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Feasibility Study Investigates Conditions for Tyre Recovery with Enviro’s Technology in the UK

Every year, the UK generates approximately 450,000 tonnes of end-of-life tyres, of which 400,000 tonnes are ground down to granulate or exported to countries such as India where they continue to be used despite traffic safety risks, or alternately are transformed into low-value oil products with tremendous negative environmental impact. Moreover, since the tyres are regarded as waste, exports are costly and the transportation itself also affects the environment. The state-financed innovation office Innovate UK will therefore fund a feasibility study to investigate the conditions for recovering a large percentage of the end-of-life tyres within the country’s borders more sustainably using Enviro’s patented pyrolysis technology.

What the study is primarily interested in is the possibilities of recovering and refining the natural rubber-based, renewable oil from the tyres. A vehicle tyre consists of approximately 50 percent oil, a significant portion of which comes from natural rubber. Enviro’s advanced recovery method makes use of the components that become oil from the tyres, known as pyrolysis oil, that can be refined or used to replace fossil fuel-based oil in several different contexts. In addition to 2G BioPOWER and the engineering company OSL, an international company in the oil sector with operations in countries including the UK will also be involved in the study.

2G BioPOWER, which has been commissioned to lead the study, has represented Enviro in the UK regarding certain aspects of its business since 2015. The objectives of the preliminary study include investigating the supply of end-of-life tyres, including logistics; reporting on the outcome of pyrolysis oil testing; quantifying the market for carbon black in the tyre industry and producing a capital investment appraisal for large-scale use of Enviro’s technology in the UK. It is estimated that the preliminary study will extend over a period of up to six months.