Horizontal impingement flow air-water separator

Abstract

The invention relates to a horizontal impinging stream gas-water separator. The horizontal impinging stream gas-water separator comprises a separation tank body (1), a backflow baffle plate (2) is arranged in the separation tank body (1), one side of the backflow baffle plate (2) is a rectification zone (3), the other side of the backflow baffle plate (2) is an impinging zone (4), the rectification zone (3) is provided with a gas outlet (10), an overflow opening (5), a liquidometer (6) and a liquid outlet (7); and the impinging zone (4) is provided with two gas and water outlets (8), and the welding openings of the gas and water outlets (8) are welded with gas inlet tubes (9). The body of the horizontal impinging stream gas-water separator adopts an elliptical tank body structure. The horizontal impinging stream gas-water separator overcomes the disadvantage of large occupied area of original devices, greatly reduces the gas and liquid fluctuation of the rectification zone, and makes liquid drops difficultly fly out, and the measurement of the liquidometer is accurate.

Description

Technical field [0001] The invention relates to the field of energy and chemical technology research, more specifically to a horizontal impinging stream gas-water separator. Background technique [0002] In the engineering field, the gas-water separator is often designed as a vertical tank with one-way inlet. This type of gas-water separator has problems such as large floor space, poor separation effect, easy liquid flushing, and large fluctuations in the liquid level in the tank. [0003] The vertical tank body has a single inlet form, the gas and water inlet pipes must be arranged horizontally, and the tank body covers a large area, which limits the overall compact layout of the system. [0004] The unidirectional inlet leads to extremely uneven flow field in the separation tank, large liquid level fluctuations, and inaccurate liquid level measurement. [0005] Part of the design adds a baffle in the tank, but the setting of this baffle leads to a further increase in flow resistanc...

AI Technical Summary

Problems solved by technology

This type of gas-water separator has problems such as large footprint, poor separation effect, easy liquid flushing, and large fluctuations in the liquid level in the tank.

[0003] The inlet form of the vertical tank is single, the gas-water inlet pipes must be arranged horizontally, and the tank occupies a large area, which limits the overall compact layout of the system

[0004] The one-way inlet leads to extremely uneven flow field in the separation tank, large fluctuations in the liquid level, and inaccurate liquid level measurement

[0005] Some designs add baffles in the tank, but the setting of the baffles leads to a further increase in flow resistance, and the efficiency of gas-water separation is limited

Images