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| | Prithvi Ventures | Rakesh Radhakrishnan | Operating Partner |
Small Business
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Other Energy Technologies
| ​Prithvi Ventures invests in hyper ambitious startups to reduce emissions and fight climate change. Our current portfolio is focused across the energy value chain, with investments in battery materials and recycling, AI solutions for energy management, methane monitoring, carbon capture and carbon credits. We are actively expanding this portfolio through our "enabler thesis" which includes software and associated hardware solutions that accelerate the development and adoption of sustainable technologies across several energy intensive industries. |
| VA |
| | Clean Properties Engineering, Inc. | Marcia Berger | Affordable Geothermal Technology |
Individual
|
Other Energy Technologies
| Multi-disciplinary science and engineering team to date primarily self-funded by our work in hazardous waste site clean up, we research environmental technologies involving optical sensing, physical chemistry, and earth sciences. We have worked on conventional geothermal projects for wealthy households and institutions, so are familiar with them; but for the past year have been working on an an experimental affordable geothermal technology. Company owner has a MSCE in water and wastewater engineering and is a Registered Professional Sanitary Engineer with studies and decades of experience in hydrogeological projects primarily involving subsurface hazardous waste remediation. Also on our team are several physicists with PhDs and two mechanical engineers.
We have also done research under the commonly owned company, Massachusetts Environmental Research Alliance. |
| MA |
| | Gallox Semiconductors Inc. | Jon McCandless | Dr. |
Small Business
|
Other Energy Technologies
| Gallox Semiconductors is the first startup dedicated to commercializing gallium oxide (Ga₂O₃) devices. Ga₂O₃, an ultra-wide bandgap semiconductor, is poised to transform power electronics. Spun out of Cornell University in 2024, Gallox is developing next-generation Ga₂O₃-based diodes and transistors to enable more efficient power conversion across the economy. Ga₂O₃’s exceptionally wide bandgap (4.8 eV) allows it to sustain electric fields beyond those of incumbent materials like silicon carbide (SiC). By replacing legacy Si and SiC components with Ga₂O₃, system-level improvements in performance, size, and cost are realized. Gallox brings deep technical expertise in Ga₂O₃ growth and device fabrication.
We are looking to contribute to teams who are interested in incorporating Ga₂O₃ transistors or diodes into their power systems. |
| NY |
| | Predictive Technologies | Rory Dickenson | CMO |
Small Business
|
Building Efficiency
| Predictive Technologies is a pioneering leader in advanced predictive analytics and IoT-based monitoring systems, with over a decade of engineering excellence. We have consistently delivered innovative solutions that transform raw sensor data into actionable insights, enhancing operational efficiency and extending the lifespan of critical assets across various industries. Our foundation is built on rigorous research, continuous innovation, and a commitment to quality—qualities that have enabled us to establish a strong reputation in industrial automation, HVAC systems, and infrastructure health monitoring.
Our diverse experience positions us uniquely to address modern challenges in the renewable energy sector. We are deeply interested in the DOE’s / ARPA's mission to modernize energy infrastructure and reduce reliance on imported technologies. By leveraging our expertise in sensor integration, real-time data processing, and edge computing, we aim to contribute significantly to the development of resilient and efficient solar energy systems. Our focus is on creating solutions that seamlessly integrate with existing systems, providing continuous, real-time monitoring and predictive maintenance capabilities that are crucial for maintaining optimal performance in critical hardware components.
Predictive Technologies’ capabilities include the development of ruggedized sensor networks, deployment of advanced machine learning algorithms, and the creation of secure, scalable platforms for data analytics. Our approach involves localized edge computing to minimize latency, ensure data integrity, and facilitate rapid decision-making. This technology not only improves system reliability but also reduces maintenance costs and extends asset life, aligning perfectly with DOE’s / ARPA's objectives of enhancing national energy security and domestic manufacturing competitiveness.
