Time：2025-12-12
Source：
Through vivid visual storytelling, the work outlines the remarkable progress from traditional landfill sites to intelligent processing systems, clearly showcasing China's technological leap and innovative transformation in the field of waste management.
In the video, the featured benchmark project for modern waste sorting is none other than an industrial solid waste sorting facility independently invested in and operated by QINGLV Environmental. The system is highly automated and intelligent, delivering excellent sorting quality and high efficiency. By collecting discarded leather and fabric materials from leather and textile processing plants, it precisely separates metals, hard plastics, and clean leather scraps that can be converted into RDF fuel—ensuring the calorific value of combustibles, maximizing the recovery revenue of recyclables, and achieving 100% resource recovery from industrial solid waste.
The success of this project is no accident—it is the inevitable result of QINGLV Environmental's years of deep industry expertise and accumulated operational experience. We understand well that China's cities are vast and that waste characteristics vary significantly across regions. There is no "one-size-fits-all"standard solution. As industry practitioners, we must possess the core capabilities and extensive experience to operate diverse projects.
Dynamic Process Customization Capability
With nearly 20 yrs of project operation experience, QINGLV has developed the ability to quickly assess and adapt processes based on the varying characteristics of waste from different regions. Whether it is municipal solid waste with complex and diverse compositions, aged waste with high moisture content and challenging resource recovery, industrial solid waste with stable composition but strict processing requirements, or construction and demolition waste with large volumes yet high reuse potential—QINGLV can configure the most optimized and efficient intelligent sorting solution tailored to the specific properties of the incoming waste materials.
Deep Downstream Market Integration Capability
The ultimate goal of waste sorting is resource recovery. QINGLV excels not only in sorting but also in understanding the demand for recycled materials in downstream markets. Through precise sorting, we transform "recyclables" into "recycled raw materials" that meet market standards, ensuring that separated high-value materials can steadily and profitably enter downstream deep-processing enterprises, thereby forming a genuine circular economy loop.
Take QINGLV's construction and demolition waste sorting project in Guangzhou as an example: sorted rigid plastics can fetch up to $14/ton; waste wood can be sold for$42/ton; and separately sold scrap iron can reach $283/ton.
Through refined sorting and the resource utilization of recovered materials, this project can cover its operational costs through the revenue generated from the sale of recycled resources, operating without government subsidies and relying entirely on market mechanisms to achieve self-sustaining and sustainable operations.
Sustainable Cost Reduction and Efficiency Improvement Capability
From traditional multi-level waste transfer stations to integrated sanitation complexes, from horizontal layouts to vertical utilization, from mixed waste collection to AI-enabled operations, from manual sorting to unmanned production lines, and from conventional treatment to proactive resource recovery—every innovation by QINGLV aims to achieve higher land-use efficiency, lower labor costs, and greater resource productivity.
Resource recovery is not a short-term project but a long-term commitment to restoration and reshaping the future. As demonstrated by QINGLV's project practices in the video, when technology and environmental protection converge, waste ceases to be a burden on cities. It can not only be treated harmlessly but also transformed into valuable resources through advanced sorting technologies.
Moving forward, QINGLV Environmental will continue to be driven by professionalism and innovation. Through efficient and precise sorting, empowered by operational expertise, we will establish high-efficiency, intelligent, and green resource recovery systems in more cities. Our goal is to restore value to waste, integrate circular vitality into every community, make green the foundation of sustainable development, and foster coexistence between urban growth and ecology—contributing solid strength to building a Beautiful China.
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