Hazardous Waste Pyrolysis
Niutech - High-Performance Organic Hazardous Waste Pyrolysis Resource Utilization Environmental Protection Production Line
Niutech - The High-Performance Organic Hazardous Waste Pyrolysis Resource Utilization Environmental Protection Production Line is an advanced system designed to convert organic hazardous waste into usable resources. It can dispose of coal tar slag, waste mineral oil, waste resin, paint slag, chemical waste salt and other organic hazardous wastes, etc. The production line adopts a modular design, which can be customized and expanded according to customer needs. The full automation control not only improves the operation efficiency, relying on the strong R&D capability of Niutech, we constantly carry out technological innovation and optimize the product performance, which provides a safe, reliable and environmentally friendly hazardous waste disposal option for customers.
Advantages
Resource Recovery: Focusing on organic hazardous waste resourcing to achieve high-value conversion of waste.
International Standards: Follows international safety and environmental protection standards to ensure the global applicability of the products.
Modular Design: Adopts a modular design concept, making it easy to expand and upgrade, and adaptable for future development.
Full Automation: Realizes full automation control from feeding to discharging, reducing manual intervention and improving operational efficiency.
Continuous Innovation: Relies on the R&D capability of Niutech, continuously optimizing product performance and maintaining leading technology.
What is Industrial Continuous Organic Hazardous Waste Pyrolysis Production Line?
It is used for the harmless treatment, volume reduction, and resource recovery of organic hazardous wastes. By pyrolyzing organic hazardous waste, the organic matter is decomposed into small molecules and separated from the raw materials.The resulting solid products can be used for further applications or treatment. Adhering to the principles of safety and environmental protection, it realizes the harmless and reduced treatment of organic hazardous waste and resource utilization.
Technical Parameters
Item |
Content |
Feeding Raw Materials |
Hazardous waste, such as coal tar residue, waste mineral oil, waste resin, paint residue, chemical waste salt |
End Products |
Depending on the raw materials, the harmless products are different |
Processing Capacity |
10000T/Y, 20000T/Y, 30000T/Y... |
Annual Running Time |
80000 Hours |
Production Form |
Continuous operation; continuous feeding and discharging |
Heating Form |
Adjustable, constant temperature |
Working Pressure |
＜100Pa |
Pyrolysis Temperature |
Low-temperature catalytic pyrolysis, adjustable temperature |
Automatic Level |
Fully automatic intelligent control |
Equipment Life |
No less than 10 years |
Environmemtal |
Comply with the most strict local emission requirement |
Technical process
Main Technical Features
● High Eviromental BenefitNo chemical agents.
Whole pyrolysis process is completed in the closed pipelines to avoid the dust, VOC leakage issue and the secondary pollution.
● Low processing costNo need sieving the stone.
Adopting the flue gas heat recovery technology for energy conservation and emission reduction.
Purified non-condenseble combustible gas could be used as fuel for supplying heat.
● High Automatic Control SystemPLC/DCS automatic intelligent control system
Rectify a deviation automatically, alarm automatically
Sub Systems Of Waste Plastic Pyrolysis Machine
Core Technologies
Pyrolysis technology has some common difficulties, such as easy-coking of pyrolysis system, difficult dynamic sealing of feeding and discharging, and easy-polymerization of outputs.
The pyrolysis equipment designed and manufactured by Niutech contains nearly ten thousand technical parameters. Through the trial and error and systematic design for a series of key factors of pyrolysis technology such as heating temperature, heat transfer surface, operating pressure, and anti-polymerization techniques, Niutech have solved the technology difficulties above and realized continuous operation of pyrolysis equipment.