We are excited to collaborate on projects that push the boundaries of what predictive analytics can achieve in the energy sector. Our commitment to continuous improvement and innovation drives us to develop solutions that are not only technically robust but also commercially viable. By partnering with the DOE and ARPA, Predictive Technologies is poised to help shape a more sustainable, efficient, and future-proof energy landscape in the United States. |
| ID |
| | Re:Build Manufacturing | Paul Beaulieu | Solar Thesis & Business Development Leader |
Large Business
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Power Generation and Energy Production: Liquid and Gaseous Fuels/Nuclear
| Re:Build Manufacturing is helping commercialize new energy technologies and revitalize US manufacturing by applying advanced engineering services and manufacturing capabilities to help clients commercialize new physics- and chemistry-intensive technologies, design & manufacture advanced materials for aerospace, defense, and renewable energy, and provide secure domestic battery solutions. In our engineering services, we work with clients across all TRLs, meeting them wherever they are, always ones with an eye toward overall techno-economic optimization and scalability. We've worked with ARPA-e award recipients in the past with much mutual success, including collaboration on ARPA-e funding applications where our experience and engineering subject matter expertise are often strong complements to the primary applicant's team. |
| NH |
| | Southwest Research Institute | Andrew Earls | Research Engineer |
Non-Profit
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Bioenergy
| At Southwest Research Institute (SwRI) we are R&D problem solvers providing independent, premier services to government and industry clients. Our multidisciplinary nature allows us to rapidly assemble diverse teams to tackle problems from multiple directions. We push the boundaries of science and technology to develop innovative solutions that advance the state of the art and improve human health and safety. SwRI is an independent non-profit research institute focusing on applied R&D. We have over 3,000 staff members, 1,500-acres of land, and more than 300 laboratories and office buildings.
The Chemical Engineering Department has extensive experience in developing and scaling a variety of chemical processes and transformational energy technologies. We are known for bridging the gap between fundamental research and commercial adoption and can assist in any of your needs. We can accommodate projects from lab to demonstration scale, and have experience with high pressures, high temperatures, and hazardous materials. We are interested in participating in potential projects as a partner. We have technical expertise in design, fabrication, construction, and operation of novel processes and technologies. We also have existing utilities that projects can take advantage of such as cooling towers, electricity (all phases), nitrogen, flares, a thermal oxidizer, and scrubbers. All of this enables us to offer our clients the significant advantage of shortened project timelines without sacrificing quality. |
| TX |
| | Re:Build Manufacturing | Kim Blair | VP Business Developmeny |
Large Business
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Other Energy Technologies
| Across the United States, Re:Build Manufacturing is a family of engineering and manufacturing businesses whose combined experience creates an industrial powerhouse that is greater than the sum of its parts. Re:Build has over 900,000 sq. ft. of design, engineering and manufacturing footprint with over 1100 employees, of which over 400 are engineers/technicians. Our expertise in operations management, product manufacturing, technical and engineering proficiency, and full product lifecycle management is changing the way industrial America does business. Close collaboration yields more value for the good of all—our customers, our employees, and the community—for the very long term.
Re:Build offers our partners a new model of American industrialization. We have combined a deliberate set of capabilities to enable local, and competitive, manufacturing for our customers. These capabilities are strengthened by our focused and ongoing deployment of continuous improvement, proprietary software and digital tools, and intense collaboration within the Re:Build ecosystem. Starting with concept development and product engineering, we work closely with our customers to develop a highly flexible manufacturing process to provide their most critical components and systems.
Re:Build has extensive experience in scaling traditional and new energy technologies from lab scale through pilot scale and on-to rate production. Our expertise spans oil and gas, solar, battery, biofuel, hydrogen and other platforms. We can design, engineer and fabricate energy products as well as the equipment and processes to make those products at scale. |
| MA |
| | Thomas Appraisal Corporation | Lionel Newman Thomas | CEO / Chief Appraiser |
Small Business
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Building Efficiency
| Thomas Appraisal Corporation delivers innovative solutions for real estate valuation, integrating advanced data analytics, artificial intelligence, and energy efficiency technologies. Utilizing data integrations from the RESO Web API, BPD API, and Google Maps Solar API, our tools empower users with property valuations enriched by sustainability metrics, such as solar ROI, HERS ratings, and energy-efficient upgrades. By incorporating MariaDB's vector capabilities and geospatial queries, we provide real-time, location-based insights tailored for REALTORS®, appraisers, and homeowners.
We prioritize advancing Energy-Efficient Mortgages (EEMs) by offering precise calculations on energy savings and ROI for green property features. Through AI-driven workflows and natural language processing, our platform enables underserved markets to locate affordable housing while supporting sustainability initiatives. These efforts align with ARPA-E's mission to scale transformative energy technologies, bridging the gap between real estate valuation and energy efficiency.
