Suzhou Wujiang C&D Waste Treatment Project
This project designed solutions based on surveys of renovation and demolition waste composition in the target area, adopting mature and stable processes. It is equipped with screening equipment, sorting equipment, intelligent sorting robots, optical sorters, and other intelligent equipment.
Case Overview
This project designed solutions based on surveys of renovation and demolition waste composition in the target area, adopting mature and stable processes. It is equipped with screening equipment, sorting equipment, intelligent sorting robots, optical sorters, and other intelligent equipment, utilizing physical screening, density sorting, image recognition, optical recognition, and AI learning technologies. Finished product storage and discharge use automatic distribution and automatic truck loading systems to avoid secondary dust generation, reduce operating costs, and improve operational efficiency.
Project Parameters
| Parameter | Details |
|---|---|
| Application Scenario | C&D Waste |
| Project Location | Jiangsu Province |
| Processing Capacity | 2,000 tons/day |
Project Background and Treatment Objectives
The Suzhou Wujiang C&D Waste Treatment Project belongs to the C&D waste scenario, located in Jiangsu Province, with a processing capacity of 2,000 t/d.
This project designed solutions based on surveys of renovation and demolition waste composition in the target area, adopting mature and stable processes. It is equipped with screening equipment, sorting equipment, intelligent sorting robots, optical sorters, and other intelligent equipment, utilizing physical screening, density sorting, image recognition, optical recognition, and AI learning technologies. Finished product storage and discharge use automatic distribution and automatic truck loading systems to avoid secondary dust generation, reduce operating costs, and improve operational efficiency.
Process Route and System Configuration
Centered around project treatment objectives, the solution focuses on process organization, core equipment coordination, and material sorting pathways, forming a stable treatment and resource recovery flow.
This project designed solutions based on surveys of renovation and demolition waste composition in the target area, adopting mature and stable processes. It is equipped with screening equipment, sorting equipment, intelligent sorting robots, optical sorters, and other intelligent equipment, utilizing physical screening, density sorting, image recognition, optical recognition, and AI learning technologies.
Finished product storage and discharge use automatic distribution and automatic truck loading systems to avoid secondary dust generation, reduce operating costs, and improve operational efficiency.
Sorted Output and Resource Recovery Value
The project’s value is reflected in material resource recovery, final output, environmental compliance, and operational efficiency.
This project designed solutions based on surveys of renovation and demolition waste composition in the target area, adopting mature and stable processes. It is equipped with screening equipment, sorting equipment, intelligent sorting robots, optical sorters, and other intelligent equipment, utilizing physical screening, density sorting, image recognition, optical recognition, and AI learning technologies.
Finished product storage and discharge use automatic distribution and automatic truck loading systems to avoid secondary dust generation, reduce operating costs, and improve operational efficiency.
