The small pyrolysis plant adopts skid-mounted operation mode, with a processing capacity of 1-2T/D. It can be used to proces municipal solid waste(MSW), medical waste, plastics, tires, sludge, etc. Solid waste is decomposed into oil, gas, carbon black and combustible gas through pyrolysis reaction.
The skid-mounted small pyrolysis unit is highly integrated and flexible, providing an efficient and low-cost solution for distributed waste treatment. The small pyrolysis plant is not only a technological innovation, but also a smart reconstruction of the urban metabolic system. It solid waste become the “seed” of the circular economy.
Features of Small Pyrolysis Plant
- Skid-mounted design: The pyrolysis reactor, feeding system, condensation separation, tail gas treatment, and control system are integrated in a standard container.
- Compact and flexible: The small pyrolysis machine has a small footprint and is suitable for small-scale pyrolysis. It can process 1-2 tons of waste tires a day.
- Quick installation: After the small pyrolysis machine is transported to the site, it only needs simple installation and commissioning. This shortens the construction period (from several months to 1-2 weeks).
If you’re interested in purchasing or learning more about Small Pyrolysis Plant, you can contact Mingjie Group. Let me know if you need help finding specific models!
| Model | MJ-2 |
| Capacity | 1-2T/D |
| Reactor Size | D1400mm*L4000mm |
| Rector Thickness | 16mm/18mm |
| Land Required | L30*W15*H7m |
| Application | Whole Tyres,Waste Plastic, Oil Sludge, Municipal Solid Waste, Medicine Waste, Aluminum Paper, Waste Cables |
| Initial heating fuel | Natural glas/Diesel/LPG/Wood/Pyrolysis Oil |
| Heating Method | Direct Heating |
| Condenser | Circulating Water Cooling |
| Operation | Batch Type |
Small Pyrolysis Unit for Green Recycling Project
As a new environmental protection technology, small pyrolysis unit can achieve waste reduction, harmlessness and resource utilization through high temperature and anaerobic decomposition. Pyrolysis plant provides an innovative path for municipal solid waste management.
Plastics and tires are high-molecular wastes in modern society. Traditional landfilling will occupy land, and incineration will produce dioxins. Small-scale pyrolysis technology can achieve efficient resource conversion through precise temperature control and catalytic system.
Small-scale pyrolysis plants transform environmental liability into industrial assets by “molecular reconstruction” of plastics and tires. This pyrolysis technology has spawned a closed-loop economic model of “waste → raw materials → products → renewable resources”.