Optimization of the injection system for photoelectric intelligent dry separator in container environment
Nozzle blockage often occurs in photoelectric intelligent dry separator in container working environment.In order to solve this problem,the injection system was optimized to ensure the impact force of the nozzle and make it work normally in harsh working environment of the separation container.Two optimized structures were compared,and the optimized injection system was simulated by finite element method and the industrial test was carried out.The results show that the impact force range generated by the oblique nozzle injection system in the optimized injection system is larger,the impact force is stronger,the structure is more reasonable,and the separation effect is better in the industrial test.
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