本发明属于固体废弃物资源化领域，具体涉及一种自动化的废玻璃清洗与分拣系统。该系统通过无水清洗、磁选、涡电流分选和光学分选等步骤组合，形成完整的废玻璃资源化回收生产线系统，在一条生产线中将实现了多色、多尺寸洁净玻璃的回收，并能获得金属副产品；同时对生产环节的粉尘污染物进行控制，既实现废玻璃资源化的目标也保证了整个过程的绿色高效；还在各主要环节间穿插筛分装置，使设备工艺参数适应特定颗粒尺寸的物料，提高处理效率同时降低故障率，减少工人工作负担提高自动化程度。

The invention belongs to the field of solid waste recycling, in particular to an automatic waste glass cleaning and sorting system. The system combines the steps of anhydrous cleaning, magnetic separation, eddy current separation and optical separation to form a complete waste glass recycling production line system. In one production line, the recycling of multi-color and multi-size clean glass can be realized, and metal by-products can be obtained. At the same time, dust pollutants in the production process are controlled, which not only realizes the goal of recycling waste glass but also ensures the green and efficient process. Also in the main links interspersed screening device, so that the equipment process parameters to adapt to the specific particle size of the material, improve the processing efficiency and reduce the failure rate, reduce the workload of workers to improve the degree of automation.