Innovative Solutions for Efficient Construction Waste Treatment
Release time：2025 / 10 / 21
Facing the growing volume of construction waste, we have developed a construction waste treatment solution with a processing capacity of 100 tons per hour, designed to achieve efficient resource recovery and environmentally friendly treatment:
Organic Material Treatment: We utilize advanced thermal oxidation technology to treat organic waste such as leachate and sludge, converting them into highly efficient, eco-friendly fertilizers.
Inorganic Material Recycling: We utilize crushing and mixing processes to convert inorganic waste such as fly ash into building and decorative materials, achieving resource reuse.
Plastic Resource Recovery: We recover plastic components from construction waste and use them in the manufacture of composite panels, opening up new avenues for plastic recycling and reuse.
Ferromagnetic Material Recovery: We prioritize the recovery of ferromagnetic materials, ensuring their recovery rate and contributing to resource recycling.
Non-combustible Material Recycling: Through catalytic cracking and gasification technology, we recover waste heat from non-combustible materials for use in other industrial processes, improving energy efficiency.
Ecological Conversion of Gravel Soil: Gravel soil waste is naturally fermented and converted into a nutrient-rich soil conditioner, which is used to improve soil structure.
Building a "Zero Waste City" does not mean eliminating waste, but rather placing stricter requirements on waste management and utilization. Our intelligent waste sorting machine is specifically designed to process obsolete urban waste. By re-sorting, reprocessing, and reusing it, it reduces solid waste landfills, with far-reaching environmental and economic benefits.
With its high throughput, precise screening, and balanced ecological and economic benefits, intelligent waste sorting machines have been widely used in many provinces. They represent a development trend in environmental protection machinery and are a crucial component of automated production lines for construction waste recycling, waste screening, and harmless treatment. They play a vital role in the treatment and recovery of solid and hazardous waste.
