Pyrolysis is a more suitable method to dispose of waste tyre than the traditional ones, like landfill, burning etc. From tyre pyrolysis, the solid waste is converted into fuel oil for reuse, achieving both social and economic benefits.
Waste tyres can be converted into fuel oil through pyrolysis
With the rapid development of the world automobile industry and transportation industry, the demand of various tyre is increasing day by day. At present, billions of tyre is sold annually all over the world. For security, Automobile should change tyres every 30,000-50,000 km. In this way, 17 million tons waste tyres will be produced in one year.
Piles of waste tyres
In some area, waste tyre was used as fuel, serious pollution made nothing growth in the surrounding fields. Normal ways to process solid waste like Landfill, burning etc are not suitable for waste tyres.
To solve the waste tyre pollution, we DOING company has been working for nearly ten years and has been committed to the development of scientific and environmentally friendly waste tyre disposal methods. Nowadays, the waste tyre pyrolysis plant developed by our company has been widely welcomed around the world.
DOING new design waste tyre pyrolysis plant
DOING waste tyre pyrolysis plant can convert waste tyres into fuel oil, carbon black and steel wire anaerobic pyrolysis situation. And these three end products can be reused by many industries. The fuel oil could be used as heating fuel in boilers, cement factories, glass factories, brick factories, etc. As long as there is heavy industries in market, there is demand and sales of fuel oil. And the carbon black could be refined into smaller meshes, and it can be used in painting, new rubber making industry. As for the waste steel wire, it is very easy to be sold to steel factories.
The product application of waste tyre pyrolysis plant
If you have any question about the waste disposal plan for tyre pyrolysis, please contact us and we will give you the the corresponding solution according to your specific situation.