the AHJ, the scale and scope of their authorities, and the political, demographic, economic, and geographic profiles of the jurisdiction they serve. Depending on the prevalence of the technology type and degree of deployment in similar AHJs, less direct or closely-aligned comparisons may be required. The mid-point milestone will be achieved after aligning with the voucher recipient on their specific interests and goals in developing their own siting and permitting plans and selecting the full set of comparison AHJs. The final milestone will be achieved upon delivery of the final product, which will undergo at least two feedback cycles with the voucher recipient to ensure completeness and full coverage of the voucher recipient’s needs.

Capability Core Competencies

Founded in 2010 by former high-ranking State of Michigan officials, 5 Lakes Energy (5LE) supports nonprofits, communities, trade associations, and government agencies in pursuing their clean energy and climate goals. Recognizing early that siting challenges could be a major barrier to rapid deployment of renewable energy, 5LE sought and secured significant philanthropic support to develop staff capacity and expertise on specific issues pertinent to siting and permitting in the Midwest. We approach siting from the standpoint that wide-scale deployment of renewable energy starts with local comfort with and acceptance of renewable energy, which in turn requires fair local permitting and other processes. We have actively worked to develop state siting policy models that fully account for what works and does not work at the community level.

Capability Qualifications and Credentials

5LE is a respected consulting firm with deep roots in Michigan and the Midwest and active working relationships with the primary academic researchers engaged in the study of siting and permitting at the University of Michigan, Michigan State University, and other R1 universities around the country. Outside of academic affiliations, 5LE has connections to the Michigan Association of Planning and leading legal experts who represent developers and AHJs in siting/permitting negotiations. While 5LE receives support from progressive philanthropic funders and partners with environmental and consumer protection advocates in, we also work regularly with the Conservative Energy Network and understand the local political complexities and nuances of renewable energy siting and permitting. 5LE has recently worked on multiple reports supporting AHJs interested in decarbonization. This required 5LE to survey approaches taken by similar entities and recommend mechanisms to accelerate renewable energy deployment using the tools available to those AHJs.

Approx. number of available voucher projects

Inputs required from voucher recipients

The voucher recipient should be prepared to share data on existing energy developments within their jurisdiction and surrounding jurisdictions and details on any siting and permitting processes already in place for energy resources and other major development projects.

Geographic Constraints

Our primary expertise is in the list of Midwest states below. However, we will consider vouchers in other states on a case-by-case basis: Minnesota, Wisconsin, Iowa, Michigan, Illinois, Indiana, and Ohio.

Additional details on matching preferences

Estimated capability duration in weeks

Cross-Sector Consulting for Tribal and Municipal Energy Siting, Permitting, and Development

Voucher #

VO3-24

Organization:

Eighth Generation Consulting

Details

City

SPRINGFIELD

State

Zip

62704

Activity Location State

Technology Area

Category

Siting/Permitting

Capability Description

Eighth Generation Consulting offers specialized cross-sector support for tribal and municipal energy projects, focusing on siting, permitting, and development. Our approach involves working directly with tribal governments, local authorities, and related institutions to ensure successful project implementation.

Work Involved:

Initial Assessment: Conduct a thorough review of energy technology options, needs, and regulatory frameworks.
Best Practices Evaluation: Analyze successful siting and permitting practices from similar jurisdictions and adapt them to the local context.
Permitting Process Development: Create streamlined, culturally sensitive permitting processes that address both regulatory requirements and concerns.
Stakeholder Engagement: Facilitate workshops and consultations to involve first responders, utilities, and stakeholders in the planning and decision-making processes.
Critical Milestones: Completion of Initial Assessment Report: A detailed report outlining technology benefits, challenges, and needs.
Best Practices Report: A document presenting effective siting and permitting strategies from comparable projects.
Permitting Process Framework: A developed framework for streamlined, culturally inclusive permitting processes.
Stakeholder Engagement Plan: A comprehensive plan for ongoing stakeholder involvement and feedback.

Deliverables:

Assessment Report Best Practices Report
Permitting Process Framework
Stakeholder Engagement Plan These deliverables will guide successful energy project siting and implementation, benefiting tribal and municipal stakeholders.

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Capability Core Competencies

Eighth Generation Consulting excels in supporting tribal and municipal clean energy projects through our expertise in sustainable development, regulatory compliance, and community engagement. Our team, led by Prof. Saxon Metzger, combines advanced qualifications in renewable energy and project management with hands-on experience in clean energy siting and permitting. Our approach integrates technical proficiency with deep cultural sensitivity, ensuring that projects respect and incorporate indigenous knowledge. We specialize in developing streamlined permitting processes, facilitating stakeholder engagement, and educating communities on the benefits and challenges of clean energy technologies. Our proven track record includes successful collaborations with tribal governments and local authorities on solar and Storage projects, highlighted by our award-winning initiative, "Renewable Rebirth: Implementing Indigenous Stewardship in Solar and Storage Recycling." This comprehensive capability ensures that we can effectively support clean energy demonstration projects from assessment through implementation, fostering sustainable community development.

