Pyrolysis plant for plastic recycling is crucial equipment for plastics cycle economy. Mingjie plastic pyrolysis equipment features high-temperature and corrosion resistance, along with excellent sealing properties, to meet the high-temperature, high-pressure, and oxygen-free or oxygen-deficient reaction conditions required during the pyrolysis process. To ensure precise control of the reaction process, we provide automated feeding system and exhaust gas purification system.
Plastic pyrolysis technology provides a comprehensive solution for the recycling of waste plastics. Pyrolysis plastic recycling technology transforms waste plastics into valuable resources. It reduces the environmental impact of plastic waste while enabling resource recycling. Many governments and recyclers are now adopting this environmentally friendly and efficient plastics disposal method.
Combined with traditional mechanical recycling, pyrolysis plant for plastic recycling can significantly increase the variety of recyclable plastic waste. Pyrolysis for plastic recycling also contributes to a circular economy, enabling the continued use of plastic waste as raw material.
Pyrolysis Plastics Recycling Technology
Advanced recycling technologies use chemical methods to recycle plastics, allowing them to be repeatedly returned to their original state. In theory, chemical recycling can break down even the most complex waste into pure raw materials. These can then be remade into plastics or other industrial products with properties identical to the original plastic. This plastics cycle can continue indefinitely.
Currently, the most mature and advanced plastics recycling technology is pyrolysis. This method returns plastics to their original state. In an oxygen-free environment, at temperatures exceeding 500°C, plastic pyrolysis equipment converts plastics into pyrolysis oil, carbon black and syngas. These can then be further used to synthesize a variety of useful chemical products.
What Types of Plastics can be Recycled through Pyrolysis Plant?
The pyrolysis plant for plastic recycling is highly efficient for processing plastic waste such as polyethylene(PE), polypropylene(PP), and polystyrene(PS). These difficult-to-recycle plastics are often used to make consumer packaging, such as milk bottles, shrink film, and microwaveable food containers. These single-use items account for the majority of plastic waste generated.
Polyvinyl chloride (PVC) molecules contain chlorine atoms. During pyrolysis, not only hydrocarbons are produced, but also hydrogen chloride gas is released. This gas must be properly handled to prevent pollution.
