SeeO2 Energy utilizes reversible fuel-cell technology to convert carbon dioxide into marketable fuels and chemicals, effectively transforming greenhouse gas emissions into valuable resources. Their electrolyzers generate gases such as hydrogen and carbon monoxide on-site, providing a reliable solution to reduce CO2 emissions while creating clean energy assets.
Funding
$156.8K 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.
SDFounders
Product
Problem
Industrial processes across sectors like chemical manufacturing, metal processing, and utilities generate significant carbon dioxide (CO2) emissions, contributing to greenhouse gas accumulation. Traditional methods of carbon capture and storage can be energy-intensive and lack economic incentives for widespread adoption. There is a need for cost-effective technologies that convert CO2 into valuable products, creating a circular carbon economy.
Solution
SeeO2 Energy provides a reversible solid oxide fuel cell (SOFC) technology that converts captured CO2 into marketable fuels and chemicals, offering an on-site solution for emissions reduction. Their electrosystem operates in two modes, efficiently converting CO2 and/or water into industrial feedstocks such as hydrogen and carbon monoxide. The technology uses reversible SOFCs, which are highly efficient energy conversion and storage devices. By generating these gases on-site, SeeO2 Energy provides a reliable and cost-competitive alternative to traditional methods, enabling industries to transform greenhouse gas emissions into valuable assets. This approach supports a circular economy by utilizing CO2 as a resource for creating value-added products.
Target Audience
SeeO2 Energy targets customers in the chemicals, metal processing, polymers, and utilities industries seeking to reduce CO2 emissions and produce valuable industrial feedstocks on-site.
Features
- Reversible solid oxide fuel cell (SOFC) technology for efficient CO2 conversion
- Electrosystem operating in two modes for flexible gas generation
- On-site generation of hydrogen, carbon monoxide, and oxygen
- Customizable system configurations to meet specific industrial feedstock requirements
- Integration with existing carbon capture systems for seamless operation
- Remote monitoring and control capabilities for optimized performance