Our credentials include:
CA Certified Residential Real Estate Appraiser License #041145
Licensed Appraisal Management Company CA #3006906
RESO Technology Member #79460 RED-B
California Association of REALTORS® License #02015857
REALTIST Member #3879
Leap 2 Launch Entrepreneur Development Program Participant, 2023
IMPEL Cohort Member, 2023–2024
As a small business, Thomas Appraisal Corporation combines agility with innovation, positioning our solutions for significant market penetration and societal impact. We are committed to fostering scalable energy solutions that enhance property values, reduce environmental footprints, and increase housing accessibility for diverse communities. |
| CA |
| | Ourobio | Alec Brewer | Founder & CEO |
Small Business
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Other Energy Technologies
| Ourobio is an early stage synbio, biomaterials, and circular economy startup. We develop engineered microorganisms to turn food and ag processing byproducts into low-footprint biodegradable plastic resins and additives, and we work with plastic converters and brands to create sustainable products and packaging.
Our proprietary fermentation technology is unique in its ability to non-competitively co-produce two complementary biomaterials, starting with bio-based biodegradable PHA resins and indigoid pigments - lowering the cost, footprint, and difficulty of producing marketable/brandable, fully bio-based and biodegradable products and packaging.
Ourobio began as an academic research project at UVA in 2019. Our founders have complementary backgrounds in entrepreneurship, synbio, and biochemistry, and in addition to our core team, Ourobio has built a strong ecosystem of collaborators and is advised by top-of-their-class SME’s, industry/trade associations, and startup networks (see LinkedIn for more: https://www.linkedin.com/in/alecbrewer/details/organizations/). |
| IN |
| | Caelum Ventures | Daniel Titterington | Venture Partner |
Small Business
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Power Generation: Renewable
| Caelum Ventures is an investment firm focused on advancing American industrial technology companies that address challenges in the energy transition. We target businesses poised for exponential growth and profitability across sectors such as energy, transportation, manufacturing, construction, and agriculture. By leveraging proprietary relationships, industry expertise, and specialized technology, Caelum provides unique value, resulting in lower capital costs, reduced risk, and superior returns on investment.
Founded in 2023 by four partners with deep experience in finance, energy, and government, Caelum invests in companies with established customers, commercially-proven products, and scalable business models positioned to capitalize on large, expanding total addressable markets (TAMs). Our initial investments focus on Series B and C financing rounds or other financing structures with similar risk and reward profiles, particularly in companies offering products with technology readiness levels (TRLs) of 7–9, ready for scale.
Caelum distinguishes itself from other investors through our expertise in helping management teams navigate the complexities of government engagement, enabling them to scale transformative businesses. We facilitate non-dilutive capital, government contracts, and other resources, enhancing the risk-reward profile of our investments while reinforcing America’s manufacturing leadership for future generations. Supported by an advisory board and an extensive network of renowned academics, technologists, venture capitalists, and policy experts, Caelum is united by a shared mission to secure a clean and prosperous future for the U.S. while delivering superior returns for our limited partners. |
| IL |
| | Essential Leap, LLC | Veronica Rocha | Founder & Principal |
Small Business
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Power Generation: Renewable
| Essential Leap is a consulting practice. We build market ecosystems to accelerate climate innovations. Our services include: market ecosystem development, strategic planning, fundraising, project implementation and management, stakeholder engagement, and policy and regulatory development. Our interest is teaming with innovators and industry to de-risk and scale potentially disruptive new technologies across the full spectrum of energy applications. Our areas of expertise include renewable energy, transportation, grid, distributed resources, etc. |
| HI |
| | Novi Research | Jonakee Reynolds | Vice President |
Small Business
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Other Energy Technologies
| Novi Research specializes in assisting with commercialization, 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, as well as streamlining the process through the RDD&D continuum. By leveraging our extensive experience, we deliver insights that highlight market size, growth potential, and optimal pathways for product-market fit. We take our work a step beyond traditional research, by facilitating connections with key stakeholders or first customers, ensuring market entry.
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.
