The bright future of CCU: CO₂-based Fuels and Chemicals Conference 2026, 28-29 April 2026, Maternushaus, Cologne (Germany)Evolved microbe thrives in methanol to produce key industrial chemicals
A UNIST research team secured a highly methanol-tolerant strain through adaptive laboratory evolution, as for biorefinery technology to be economically viable, the microbial strain must proliferate rapidly even in high-concentration methanol environments
NTPC carbon capture project achieves key milestone with production of first drop of methanol using captured CO2
After operating successfully for two years, the pioneering carbon capture project at NTPC’s 500 MW coal-fired Unit-13 at the Vindhyachal Super Thermal Power Station in India has reached a major milestone when CO2 captured from flue gas using Carbon Clean’s CaptureX semi-modular technology was used to produce the first drop of methanol
Cloverdale Paint and Celanese Partner to Offer Sustainable Paint Solutions Created with Carbon Capture Technology
Celanese will convert captured CO2 from industrial CO2 emissions into a methanol building block which makes up part of vinyl acetate-based emulsions used as a raw material in the manufacturing of paints
7. Konferenz zur nachhaltigen chemischen Konversion in der Industrie bildet offiziellen Abschluss der zweiten Förderphase des Verbundprojekts Carbon2Chem®
Über 200 virtuell und analog Teilnehmende verfolgten die Präsentation der Ergebnisse aus acht Jahren Forschung zur Nutzung von CO2 aus Prozessgasen der Industrie für die Synthese von Chemieprodukten
Bia Energy Operating Company Announces Significant Developments for Low Carbon Methanol Project at the Port of Caddo-Bossier in Northwest Louisiana
The facility is designed to be able to reduce carbon emissions by over 92% compared to traditional methanol production by capturing CO2 and utilizing hydrogen as both fuel and feedstock
Efficient process for green methanol demonstrated in container plant
INERATEC is starting with the established heterogeneous-catalyzed direct synthesis of e-methanol from green hydrogen and carbon dioxide (CO2) while CreativeQuantum and the Leibniz Institute for Catalysis (LIKAT) are using a comparatively new, homogeneously catalyzed process
Effiziente Verfahren für grünes Methanol in Container-Anlage demonstriert
INERATEC startet mit der etablierten heterogen-katalysierten Direktsynthese von e-Methanol aus grünem Wasserstoff und Kohlendioxid (CO2), während CreativeQuantum und das Leibniz-Institut für Katalyse (LIKAT) ein vergleichsweise neues, homogen-katalysiertes Verfahren einsetzen
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