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| | Eighth Generation Consulting, LLC | Saxon Metzger | Professor - Lead Consultant |
Small Business
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Office of Clean Energy Demonstration (OCED)
| Tribal and Community Engagement/Benefit Planning and Commercialization | Eighth Generation Consulting (EGC), an Indigenous-led consultancy, excels in integrating tribal and community perspectives into cutting-edge renewable energy and decarbonization projects. With a deep commitment to fostering equitable transitions, EGC offers unmatched expertise in tribal and community engagement, benefit planning, and commercialization strategies. Our work is grounded in empowering Indigenous communities and historically disadvantaged groups, ensuring that their voices shape energy solutions that prioritize sustainability, equity, and economic opportunity.
Background:
Founded by Osage Nation member Saxon Metzger, EGC has an extensive track record of collaborating with federal agencies, private companies, and tribal governments to advance clean energy initiatives. Notable achievements include partnerships with the Department of Energy (DoE), Grid Alternatives, and MIT Solve to address renewable energy deployment, workforce development, and circular economy practices. EGC also leads projects on solar decommissioning and recycling, supporting a just and sustainable energy lifecycle. Our proven success in creating culturally sensitive strategies and fostering inclusive economic growth makes us a valuable partner for CLIMBR Lab.
Interest in CLIMBR Lab:
EGC is aligned with CLIMBR Lab's mission to tackle decarbonization and commercialization challenges through equitable and innovative solutions. Our expertise in tribal engagement offers unique pathways for integrating Indigenous knowledge systems into project design, resulting in culturally relevant and environmentally sound outcomes.
Capabilities:
Tribal Engagement and Community Planning:
EGC has demonstrated success in developing frameworks for community-based planning, securing stakeholder buy-in, and aligning projects with tribal sovereignty and cultural preservation goals. We create tailored benefit-sharing models that directly support local economic development and workforce training.
Commercialization Strategies:
EGC specializes in crafting commercialization plans that amplify community benefits while aligning with market demands. Our expertise includes identifying funding opportunities, developing sustainable business models, and facilitating public-private partnerships that leverage tribal innovation.
Technical Expert With deep experience in clean energy technologies, EGC provides technical support for project feasibility, permitting, and lifecycle planning |
| IL |
| | Greentown Labs | Timothy Kast | Fundraising Consultant |
Non-Profit
|
Cross-Cutting
| Climatetech Startup Incubation & Partnership Acceleration | Greentown Labs is a 501(c)(3) nonprofit accelerating climatetech innovation and commercialization by empowering entrepreneurs and enabling collaboration—all with the vision of building a more sustainable world for all. As North America’s largest and most effective climatetech startup incubator, our comprehensive approach equips these startups (typically TRL 2-7) to move from first prototypes to commercialization as fast as possible, ensuring these solutions are put to work reducing greenhouse gas emissions in the energy, manufacturing, transportation, buildings, and agriculture/land use sectors, as well as strengthening climate resilience and adaptation.
Since our inception in 2011, Greentown has incubated more than 500 climatetech startups between our two locations in Boston, MA, (founded in 2011) and Houston, TX, (opened in 2021). Our member companies have collectively raised more than $7B in investments, generating an estimated 11,000 climate jobs, and have maintained a boast-worthy 90% survival rate—which is in stark contrast to the much lower industry standards for startup success. Greentown members have the solutions for our toughest climate technology challenges and they succeed at deploying them thanks to our structures and support.
For researchers and entrepreneurs that need a home after spinning out their innovative climate technologies from a national lab, Greentown provides all the necessary conditions for growth as well as a supportive and engaged community that increases the likelihood of serendipitous collaboration. The resources we provide include prototyping lab space, machine shops, a BSL-2 wet lab (Boston only), electronics labs, tool shops, office and event space, venture development services, discounted professional services, community connections, and curated investor and strategic partner introductions.
