What are the potential uses for sorted construction waste?

With urbanization, the management of construction waste has become a major issue. To reduce the volume of construction waste, render it harmless, and convert it into resources and energy, we have developed a comprehensive utilization technology solution. By feeding construction waste into a comprehensive resource utilization production line, and through processes such as a waste feeding system and an automated sorting system, construction waste can be converted into a variety of reusable resources. The following are possible uses for sorted construction waste:

Recycled Aggregates: Discarded concrete and bricks can be processed into coarse and fine aggregates for use in producing concrete and mortar of appropriate strength grades, as well as in the production of building materials such as blocks, wall panels, and floor tiles. These aggregates can also be combined with curing materials for use in the construction of road pavement bases.

Recycled Building Materials: Discarded bricks and tiles can be converted into aggregates to produce building materials such as recycled bricks, blocks, wall panels, and floor tiles.
Foundation Utilization: Waste soil can be used in road construction, as pile foundation filler, and in foundation construction.

Wood Recycling: Wasted wood that is not severely damaged can be directly used in building reconstruction, while severely damaged wood components can be used as raw material for recycled board materials or papermaking.

Asphalt Concrete: Wasted road asphalt mixture can be directly used to make recycled asphalt concrete, depending on the ratio.

Recycled Concrete: Wasted road concrete can be processed into recycled aggregate for use in recycled concrete.

Metal Recycling: Wasted steel, rebar, and other metal materials can be directly reused or recycled.

Recycling of Other Materials: Waste glass, plastic, ceramics, and other materials can be utilized based on specific needs.

Through these methods, construction waste is no longer a burden on urban development but instead becomes a valuable resource, contributing to sustainable urban development.