Production Line & Process Flow

Technical Comparison

Industrial Continuous Waste Plastic Pyrolysis Production Line The mixed waste plastic will be shredded and continuously fed into the pyrolysis reactor via feeding machine, and HCl produced by PVC will be separated from other materials and be neutralized by using the proprietary technology during the process

Product Features

Product Features

Continuous Efficient Treatment

Industrial continuous, large throughput, improved process efficiency and production capacity
EU Discharge Standards

Tested product end-gas, all the discharge indexes agree with EEA and APA
Reliable and Safe Operation

Specified Hot Air Conceal Technology
High Quality Output

Exclusive non-coking, heat-dispersion technology, which makes the materials heated averagely, pyrolysis completely and high-quality output
Low Operational Cost

Specified gas purification and afterheat recycling technology, the fuel gas from purification could be used as the power for heating system The afterheat is recycled which achieved the heating self-sufficiency, no external heat needed, which greatly decr
Low Cost and Long-term Usage

Specified low-temperature catalyze pyrolysis technology and low cost which improved the throughput and quality of the oil The long-term safe, continuous, stable operation effectively extended the usage of equipments
PLC Smart Control

The full set production line has adopted PLC smart control, remind, alert and automatic correcting functions, which ensure equipments could operate under a safe environment
Simple Operation

Less workers, low lobar required and good working environment provided

Equipment Running Video

Technical Comparison

Patent Technology

Patent Technology

Technical Comparison

Technical Comparison

	Continuous Pyrolysis Technology	Batch Pyrolysis Technology
Technical Process	Industrial continuous operationhas been achieved based on safe and environmental principle	Intermittently work with safety and environmental risks
Throughput	Single large throughput, efficient operation	Low single throughput, inefficient operation
Automaticity	(Full-automatic-smart control) Less worker, low labour required	Manual or half-automatic
Equipment Usage Life	Over 8 years	Regular life-usage is less than 2 years
Fuel cost	100% recycle rate of the gas that produced from pyrolysis. No extra energy needed during pyrolysis process	Extra fuel needed during the pyrolysis process, the gas produced from pyrolysis couldn’t be completely recycled
Benefit Compare	High product-gain rate, high quality, better economic benefit	Low production-gain rate, worse quality, worse economic benefit
Market Persperctive	The developmental direction was encouraged by country	Are gradually weeded out because of the environmental safety risks