Advanced Industrial Fully Automatic Waste Plastic Pyrolysis Facility for Sustainable Energy Production and Waste Management

Main Parts of System

Feeding System

Pyrolysis System

Heat Supply System

Oil Gas Cooling and Separating System

Discharging System

Controling System

Environment Technology Advantages

The real advanced industrial continuous pyrolysis production mode with large capacity
Exclusive low temperature catalyst technology
Exclusive heat dispersion technology
Exclusive anti-coking technology
Exclusive hot air conceal technology
Exclusive gas purification and heat recovery technology
Emission in compliance with EEA standards in EU and EPA standards in USA
Whole line PLC smart control system
Few staff required

Technical Parameters

No.	Item	Technical Parameter
1	Suitable Raw Material	plastics chips size around 100x100mm
2	Operation Mode	fully continuous operation
3	Structure	horizontal type
4	Loading and Discharging	fully automatic feeding and discharging
5	Capacity(24h)	>=30Mt/Day (customized)
6	Work Pressure	normal pressure(slightly negative)
7	Oil Yield	depending on raw material
8	Power	50~60kw/h
9	Cooling System	cycle water
10	Heating System	hot air
11	Noise	<=85(dB)
12	Main Reactor Weight	40Mt
13	Installation Space Required	48mx20m

End Product

Oil

Solid Fuel

Certifications & Patents

Invention Patents authorized in China, US, Canada, Australia, Korea, India, Japan, etc.

National Invention Patents Certificates

National Patents Certificates

Global Case Show

China

Waste Tyre Pyrolysis Plant

Germany

Waste Tyre Pyrolysis Plant

Hungary

Waste Tyre Pyrolysis Plant

Malaysia

Waste Tyre Pyrolysis Plant

Thailand

Oil Distillation Plant

Packing & Delivery

Frequently Asked Questions

What is pyrolysis technology?

Pyrolysis is a leading-edge technology used to convert high-molecular-weight polymers (scrap tyres, waste plastics, oil sludge, and biomass) into high value-added energy products. This process utilizes continuous industrial production to create high-density energy products that are easy to store and transport.

What key problems are solved in this industrial pyrolysis system?

The system overcomes common industry challenges such as coking in the pyrolysis system, incondensable gas emissions, continuous long-term operation limitations, and the treatment of hydrochloric acid produced from PVC in waste plastics.

What are the suitable raw materials for this plant?

The system is designed to handle materials such as waste tyre scraps and plastic chips, ideally with a size of around 100x100mm, for optimal continuous processing.

Does the system meet international environmental standards?

Yes, the plant is designed to ensure emissions are in full compliance with EEA standards in the EU and EPA standards in the USA, featuring exclusive gas purification and heat recovery technology.

Is the operation fully automated?

Yes, the system features a whole-line PLC smart control system with fully automatic feeding and discharging, requiring very few staff members to manage the operation.

What end products can be obtained from the process?

The primary end products include high-quality fuel oil and solid fuel, both of which serve as valuable energy resources with high energy density.

Product Detail

Advanced Industrial Fully Automatic Waste Plastic Pyrolysis Facility for Sustainable Energy Production and Waste Management

Product Description

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Product Detail

Advanced Industrial Fully Automatic Waste Plastic Pyrolysis Facility for Sustainable Energy Production and Waste Management

Product Description

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