New recycling technology revolutionizes how scrapped cars are recycled
A new technology aims to recycle almost 100% of old vehicles or turn them into energy. Oldbury, a town in the West Midlands in England, will be introducing the largest industrial waste gasification factory in the world this month, a facility that is the £100 million joint venture between Chinook Sciences and European Metals Recycling (EMR), the biggest metals recycling company in Britain. The project is part of the growing “cleantech” sector. Cleantech is a specific area of the clean economy that includes everything from car sharing to renewable energy and smart grids. A recent report from Cl…
A new technology aims to recycle almost 100% of old vehicles or turn them into energy.
Oldbury, a town in the West Midlands in England, will be introducing the largest industrial waste gasification factory in the world this month, a facility that is the £100 million joint venture between Chinook Sciences and European Metals Recycling (EMR), the biggest metals recycling company in Britain.The project is part of the growing “cleantech” sector.
Cleantech is a specific area of the clean economy that includes everything from car sharing to renewable energy and smart grids. A recent report from Cleantech Group, a US consultancy, placed the United Kingdom second behind the United States in its yearly ranking of startups in the cleantech sector. The facility in Oldbury will attempt to recycle almost 100% of old cars. The end result will be the production of synthetic gas, which can be converted into electricity as easily as natural gas. Chinook’s waste gasification process transforms wood, foam, carpet and other organic material into gas. It strips out clean metal that can then be recycled.
The head of Chinook’s European business, Martin Nye, says that “There is so much wiring in a car these days that, short of having a guy with a Stanley knife, this is the only way to recover it.” Synthetic gas that is produced from the process is not unlike natural gas and can be utilized to power stream turbines and generate energy.