Construction Waste Sorting Equipment

With the acceleration of urbanization, the generation of construction waste is also increasing continuously. How to effectively handle this construction waste and reduce its environmental impact has become an urgent problem to be solved. Against this backdrop, the application of waste sorting equipment has become an effective means of dealing with construction waste.

Construction waste mainly includes discarded bricks, concrete, wood, metal, and other materials. If these wastes are not treated, they not only occupy a large amount of land resources but also cause environmental pollution. Therefore, it is particularly important to sort and process construction waste through waste sorting equipment.

Firstly, large loaders are used to feed construction waste into crushers for preliminary crushing. The crushed waste is then conveyed by a conveyor belt into a vibrating screen, which sorts the waste based on particle size. This step can effectively separate waste of different sizes, preparing for subsequent classification and processing.

Next, equipment such as magnetic separators and eddy current separators is applied to separate metals from non-metals in the waste. Magnetic separators can quickly identify and separate ferrous metals from the waste, while eddy current separators are suitable for separating non-ferrous metals. This step not only improves the recovery and utilization rate of metal resources but also reduces the impurity content in the waste.

In addition, air separation equipment can be used to separate lightweight materials from the waste. For example, by adjusting the air speed, lightweight materials such as plastics and paper in the waste can be blown away, achieving effective separation from other waste.

Finally, for waste that cannot be mechanically sorted, manual auxiliary sorting can be employed for processing. This step ensures the accuracy and completeness of waste classification.

In summary, the application of waste sorting equipment to handle construction waste can not only improve the recovery and utilization rate of resources but also reduce the pollution of waste to the environment.