Aituo Environmental Industrial Solid Waste Treatment Project
This project primarily treats mixed general industrial waste and combustibles sorted from renovation waste, with a processing capacity of 100 t/d. The system adopts a process route of "coarse shredding + ferrous metal separation + fine shredding," consisting of a coarse shredder, electromagnetic self-discharging iron separator, and fine shredder. After two-stage shredding, the material size is 85% by weight at ≤150 mm, with some flexible materials exceeding 150 mm.
Case Overview
This project primarily treats mixed general industrial waste and combustibles sorted from renovation waste, with a processing capacity of 100 t/d. The system adopts a process route of “coarse shredding + ferrous metal separation + fine shredding,” consisting of a coarse shredder, electromagnetic self-discharging iron separator, and fine shredder. After two-stage shredding, the material size is 85% by weight at ≤150 mm, with some flexible materials exceeding 150 mm.
Project Parameters
| Dimension | Details |
|---|---|
| Scenario | Solid Recovered Fuel |
| Location | Zhejiang |
| Capacity | 100 t/d |
Project Background and Treatment Objectives
The Aituo Environmental Industrial Solid Waste Treatment Project falls under the Solid Recovered Fuel scenario in Zhejiang, with a processing capacity of 100 t/d.
This project primarily treats mixed general industrial waste and combustibles sorted from renovation waste, with a processing capacity of 100 t/d. The system adopts a process route of “coarse shredding + ferrous metal separation + fine shredding,” consisting of a coarse shredder, electromagnetic self-discharging iron separator, and fine shredder.
After two-stage shredding, the material size is 85% by weight at ≤150 mm, with some flexible materials exceeding 150 mm.
Process Route and System Configuration
Centered on the project’s treatment objectives, the solution focuses on process organization, core equipment coordination, and material sorting pathways, forming a stable treatment and resource recovery process.
This project primarily treats mixed general industrial waste and combustibles sorted from renovation waste, with a processing capacity of 100 t/d.
The system adopts a process route of “coarse shredding + ferrous metal separation + fine shredding,” consisting of a coarse shredder, electromagnetic self-discharging iron separator, and fine shredder.
After two-stage shredding, the material size is 85% by weight at ≤150 mm, with some flexible materials exceeding 150 mm.
Sorted Output and Resource Recovery Value
The project’s value is reflected in material resource recovery, final output materials, environmental compliance, and operational efficiency.
This project primarily treats mixed general industrial waste and combustibles sorted from renovation waste, with a processing capacity of 100 t/d.
The system adopts a process route of “coarse shredding + ferrous metal separation + fine shredding,” consisting of a coarse shredder, electromagnetic self-discharging iron separator, and fine shredder.
After two-stage shredding, the material size is 85% by weight at ≤150 mm, with some flexible materials exceeding 150 mm.
