With the increase in the amount of urban garbage, construction waste accounts for 30% to 40% of the total amount and has become a very large source of urban garbage. The growth of construction waste seriously threatens everyone's natural environment. In order to solve this problem, construction waste sorting equipment has become one of the very popular industries.

In addition to construction waste and garbage, decoration waste has also become a new trend in construction waste treatment, especially in some relatively large urbanized areas. Construction waste. Unlike demolition waste, decoration waste usually has small output and complex composition characteristics. Therefore, how to effectively collect decoration waste and ensure its harmlessness is also the main point of construction waste sorting equipment.

1. Waste wood can be reused.

Wood is common in construction waste. It can be used directly as wood after post-production, or it can be processed into composite boards for reuse

2. Reuse of old bricks and tiles

Bricks produced by demolition projects can be processed into fired and unfired ones, laying foundation engineering water-stabilized stone materials, and even fired porous bricks and cement raw materials.

3. Recycling of old asphalt.

Asphalt materials can be recycled after screening and separation to make materials for paving road layers or base layers.

4. Waste concrete can be reused.

As the main component of construction waste, concrete is also a component with great recycling value and has great utilization value. The above concrete can be crushed into powder, as a component of various additives, and can also be used as filler. Nowadays, the recycling research of old concrete is relatively complete. It is mainly used in the production of recycled concrete and cement.

Recycling concrete can greatly save resources, such as limestone. By reusing resources, natural stone and fan resources can also reduce coal burning, but manual sorting is required to remove debris. Therefore, the in-depth application of engineering informatization can improve management efficiency, reduce the difficulty of resource recycling, and resource reuse will become more and more valuable.

5. Fine powder resource utilization.

Further subdividing the texture materials in construction waste can improve the value of recycled materials and the comprehensive utilization efficiency of resources. If fine powder is not used, the reuse efficiency of construction waste will be reduced and the environment will be polluted. Therefore, powder materials are the main component of construction waste recycling. Adding an appropriate amount of fine powder to cement can improve the performance of cement.