Safeguarding the "First City on the Yangtze River" – Qinglv Environment's C&D Waste Project in Sichuan Nears Completion and Commissioning

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Safeguarding the "First City on the Yangtze River" – Qinglv Environment's C&D Waste Project in Sichuan Nears Completion and Commissioning
Home > News > Qinlv Insights > Safeguarding the "First City on the Yangtze River" – Qinglv Environment's C&D Waste Project in Sichuan Nears Completion and Commissioning
Time:2026-08-18
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As urban development continues to advance, the volume of construction and demolition waste (including demolition waste and renovation waste) continues to rise. How to achieve standardized disposal and resource recovery has become a critical issue in refined urban governance.


building


With the ongoing push for "Zero-Waste City" construction,C&D waste management is also shifting from simple disposal toward classification, resource recovery, and full-process management. Against this backdrop, Qinglv Environment's recently established C&D waste resource recovery project is nearing completion, adding new industrial support to safeguard the ecological environment of the "First City on the Yangtze River."


construction waste system


Dual-Line Specialized Layout for Precision Sorting


The project covers approximately 15,000 square meters. Based on local waste sources and material characteristics, two specialized processing lines have been built to separately handle demolition waste and renovation waste.


construction waste system


The renovation waste line has an annual processing capacity of approximately 150,000 tons, while the demolition waste line can process about 200,000 tons per year. This dual-line layout enables targeted treatment for different waste types, while further enhancing the region's centralized, large-scale resource recovery capacity for C&D waste.


Filling Disposal Gaps and Connecting Full-Process Supervision


construction waste system


According to the Special Plan for Construction Waste Pollution Prevention and Control (2025-2035), the local C&D waste resource recovery rate is only 45.69%, and the region still faces imbalances in the distribution of waste treatment facilities and insufficient processing capacity.


questions


Qinglv Environment's project is a strong response to this situation. The project connects with the district-level "central sorting hub + township sorting stations" front-end network, fully aligns with the disposal approval system under the Sichuan Provincial Urban Construction Waste Management Measures, and implements enclosed transportation and closed-loop filing requirements supporting the goal of achieving a comprehensive C&D waste utilization rate of 70% by 2035.


planning indicator


Multi-Stage Process Synergy to Solve Sorting Challenges

 

The project integrates crushing, pre-treatment, 3D sorter, magnetic separation, and other processes to achieve efficient separation and resource recovery of bricks and stones, fine stone powder, wood, metals, lightweight combustibles, and other materials with purity and revenue improving simultaneously.


magnetic separator


The line is designed with a modular approach, allowing flexible adaptation to different feedstocks and site conditions. Mechanical structures have been optimized specifically for the large size and heavy weight of C&D waste, effectively reducing equipment failure rates and long-term maintenance costs. The synergy between 3D sorting and AI-powered intelligent sorting significantly reduces labor dependency, achieving higher single-line efficiency with fewer machines and lower energy consumption making long-term operation more stable and cost-effective.


machine


From a single project to a regional resource circulation system


Qinglv Environment continues to deliver intelligent sorting equipment and systematic solutions, creating more efficient and sustainable resource value for urban solid waste management.


Looking ahead, the project will leverage its stable processing capacity and professional resource recovery processes to drive the transition of C&D waste from "end-of-pipe disposal" to "classification, processing, and circular utilization" providing a stronger foundation for the development of "Zero-Waste Cities.


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