Get syngas free of virgin fossil carbon

We produce syngas (H₂ and CO) from carbon-rich waste streams and CO₂ instead of fossil natural gas. Our syngas is of drop-in quality and designed to integrate into existing chemical processes.
Cyclize' syngas supports the defossilization of your value chain.

Syngas is a gas mixture of hydrogen and carbon monoxide, widely used as a raw material in the chemical industry. Ours is free of virgin fossil carbon.

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Rather than deriving syngas from fossil sources, we generate it from carbon-rich waste and CO₂. In doing so, companies can shift a share of their feedstock away from fossil carbon and improve both emissions and carbon circularity.

What impacts
your business

Syngas is currently produced mainly from natural gas and coal. Cyclize' syngas recycles carbon from waste and CO₂, so you can gradually reduce the fossil share in your feedstock mix.

Fossil feedstocks are strongly exposed to global energy and gas price swings. Adding syngas sourced from local waste streams and CO₂ diversifies your feedstock base and can reduce your dependency on volatile fossil prices over time.

Imported fossil feedstocks are vulnerable to geopolitical tensions and supply disruptions. Cyclize' approach relies on regionally available carbon-rich waste and CO₂, enabling more local and resilient syngas supply.

Using waste- and CO₂-based syngas instead of purely fossil feedstocks lowers your CCF and PCF and reduces your exposure to costs from emissions trading schemes and internal CO₂ pricing approaches.

Climate, circular economy and reporting requirements are tightening. Syngas produced from waste and CO₂ helps align your feedstock strategy with regulation on fossil reduction, carbon circularity and value-chain emissions.

Fossil dependency

Commodity prices

Geopolitical risk

Emission rights

Regulations

Get to know
our solutions.

Chemicals

Syngas is an established building block for products such as methanol, ammonia and various intermediates. We work with chemical producers to assess how waste- and CO₂-based syngas can be integrated into existing assets and future projects.

Petrochemicals

In petrochemical value chains, syngas can serve as a platform for fuels and chemical intermediates. We explore with partners where syngas from non-fossil carbon sources can complement or partially replace conventional fossil feedstocks — reducing the footprint significantly.

Going Fossil Free
Ready to explore a project for non-fossil syngas supply to your site?

We believe in a carbon circular economy powered by plasma.