Before formulating the system plan, it is necessary to design the process based on material characteristics to avoid material loss:
1. For materials that are prone to chemical reactions, inert gas can be introduced for transportation protection to ensure stable operation of the transportation process.
2. Once some toxic and harmful substances are leaked, it will have a negative impact on the external environment. Therefore, waste recycling devices can be added to the equipment to prevent pollution to the environment.
3. Materials that are prone to moisture absorption and clumping, as well as those with high requirements for moisture control, require the use of an air compressor as the power source to ensure product purity.
4. According to the density of the conveyed materials, they can be divided into two conveying methods: dilute phase and dense phase, and there are also differences in the configuration of pipe diameter. Due to the fact that a uniformly distributed dilute phase conveying system requires a larger conveying space, the configuration cost in this area is relatively high.
5. For materials with high viscosity, in order to avoid sticking to the inner wall of the pipeline and causing blockage during transportation, anti sticking design can be added on the contact surface with the material in the process.
In practical applications, it is necessary to have a profound understanding of material characteristics, combined with various customer needs such as conveying distance and conveying volume, to reasonably configure the internal structure of the system, and improve the overall efficiency of the system.
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