Knowledge Base

Follow the development of our electrified CO and syngas production systems.

Plasma technology converts COâ‚‚ into industrial feedstock at scale. Discover the efficiency, applications, and proven results.

CCU technology converts CO2 emissions into fuels, chemicals, and materials. Discover how plasma conversion makes it commercially viable.

Five core CCU performance indicators explained, including a 90.5% single-pass conversion rate benchmark. Discover what drives real industrial value.

CO2 plasma conversion recycles emissions as feedstock, while SMR creates them. See how they compare on cost, carbon, and integration.

Steel producers can recycle CO2 into carbon monoxide on-site, cutting coke use and ETS costs without rebuilding infrastructure.

Learn how CO from CO2 drives iron ore reduction in steelmaking and cuts carbon emissions by up to 67%.

Carbon capture utilisation turns CO2 emissions into competitive feedstocks, cutting costs and carbon liabilities at once.

Carbon capture utilisation beats CCS on cost by turning CO2 into sellable feedstocks. See how the economics compare.

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