A Detailed Introduction to the Renovation Waste Separation and Treatment Process

Advancing urbanization has brought challenges to the disposal of renovation waste. To address this issue, renovation waste sorting system have emerged. These systems effectively sort, screen, and reprocess mixed renovation waste, transforming it into a reusable resource, promoting both environmental and economic development.
The complete process of a renovation waste sorting system includes the following steps:
Waste Receiving: The system first receives and performs preliminary cleaning and sorting of collected renovation waste.
Crushing: The sorted waste is fed into a crushing device, breaking it down into smaller pieces for subsequent sorting.
Sorting: The crushed waste passes through sorting equipment to separate the different material properties. These devices may include vibrating screens, air separators, magnetic separators, etc., to separate waste components.

Screening: The sorted waste is further screened by particle size and weight, separating waste of different sizes.

Collection and Processing: Finally, waste is collected according to its composition and sent to appropriate treatment facilities for recycling or incineration.
The advantages of this system are reflected in the following aspects:

Efficient Resource Utilization: Through precise sorting and screening, valuable resources such as metals and plastics can be extracted for reuse and recycling. Materials such as wood and glass can also be separated, facilitating resource reuse.

Outstanding Environmental Performance: The system's sorting function effectively collects and processes hazardous waste, reducing environmental pollution. Furthermore, through crushing and refining, the environmental burden of waste is reduced.

Significant Economic Benefits: Resource utilization significantly reduces waste disposal costs and can generate significant economic benefits.