Capability Qualifications and Credentials

Eighth Generation Consulting, led by Prof. Saxon Metzger, is equipped with a team of highly qualified professionals holding advanced degrees and industry-recognized certifications. Prof. Metzger, an MBA with an emphasis on sustainability and a PMP, leads with extensive experience in project management and renewable energy. Our team includes NABCEP-certified professionals in Photovoltaic System Inspection, PV Design, Installation, and Technical Sales. We hold ISO 14001:2015 EMS Lead Auditor and OSHA 10/30 Construction + HAZWOPER 40 certifications, ensuring adherence to the highest safety and environmental standards. We have successfully executed numerous clean energy projects, including winning the 2024 Community Energy Innovation Prize. Our team regularly presents at esteemed forums, such as EUCI, and collaborates with prominent researchers like Ayda Donne, an Osage researcher with NYU. This experience spans grant management, regulatory compliance, and community engagement, positioning us as a trusted partner for tribal and municipal clean energy initiatives under the voucher opportunity.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Energy Geospatial Siting

Voucher #

VO3-28

Organization:

X UTILITY

Details

City

Fresno

State

Zip

93710

Activity Location State

Technology Area

Category

Siting/Permitting

Capability Description

X UTILITY aims to uncover energy technology siting and permitting electric grid upgrade impacts with modern best practice siting via geospatial mapping. Our voucher support is aimed to disclose existing electrical infrastructure, identify electric utility grid congestion, reveal behind the meter technologies and uncover electric upgrade study areas. This graphical Go/No GO reveal also represents potential holistic betterment cost sharing of electric grid upgrades that when identified can be fairly and equitably link to the capital and expense projects. X UTILITY will share their industry knowledge and best practice acumen to deliver the VO3 Recipient 3 geospatial maps

Electrical Distribution- Plot known AHJ controlled electric distribution underground and overhead facilities.
Sites- Identify all client provided existing behind the meter sited locations/fuel type and size (e.g geothermal/co-gen/BESS/EVCS/etc).
Electric Grid Upgrades- Identify 3-7 cost shared electric grid betterment upgrade areas to consider when siting and permitting future energy technology deployments. Client meetings and obtaining Client data is the first milestone 15 weeks, milestone two result 1 draft electric facility map layout 10 week, final all 3 map (electrical routing/ facilities/electric upgrade areas) 10 weeks = total 35 weeks

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Capability Core Competencies

Our relevant practical experience includes a multitude of energy technologies with various physical project sizes in numerous jurisdictions, vital assistance for AHJ’s looking to modernize with geospatial data mapping. We are a team of industry experts that have worked with various stakeholders to simplify the complex energy siting and permitting risks using modern geospatial data mapping. We modernize and plot Client provided hand drawn or as-built mark ups with active geospatial data conversion. The client provided data sets can include existing renewable facilities, current and planned utility infrastructure, network life cycle upgrades and permitting/environmental sensitivities. Geospatial data mapping is the core document that aligns ALL stakeholder teams to a single source of the truth. This critical data set is the GO/NO GO tool for OCED VO3 recipients to identify upgrades to the electrical Grid and equally essential to site and permit both OCED and EERE funded clean energy projects.

Capability Qualifications and Credentials

X UTILITY is a certified LGBTBE woman owned small business with offices located in two of the energy pioneering utilities service territories (California and Hawaii). These expensive and leading energy deployment markets enable organic lessons learned sharing of knowledge throughout and across the US. We have successfully assisted large and small national and international renewable Development teams, Tribal governments and local governments with energy infrastructure geospatial area siting maps and plans. We help teams prospect, plan and develop various energy fuel types including solar, BESS, Microgrids, wind, Community Solar, Wholesale utility scale energy development and Electric Vehicles placement. The X UTILITY team believes in providing VO3 recipients with modernizing industry best practice siting and permitting tools that identify upgrades to the electric grid to streamline various clean energy demonstration projects.

Approx. number of available voucher projects

Inputs required from voucher recipients

N/A

Geographic Constraints

N/A

Additional details on matching preferences

N/A

Estimated capability duration in weeks

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

Technology Area

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:

Uncover utility interconnection dependencies to determine acceptable and unacceptable siting and permitting locations using a specific AHJ selected energy fuel type technology (examples: battery Storage);
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;
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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

entire USA, Indian Country and island service territories Guam, America Samoa, Porto Rico,

Additional details on matching preferences

Estimated capability duration in weeks

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

Technology Area

Category

Safety

Capability Description

To expedite understanding of 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 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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

Additional details on matching preferences

Estimated capability duration in weeks

Siting and Permitting Support

Voucher #

VO3-5

Organization:

EXP U.S. Services INC.

Details

City

Chicago

State

Zip

60601

Activity Location State

Technology Area

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 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 benefit.

Sample Deliverables and Timeline:

Site Assessment Report: Report detailing the suitability of potential project sites based on resource availability, land use compatibility, and environmental impact (week 1-4).
Feasibility Study Report: Report evaluating the technical and economic viability of potential project sites (week 4-8).
Permitting and Approvals Roadmap: Roadmap permits, licenses, and approvals required for project development (week 8-12).
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.

Approx. number of available voucher projects

Inputs required from voucher recipients

Geographic Constraints

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

Additional details on matching preferences

Estimated capability duration in weeks

No results found.

Long-duration Energy Storage

Industrial Technologies

Hydropower

Upgrades to the Electric Grid

Advanced Industrial Technologies

Hydrogen

Critical Minerals

Carbon Management (including carbon capture and direct air capture)

Resource Sustainability

Vehicle Technologies

Bioenergy

Wind

Water

Solar

Geothermal

Building Efficiency

Energy Improvement in Rural or Remote Areas

Clean Energy Demonstration on Current and Former Mine Land

Industrial decarbonization

Clean Hydrogen

Advanced Nuclear