RenewCO2

eCUT uses a patented catalyst that reacts carbon dioxide with water to produce chemical products with high selectivity for existing industrial processes or standalone plants with access to renewable energy and the grid.

RenewCO₂ seeks individuals to join its team as it expands and focuses on deep-tech innovation.

Anders Laursen holds a Ph.D. in surface science from the Technical University of Denmark and has researched catalysis and electrolysis for hydrogen production and CO₂ conversion for over 15 years.

RenewCO₂ offers meetings for general inquiries or partnerships.

The Future of Carbon.

Ohmium partners with RenewCO₂ to develop electrochemical CO₂ conversion technology. The collaboration integrates Ohmium’s PEM electrolyzer with RenewCO₂’s eCUT-FA catalyst to accelerate commercial-scale deployment. The combined approach targets scalable production of chemicals from captured carbon dioxide.

May 2026fuelcellsworks.comNews article

RenewCO₂, a spin-out from Rutgers University, develops a catalyst technology converting industrial CO₂ emissions into plastic monomers. The process targets hard-to-abate sectors and aims to produce carbon-negative plastics at lower costs than fossil-based alternatives. The startup secures exclusive licensing to scale its innovation.

Oct 2022bioplasticsmagazine.comNews article

RenewCo2 develops a catalyst technology that converts carbon emissions into feedstock for producing carbon-negative plastics monomers, including MEG and ethanol. The innovation targets industries where reducing carbon output remains challenging. The process enables the creation of sustainable materials from hard-to-abate sectors.

Oct 2022ptonline.comNews article

Rutgers University signs an exclusive license agreement with the startup **RenewCO2** for technology transfer. The deal grants RenewCO2 the sole rights to commercialize intellectual property developed at Rutgers. This marks a key step in advancing research innovations into market-ready solutions through university-industry partnerships.

Sep 2022research.rutgers.eduNews article