Carbonology
Carbonology captures carbon dioxide directly from the air and ocean to produce carbon-based materials, positioning atmospheric carbon as a replacement for petroleum-derived feedstocks. The company's flagship product is sustainable aviation fuel (SAF), produced in what it describes as the world's first industrial initiative to make SAF directly from air-captured CO₂. All capture and conversion processes are powered by 100% renewable energy.
- Clean Technology
- Chemical Technology
- New Materials
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Modern society depends on oil not only for energy but as the primary source of carbon for countless products including plastics, textiles, and materials that people touch, wear, consume, or ride on. Renewable energy can replace fossil fuels for power generation, but nature's photosynthesis cannot match the cumulative carbon output that millions of years of ancient forestry produced, leaving no scalable non-fossil alternative for carbon-based manufacturing inputs.
Solution
Carbonology captures carbon dioxide directly from the air and ocean at large scale and converts it into carbon-based materials needed in modern life, with all processes powered by 100% renewable energy. The company's flagship product is sustainable aviation fuel (SAF), produced directly from air-captured carbon dioxide in what it describes as the world's first industrial initiative of this kind. The approach follows a three-step master plan: capturing CO₂ from the atmosphere in large quantities, converting that CO₂ into everyday products, and gradually reducing reliance on extracted crude oil. This positions atmospheric carbon as an industrial feedstock that can substitute for petroleum-derived carbon across manufacturing value chains, enabling a green closed-loop cycle of carbon elements.
Target Audience
Primary customers are industrial manufacturers and chemical companies seeking sustainable non-fossil carbon feedstocks, with particular focus on the aviation sector requiring sustainable aviation fuel to meet regulatory blending mandates. The company also targets sectors producing plastics, textiles, and consumer goods dependent on carbon-based inputs.
Features
- Direct air capture (DAC) technology that sources CO₂ from the atmosphere, overcoming geographical limitations of conventional carbon capture methods
- Flagship sustainable aviation fuel production directly from air-captured CO₂, targeting the aviation sector's emission reduction needs
- Complete technological chain from CO₂ capture to synthesis of high-value-added carbon-based products
- Integration with 100% renewable energy systems for all capture and conversion operations
- Strategic roadmap spanning capture, conversion, and eventual displacement of crude oil extraction
- Leverages China's new energy resource endowments and complete chemical industry chain for commercialization