Greentown also has nearly a decade of experience in designing and leading successful accelerator programs geared towards startup-corporate collaboration for scaling climate technologies, including 16 “Greentown Go” programs with strategic corporate partners, industry non-profits, and leading ecosystem startups across the primary GHG-emitting sectors. Combined with our community resources, our expertise in facilitating productive collaboration through structured engagements is one of the core competencies of our team and organization. |
| MA |
| | Stratus Cloud Computing - National Renewable Energy Laboratory | David Rager | Chief Cloud Technologist |
Federal Government
|
Cross-Cutting
| Topic 2, 3, 4, 5, 6 | Our cloud computing services team at NREL specializes in cloud architecture and implementation, backed by deep expertise in infrastructure as code (IaC) using tools like Terraform and AWS CDK. We focus primarily on AWS while also supporting Azure and GCP, enabling versatile solutions tailored to diverse needs.
We design and deploy scalable, highly available cloud environments and APIs that support a wide range of applications—from hybrid workloads to HPC simulations. By leveraging IaC, we ensure infrastructures are resilient, secure, and reproducible, accelerating technology handoffs to private or commercial partners.
Our solutions reduce technical barriers, enhance data accessibility, and provide scalable environments for proof-of-concept demonstrations. Designed to be adaptable, these solutions foster collaboration between research teams and external partners, expediting the journey from lab innovation to market viability. By reducing capital expenditures and simplifying operations, we make advanced cloud technology accessible, even for smaller partners or startups.
Our cloud-first approach enhances lab processes by automating workflows and simplifying the deployment of new capabilities. With cloud-native and hybrid support, we provide the flexibility needed for today’s research, integrating AWS, Azure, and GCP capabilities to meet various project demands.
Our mission is to offer agile, reliable support across:
- Curation of IP, Data, and Software: Secure platforms that connect NREL’s intellectual property, data, and software to external partners.
- Matchmaking and Partnerships: Cloud platforms that foster collaboration between NREL and private enterprises, easing the process of technology transfer.
- Technology-Specific Partnership Projects: Scalable proof-of-concept hosting and infrastructure to advance commercialization and demonstrate real-world readiness.
- Enhancing Laboratory Processes: Automating workflows and enabling HPC workloads through cloud solutions, reducing bottlenecks, and enhancing efficiency.
- Increasing Partnerships and Reducing Barriers: Leveraging hybrid and multi-cloud capabilities to reduce barriers, making it easier for diverse partners to access, develop, and commercialize NREL technologies.
By offering flexible, scalable, and highly available cloud platforms and APIs, we aim to empower research teams, improve operational efficiency, and accelerate the commercialization of NREL and DOE innovations. |
| CO |
| | Rare Innovation | Timothy Raines | Managing Principal |
Small Business
|
Cross-Cutting
| Commercializing IP sales and licensing | Rare Innovation has supported DOE, DOD, NASA, NSF, NIH and other SBIR awardees through successful commercialization, including multiple phase III wins and significant commercial revenues for clients. Rare Innovation is also a DOE Energywerx two-time provider for five startups. For the CLIMR program, we are partnering with Becker Transactions, led by Dean Becker and Olivia Becker, both former Ocean Tomo executives, with Dean being a founder. Our team will sell or license IP and has $11 billion in IP transaction experience. We would evaluate the IP portfolios and determine two courses of action: 1) what IP should be sold or licensed and 2) what IP should be considered for startup opportunities. For the first, Becker Transactions will market the IP to potential buyers or licensees who will incorporate the IP into their innovation portfolios. This will generate funding for the partner TTOs. For IP that is primed for spin-out, Rare Innovation will evaluate the TRL and search for potential existing startups or qualified founders to create startups that will carry this IP forward. |
| FL |
| | IBACOS, Inc. | Andrew Poerschke | Senior Specialist |
Small Business
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Buildings
| Topics 1, 3, 4 | IBACOS specializes in homebuilding innovation. For over 30 years, we have worked with leading homebuilders, industry suppliers, and the U.S. Department of Energy to improve the quality, performance, and sustainability of the American home. The IBACOS innovation team works to discover, develop, demonstrate, and deliver new transformational building products and technologies through industry partnerships, while IBACOS’ in-field construction quality coaches, armed with the PERFORM construction management platform, empower production homebuilders to raise the bar on the quality and consistency of the homes that they build. The IBACOS team has extensive shared experience in the processes of innovation, building science research, construction quality management, technology deployment, and startup business strategy and management.
