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A review of heat recovery possibility in flue gases discharge system of gas radiant heaters

机译:气体辐射加热器烟道气排放系统中热回收可能性综述

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Heating of large-cubage buildings accounts for significant share of energy consumption. The radiant heating system using gas heaters is a common solution for large-cubage halls and is considered to be energy efficient. There is a possibility of additional heat energy recovery from the flue gases of gas radiant heaters because new solutions were introduced to the market. Furthermore heat recovery consists the most promising solution and develop during the recent years rapidly. On the other hand, few works have been dedicated to heat recovery from exhaust gas but none of them consider exhaust gas from radiant heaters. Exhaust gas temperature depends on the type and efficiency of the gas heater. The selection of both the type of radiant heaters and the heat recovery system requires many factors to be taken into account. This study consider possibilities for application of different heat exchangers in exhaust gases system of gas radiant heaters. The authors propose to classify exhaust gas heat recovery systems in dependence on intermediary medium: water/air, gas heaters type: ceramic/tube and number (single/group) and their mounting location.
机译:大型建筑物的加热占能量消耗的大量份额。使用气体加热器的辐射加热系统是大型立方体大厅的常见解决方案,被认为是节能的。由于新的解决方案被引入市场,因此可以从燃气辐射加热器的烟道气中恢复额外的热能回收。此外,热量恢复包括最有希望的解决方案,近年来迅速发展。另一方面,很少有效致力于从废气中加热回收,但它们都不会考虑来自辐射加热器的废气。废气温度取决于气体加热器的类型和效率。选择辐射加热器和热回收系统的类型需要考虑许多因素。本研究考虑在气辐射加热器的废气系统中应用不同的热交换器的可能性。作者提出根据中间介质:水/空气,气体加热器型:陶瓷/管和数量(单/群)及其安装位置,提出对废气热回收系统进行分类。

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