(PRNewswire)--HYCO1 celebrates over 9,000 hours of run-time on its proprietary, patent-pending CO₂ utilization catalyst at its Houston, Texas at the Carbon Utilization at Best Efficiency (CUBE) Technology Center. Operating for over a year inside of a commercial diameter reactor tube, the HYCO1 catalyst has continuously converted carbon dioxide and low carbon intensity (CI) methane feed gases into chemical grade product synthesis gases H₂ and carbon monoxide. The CO₂ reaction takes place at ultra-high-speed in a single pass having extraordinary selectivity toward H₂ and CO production.

HYCO1's CUBE process and catalyst are highly specialized in their ability to convert 100% of CO₂ feed gas into chemical grade synthesis gas with no further downstream treatment required. Any ratio of H₂ to CO can be generated for seamless integration and production of high value, low CI products such as sustainable aviation fuels (SAF) or green bio-methanol, as well as purified H₂.

With this invention and robust data to support it, carbon dioxide has been efficiently transformed from a climate gas emissions problem into a low-cost feedstock to create valuable downstream products. No technology does this better and more efficiently in the world than HYCO1's revolutionary, patent-pending CUBE Technology.

Greg Carr, HYCO1's CEO said, "The golden pathway for large-scale CO₂ utilization is a  process that puts carbon emissions back into the highly usable form of CO without a cost penalty when compared to today's high emissions gray processes. HYCO1 does this better and less expensively than any other competitive technology. "For the first-time in history, HYCO1 opens the door to competitively produce world-scale chemicals and fuels with zero-emissions."

With process proving run-time data of over 9,000 hours, a robust project pipeline of large-scale commercial plant developments are moving forward.

Andrew Staples, HYCO1's Director of Operations has overseen the HYCO1 Pilot Facility since inception and states "Our HYCO1 CUBE technology has exceeded all expectations in our pilot plant and throughout the R&D process.  I'm truly excited to see it change the way the world looks at reforming catalysis and carbon dioxide utilization, taking CO₂ waste gas and creating high value chemicals."