Structural principle of the separator

The structural principle of the separator is that the gas-liquid two-phase inlet and the feed buffer device can help slow down the kinetic energy of the gas-liquid two-phase fluid entering the separator, and at the same time remove the large-sized liquid droplets entrained in the gas. The gas phase entrains the remaining small-sized droplets into the high-efficiency separation blade above. Liquid trapped by the high-efficiency separation vanes is collected under the vanes. The collected liquid is introduced into the bottom of the separator by the catheter under the action of its own gravity, and is discharged from the bottom of the separator. The gas-liquid separator can be installed at the inlet and outlet of the gas compressor for gas-liquid separation, gas-phase demisting after the condensation cooler on the top of the fractionation tower, gas-phase demisting of various gas washing towers, absorption towers and analytical towers, etc.

Separation of devices refers to the separation of one or more devices into independent individuals, so that they have independent working functions and effects, and can cooperate and cooperate with each other. Separation equipment and Universal Valve are widely used in industrial production and engineering fields, mainly for separation, purification, purification and recovery in the production process.

Separation equipment can be divided into physical separation equipment and chemical separation equipment according to its working principle and method.

Physical separation equipment refers to the separation and purification of substances through various physical principles. Such equipment mainly includes filtration equipment, centrifugal equipment, distillation equipment, extraction equipment, adsorption equipment, Special Valve equipment, etc.

In addition to physical and chemical separation equipment, there are many other types of separation equipment, such as electromagnetic separation equipment, osmotic separation equipment, membrane separation equipment, etc. Each separation device has its unique working principle and scope of application, which can meet the separation and purification needs of different fields and processes.