Construction Waste

Technical Overview
Construction waste is transported to the factory's stacking area and pre-sorted by excavators, then conveyed to a heavy-duty screening machine. The heavy-duty screen separates materials into oversize, middle-size, and undersize fractions. The undersize fraction consists of mixed slag and soil; the middle-size fraction passes through a magnetic separator to remove magnetic metals, and the remaining materials are conveyed to a high-pressure density separator to separate heavy and light materials. The heavy materials are conveyed to an impact crusher by a conveyor belt. The oversize fraction undergoes manual sorting, and the remaining materials are transported to the impact crusher after passing through a magnetic separator. The impact crusher crushes the materials, which are then conveyed to a vibrating screen. The vibrating screen separates aggregates of different particle sizes, which are then transported by a conveyor belt to corresponding aggregate storage bins for temporary storage.
Project Cases
Yingtan Project
Yingtan Project
The total scale is 10,000 tons/year for bulky waste disposal, and 100,000 tons/year for construction decoration waste disposal (of which the scale of decoration waste is 70,000 tons/year, and construction waste is 30,000 tons/year). The daily processing capacity for bulky waste is 300 tons/day, and for construction waste, it is 300 tons/day, with a single line disposal and a daily processing time of 10 hours.
Shenzhen Dakonggang Construction Waste Resource Utilization Project
Shenzhen Dakonggang Construction Waste Resource Utilization Project
The demolition and construction waste design treatment scale is 500,000 tons/year, and the project earthwork scale is 2,000,000 tons/year. The single-line capacity for regenerated pressed bricks ranks first in Asia.
As Shenzhen's first construction waste treatment project, it is a pioneer in the large-scale, resource-based collaborative disposal of demolition and construction waste in China. The project adopts BIM three-dimensional design and constructs a smart factory design concept to achieve the coordination of social, economic, and ecological benefits.