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Absorption heat exchangers for long distance heat transportation

机译:用于远距离热传输的吸收式热交换器

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摘要

A novel system for long distance heat transportation using two types of absorption heat exchangers (AHEs) is prompted in this paper. Using the system, the industry waste heat at 65~70℃can be recovered and transported through a long distance pipeline. The transported temperature difference can be increased two times more than normal system based on conventional heat heat exchangers for heat transfer. Considering the reduction of the pipe network cost balance with the added AHEs cost, an economic balance distance is obtained, and when the distance is longer than the economic balance distance, the AHEs system can save the initial cost. The economic balance distance is in direct proportion to the transportation pipe diameter. Take the pipe with diameter 1020mm for example, the economic balance distance is about 28km. While when considering the transportation electricity consumption reduction of the novel system, the economic balance distance can be shortened. The 1~(st) type AHEs has been developed for several years. The small sized AHE is introduced intensively, including the structure, the testing performance and the application projects, which constructs the building type heat supply system with a very wide application prospect.
机译:本文提出了一种新颖的系统,该系统使用两种类型的吸收式热交换器(AHE)进行长距离热传输。使用该系统,可以回收65〜70℃的工业废热,并通过长距离管道进行输送。与传统的基于换热器的换热器相比,所传输的温差可以比普通系统增加两倍。考虑到由于增加了AHEs成本而导致的管网成本平衡减少,可以获得经济平衡距离,当距离大于经济平衡距离时,AHEs系统可以节省初始成本。经济平衡距离与运输管道直径成正比。以直径为1020mm的管道为例,经济平衡距离约为28km。在考虑减少新系统的运输用电量时,可以缩短经济平衡距离。 1〜(st)型AHE已经开发了几年。大量介绍了小型AHE,包括结构,测试性能和应用项目,构成了具有广阔应用前景的建筑型供热系统。

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