In the pyrolysis process of fully continuous waste tyre pyrolysis plant , the whole or shredded tyre is heated in a reactor vessel under an oxygen-free atmosphere. The tyre melts in the reactor. The tyre polymers break down into smaller molecules which eventually vaporize and exit the reactor. These vapors may then be burned to produce power or condensed into an oil-like liquid which can then be used as a fuel. The larger molecules that cannot be condensed remain as a gas; this gas is used to provide heat for the process.
Chat Online Leave A MessageNo. | Item | Specifications | ||||||
1 | Model | DY-C-10 | DY-C-20 | DY-C-30 | DY-C-50 | DY-C-60 | DY-C-80 | DY-C-100 |
2 | Cpacity | 10T/D | 20T/D | 30T/D | 50T/D | 60T/D | 80T/D | 100T/D |
3 | Power | 35Kw | 50Kw | 65Kw | 80Kw | 90Kw | 105Kw | 120Kw |
4 | Working type | Continuous | ||||||
5 | Reactor deisgn | Mutiple reactors (The quantity and size depends on the raw material condition) | ||||||
6 | Rotating | Internal rotating | ||||||
7 | Cooling system | Recycled waster cooling | ||||||
8 | Reactor material | Q245R/Q345R boiler plate | ||||||
9 | Heating method | Indireact hot air heating | ||||||
10 | Heating fuel | Fuel oil/gas | ||||||
11 | Feedstock | Waste tire/plastic/rubber | ||||||
12 | Output | Fuel oil, carbon black |