Waste tyre
With the development of automobile industry, tyre demand is increasing day by day. According to statistics, 50%-55% raw rubber are used for tyre manufacture every year. However, waste tyre pollution problem exists in each countries. More and more waste tyres not only take up the farmland but also become a breeding ground for diseases, which causes pollution and threaten people’s life.Henan Doing produced continuous waste tyre pyrolysis plant can solve the problem.
Through continuous improvement and constant technology upgrading, Doing have designed the fully continuous waste tyre pyrolysis plant which can convert tyre into useful resources more efficiently.
Continuous waste tyre pyrolysis plant advantage
Continuous waste tyre pyrolysis plant
Firstly, zero emission. In the dedusting system, three steps are used to dedust the hot smoke from reactor, more than 95% of the dust would be removed. The released gas is pollution-free and can be discharged in the air directly.
Secondly, high efficiency. We adopt new type of condensers which can further ensure and improve the oil yield efficiency. The catalyst is made from 24 chemicals, which not only reduces sulfur content and density of oil, but also improves its flavor and color.
Continuous waste tyre pyrolysis plant working process
Continuous waste tyre pyrolysis plant working process
Shred tyres: Use a specialized tyre shredder to process big whole tyres into 3-5cm small pieces for easy feeding. The tyre shredder is a single and fully automatic shredding system, which can be directly connected to the feeding system of the continuous pyrolysis plant, which no need any transfer process.
Continuous pyrolysis process: Shredded tyres go into the continuous waste tyre pyrolysis plant, will firstly go through a mutiple pyrolysis reactor system to be pyrolyzed into oil gas. And oil gas will be cooling down to liquid oil through the cooling system. The residues (carbon black) will be pushed by continuous feeding tyres to the carbon black dischrge system for discharge.