We are looking to partner with technologies/companies to assist primarily with commercialization, or market needs assessment, although we are also well equipped to conduct primary research in the marketplace and gather necessary data. |
| CA |
| | Thorin Resources LLC | Chris Skerik | Chief Operating Officer |
Small Business
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Other Energy Technologies
| We have a mining operation in Colorado. We are fully permitted and active in mining. We have developed a raw mining concentrate which has the following metals. Pd, Pt, Ru, Re, Rh, Os, Rb, Ga, Cs, In. We are interested in finding a teaming partner who is working on the capability to extract these metals from a mining concentrate into a commercially viable product related to these specific metals. Our value offering is to provide the feedstock at quantities which we believe could provide enough material to make the scaling of a recovery process economically viable. We would also provide our expertise from mining extraction, processing and lab data. We do have some lab scale suggestions that could also add value to the extraction of the noted critical metals.
We might suggest JV partnerships, data sharing, or knowledge sharing leading to commercially viable operations. We want to work collaboratively on finding a way for the mentioned metals to be extracted and recovered in the USA. Otherwise, we are being pushed to take the product to overseas countries.
We have immediate feedstock of over 1000 tons ready to be committed to a joint development project |
| CO |
| | energize.am | Michael Molitch-Hou | Co-director |
Non-Profit
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Power Generation and Energy Production: Liquid and Gaseous Fuels/Nuclear
| The energize.am Consortium leverages advanced additive manufacturing (AM) technologies to foster sustainable energy systems and promote circular economies. Our consortium, comprising leading entities in AM, combines diverse technological expertise to reduce environmental impacts and streamline supply chains in the energy sector.
Advanced AM Capabilities for Circular Economies:
Tungsten and Metals Recycling: Utilizing state-of-the-art processes, we transform scrap metal into high-purity powder for AM, significantly reducing waste and reliance on raw materials.
PEEK/PEKK SLS 3D Printing: Our expertise extends to printing with high-performance polymers, offering exceptional durability and chemical resistance, ideal for creating complex parts in harsh environments.
Optimization of Energy System Components:
Electron Beam Melting (EBM): We employ Wayland Additive’s NeuBeam technology for precise manufacturing of critical parts
Electrochemical Post-Processing for Metal Parts: Our methods enhance the surface properties of metal AM parts, improving their performance and longevity in energy applications.
Integration of Digital Technologies:
File Encryption and Digital Inventories: We implement secure, blockchain-based systems for managing digital rights and ensuring traceability from recycled material to finished energy components.
Global Reach and Scalability:
Our scalable solutions are tailored to meet the specific regulatory and environmental needs of various markets, with an emphasis on creating resilient, localized supply chains that can adapt to the distinct requirements of regions like the UK, Singapore, Canada, Brazil, Norway, and Angola.
Interdisciplinary Collaboration:
We foster a collaborative environment that integrates insights from engineering, materials science, and sustainability studies, ensuring that each project not only advances technology but also contributes to broader societal goals.
Through ARPA-E’s SCALE UP program, energize.am seeks to expand its impact by applying its diverse set of AM technologies to enhance energy efficiency and establish more sustainable manufacturing practices. By optimizing the lifecycle and utility of components across various energy systems, energize.am aims to lead the transformation towards a more sustainable and economically viable energy future. |
| IL |
| | 35ELEMENTS Corp | Zeynep Bayram | CEO |
Small Business
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Building Efficiency
| 35ELEMENTS Corp is leading an effort in novel semiconductor solutions.
35ELEMENTS Corp is interested in partnering with foundries, capable of growth, processing, and/or packaging of Gallium Nitride semiconductor technologies.
35ELEMENTS Corp provides cubic GaN solutions, that can outperform any traditional semiconductor solution.
35ELEMENTS Corp has the cubic GaN materials platform to offer potential partners. |
| IL |
| | RTI International | Sameer Parvathikar | Director, Renewable Energy |
Non-Profit
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Power Generation and Energy Production: Liquid and Gaseous Fuels/Nuclear
| RTI International is a non-profit R&D organization that helps derisk technologies by helping advance both their technical and commercial readiness.
