Chemical and Physical Recycling are Essential for the Realisation of the Green Deal and the Circular EconomyNanoparticle catalysts convert carbon dioxide to carbon monoxide to make useful compounds
Researchers from the University of Illinois studied the catalytic activity of cheaper nanoparticle catalysts to determine if the lower-cost catalyst could enhance activity levels of β-Mo2C with a silica oxide support in the RWGS reaction
“Best CO₂ Utilisation 2024” Innovation Award – Three CCU solutions steering society towards a fossil-free future
Carbon Capture & Utilisation (CCU) enables the substitution of fossil carbon in sectors where carbon is necessary. Dioxycle, D-CRBN and Twelve showcase winning solutions that pave the path for a renewable carbon society
Innovationspreis “Best CO₂ Utilisation 2024” – Drei CCU-Lösungen führen die Gesellschaft in eine fossil-freie Zukunft
Carbon Capture and Utilisation (CCU) ermöglicht die Substitution von fossilem Kohlenstoff in kohlenstoffabhängigen Bereichen. Die Unternehmen Dioxycle, D-CRBN und Twelve ebnen mit ihren Lösungen erfolgreich den Weg zu einer Gesellschaft mit erneuerbarem Kohlenstoff
STX Group and Norsk e-Fuel partner to boost biogenic CO2 delivery in the Nordics for sustainable e-fuel production
The collaboration to address key challenges currently hindering the growth of the European Carbon Capture Utilization and Storage (CCUS) market, such as insufficient CO2 transportation infrastructure and scalable CO2 source availability
Can Greener CO2-derived Chemicals Accelerate CCUS Uptake?
If captured carbon can be utilized to make profitable chemical products, this revenue stream can provide an economic incentive to accelerate the uptake of CCUS (carbon capture, utilization, and storage) technologies until legislation that promotes CO2 storage emerges
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
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