Simulation of the process of grinding and transporting organic waste in an activated carbon production unit

Today, the processing of organic waste, such as wood chips, technological sawdust, sunflower husks, car tires, walnut shells, seeds various vegetables and fruits, is becoming more popular. The industry developing promising devices for waste with subsequent production useful products economic activity. Along way, question arises grinding transporting these wastes to place their processing. In particular, an installation activated carbon from bulk it necessary design transportation zones. work, on basis selected grinder, a pneumotransport unit feeding crushed was modeled. Mathematical modeling transfer process has been carried out, which makes possible determine rational parameters raw material preparation An algorithm calculating vertical pneumatic transport system developed, can be used calculate processes associated need supply materials. Dependences were obtained: speed soaring density particles, results revealed significant effect thickness particle its in pipeline, well dependence diameter pipeline volumetric flow rate type material, demonstrated increase decrease density. dependencies creation or modernization systems designed small volumes transported