Our Insights
Follow the development of our electrified CO and syngas production systems.
The future of feedstock is electric
Articles & Knowledge Base
Plasma-converted CO can hit 0.7 t CO₂-eq per tonne, making it genuinely carbon-negative. Here is how.
CO2-derived syngas can replace natural gas as a chemical feedstock. Here is where it fits and what barriers remain.
Point-source carbon capture turns industrial CO₂ into valuable feedstocks. Discover how CCU technology closes the carbon loop.
EU ETS carbon pricing is making CCU economically compelling. Discover the thresholds, sectors, and regulations driving adoption in 2026.
CO2 as feedstock cuts chemical production costs and carbon compliance bills. Discover when the economics truly work.
CCU and green hydrogen solve different industrial problems. Discover which decarbonisation strategy fits your process and why it matters.
CCU and carbon recycling explained, plus which heavy industries gain the most from each approach.
CCU technology turns industrial CO₂ into carbon feedstock on-site, cutting fossil import dependence. Discover which sectors benefit most.
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.
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.
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.
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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