Paper Mill Waste Rope and Light Slag Solution

How to solve the problem of Paper Mill Waste Rope and Light Slag Solution?

When paper mills use recycled materials for paper production, a substantial amount of waste is generated in the process, including waste rope, light slag, and other materials. These waste components mainly consist of plastics, steel wires, and residual pulp. If the waste from paper mills is allowed to be discharged and dumped without proper treatment, it will pose severe environmental hazards. However, if these waste materials can be treated harmlessly and utilized as resources, it not only contributes positively to the environment and the paper industry’s development but also serves as an investment opportunity for the companies themselves.

The composition of waste rope is complex, with various materials intertwined and wrapped together, forming large objects that are difficult to separate. This complexity makes the process of sorting and recycling challenging. Additionally, waste rope is tightly compacted and resistant to fragmentation, requiring specialized crushing and sorting technology.

Taking into account the characteristics of waste rope, Enpart has developed efficient and stable paper mill waste crushing and processing lines through years of technological research and development. Enpart’s crushing and recycling system separates metals, plastics, and pulp from the materials. The separated metals can be melted down for reuse, plastics can be recycled into granules, and the pulp can be used as raw material for recycled paper. This achievement facilitates resource recycling, generates value, and concurrently protects the environment.

Applicable Materials

Output materials

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Bulky Waste Shredding System Components

Dual-Shaft Shredder

Used for the pre-shredding treatment of paper mill waste rope, this equipment features robust power, stable and efficient operation, significant shear force, excellent shredding effects, low noise, and smooth operation.

Crusher

Secondary crushing of the shredded materials is performed using the crusher, followed by sieving through a mesh screen to obtain uniformly sized plastic fragments. This process boasts high crushing efficiency and stable operation.

Vibrating Feeder

The vibrating feeder disperses materials through vibration and uniformly conveys them to the magnetic separator. It offers characteristics such as smooth vibration, a long service life, and low energy consumption.

Magnetic Separator

The magnetic separator is of the permanent magnet self-unloading type, effectively removing ferrous metals. On one hand, these metals can be recycled and reused; on the other hand, this reduces the entry of metals into subsequent stages, preventing interference with the operation of other equipment.

Granulator

The crushed plastic fragments are processed through the extrusion system of the granulator to form plastic pellets. This process offers features such as high production output, excellent granulating capability, and high density.

Dust Collector

Utilizing an automatic pulse cartridge-type dust collector, this system possesses strong dust-cleaning capabilities and high dust removal efficiency. It can centrally collect the generated dust through pipelines, effectively improving the working environment.