The following topics align with the core IBACOS expertise, experience, and capabilities:
• Topic 1: Market Needs Assessment
• Topic 3: Matchmaking
• Topic 4: Technology Specific Partnership Projects
In addition to the prescribed topics, IBACOS has the following expertise:
• Industry and manufacturer relationships and engagement
• Field demonstration execution and management
IBACOS has led and participated in residential building research and technology deployment for more than thirty years. Numerous research, development, and deployment projects have been executed with the DOE, production homebuilders, manufacturers, utilities, and state energy retrofit programs.
In addition, IBACOS actively collaborates with builders, architects, manufacturers, and other stakeholders in the housing industry to co-develop and implement innovative solutions, leveraging collective expertise and resources. Through these collaborations, IBACOS fosters an environment of shared knowledge and mutual support, accelerating the adoption of housing innovation.
IBACOS also invests in research and development to explore new technologies, materials, and construction methods that can improve the performance, durability, and sustainability of homes. They conduct studies, collaborate with industry partners, and test innovative solutions to identify best practices and emerging trends in housing construction.
IBACOS’ efforts contribute to the advancement of construction and retrofit practices, the integration of cutting-edge technologies, and the overall improvement of residential housing in terms of performance, sustainability, and quality. |
| PA |
| | Novi Research | Jonakee Reynolds | Vice President |
Small Business
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Integrated Strategies
| Topic 1: Market Needs Assessment, Topic 3: Matchmaking, Topic 4: Technology Specific Partnership Projects, Topic 6: Increasing Partnerships with External Commercialization Parties, Private Funders, Non-profits, and Agency- or Lab-Related Foundations | Novi Research specializes in solving complex business problems, by connecting the research to business goals so that the data can be used to inform actionable strategies that drive growth, spark innovation, and strengthen the long-term success of a business. Novi brings a powerful combination of market expertise, strategic insight, and data-driven methodologies to support comprehensive market needs assessments and commercialization strategies. With a long track record of proven experience, we help clients identify, segment, and effectively target key markets to unlock new opportunities and optimize growth. Our structured process ensures we find precise product market fit across the sectors with the greatest opportunities, and push new technologies into the marketplace.
Our approach integrates stakeholder interviews, precision data analysis, segmentation, and ethnographic research, followed by strategy workshops. This systematic process provides a comprehensive understanding of market dynamics, competitive landscapes, and strategic positioning. By leveraging our extensive experience, we deliver insights that highlight market size, growth potential, and optimal pathways for product-market fit.
Novi Research is uniquely positioned to translate complex technical data into actionable market insights across a wide range of industries, including cleantech, consumer technology, healthcare, and AI. Our experience with both deep tech startups and established corporations enhances our ability to identify early market trends and develop strategies that are responsive to regulatory challenges and market shifts.
Our team’s commitment to research and strategic follow-through empowers clients to move from data to action seamlessly, whether they are aiming for market entry, strategic partnerships, or long-term growth plans. We ensure each project’s success by aligning data-driven strategies with clear, actionable recommendations that maximize commercialization impact and outcomes. |
| CA |
| | NobleReach Foundation | Simon Davidson | President |
Non-Profit
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Project Management Coordination Office
| Market Needs Assessment, Technology-Specific Partnerships Projects, Increasing Parnterships with External Commercialization Parties | NobleReach (NR), a non-profit, is dedicated to addressing critical global challenges by bringing together industry, academia, and government to foster talent, innovation, and technology commercialization. NR has a proven track record in translating cutting-edge, government-funded research into commercially viable companies, products and services. Our deep technology commercialization methodology, developed in partnership with DARPA and NSF, has been proven across 100+ research teams and 25+ universities. Combined with a national network of translation partners and a talent ecosystem of entrepreneurs and subject matter experts, NR’s Science-to-VentureTM Platform is a comprehensive framework for technology translation and commercialization through partnership.
