Carbon to Value
Program Alumni
We are proud to champion the brightest minds in carbontech innovation on their journey to scaling their transformative solutions by providing them support in fundraising, workforce development, customer acquisition, and much more. Our evaluation process is incredibly extensive to ensure that our cohorts represent a wide variety of technologies, products, and markets.
Meet our alumni members of the Carbon to Value Program:
Year 1 Cohort
Air Company transforms CO₂ into high-purity alcohols that can be used in spirits, sanitizers, and a variety of consumer industries.
Carbfix provides a natural and permanent carbon storage solution by turning CO₂ into stone underground.
Carbonfree has commercial technologies that capture and convert industrial CO₂ emissions into minerals for sale or storage.
CarbonQuest provides decarbonization technologies and solutions for buildings with a focus on modular carbon capture.
Cemvita Factory engineers microorganisms to use CO₂ as feedstock for biomanufacturing of intermediate chemicals such as ethylene.
CERT converts CO₂ to chemicals such as ethylene via electrolysis.
Made of Air creates drop-in ready, durable thermoplastics using carbon captured by biomass.
Mars Materials develops a new pathway for carbon fiber production using CO₂ as a raw material.
Planetary combines hydrogen production with CO₂ sequestration via ocean air capture.
Year 2 Cohort
Aluminum Technologies develops a Carbo-Chloride Reduction (CCR) aluminum manufacturing technology, which captures process CO₂ and also reduces power consumption relative to conventional methods.
Carbon Upcycling Technologies utilizes point-source CO₂ and mineralizes it with waste materials to create supplementary cementitious materials (SCMs) that can be used in building materials.
Carbonova Corp utilizes CO₂ and methane as a feedstock to produce carbon nanofibers (CNF) that may be used in various fields such as transportation and buildings.
ecoLocked converts waste biomass into biochar to create admixes that can replace a share of the cement used in concrete manufacturing, and thus sequester carbon within buildings.
Full Cycle Bioplastics develops a patented bacteria-based technology that converts organic waste into Polyhydroxyalkanoate (PHA), a biopolymer that can be used to replace a wide range of oil-based plastic applications.
Lydian develops an electro-thermal reactor technology that converts captured CO₂ into fuels and chemicals.
Molecule Works develops a solid sorbent Direct Air Capture (DAC) system using a novel reactor and contactor configuration.
Osmoses develops polymers for gas separation, enabling membrane-based carbon capture applications.
Year 3 Cohort
Capro-X deploys a biorefining platform that upcycles organic waste to fatty-acid biochemicals that can be used in a wide range of applications.
Capture6 removes carbon from the atmosphere while producing clean water and other industrial products from seawater or other saltwater inputs.
Carbon To Stone develops a carbon mineralization technology coupled with high-value minerals and metals recovery.
Dioxycle builds an electrolysis platform to convert carbon emissions into chemicals and fuel building blocks.
enaDyne develops non-thermal plasma catalysis reactors to convert CO₂ into chemicals and fuels.
Global Algae Innovations grows algae that capture CO₂ from the atmosphere to produce protein and oil for food and industrial use.
Mitico (formerly C-Quester) delivers a solution for carbon capture using dry granular metal carbonate (GMC) purification technology with integrated measurement, reporting, and verification.
TerraFixing develops a direct-air-capture technology for cold climates using zeolite-based adsorbent materials.