The main function of air separation equipment is to separate oxygen, nitrogen, inert gases, etc. from the air, and different production processes have different requirements for the type, purity, flow rate, etc. of gases.
By understanding the various parameters of the demand side, designers can optimize the performance of air separation equipment while minimizing costs. According to the gas flow rate and pressure requirements of the demand side, designers can choose appropriate compressor and expander models to ensure stable operation and efficient output of the equipment. In addition, designers can flexibly adjust the layout and material selection of equipment according to the site limitations and budget requirements of the demand side, in order to reduce manufacturing and installation costs. Air separation equipment needs to withstand certain pressure and temperature during operation. The parameters provided by the demand side can help designers evaluate the operational risks and safety of the equipment, and take corresponding measures to ensure the reliable operation of the equipment. Designers can choose appropriate filter and separator models based on the gas purity and pressure requirements of the demand to prevent the mixing of impurities and harmful gases. At the same time, designers can also set up corresponding safety valves, alarm devices, and interlocking systems based on the operating environment and conditions of the equipment to ensure timely shutdown and protection of the equipment in abnormal situations.
Therefore, the parameters provided by the demand side can help designers accurately understand production requirements and design air separation equipment that meets the requirements.
