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BE Fellows Look Book
Climate Tech has Arrived
Check out our Fellows and meet the innovators who are carving the path to a clean energy future.
- Arculus Solutions
Manufacturing - Aspiring Materials
Manufacturing - Conduit Tech
Buildings - Dioxycle
Manufacturing - Furno
Buildings - Hoofprint Biome
Agriculture - Mantel
Manufacturing - Mars Materials
Manufacturing - Molten Industries
Transportation - Silicate
Manufacturing - Takachar
Agriculture - Verne
Transportation
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Fellows Projects
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| Company | Description | Sector | Location | Technology | |
|---|---|---|---|---|---|
| Arculus Solutions is future-proofing current natural gas transmission pipelines to safely transport hydrogen | Manufacturing | United States | Hydrogen | View details |
| | Aspiring Materials is tackling industrial CO2 emissions from two angles - what goes in and what comes out. And we’re using commonly found rocks to do it | Manufacturing | New Zealand | Carbon Removal | View details |
 | CERT Systems Inc. has developed an electrochemical process that uses only water and electricity to convert captured carbon dioxide into basic chemicals that can be used to make everyday products including green chemicals, fuels, and plastics | Manufacturing | Canada | Fuels and Chemicals | View details |
 | ChemFinity Technologies is developing new porous membrane materials to reduce the energy needed to purify salt water and recover valuable metals | Manufacturing | United States | Circularity | View details |
  | Clear Skies Hydrogen (CSH2) seeks to deliver refueling with diesel-parity cost and operating convenience to unlock large-scale adoption of hydrogen for trucking and heavy-duty transport. | Manufacturing | United States | Hydrogen | View details |
| Dioxycle is a company that is converting carbon dioxide (CO₂) into valuable products through low-temperature electrolysis | Manufacturing | France | Fuels and Chemicals | View details |
 | EvolOH (ee VOH loh) is blazing a path toward low-cost, green hydrogen production using innovative electrolyzer materials and hardware | Manufacturing | United States | Hydrogen | View details |
 | Ferrum is leveraging their unique hydrogen-plasma technology to produce carbon-free steel | Manufacturing | Austria | Steel | View details |
  | Steel manufacturing accounts for more than 8% of global CO2 emissions, and demand for steel has increased considerably in recent years. Hertha is developing an iron and steel manufacturing process that replaces coal with renewable power and hydrogen to reduce sector emissions by more than 95%. Hertha’s technology offers a scalable solution to manufacturing that is cost-competitive to traditional processes. | Manufacturing | Steel | View details | |
 | Hgen enables cheaper and more efficient clean hydrogen production that seamlessly integrates with renewable energy systems | Manufacturing | United States | Hydrogen | View details |
  | Holocene is developing a direct air carbon capture system that utilizes organic chemical compounds to increase capture efficiencies and reduce energy consumption by lowering regeneration temperatures | Manufacturing | United States | Carbon Removal | View details |
 | HyperHeat is developing an all-electric industrial heater which can reach 2000°C to directly electrify industrial processes in hard-to-abate sectors such as steel, cement, chemicals, and glass. | Manufacturing | Germany | Heating and Cooling | View details |
 | Liquium is revolutionizing the ammonia production process, making it cleaner, cheaper, and scalable enough to decarbonize heavy industries including shipping, aviation, heat and power generation, and chemical production | Manufacturing | New Zealand | Fuels and Chemicals | View details |
  | MacroCycle seeks to decarbonize the plastics industry by upcycling low quality waste plastics into high quality plastic products through a novel low-energy chemical process | Manufacturing | United States | Circularity | View details |
| Mantel is developing the first high-temperature liquid-phase carbon capture materials for use in industrial processes that could substantially reduce costs and energy losses relative to incumbent technologies | Manufacturing | United States | Carbon Removal | View details |
| Mars Materials is commercializing a technique that transforms captured CO2 emissions into a compound used to produce low-cost, low-carbon materials for industrial use | Manufacturing | United States | Fuels and Chemicals | View details |
| MetPeel Steel | MetPeel is a new manufacturing process for making steel sheet and strip using a unique low-temperature, single-step process in place of conventional fossil-fired hot rolling | Manufacturing | United States | Steel | View details |
 | Othersphere’s search engine for global infrastructure helps developers, financiers, and operators build better projects faster | Manufacturing | Germany | Data Tools | View details |
 | RenewCO2 is commercializing a proprietary catalyst and one-step process to convert CO2 into cost-competitive carbon-negative monomers, chemicals, and fuels | Manufacturing | United States | Fuels and Chemicals | View details |
| Silicate permanently removes excess carbon dioxide from the atmosphere via the acceleration of a natural geochemical process – mineral weathering | Manufacturing | Ireland | Carbon Removal | View details |
 | Sinkco Labs is developing a scalable and cost-effective solution for permanently storing organic carbon in marine sediments, ensuring safe and verifiable carbon removal | Manufacturing | United States | Carbon Removal | View details |
 | Step Function is leveraging the chemical potential of ferrous iron rich natural minerals and industrial wastes to produce low-cost carbon-negative fuels. | Manufacturing | United States | Hydrogen | View details |
 | The world is drowning in plastic pollution. Plastic manufacturing currently accounts for a large and growing fraction of global CO2 emissions, while only a small percentage of plastic is ever recycled. Our aim is to achieve meaningful environmental change by designing a bioplastic that is cost and performance competitive with petroleum-based plastics. | Manufacturing | United States | Fuels and Chemicals | View details |
  | Unemit’s direct air capture technology is scalable to gigatons, swift in its path there, and sustainable | Manufacturing | United States | Carbon Removal | View details |