NR’s Science-to-Venture spans research through to company formation, product development and commercial scaling. It includes market assessment, matchmaking, strategic advisory and other supporting business capabilities to advance commercialization pathways for research. Our approach to market needs assessment strengthens lab commercialization strategies by identifying key opportunities to bridge the gap between research and market demand. We combine market analysis with robust market stakeholder interviews. By leveraging our extensive ecosystem, which includes both private sector partners and public institutions, NR incorporates access to market stakeholders and subject matter experts to accelerate the identification of potential commercialization pathways. Further engagement with ecosystem partners throughout the commercialization journey supports prototype testing and development, go-to-market planning and development, and team evolution. |
| VA |
| | Lawrence Berkeley National Laboratory | Leah Freeman Sloan | Program Manager |
Federal Government
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Bioenergy
| | The Advanced Biofuels & Bioproducts Process Development Unit (ABPDU) is part of Lawrence Berkeley National Laboratory, established by The U.S. Department of Energy’s (DOE) Bioenergy Technologies Office (BETO). Whether we’re experimenting with microorganisms or optimizing new processes, our end goal never changes. We want to help our collaborators successfully take their bio-innovation to market. We are equally relevant as a partner for emerging startups developing new technologies as well as established companies seeking to diversify their product portfolio. We also consult with academic entities and venture capital firms to advise on potential scale-up risks in particular processes.
Our Vision: Decarbonize transportation, manufacturing, and other industrial sectors of the local and national bioeconomy.
Our Mission: Our stated mission is to expedite the commercialization of advanced, next-generation biofuels, biochemicals, and other bioproducts by providing industry-scale test beds to bridge the gap between promising research and large-scale production and decarbonize transportation, food, manufacturing and other industrial sectors.
Our Goals:
Partnerships: We have collaborated on projects spanning a wide range of conversion processes to fuels, chemicals, proteins, and materials. Our partners range from national labs and universities to emerging startups and established multi-nationals.
Tools: Our facility has biomass pretreatment and enzymatic saccharification reactors up to the 210 liter scale, fermenters up to the 300 liter scale, and over a dozen downstream unit operations. For every stage of biofuel and bioproduct production processes, we provide data to define parameters for scaling from lab to production.
Municipal Solid Waste Characterization and Conversion: We investigate valorization of diverse waste streams to value-added products and develop analytical tools to monitor and understand their attributes that allow for efficient transformations.
Biological conversion of gaseous feedstocks: We leverage advances in fermentation and separations science to accelerate de-risking of emerging bioconversion technologies via process intensification, end-to-end process integration, and pilot-scale demonstration.
Microbial Heterogeneity and Imaging: We investigate how bioprocess conditions foster microbial heterogeneity in bioreactors and develop imaging and other analytical tools for real-time sensing. |
| CA |
| | VentureCraft, Inc. | Shaun Sanders | CEO |
Small Business
|
Integrated Strategies
| Topic 1: Market Needs Assessment | VentureCraft excels in comprehensive market needs assessment, leveraging over two decades of experience to analyze emerging market opportunities and craft actionable commercialization strategies. Our proven methodology has supported more than 100 DOE awardees, integrating rigorous market analysis with competitive intelligence to design data-driven pathways for successful technology transfer. In addition to assisting our clients in launching successful technologies into the market, our experience has helped our clients secure more than $450 million in investor capital.
Our strength lies in translating complex technical innovations into tangible market opportunities across diverse sectors, including nuclear, fusion, solar, geothermal, material science, and AI. Through our systematic five-component assessment process, we conduct in-depth market analysis, competitive landscape mapping, technology-market fit evaluation, strategic positioning, and comprehensive SWOT analysis. Each assessment leverages our data-driven analytical tools to provide detailed insights into market size, growth trajectories, competitive dynamics, and pricing strategies. With this broad, industry-agnostic perspective, we uncover cross-sector applications and untapped market niches, ensuring National Lab technologies reach their fullest commercial potential.
Our analysis goes beyond traditional market research by incorporating insights from our extensive work with deep tech startups and corporate innovation programs. We specialize in identifying early market signals and emerging opportunities, particularly in heavily regulated industries where National Lab technologies often find their first applications.
