In 2023, British engineers began using supercritical water to break mixed plastic into hydrocarbons; the plant was designed for 20,000 tonnes a year and was estimated to save 1.8 tonnes of CO₂ per tonne treated – FinSiddhi

In 2023, British engineers began using supercritical water to break mixed plastic into hydrocarbons; the plant was designed for 20,000 tonnes a year and was estimated to save 1.8 tonnes of CO₂ per tonne treated

In October 2023, Mura Technology launched its groundbreaking HydroPRS plant in Teesside, designed to tackle the challenge of recycling difficult plastics. Utilizing supercritical water, this process transforms plastic waste into valuable hydrocarbon products, showcasing a significant reduction in carbon emissions compared to traditional incineration methods. By 2024, the plant aims to provide recycled hydrocarbons for manufacturing, promoting sustainability by integrating complex plastic waste back into the production cycle.
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