To improve the technical readiness of technologies, RTI has laboratory and pilot facilities that can be used to scale materials and process innovations from lab- to bench- and pilot-scales. RTI's experienced teams of chemists and engineers work with technology developers from industry, start-ups, and universities to design and test innovative processes. RTI's prototype laboratories can host lab- and bench-scale demonstrations, and the Energy Technology Development Facility (ETDF) provides plug-and-play bay facilities to users that want to test their technologies at a pilot scale. The ETDF, with its 2025 expansion, will have up to 25,000 sq. ft. of bay space and provides all balance of plant utilities including bulk gas supply (hydrogen, CO2, nitrogen), cooling water, process water, instrument air, flares to treat exhaust gases, and control rooms. In addition, the ETDF also has some core capabilities including a 1 metric ton per day biofuels plant, a point-source carbon capture facility (including generation of real flue gas from coal, natural gas, or biomass), and a 2 barrel per day Fischer-Tropsch unit for SAF production. A 1 MW solar PV addition will also enable demonstration of behind-the-meter Power-to-X technologies. In addition, RTI also performs full technoeconomic and lifecycle analyses to help technology maturation
To improve the commercial readiness of technologies, RTI develops market assessments, competitor analysis, supply chain development, IP landscape analysis, policy analyses, develop commercialization strategies and identify first markets.
We would like to partner with technology developers (start-ups, established industry players, and universities) who are interested in scaling their technologies. |
| NC |
| | Paul Dial | Paul Dial | Geophysicist |
Individual
|
Other Energy Technologies
| I am an experienced geophysicist with 20+ years experience within the Oil and Gas sector. I have prior academic research experience in rifted geologic settings and with mantle plume geometry modeling both within the US and internationally. My methods are to incorporate various data sets to develop a more integrated solution. Experience with gravity, magnetic, and seismic interpretation. I have become a dedicated researcher in geologic hydrogen development and the use of geophysical data sets (gravity, magnetic, and seismic) to evaluate geologic settings in regard to geologic hydrogen potential. |
| OK |
| | Boundless Impact Research & Analytics | Maria Camila Jaramillo | Senior Research Analyst |
Small Business
|
Power Generation: Renewable
| Boundless is a Federal and New York State-certified women-owned business specializing in industry research and environmental impact analytics. We employ a science-based, data-driven approach, grounded in Life Cycle Assessment (LCA) methodology. Boundless delivers highly accurate and actionable industry and company analytics used to de-risk investment, manage environmental impact reporting, and differentiate products. The scores and metrics derived from our assessments are validated by our extensive network of over 1,000 external industry and/or scientific experts. Boundless has completed assessments of hundreds of clean-tech products and technologies across renewable energy, circular economy, food and ag technologies, bioenergy, building efficiency, and advanced materials, for all types of organizations, from federal entities to the most innovative start-ups.
Boundless can provide applicants with our extensive and customizable LCA services, including:
ISO-Compliant LCA: Follows ISO guidelines (14040 & 14044) for LCA cradle-to-grave modeling and reporting, involving three independent experts, sensitivity analysis, and complete reference documentation. Results in a 60-80 page report that gives full visibility on a product’s upstream and downstream performance.
1-4 environmental metrics. Timeline: 4-8 months
Best suited for projects > TRL 4
Baseline LCA: ISO-guided and performed at a reduced time and cost. Includes independent modeling, competitor analysis, and an independent industry expert review, resulting in a 15-20 page report showcasing key findings on product and benchmarks.
Full: 7-8 environmental metrics. Timeline: 6-8 weeks
Basic: 4 environmental metrics. Timeline: 4-6 weeks
Techno-Economic Assessment: Evaluates the economic performance of technologies/products. Includes independent modeling, competitor analysis, and an independent expert review, resulting in a 15-20 page report showcasing key findings on product and benchmarks.
Cost of production and sustainable co-benefits metrics. Timeline: 4-6 weeks
GHG Calculator: Tool allowing companies to alter life cycle inventory inputs and quantify environmental outcomes of dynamic operational decisions.
Maximum of 8 input categories and 2-3 subcategories per input. Timeline: 4-6 weeks
GHG Assessment and Projections: Independent GHG Footprint modeling with benchmark analysis and expert review, showing project GHG savings on the target industry considering projected company growth.
3-4 weeks |
| NY |
| | DRG Technical Solutions | Penny Humphreys | Sr. Research Business Analyst |
Small Business
|
Grid
| DRG Technical Solutions is a full-service engineering and research firm, focused on the electric utility and infrastructure, inclusive of but not limited to, transmission and distribution planning, grid automation, reliability, and resiliency.