Additionally, our market intelligence capabilities are enhanced through active relationships with several of the leading accelerators in the world, providing real-time insights into market dynamics and trends. Led by our principal, who works heavily in the cleantech ecosystem, we deliver validated market assessments that combine deep technical understanding with commercial acumen. Our expertise in both public and private markets helps identify optimal commercialization pathways, whether through licensing, startup formation, or strategic partnerships, maximizing the impact and market success of National Lab innovations. |
| CA |
| | CATE PLLC | Azize Akcayoglu | Owner |
Small Business
|
Integrated Strategies
| | CATE PLLC is an engineering consulting company founded by engineers with over 30 years of distinguished academic experience. Our expertise is mainly mechanical engineering, R&D consulting, teaching and research, mechanical design, product prototyping, thermal, and fluid sciences. Past experience include:
•Heat Exchanger performance improvement
•Efficient cooling techniques of advanced gas turbines
•Thermal management (Effective cooling of electronics and telecommunication devices)
•Power production, conventional and renewable energy systems: Natural Gas, Oil, Solar, Wind, Nuclear, Geothermal
•Modeling of dense (hazardous and toxic) gas dispersion in turbulent atmospheric boundary layer
•Computational modeling of waste heat recovery systems
•Design, energy efficiency improvement and optimization in HVAC&R, Chiller, and plumbing systems
•Air side performance improvement of household refrigerators
•Turbulent flow and convective heat transfer around delta- wing type vortex generators
•Steady and unsteady separated flow and heat transfer analyses using Computational Fluid Dynamics (CFD)
•Finite Element Analysis (FEA), ANSYS
•Application of Large Eddy Simulation (LES) Method in compact heat exchangers
•Design and construction of solar-powered race cars
•Greenhouse heating via geothermal energy
•Heat transfer enhancement in non-circular ducts
•Fluid-structure interactions using high-image-density Particle Image Velocimetry (PIV) technique
•Computer-aided design (CAD), Computer-aided manufacturing (CAM), Additive manufacturing (3D Printing)
•Occupational safety and health, Six Sigma, ISO 9001
•Data analysis
•Life cycle assessment
•Forensic Engineering
•Teaching science and engineering courses
•Several STEM outreach activities
•Mechanical/Material Test Equipment Experience (MTS & Instron Universal Testers, Hardness Testing: Rockwell, Brinell, Vickers, Charpy Impact, Izod Impact, Strain Gauging with Data Acquisition, Torsion, NDT/E (Non-Destructive Testing and Evaluation) methods
•Thermal/Fluid Test Equipment Experience, Wind Tunnel, Heat Conduction and Convection, Centrifugal Pump, Pressure sensors, Velocity and Flow measurement devices: Pipe friction losses, Rankine cycler power plant, Drag and Lift, Flow around bluff bodies)
•ASHRAE, HACCP, OSHA, NFPA, LEED
•Microsoft Office applications, AutoCAD, Revit, SolidWorks, Pro Engineer, PTC CREO, Catia, PipeFlo, SimaPro, ANSYS MatLab, GeoGebra, SPSS
•Fortran, Python, C++ |
| TX |
| | Ansys | Mike Hancock | DOE Programs Manager |
Large Business
|
Cross-Cutting
| Collaboration | Ansys has acquired a new technology company at the rate of per quarter for the last 8-10 years. Most recently, we've acquired a series of companies and can now deliver a digital engineering environment that will facilitate a more rapid transition through the RDD&D process and increase the likelihood that major multi-site, multi-lab, public-private partnership projects will deliver on time, under budget, and at large scale.
If you've ever seen a rocket launch, flown on an airplane, driven a car, used a computer, touched a mobile device, crossed a bridge, or put on wearable technology, chances are you've used a product where Ansys software played a critical role in its creation. Ansys is the global leader in engineering simulation. Through our strategy of Pervasive Engineering Simulation, we help the world's most innovative companies deliver radically better products. By offering the best and broadest portfolio of engineering simulation software, we help 97% of industrial companies solve their most complex design challenges and create products limited only by imagination. |
| PA |
| | muGrid Analytics | Dr. Travis Simpkins | CTO |
Small Business
|
Integrated Strategies
| | muGrid Analytics is certified WOSB that is developing Redcloud EMS, an integrated intilligent Energy Management System (iEMS) for microgrids, battery energy storage, EV chargers, building automation, and distributed energy resources. Redcloud EMS coordinates and optimizes the operation of these assets to lower operating costs for the customer and increase resilience.
