We’re developing an ultra-efficient catalysis to mass-produce green methanol —
enabling the shipping and chemical industry to save gigatons of CO2
Using quantum-chemical simulations and lab experiments, we invented a new ultra-efficient catalysis for green methanol.
It enables the mass-production of high-purity green methanol at a competitive price — using decentralized, non-fossil feedstock, low pressures, and low temperatures at any plant scale.
Combined with a cutting-edge, containerized design the C1-reactor (currently in pilot stage) makes decentralized green methanol production possible almost anywhere.
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The ecological impact of our technology is huge: It enables methanol production that locks the carbon used in a continuous cycle instead of adding it into the atmosphere. This empowers industries using green methanol to reach net-zero emissions and save gigatons of CO2.
Existing non-fossil carbon sources — like waste biomass or, in the future, carbon captured from the atmosphere — are converted into syngas
Even if the resulting methanol is burned, it does not add additional CO2 into the atmosphere
Our flexible, decentralized reactor uses our patented C1-Catalysis to synthesize methanol at a lower pressure and heat
The resulting high-purity green methanol is competitively priced and ready for industrial use
Our impact assessment from our investor Planet A VenturesREAD NOW
The challenge that lies in front of us is enormous but not insurmountable. However, we need to move fast. In 2021, mankind emitted 36 billion tons of CO2 into the atmosphere.
To secure a future for our children, we have to break our dependency on oil, gas, and coal to cut carbon emissions to net zero by 2050.
Green methanol in the heart of a circular carbon economy can help us achieve this by providing hard-to-abate industries a way to defossilize.
That is why we are re-inventing every production step from the atomic scale up to the industrial scale. For our planet. And for our children.