- Electric Power System Research
- Electric Distribution Engineering Design
- Electrical Substation Design
- Electric Grid Automation
- Advanced sensing and fault detection for Electric Power systems
- Situational awareness for Electric Power systems
- HPC high-performance computing Electric Power supply
- Electrical protection and controls
- Artificial Intelligence and Machine Learning for Electric Power systems
- Renewable generation pv, wind, hydro, nuclear, energy storage, Electric vehicle charging stations
- Electrical Power Quality and Monitoring |
| TN |
| | not assigned | not assigned | not assigned |
Small Business
|
Other Energy Technologies
| Convert waste tires into fuel from a mobile platform and can be shipped globally. Catalyst is used to remove high Sulphur content in TDF process and converts Sulphur into iron oxide as a byproduct. Modified catalyst is used in processed fuel to increase cetane and octane upwards to 100 eliminating carbon deposits internal the engine. The catalyst contains organic amine and removes C02e post combustion. Lubricity and extreme low temperature are other benefits. We planned to using this fuel in large fuel depots to make a large and immediate impact of C02e removal in congested overpopulated cities. We have also found this catalyst to be useful for other biofuel and renewable fuel producers for removing C02e and increasing the octane and cetane levels very inexpensively. This would be a great model for other island based communities with high shipping costs and avoids shipping solid hydrocarbons and waste fuel and oil products over the ocean. This processed fuel would be a high quality D2 or D3 and is designed to be used in power generation and transportation. We also have carbon capture techniques for the waste tire pyrolysis process. |
| HI |
| | Exodigo | Bret Simon | Utilities Lead |
Large Business
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Other Energy Technologies
| Exodigo solves the subsurface utility mapping challenge by delivering comprehensive and highly accurate maps of the underground. Our technological and methodological approach leverages multi-sensing technology, high precision GPS, and machine learning to produce 90% resolved non-intrusive maps, and up to 99% resolved intrusive maps. Our revolutionary methodology can even detect unmapped and abandoned lines that are notoriously difficult, if not impossible, to find using conventional surveying methods. Contrastingly, conventional approaches to Subsurface Utility Engineering (SUE) yields maps that are at best 80% resolved—even after intrusive efforts have been undertaken.
Comprehensive identification. Exodigo collects data from the field using multiple advanced sensors and a holistic scanning methodology. Using sophisticated artificial intelligence (AI) and algorithms, this data is processed and overlaid onto data derived from existing records and satellite and aerial imagery over time. This approach enables Exodigo to find 1) utilities that do not appear on records and 2) traditionally difficult-to-locate utilities, including plastic pipes (e.g., PVC and HDPE), and reinforced concrete drains.
Precise locating. All Exodigo scans are performed using high precision Real Time Kinematic (RTK) GPS, ensuring that Exodigo maintains planimetric accuracy (i.e., accuracy for horizontal measurements including angles, distances, and areas). This approach yields a level of accuracy within 5—7 inches.
Constant improvement. With every multi-sensor scan executed, Exodigo’s proprietary neural network improves its ability to process and analyze physical signals produced with sensors. With the vast amount of data produced in each scan (over 1 terabyte per hectare), AI is uniquely positioned to process and analyze the same at a rate and precision that exceeds human capability. While all maps are reviewed by humans for quality control, AI ensures that maps are delivered expeditiously and with unparalleled accuracy.  
Exodigo’s non-intrusive approach on average results in the identification of 20–50% more utilities on average than premium conventional utility mapping techniques. Our approach therefore reduces overall need for test holing to get a full understanding of all below ground utilities by up to 80%, thereby significantly de-risking projects. Our precise subsurface utility maps help owners and contractors avoid utility strikes, relocation miscalcul |
| CA |
| | Indicia Consulting LLC | Susan Diane Mazur-Stommen | Founder/Cultural Anthropologist |
Small Business
|
Building Efficiency
| Susan Mazur-Stommen is an anthropologist who has researched culture, behavior, and sustainability for over twenty years. Dr. Mazur-Stommen is a sought-after keynote speaker on behavior and energy issues. She is a well-known researcher and author on energy and the environment. Dr. Mazur-Stommen earned her Bachelor of Arts in Cultural Anthropology from San Jose State University. She received both a Master of Arts and a Doctorate in Cultural Anthropology from the University of California, Riverside. She is a Fulbright recipient and a former Smithsonian Institution fellow. She was the co-chair for the Behavior, Energy, and Climate Change conference from 2011-2014, and currently serves as the Chair on the American Anthropology Association’s Members’ Programmatic, Advisory, and Advocacy Committee (MPAAC).
