Ohmium International Inc. announced a strategic collaboration with RenewCO2 to accelerate the commercialization of electrochemical CO2 conversion technology. The partnership combines RenewCO2’s patented eCUT-FA™ catalyst technology with Ohmium’s Lotus Proton Exchange Membrane (PEM) electrolyzer platform and manufacturing expertise. Together, the companies aim to develop scalable and cost-effective solutions that convert carbon dioxide into valuable chemicals and fuels.
Integrating Green Hydrogen and CO2 Conversion Technologies
The collaboration seeks to create an integrated platform capable of electrifying chemical production while supporting circular carbon economy initiatives. RenewCO2’s eCUT-FA™ technology enables the conversion of waste CO2 into industrial chemical products through electrochemical processes. When integrated with Ohmium’s advanced PEM electrolyzer systems, the combined solution has the potential to support commercial-scale CO2-to-product applications powered by clean electricity. The companies believe this approach can help industries reduce carbon emissions while producing sustainable fuels, intermediates, and specialty chemicals.
RenewCO2 Highlights Commercial Scaling Opportunity
Anders Laursen, CEO of RenewCO2, said the company has developed advanced processes for converting CO2 into valuable chemicals and fuels. He noted that Ohmium’s electrolyzer platform and manufacturing capabilities will help scale the technology rapidly, transforming CO2 from an environmental liability into a valuable industrial resource.
Ohmium Sees Major Potential in Electrified Chemical Manufacturing
Markus Tacke, CEO of Ohmium, emphasized that hydrogen and CO2 are becoming key building blocks for the next generation of sustainable organic chemicals. According to Tacke, Ohmium’s expertise in delivering scalable and cost-effective green hydrogen solutions through PEM electrolysis complements RenewCO2’s capabilities in electrochemical CO2 conversion. He added that the partnership could accelerate the commercialization of sustainable fuels and materials while unlocking circular carbon pathways for the chemical industry.
Industry Experts Welcome the Collaboration
The partnership has also received support from industry experts working in carbon capture and utilization technologies. Masaaki Toma, Chair of the Japanese Formic Acid Working Group under the Consortium for CO2 Capture and Utilization organized by National Institute of Advanced Industrial Science and Technology, praised the collaboration. Toma stated that combining Ohmium’s efficient and modular electrolyzer systems with RenewCO2’s advanced CO2 electrolysis technology could significantly reduce the carbon intensity of the chemical industry. He further noted that formic acid produced through the process could also serve as an efficient and practical medium for energy transportation and storage.
Supporting the Transition to Low-Carbon Chemical Production
As industries globally seek low-carbon manufacturing solutions, the collaboration between Ohmium and RenewCO2 represents an important step toward sustainable chemical production. As reported by fuelcellswork.com, By integrating green hydrogen generation with carbon dioxide utilization technologies, the partnership aims to create commercially viable pathways for producing chemicals and fuels while reducing industrial carbon emissions.
