| Company profile | Cyclize is a pioneering climate-tech company transforming hard-to-recycle waste into valuable resources. Using plasma technology, Cyclize converts mixed plastic waste and CO₂ into syngas, a key building block for the chemical industry. By replacing fossil-based feedstock with carbon sources, Cyclize enables the defossilization of the chemical industry while reducing massive amounts of emissions. The company builds and operates its chemical plants, offering a sustainable solution to provide circular carbon for resilient chemical value chains.
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| Products & Services | Cyclize provides circular syngas to its customers, co-located at the chemical site. Cyclize´s solution converts mixed waste and CO₂ into high-purity syngas, enabling chemical producers to replace fossil feedstocks with circular carbon inputs. Cyclize offers seamless integration with existing infrastructure, enabling syngas to be used as a drop-in feedstock for downstream intermediates and chemicals.
In addition, Cyclize offers tailored test series for waste streams that are currently being incinerated. Through lab and pilot-scale validation, the company analyzes feedstock composition, conversion performance, and syngas quality, providing clients with pathways to valorize waste streams, reduce carbon emissions and defossilize value chains.
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| References and export activities | Cyclize operates a pilot plant proving the end-to-end process of utilizing mixed waste and CO2 to produce high-purity syngas. References include test campaigns with our customers with different waste streams.
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| Target group | Cyclize addresses the chemical value chain by providing a cost-competitive alternative to fossil feedstock. That includes chemical producers and refineries to which Cyclize is co-located. Those players are currently dependent on fossil feedstocks, and its challenging market dynamics driven by geopolitical conflicts.
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| Ideal Business Partners | Chemical companies, waste operators, recycling players, and energy firms with access to waste streams and demand for syngas, seeking circular feedstock solutions.
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