Knowledge Base

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

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What is the role of plasma technology in producing e-fuels from CO2?

Plasma technology converts CO2 into e-fuel feedstocks at 90.5% efficiency. Discover how it works.

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How does CCU technology create new revenue streams for emissions-intensive industries?

CCU technology turns CO2 emissions into sellable feedstocks, creating real revenue for emissions-intensive industries. Discover how.

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What is the payback period for investing in a plasma CO2 conversion system?

Plasma CO2 conversion pays back in 3-7 years. See what drives returns and when the investment makes sense.

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Why is CO2 as a feedstock gaining traction among industrial operators?

CO2 as a feedstock is turning industrial emissions into a cost-competitive raw material. Discover why operators are making the switch.

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Can CO2 captured from blast furnace gases be recycled into steelmaking inputs?

Plasma technology can split blast furnace CO2 back into carbon monoxide, closing the carbon loop in steelmaking.

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What hard-to-abate industries can CCU technology decarbonize?

CCU technology can decarbonize steel, chemicals, and synthetic fuels. Discover how carbon capture transforms hard-to-abate industries.

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How does CO2 plasma conversion reduce exposure to gas price volatility?

CO2 plasma conversion decouples feedstock costs from volatile gas markets. Discover how industries can stabilize margins today.

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What industries can benefit most from CCU technology?

Steel, chemicals, and synthetic fuels gain most from CCU technology. Discover how COâ‚‚ becomes valuable feedstock.

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