What should we do with potato dregs after extracting starch? Potato dregs have a very large utilization value, and can be made into feed for breeding after processing. This will not only cause no waste of resources but also bring considerable economic benefits. So is there any way to quickly dry the sweet potato residue with high moisture content? We recommend you use a potato dregs dryer for processing. The potato residue dryer can quickly help you evaporate the moisture of sweet potato residue, which is convenient for long-distance transportation and storage, and can be processed into feed for sale.

  So how does the potato residue dryer work? I'll talk to you in detail below. The potato dregs material enters the inner layer of the drum from the feeding device to achieve downstream drying. The material is continuously picked up under the copyboard on the inner layer and scattered in a spiral to achieve heat exchange. In the middle layer, the material is continuously carried forward and repeated in a two-step and one-step forward manner. In the middle layer, the material not only fully absorbs the heat emitted by the inner drum, but also absorbs the heat of the middle drum, while extending drying time, the material reaches the optimal drying state here. The material travels to the other end of the middle layer and falls into the outer layer. The material travels in a rectangular multi-loop manner in the outer drum. The material that achieves the drying effect quickly travels out of the drum under the action of hot air. The wet material that does not achieve the drying effect cannot travel quickly due to its own weight. The material is fully dried in this rectangular copyboard, thereby completing the drying purpose.

  It can be seen that the economic benefits brought by potato dregs after drying are huge, which not only reduces the waste of resources but also improves the economic benefits. Zhengzhou Dingli, as a professional dryer manufacturer, we will design the best solution for you to help you process the materials.