Chemical recycling enables the on-site conversion of mixed plastic waste into valuable resources through a decentralized, modular system. Shredded plastics are melted and processed in a pyrolysis reactor, where they are broken down into shorter hydrocarbon chains. These are then condensed into high-quality oils that can re-enter the plastics value chain – making chemical recycling efficient, accessible, and fully circular.
The modular plant design allows capacities to be easily adapted and expanded through additional processing lines as demand grows
Decentralized installations reduce transport emissions while strengthening local value creation
Compact plants process 8,000 tons of plastic waste per year – scalable in multiples and designed to handle variable feedstock compositions
The SynCycle process converts plastic waste into hydrocarbons through thermal depolymerization in a pyrolysis reactor. The resulting pyrolysis vapor is condensed into circular oil and fed back into the chemical and plastics industries – turning waste into valuable resources and closing the loop in the circular economy.
Our decentralized and modular approach enables customers to convert plastic waste into valuable resources directly at their site. SynCycle Technology makes chemical recycling practical, scalable, and accessible for all players across the plastics value chain.
Developed by BDI-BioEnergy International, SynCycle converts non-recyclable plastics into new, high-value products. The technology covers all process steps in one integrated solution, ensuring efficiency, reliability, and strong economic performance within the circular economy.
We research and develop innovative technologies to conserve valuable resources and drive the circular economy.
The process design of our technologies can be individually scaled and adapted to a wide variety of production parameters.
We support our customers along the entire value chain—from the engineering and construction of the plant to the commissioning and after-sales service.