We are interested in partnerships that would allow us to continue to develop this technology and adapt it into new markets.
Dr. Simpkins was formerly a Research Engineer at NREL. muGrid has received a Phase 1 and Phase 2 DOE SBIR for the continued development of our intelligent EMS. muGrid is also the technical program manager on two DOE Office of Clean Energy Demonstration projects that will bring microgrids two rural and remote areas. |
| CO |
| | CoilPod LLC | Richard P. Fennelly | Chief Operating Officer |
Small Business
|
Buildings
| Serviceable Mini-Split/PTHP/PTAC | CoilPod LLC focuses on heat transfer coil fouling mitigation strategies for HVACR cooling apparatus (refrigeration, air conditioning, and heat pumps) to save energy in their operation and thereby also reduce unneeded indirect power plant emissions.
We've developed a patented compressed air and vacuum condenser coil cleaning technology for refrigeration units.
More recently, we've patented an air pre-cleaner technology for such HVACR cooling apparatus to substantially mitigate the rate of coil fouling and reduce the need for coil cleanings during the service life of the apparatus. |
| NY |
| | Roadrunner Venture Studip | Marc Bielas | Executive in Residence |
Small Business
|
Office of Technology Transitions (OTT)
| | Roadrunner Venture Studios is a pioneering venture studio that invests in and partners with visionary scientists to build deep tech innovations addressing critical global challenges in climate, national security, and advanced manufacturing
Roadrunner Venture Studios offers a comprehensive suite of services designed to accelerate the success of deep tech startups, providing crucial support during the critical early stages of development. Our unique value proposition includes:
1. Full-Spectrum Support: Our in-house team of experts provides end-to-end assistance, from initial concept to starting a business, market entry, and beyond. This holistic approach ensures that founders can focus on their core innovations while we handle the myriad challenges of building a successful company.
2. Customer Discovery and Pilot Programs: We leverage our extensive network and expertise to facilitate customer discovery processes and secure pilot programs. This early market validation is crucial for refining your product and building credibility with potential investors and partners.
3. Non-Dilutive Funding and Equity Investment: Our team excels at identifying and securing non-dilutive grants, as well as strategically timing equity investments. This dual approach to funding maximizes your financial runway while minimizing early-stage dilution.
4. Access to Resources: We provide access to essential resources such as lab space and specialized equipment, reducing upfront costs and accelerating your development timeline.
5. Talent Acquisition: Our network and recruitment expertise help you build a world-class team, ensuring you have the right skills and experience to drive your innovation forward.
6. Government and Industry Connections: We facilitate invaluable connections with government agencies, industry leaders, and potential partners, opening doors to opportunities that might otherwise be out of reach for early-stage startups.
7. Cash Conservation Strategy: By providing these services in-house, we help you conserve cash during the crucial early stages. This strategy yields higher leverage in follow-on investment rounds, potentially leading to more favorable terms and greater long-term value for founders.
8. Tailored Guidance: Our experienced team provides personalized mentorship and strategic guidance, helping you navigate the complex landscape of deep tech entrepreneurship. |
| NM |
| | SWR Technology Inc | Shengming Shan | CEO |
Small Business
|
Cross-Cutting
| Topic 4: Technology Specific Partnership Projects | SWR Technology Inc. is an innovative wireless power and data solution provider. We make "charging autonomous mobile robots" easy, reliable and cost effective with our contactless charging solution.
We are an ISO 9001 certified company, winner of Army xTech competition and DOD SBIR contract awardee. We've helped our customers develop low profile contactless power, high power contactless charging and wireless power and data through barriers solutions in automotive, hospitality and semiconductor markets.
