Plastic pyrolysis equipment is moving from the laboratory to large-scale applications in global waste-to-energy projects. It decomposes plastic waste at high temperatures and converts it into high-value pyrolysis oil, carbon black and combustible gas.
Plastic pyrolysis equipment can help process solid waste such as plastic bags, bottles, milk jugs, packaging materials. Pyrolysis plant can also process more complex plastic waste, such as tires.
Waste Plastic Pyrolysis to Energy
Pyrolysis plants are upgrading from an important waste solution to an energy conversion machine. Its value lies not only in reducing plastic pollution, but also in reconstructing the petrochemical raw material supply chain. Pyrolysis can reduce the amount of plastic waste pollution that ends up in landfills and oceans.
Plastic pyrolysis equipment produces a liquid pyrolysis oil with a high calorific value, similar to traditional diesel. After being refined in a pyrolysis oil distillation plant and mixed with traditional fuels, the fuel oil can be used to power vehicles and machinery.
The synthesis gas produced during the pyrolysis of plastics can generate energy to fuel the pyrolysis reactor. This makes the pyrolysis process more self-sufficient and reduces the need for external energy.
Carbon black is the solid residue left after the pyrolysis process. It can be used as a carbon-rich material for a variety of applications. After proper treatment and purification, pyrolysis carbon black can be used as a resource in many fields, bringing significant economic and environmental benefits.
Pyrolysis Equipment for Plastic Waste Treatment
Plastic pyrolysis equipment is a powerful tool to solve the global plastic waste problem and transition to a circular economy. Henan Mingjie Environmental Protection Equipment Co., Ltd. is committed to global environmental protection and is one of the leading Pyrolysis Plant Manufacturers in the world.
Mingjie Group has developed technically and commercially proven pyrolysis system machines. These pyrolysis plants can sustainably turn waste into renewable energy, while improving CO2 emissions and achieving a closed loop.
We help utility and industrial customers improve performance while reducing environmental impact through pyrolysis technology. Our pyrolysis equipment is made of highly corrosion-resistant stainless steel, which provides a longer service life while helping to improve process performance.
Small Pyrolysis Equipment
- 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 1-2T/D waste tires.
- Quick installation: After the small pyrolysis machine is transported to the site, it only needs simple installation and commissioning.
Batch Pyrolysis Equipment
- Can be loaded with whole tyres or packed plastic bale, without shredding.
- Capacity of 6-15T/D, which is suitable for small-scale or medium-scale production.
- Low investment cost and high slag discharge efficiency.
- Equipped with dewaxing device to effectively avoid pipe clogging problems during plastic processing.
Semi Continuous Pyrolysis Equipment
- Feeding size shall be 5-8mm rubber granule, tyre shall be shredded and steel wire will be removed.
- Processong capacity 15-16T/D tyre, 12T/D plastic.
- Equipped with auto feeder system, feeding can be done at high temperature.
- From feeding to discharging, the whole press is sealed, operation environment is clean.
Fully Automatic Pyrolysis Equipment
- Feeding size shall be 5-8mm rubber granule, tyre shall be shredded and steel wire will be removed.
- Processong capacity 35-40T/D tyre, 30T/D plastic.
- Fully continuous feeding and discharging in 24hours.
- From feeding to discharging, the whole press is sealed, operation environment is clean.
Plastic Pyrolysis Pollution Solution
Waste gas treatment: We provide multi-stage purification systems for plastic pyrolysis devices, such as spray towers, dust removal systems and dust collectors. The waste gas can be discharged in compliance with the standards after being treated by the environmental protection system.
Wastewater treatment: Cooling water in the cooling system can be recycled to reduce wastewater discharge and improve water resource utilization.
