HYCO1 Announces Three U.S. Patents Powering the Most Advanced Syngas Production Platform through CO₂ Utilization Houston, Texas — January 20, 2026 — HYCO1 today announced that the U.S. Patent and Trademark Office has issued three patents that strengthen the company’s leadership in syngas technology and carbon utilization. With these grants, HYCO1’s CUBE™ Technology, a more efficient and lower cost syngas … Read More
HYCO1, PETROS and PJ Energy Services Announce Strategic Collaboration
HYCO1, PETROS and PJ Energy Services Announce Strategic Collaboration to Advance CO₂ Utilization and Low-Carbon Development in Sarawak Houston, Texas — January 20, 2026 — HYCO1 today announced the execution of a Joint Collaboration Agreement (JCA) with Petroleum Sarawak Berhad (PETROS) and PJ Energy Services (M) Sdn Bhd (PJES), marking a significant step toward advancing commercially viable carbon utilization and low-carbon … Read More
HYCO1 Signs a Memorandum of Understanding with Malaysia LNG Sdn. Bhd.
HYCO1 Signs a Memorandum of Understanding with Malaysia LNG Sdn. Bhd. to Collaborate on Carbon Capture and Utilization Project in Bintulu, Sarawak, Malaysia April 25, 2025 (Houston, TX) – HYCO1, Inc. and Malaysia LNG Sdn. Bhd. (MLNG) signed a Memorandum of Understanding (MOU) to collaborate on the potential utilization and conversion of Carbon Dioxide (CO2) into chemical and fuel products, … Read More
HYCO1 Celebrates Groundbreaking as Syngas Technology Provider for UBE Corporation’s New EV Electrolyte Plant in New Orleans
HOUSTON, Feb. 24, 2025 /PRNewswire/ — UBE Corporation announced today that it held a groundbreaking ceremony today for a dimethyl carbonate (DMC) and ethyl methyl carbonate (EMC) plant near New Orleans, Louisiana. Approximately 180 people attended the ceremony, including many government officials, local communities, and constructors. From UBE, Masato Izumihara, President and Representative Director, Yuki Nishida, Representative Director and Senior Managing Executive Officer, and officials … Read More
HYCO1 Reaches TRL-9
HYCO1, Inc. announces it has achieved a key milestone in commercializing its breakthrough CO2 conversion technology, already surpassing 1,500 hours of continuous steady-state operation in its first commercial CUBE™ Syngas system (CUBE™ stands for Carbon Utilization. Best Efficiency).
HYCO1 Announces CUBE™ 2500 Small-Scale CO2 Reformer for Entry-Level, Low-Cost CO2 Utilization Applications
The CUBE™ 2500 CO2 Reformer is a great size for large industrial gas users not only to start their decarbonization process, but also to augment their current syngas production and gain “hands-on” understanding of CUBE™ Technology.
HYCO1 announces hiring of 3 new Vice Presidents
HYCO1 Announces the Addition of Three New Vice Presidents: Sairam Valluri, Vice President of Engineering; Ryan Hennes, Vice President of Projects; and Curtis Carmack; Vice President of Strategic Development and General Counsel.
HYCO1 Celebrates 9,000 Hours of Run-Time on its Revolutionary, Patent-Pending CO2 Utilization Catalyst
HOUSTON, Jan. 8, 2024 /PRNewswire/ — HYCO1 celebrates over 9,000 hours of run-time on its proprietary, patent-pending CO2 utilization catalyst at its Houston, Texas CUBE™ Technology Center (CUBE™ is Carbon Utilization at Best Efficiency). 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 … Read More
HYCO1 Tests ‘Groundbreaking’ CO2 Technology
“Carbontech company HYCO1 has announced the successful completion of testing for its carbon dioxide (CO2) waste emission conversion technology.”
HYCO1 develops proprietary catalyst and process for CO2-based products
HOUSTON, Aug. 16, 2021 /PRNewswire/ — Carbontech innovator HYCO1 announced today it has developed a proprietary catalyst and process technology that gives industrial companies a way to turn harmful CO2 waste into high value, sustainable products. Using HYCO1’s breakthrough technology, industrial companies can quickly and drastically reduce their CO2 emissions with no upfront costs. HYCO1 is then able to convert those emissions into … Read More











