Our technology converts mixed plastic waste into valuable reusable resources. Through our advanced recycling technology, we process mixed plastic waste into high-quality products suitable for applications within the chemical and energy industries, while aiming to minimize CO₂ emissions throughout the process. Our future-oriented technology platform, with its modular structure, is designed to meet the varying needs of industrial customers and municipal institutions alike.
From Waste to Economic Value
We provide an efficient solution based on proven technologies that can help reduce the impact of plastic pollution while creating attractive investment and new business opportunities. Using proven technology, Thermolysis facilities can convert plastic waste into valuable reusable hydrocarbon resources. These recovered products may be utilized in the production of new plastics, industrial energy applications, marine and heavy industrial operations, or as feedstock for further refining into transportation fuels.
An Established Technology, Reimagined
Our technology is based on the established pyrolysis process, which we have further developed and optimized through innovative engineering approaches. Pyrolysis is a well-established thermochemical process involving the thermal degradation of plastic waste at elevated temperatures (300–500°C) in the absence of oxygen to produce liquid hydrocarbon products. Through years of development and innovation, we have enhanced this process to improve accessibility, product quality, energy efficiency, operational costs, and environmental performance.
An Investment Opportunity
We have developed a cost-efficient and environmentally responsible solution designed to create value and opportunities across the entire plastic production and recycling value chain, including manufacturers, municipalities, and waste management organizations. As a technology-driven recycling company, we are committed to reducing the amount of plastic waste entering the environment. Our integrated combination of mechanical and chemical recycling processes aims to support plastic circularity and contribute to the goals of a sustainable circular economy.
An Economically Efficient Recycling System
One of the main challenges in processing mixed plastic waste is the level of required investment, operational expenditure, and overall economic efficiency. Our patented recycling technology operates through an efficient closed-cycle process characterized by automation, high product yield, low energy consumption, and minimized CO₂ emissions. As a result, our technology is designed not only to support environmental sustainability, but also to deliver attractive economic returns.
High-Quality Recycled Oil for Industrial Applications
The primary product generated through our technology is recycled carbon oil. The high-quality, low-sulfur oil produced can be utilized in plastics manufacturing as well as in a wide range of industrial applications. It may also serve as a feedstock for the production of fuels within the energy and transportation sectors. Multiple regulatory and market incentives support the use of sustainable chemicals and alternative fuels across related industries. Demand for the raw materials produced by our facilities is supported by refineries and chemical companies operating globally.