Dr. Mazur-Stommen founded Indicia Consulting LLC in 2006 to bring ethnography to a wider audience. Indicia Consulting defines its primary purpose as an increase in sustainability by using proven social science insights and methods. As the principal of Indicia Consulting, Susan conducts research for a variety of clients, including state governments, federal agencies, corporations, and NGOs. Indicia Consulting is a mission-driven social enterprise which defines its primary purpose as an increase in sustainability and subsequent improvement in the natural environment through engaging behavior through proven social science insights and methods. |
| WV |
| | Infineon Technologies Americas Corp | Sameh Khalil | Senior Principal, Government R&D Relationships |
Large Business
|
Other Energy Technologies
| Infineon Technologies is a global semiconductor leader in power systems and loT. We enable game-changing solutions for green and efficient energy, clean and safe mobility, as well as smart and secure loT. We are the number one semiconductor company in automotive, number one in power, and number 2 in microcontrollers. Revenues totaled about 16 billion Euros in 2023, and we have about 58,000 employees worldwide. We have 69 R&D and 15 manufacturing facilities worldwide. We are a global leader across materials - silicon, silicon carbide and gallium nitride. More information can be found here: https://www.infineon.com/dgdl/FY2024_Q3_web_EN.pdf?fileId=5546d4617782987a017786d615b30003
Infineon ranks among the most sustainable companies in the world. Infineon's climate target is to become carbon-neutral by 2030. Emissions
are to be cut by 70 percent over the 2019 calendar year levels by 2025, |
| CA |
| | AggrePlex LLC | William Cialone | Business Development Manager |
Small Business
|
Building Efficiency
| AggrePlex manufactures PozzoDyneâ„¢, an Activated Ground Glass Pozzolan (AGGP) derived from waste glass, providing a sustainable alternative to Ordinary Portland Cement (OPC) as a Supplementary Cementitious Material (SCM). By transforming typically landfilled waste glass into a high-performance SCM, AGGP addresses the needs of both the solid waste and cement industries. It mitigates Alkali-Silica Reaction (ASR) and meets ASTM C1866/C1866M-20C standards, ensuring effectiveness in concrete applications.
With shortages of SCMs like fly ash and slag due to clean energy initiatives, AGGP offers a sustainable, high-performing solution. The production process involves cleaning and micronizing waste glass to particles smaller than 20 microns, enhancing AGGP's reactivity. Microtec’s advanced technology provides superior throughput and energy efficiency, optimizing recycled materials for the circular economy.
AggrePlex plans to establish AGGP production facilities across Florida, California, Georgia, Texas, and Illinois. These facilities will process various types of glass, including container glass and windshield glass. The process reduces carbon emissions by 92% per ton compared to conventional cement, significantly reducing concrete’s global warming potential.
AGGP has been tested by major cement and concrete companies, including Ozinga, CEMEX, Titan America, and universities like MIT and the University of Miami. AggrePlex partners with local recyclers to recover waste glass, transforming it into high-performance AGGP. This material strengthens concrete for more resilient infrastructure.
Benefits of AGGP include improved seismic resistance, better thermal insulation, longer concrete lifecycles, and reduced maintenance costs. These advantages also lower insurance costs and offer LEED credit eligibility. AggrePlex's leadership team, composed of industry veterans, aims to increase glass recovery rates and create high-paying technical jobs, advancing sustainability and transforming waste into valuable construction materials. |
| FL |
| | Sheyene Technology Inc | Sheyene Gerardi | CEO |
Small Business
|
Transportation
| We specialize in technology integration focusing on mobility needs for organizations across government agencies and military forces. As a preferred partner to our government clients, Sheyene Technology offers R&D of Autonomous Navigation Technologies for mining and connected vehicles, robotic automation system integration and robotic diversified industry development. |
| NY |
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