Niutech - Intelligent Continuous Waste Plastic Pyrolysis Production Line

National Honor: Awarded the highest honor in China’s Environmental Protection Science and Technology.

Advanced Technology: High-efficiency waste plastic pyrolysis to fuel technology.

International Certification: EU CE certification, Germany TÜV certification, EU ATEX certification.

Customized service: customized production, modular design, continuous operation equipment.

International Standard: Comply with EU EEA and US EPA environmental standards.

It is employed for the resourceful recovery of waste plastics. It completely breaks down the polymers in the waste plastic, reverting them to smaller molecules or monomers, resulting in the production of fuel oil and solid fuel. This process is conducted under strict safety and environmental standards, ensuring continuous and stable operation, which leads to an efficient, eco-friendly, and reduced waste management approach for scrap tires. Our waste plastic pyrolysis production line incorporates a special composite catalyst and a unique dechlorinating agent that promptly neutralize acidic gases, such as hydrogen chloride, emitted during PVC pyrolysis. This measure significantly extends the operational lifespan of the equipment.

8 components to ensure the operation of waste plastic pyrolysis machine.

Niutech has developed pyrolysis equipment that addresses several prevalent challenges in the pyrolysis industry. These challenges include the tendency for the pyrolysis system to coke easily, the difficulty in maintaining dynamic seals during feeding and discharging processes, and the propensity for output materials to polymerize. 

By meticulously designing and manufacturing their equipment with nearly ten thousand technical parameters, Niutech has systematically tackled these issues. They have focused on critical pyrolysis technology aspects, such as heating temperature, heat transfer surface, operating pressure, and anti-polymerization techniques. Through trial and error, Niutech has successfully resolved these technological hurdles, enabling the continuous operation of pyrolysis equipment.