Cemvita utilizes engineered microbes to convert waste products, such as CO2, into valuable compounds, effectively closing the carbon loop in industrial processes. By transforming emissions into useful materials and recovering essential metals like lithium and copper, Cemvita addresses the environmental impact of heavy industries while promoting sustainable resource management.
Funding
$73.9M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Heavy industries face challenges in managing waste and emissions, particularly CO2, which contribute to environmental degradation. Traditional recovery and production processes often result in significant waste streams and environmental damage from resource extraction. There is a need for sustainable methods to convert waste into valuable resources and minimize the environmental impact of industrial activities.
Solution
Cemvita leverages engineered microbes to transform waste products, such as CO2, into valuable compounds, effectively closing the carbon loop in industrial processes. Their biomanufacturing platform utilizes these microbes to create value-added materials and feedstocks while absorbing and converting CO2 to reduce emissions. Cemvita also employs biotechnology for sustainable resource recovery, extracting resources like gold hydrogen from subsurface hydrocarbons and recovering metals such as copper and lithium in an environmentally friendly manner. This approach aims to provide cost-effective and sustainable solutions for industries seeking to minimize their environmental footprint and transition to cleaner practices.
Target Audience
Cemvita's primary customers are companies in the energy, chemicals, and mining industries looking for sustainable solutions to reduce emissions, manage waste, and improve resource recovery.
Features
- eCO2 Biomanufacturing: Converts CO2 into valuable materials and feedstocks using engineered microbes.
- Gold H2: Transforms end-of-life wells into clean hydrogen sources.
- cOre components Biomining: Employs biotechnology to extract metals with minimal environmental impact.
- Carbon utilization platform: Absorbs and converts CO2 to virtually eliminate emissions.
- Sustainable resource recovery: Extracts gold hydrogen from subsurface hydrocarbons.
- Metal recovery: Recovers metals needed for the energy transition, such as copper and lithium.