Carbion

Carbion is a clean technology company headquartered in Brooklyn, New York, founded in 2025, pioneering next-generation biomass-to-graphite technology to transform abundant, carbon-rich biomass into high-quality, battery-grade graphite for battery and other critical industries at competitive costs. The company has developed an innovative catalytic t... hermochemical process that operates at less than half the temperature of traditional synthetic methods, dramatically slashing energy consumption and cutting capital costs while completing the graphite production process within a day, compared to the weeks or months required by conventional approaches. Carbion converts waste and underutilized feedstocks including agricultural and forestry biomass into battery-grade graphite at costs competitive with mining, offering a cost-effective, domestic solution to strengthen supply chains and reduce dependence on imports. The company addresses critical supply chain challenges in the graphite industry, where China currently supplies 82 percent of total graphite and 93 percent of battery-grade graphite, posing significant geopolitical risks to industries such as batteries, steelmaking, aerospace, and nuclear energy. Graphite demand is expected to quadruple by 2040, and traditional production methods through mining or energy-intensive synthetic processes cannot meet rising needs. Carbion's technology transforms abundant biomass that would otherwise be burned or landfilled into high-value carbon materials, simultaneously addressing air pollution, greenhouse gas emissions, and elevated fire risks while creating a circular economy model. By sourcing agricultural and forestry residues from local communities, Carbion drives regional economic growth and advances domestic manufacturing capabilities. The company provides high-quality, battery-grade graphite at affordable and stable prices, enabling domestic production and strengthening energy resilience while eliminating geopolitical and environmental risks associated with traditional ...Read More