Can Continuous Pyrolysis Furnace Process E-waste? Practical Operation Guide

Workers engaged in solid waste treatment and renewable resources industries are well aware of the hazards of e-waste pollution.

Nowadays, electronic products are updated rapidly.

The output of waste mobile phones, computers, circuit boards and discarded home appliances keeps rising year by year.

Random stacking, open burning and landfilling seriously pollute soil, water and air.

They also lead to massive loss of valuable recyclable resources.

Equipped with complete auxiliary systems, the continuous pyrolysis furnace realizes harmless treatment and resource recovery of e-waste.

The core procedures include mechanical crushing, vibrating screening, oxygen-free pyrolysis and high-temperature oxidation.

Each process performs its own function.

Mixed e-waste is fully decomposed and classified.

Metals, plastics, ash residues and other materials are separated accurately.

It lays a solid foundation for further deep processing and material purification.

The recovery efficiency and product purity are much higher than those of traditional treatment equipment.

The full production line comes with complete supporting units and can be put into operation directly after installation.

Main equipment list:

Feeding hopper, slat conveyor, belt conveyor, screw conveyor, main combustion chamber, dust removal chamber, secondary combustion system, drying drum and finished material discharge bin.

The whole line runs as an automatic assembly line.

No shutdown or batch processing is required.

All procedures including feeding, drying, pyrolysis, combustion and discharging operate continuously.

It features large processing capacity and high production efficiency.

Matched with secondary combustion system and dust removal devices.

Exhaust gas and residual residues are treated to meet emission standards.

Secondary pollution is effectively eliminated, fully complying with local environmental regulations.

This equipment maximizes the recycling value of e-waste.

It is widely applicable to small, medium and large processing factories and large-scale renewable resource enterprises.