Condensation liquid separation plate for heteropolymerized building material

Abstract

The invention discloses a condensation liquid separation plate for a heteropolymerized building material. The condensation liquid separation plate comprises a lower working medium pipe, an upper working medium pipe, a throttling device and liquid distribution pipes, wherein the lower working medium pipe and the upper working medium pipe are horizontally arranged, two ends of each vertically-arranged liquid distribution pipe are communicated with the lower working medium pipe and the upper working medium pipe respectively, the throttling device is installed on a working medium outlet pipeline,and two ends of the upper working medium pipe are connected with blind pipes playing a pressure equalizing role. The liquid separation plate is advantaged in that a bottom-in bottom-out mode is adopted, a working medium enters the liquid separation plate from the working medium inlet of the lower working medium pipe, a blind pipe at an upper end has pressure equalizing and constant pressure effects, due to the fact that the blind pipe provides a diffusion space, working media can be evenly dispersed into all pipe bodies of the liquid distribution plate, pressure fluctuation is small, liquid distribution is even, heat dissipation is even, the space of the liquid distribution plate is fully utilized, the condensation effect is good, a utilization rate of the liquid distribution plate is high, the overall structure is simple, prefabrication can be achieved, butt joint with a building is facilitated, extra external drainage pipes are not needed, and cost is reduced.

Description

technical field [0001] The invention belongs to the field of new energy technology and building materials, and relates to a condensation liquid separator for heteropolymeric building materials. Background technique [0002] The liquid separation plate is one of the main components of the liquid separation condenser. The high temperature and high pressure gaseous working medium is fully diffused in the liquid separation plate and undergoes phase transformation into a low pressure liquid working medium after the pressure is reduced to realize the condensation process of the working medium. The structure and layout of the separator plate affect the condensation effect of the condenser. The liquid separator plate of the existing condenser usually uses the working fluid to enter the liquid separation channel from the upper part of the liquid separator plate and then flow out from the liquid outlet at the lower part. After entering the upper part of the liquid separator plate, the...

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Problems solved by technology

The liquid separator plate of the existing condenser usually uses the working fluid to enter the liquid separation channel from the upper part of the liquid separator plate and then flow out from the liquid outlet at the lower part. After entering the upper part of the liquid separator plate, the working fluid quickly diffuses to the lower liquid distribution pipe body. The working fluid flowing in from the inlet will be discharged from the outlet directly from the flow channel closer to the outlet, and the working fluid cannot flow through all the flow channels on the plate evenly, the edge flow channel or the flow channel farther from the working medium outlet. The quality cannot reach, often the problem that the working fluid cannot be completely diffused to the entire surface of the liquid separation plate, the flow path of the working medium is shortened, resulting in poor condensation effect, the utilization rate of the liquid separation plate is not high, and the liquid inlet and liquid outlet are separated. It is installed at the upper and lower positions. In order to facilitate the layout of the pipelines for transporting working fluid, it is necessary to install additional drainage pipes to lead the upper and lower outlets to the same horizontal line, resulting in complex layout structures and additional costs.

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