For FY25 CLIMR Lab call, we are interested in working with National Labs to advance commercialization of relevant contactless charging / battery charging / wireless power technology. |
Website: swrtec.com
Email: smshan@swrtec.com
Phone: 5125765568
Address: 39899 Balentine Dr. Suite 200, Newark, CA, 94560, United States
| CA |
| | Indiana Center for Emerging Technologies | Logan Jenkins | Executive Director |
Non-Profit
|
Office of Technology Transitions (OTT)
| Technology Transfer for Youth/Young Adults and Entrepreneurs | Our IMPACTT program investigates the roles of emerging technologies. All participants are encouraged to explore building a tech-enabled impact venture. Program participants will identify, research, and critically analyze technology inventions and patents available for license through universities and U.S. federal agencies. Technology transfer is investigated, including ways it can help impact ventures scale, enhance economic growth, and advance scientific research. The program encourages participants from all backgrounds and disciplines of study. They explore and familiarize themselves with career pathways, venture-building services, and additional resources for further study.
Students will engage in a hands-on, applied learning experience where they investigate the potential roles of technology in their communities, their region, and across the nation.
Students will also explore common circular economy concepts - including remanufacturing, reuse, and recycling techniques used to transform material byproducts into higher-value resources.
The program and its curriculum are under final development. The course has been ran twice through the University of Evansville for college credit. It will be run in over 100 Indiana High Schools in 2025.
This program has been funded through two phases of US DOE American-Made Community Energy Innovation Prize (2024). Additionally, the program served as the cornerstone for two phases of the US SBA's Growth Accelerator Fund Competition (2024).
Our program and our team are best suited for the below call topics:
Topic 3: Matchmaking
Topic 4: Technology Specific Partnership Projects
Topic 5: Enhancing Laboratory Processes
Topic 6: Increasing Partnerships with External Commercialization Parties, Private Funders, Non-profits, and Agency- or Lab-Related Foundations |
| IN |
| | Agile BioFoundry | Angela Tarver | Program Manager |
Federal Government
|
Bioenergy
| | The Agile BioFoundry is a consortium of seven U.S. Department of Energy (DOE) national laboratories that operate as a distributed biofoundry in collaboration with industry and academia. Funded by DOE’s Bioenergy Technologies Office (BETO), our work supports BETO’s goals to develop sustainable aviation fuels and decarbonize energy-intensive industries. We collaborate with industry and academia to accelerate innovation and adopt new biomanufacturing methods.
Our Vision: Sustainable biomanufacturing of affordable fuels and chemicals
Our Mission: Develop biomanufacturing tools, processes, and partnerships that enable sustainable industrial production of renewable fuels and chemicals for the nation
Our Goals:
Partnerships: Actively develop funds-in and BETO-funded projects that result in technology transfer to industry
Tools: Develop and demonstrate engineering biology, computational, and bioprocess tools that advance strain performance for the sustainable production of fuels and chemicals
Sustainable Aviation Fuels: Develop innovative pathways, strains, and processes for the production of sustainable aviation fuels
Biochemicals: Develop innovative pathways, strains, and processes for the sustainable production of direct replacement and performance-advantaged chemicals |
| CA |
| | Hydroplane Ltd. | Anita Sengupta | CEO & Founder |
Small Business
|
Hydrogen and Fuel Cells
| | Founded by former NASA engineer Anita Sengupta PhD, Hydroplane Ltd. is minority woman-owned small business focused on eliminating aviation carbon emissions. Our team of space program-trained engineers are developing a modular hydrogen fuel cell powerplant for a range of aircraft and mobile energy storage applications. Hydroplane is a winner of two U.S. Air Force Agility Prime contracts and a US Navy SBIR contract to develop the novel technology for a range of government and commercial aviation uses. |
| CA |
| | TiniLite World Inc | Changming Fan | President |
Incorporated Consortia
|
Solar
| 9 function rings (especially SMR-ring) in TowerOfPower Initiative | Tower of Power
(to be continued) |
| MI |
| | frakktal | jhana porter | CEO |
Small Business
|
Bioenergy
| Decarbonization of the Industrial Sector Summary of Technology Area #2 | frakktal develops biobased polymers from agricultural overages, especially for use in the built environment. frakktal empowers entities to integrate non fossil fuel based alternatives into existing processes and infrastructure. |
| TX |
| | SoftInWay, Inc. | Vlad Goldenberg | Engineering Manager: PPG and Innovation Lead |
Small Business
|
Cross-Cutting
| | SoftInWay is an engineering R&D consulting and software technology firm. Our software (AxSTREAM) is focused on engineering design and analysis in turbomachinery, CAE, and systems analysis. Our core areas of expertise are power generation, propulsion, turbomachinery, thermal management, analytical mechanics, and general thermal and fluid sciences. We work with big and small private industry as well as government agencies to solve challenging problems in engineering design and develop and commercialize novel technologies. |
| MA |
| | CarbonBridge Inc. | Manu Pillai | CEO / Chief Engineer |
Small Business
|
Bioenergy
| Bioenergy, biocatalysis | We have developed a direct-gas bioreactor that is optimized for gas fermentation, and avoids the use of bubbles, etc., and are working to scale that up with funding from ARPA-e. (GREENWELLS). We currently use that to convert methane to methanol, using methanotrophs. It is quite efficient and would work well with other gas-fermentation opportunities.
