Our Insights
Follow the development of our electrified CO and syngas production systems.
The future of feedstock is electric
Articles & Knowledge Base
Europe's CCU regulatory incentives are growing fast. Discover which EU frameworks reward carbon utilisation investment in 2026.
CO2 can become a valuable manufacturing feedstock. Discover which industries lead, how conversion works, and why energy efficiency drives the economics.
CCU technology cuts embedded carbon intensity, helping industries reduce CBAM costs. Discover which sectors benefit most.
CCU cuts ETS compliance costs by reducing verified emissions. Discover which industries benefit most and when to act.
Plasma technology converts CO2 into usable feedstocks on-site. Discover how it outperforms CCS and integrates into heavy industry.
CCU is reshaping European industry, turning CO2 emissions into valuable feedstocks. Discover which technologies lead the way.
CO2 as a feedstock beats carbon sequestration by turning waste gas into revenue. Discover how industries win.
CO2 to CO conversion cuts verified steel plant emissions, reducing costly ETS allowances. Discover the volumes, savings, and added financial benefits.
OUR THOUGHTS & FINDINGS ON CCU
Our Whitepapers
Our latest findings, thoughts and and calculations about decarbonising the future with Carbon Capture and Utilisation (CCU) and other climate tech.
GO NET ZERO
Download the Chemical industry whitepaper
WHITEPAPER
Decarbonising
the chemical industry
Carbon Capture and Utilisation (CCU) through plasma technology can decarbonize the MDI production by 45% without any modification to the current MDI production process.
GO NET ZERO
Download our E-fuel whitepaper
MARKET PRIMER
Decarbonising
E-fuels
Our patented plasma CCU technology can decarbonize the methanol (MeOH) production by 70% without any modification to the current process.
GO NET ZERO
Download our Petrochemical industry whitepaper
WHITEPAPER
Decarbonising
petrochemicals
Our plasma CO2 conversion can produce CO based on CO₂, reducing its carbon footprint drastically to -0.69 t CO₂ eq./t CO considering the avoided emissions corresponding to biogenic CO₂ and renewable energy usage.
Projects & Milestones
Follow the development of our electrified CO and syngas production systems.
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