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The Tire Pyrolysis Plant provides an efficient and sustainable solution for the global waste tire resource utilization. The equipment uses advanced pyrolysis technology to convert waste tires into high value-added energy products, achieving a win-win situation for environmental protection and economic benefits.
Tire Pyrolysis Plant is an advanced recycling system designed to convert waste tires into valuable products such as fuel oil, carbon black, steel wire, and combustible gas through a high-temperature pyrolysis process. By operating in an oxygen-free environment, the plant efficiently decomposes scrap tires while minimizing environmental pollution. This technology not only helps reduce the growing problem of waste tire disposal but also creates economic value from recycled materials, making it an ideal solution for sustainable waste management and resource recovery industries.

With the rapid development of the automobile industry, hundreds of millions of waste tires are produced every year around the world. If these waste tires are not handled properly, they will pose a serious threat to the environment and human health.

Therefore, recycling waste tires not only helps environmental protection, but also saves resources, which has important strategic and practical significance.
The waste tire pyrolysis equipment produces the following main products by pyrolyzing waste tires in an oxygen-free high-temperature environment:

Pyrolysis oil can be used as an industrial fuel or further refined into light fuel oil for power generation or other industrial uses.

Carbon black can be used to manufacture rubber products, plastics, inks and coatings, etc.

Steel wire can be recycled for use in steel production or other metal product manufacturing.

The combustible gas can be used to heat the pyrolysis reactor to achieve energy self-sufficiency.
Our tire pyrolysis plant is suitable for various types of scrap tires, including full steel tires, semi-steel tires and radial tires, with wide adaptability.
| Model | Batch Design (GM-BLJ-5) | Semi-Continuous Design (GM-SLJ-15) | Continuous Design (GM-CLJ-20) |
|---|---|---|---|
| Working Process | 1. Open feeding door 2. Hydraulic automatic feeding 3. Heating 4. Shut down the furnace and cool to 80℃ 5. Discharge | 1. High temperature sealed feed 2. Heating 3. Shut down the furnace and cool to 200~300℃ 4. Discharge | Continuous feeding and discharging, 24-hour continuous operation, continuous production for 45 to 60 days depending on the material. |
| Unit Capacity | 5~20 Tons/day | 15~25 Tons/day | 20~70 Tons/day |
| Feedstock Size | ≤1600mm | ≤100mm | ≤80mm |
| Feedstock Pretreatment | – | Need to be pre-processed by shredder or grinder to the appropriate size | Need to be pre-processed by shredder or grinder to the appropriate size |
| PLC | Optional | Optional | Equipped with |
| Reactor Cooling Time | 3~12 hours | 3~5 hours | 0 |
| Power | 12~25 kW/h | 15~30 kW/h | 50 kW/h |
| Maintenance Period | 1 day | 7~10 days | 45~60 days |
| Note: The above parameters can be customized according to customer needs. | |||