As we look ahead, we are interested in partnering with labs that can offer us biomass to fuels technologies, including related technologies around metrology, biocatalysis, feedstock - in particular lignin and cellulosic to gas. We are also open to working with labs on exploring market opportunities around the fusion of biotech and green molecules.
Other areas of interest include the use of HPC to explore our additional bacteria and fungi, reaction kinetics and reactor design; in this case technology could include models, methods of library scanning, methods of creating CFD models to run on AWS or Azure HPC infrastructure and more.
We welcome the opportunity to have a conversation. |
| NJ |
| | Framatome Inc | Jeffrey L. Reed | R&D Partnership Manager |
Large Business
|
Nuclear
| Nuclear Fuel Design, testing, manufacturing, codes and methods development | Framatome has decades of experience in fuel design, qualification and manufacturing, recently celebrating the 50th anniversary at our Richland, WA, nuclear fuel manufacturing facility. Framatome’s Richland facility currently fabricates fuel that can support the entire US LWR fleet. This broad experience base demonstrates the diversity and breadth of manufacturing experience in conjunction with continual innovation.
Framatome’s plant engineering group has designed and built most of the fuel manufacturing processes from chemical conversion of UF6 to UO2 (ADU and dry conversion), to powder processing, ceramic pelletizing, fuel rod fabrication, and fuel assembly fabrication. These manufacturing project successes demonstrate Framatome’s continued investment in its Richland operation and is acknowledgement of its technology leadership in nuclear fuel fabrication. Framatome’s technology is also licensed to several other fuel fabricators around the world.
Framatome involves the voice of the customer in setting focused research and product development goals. This successful product development and commercialization strategy has recently been demonstrated with the delivery of two new fuel designs to the market with the participation of multiple utility partners cooperating in a technical advisory group (TAG). Firstly, the advanced GAIA 17x17 PWR fuel assembly has now been delivered in batch reload quantities with more deliveries on the way. Secondly, Framatome is delivering the most advanced BWR fuel assembly in the world, the ATRIUM 11, containing Chromia-enhanced fuel pellets. Chromia-enhanced fuel was developed in collaboration with the DOE Accident Tolerant Fuel (ATF) program and is the first commercial success story of the DOE-ATF program.
Framatome is the leader in the DOE’s Accident Tolerant Fuel Program, demonstrating advanced research and development capabilities and continuing investment in innovation. Framatome is leading the way with new fuel-cladding material types like silicon carbide and advanced physical-vapor-deposition (PVD) coating technologies for our high-performance M5Framatome metallic fuel cladding. Additionally, Framatome is the industry leader in chromia- and gadolinia-doped fuel. The continued successful execution and completion of this complex R&D project demonstrates the necessary experience required to successfully bring innovation from concept to market. |
| VA |
| | BJ SCIENCE LLC | Yanbing Zhang | CEO |
Small Business
|
Advanced Manufacturing (Industrial)
| | BJ Science LLC is a women owned small business. Our company is mainly focused on process scale up from inorganic and organic chemistry perspectives. We have equipped large scale reactors as well as fast pace analytical equipments. Our goal is to develop a practical manufacturing method for customers. |
| IL |
| | Loans and Grants Help | Darrin Riberdy | Member |
Small Business
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Project Management Coordination Office
| | We assist firms to complete and submit their grant application. |
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