OUR TECHNOLOGY
CYCLEON Energy utilizes advanced pyrolysis technology to transform hard-to-recycle plastic waste into valuable energy resources through a controlled thermal conversion process. Unlike conventional waste treatment methods that rely on combustion, our system operates in a completely sealed, oxygen-free environment. Without oxygen, plastic cannot burn. Instead, it undergoes thermal decomposition, breaking down into hydrocarbon vapors that are recovered and converted into high-quality low-sulfur industrial fuel oil, reusable process gas, and recoverable carbon solids.
Designed for industrial-scale operation, our technology combines advanced thermal engineering with efficient resource recovery to maximize the value of every kilogram of plastic processed. The entire process is engineered to deliver consistent performance, high conversion efficiency, and reliable operation while maintaining strict safety and environmental standards.
Circular Economy
Plastic waste enters the system as feedstock and moves through four engineered stages—Preparation, Thermal Conversion, Condensation, and Resource Recovery.
Instead of becoming landfill waste, the material is converted into valuable industrial products while recovering process energy that supports plant operations. The result is an efficient, circular technology that transforms discarded plastics into clean energy resources through advanced thermal engineering.
At CYCLEON Energy, our technology is built around one principle: recover more, waste less, and convert every possible resource into value.
Engineered for Performance
Our pyrolysis technology integrates precision thermal control, oxygen-free reactor design, closed-loop vapor recovery, and process gas recirculation into a single, efficient system. Digitally monitored operations ensure consistent performance, operational reliability, and traceability, allowing CYCLEON Energy to deliver scalable, safe, and efficient plastic-to-energy solutions for industrial applications.