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Liquid Air Separation Plant Nitrogen Circulation Pressurization Products

Liquid Air Separation Plant Nitrogen Circulation Pressurization Products
Mar 28, 2024
Author: DEAR AST

Oxygen product: liquid oxygen is pumped out from the lower tower plate of the low pressure tower and sent to the storage tank, the inner compressed oxygen pump is placed next to the liquid oxygen storage tank, the liquid oxygen extracted from the storage tank is pressurized by the oxygen pump and sent out after gasification and reheating in the main heat exchanger to get the required oxygen product in liquid air separation plant.

The nitrogen product is pumped from the top of the pressure tower and the pure nitrogen is reheated in the main heat exchanger and then sent out of the cold box, and then compressed by the nitrogen cycle compressor. The gas nitrogen products are pumped from the first and second sections of the nitrogen cycle compressor respectively.

Dear air separation manufactures liquid nitrogen product: liquid nitrogen from the top of the low pressure tower is pumped out into the storage tank.

亚洲硅业(青海)有限公司-3000

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Another part of the nitrogen vaporized in the liquefier is heated up to a certain temperature in the high pressure heat exchanger and pumped out to the low pressure nitrogen press, the nitrogen separated by the gas-liquid separator is also heated up by the high pressure heat exchanger and then goes to the low pressure nitrogen press, compressed to a certain pressure by the low pressure nitrogen press and then back to the high pressure heat exchanger for heat exchange with liquid air separat...
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Special pressure-bearing equipment generally bears internal pressure, that will cause tensile stress inside the shell, which is called working stress. The working stress is directly proportional to the pressure and diameter, and inversely proportional to the vessel wall thickness. The axial stress is half of the circumferential stress. Therefore, for cylindrical vessels, the stress of longitudinal weld is twice that of girth weld. Because the geometric shape of the spherical shell is symmetrical to the spherical center, and the axial stress is equal to the circumferential stress in numerical value. Therefore, the wall thickness of the spherical vessel can be reduced by half as much as that of the cylindrical vessel under the same pressure and diameter.
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