Energy Impact Partners

Metafuels is a developer of innovative sustainable aviation fuel technology, specifically designed to facilitate affordable air travel while addressing environmental concerns. The company has created aerobrew™, a scalable technology that utilizes renewable feedstocks such as green hydrogen and sustainably sourced carbon dioxide, including options from direct air capture. This process allows for efficient large-scale production of e-kerosene, overcoming the challenges and costs associated with traditional e-fuel technologies. Additionally, aerobrew™ can integrate a biogenic route that utilizes renewable cellulosic biomass, ensuring that its carbon sourcing does not compete with food production. With high selectivity and yield in sustainable aviation fuel production, Metafuels aims to significantly contribute to the decarbonization of the global aviation sector and support the industry's goal of achieving net-zero emissions by 2050.

Terragia Biofuel is a company focused on advancing the production of biofuels through innovative technology. It specializes in biological conversion systems that transform non-food cellulosic biomass into fuels and chemicals. Utilizing thermophilic bacteria, Terragia Biofuel processes biomass efficiently, requiring little to no pretreatment and eliminating the need for added enzymes. This unique approach allows clients to reduce operational costs while improving yields in the production of renewable fuels and chemicals, positioning the company as a key player in the sustainable energy sector.

Metafuels is a developer of innovative sustainable aviation fuel technology, specifically designed to facilitate affordable air travel while addressing environmental concerns. The company has created aerobrew™, a scalable technology that utilizes renewable feedstocks such as green hydrogen and sustainably sourced carbon dioxide, including options from direct air capture. This process allows for efficient large-scale production of e-kerosene, overcoming the challenges and costs associated with traditional e-fuel technologies. Additionally, aerobrew™ can integrate a biogenic route that utilizes renewable cellulosic biomass, ensuring that its carbon sourcing does not compete with food production. With high selectivity and yield in sustainable aviation fuel production, Metafuels aims to significantly contribute to the decarbonization of the global aviation sector and support the industry's goal of achieving net-zero emissions by 2050.