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Study on a heat recovery system for the thermal power plant utilizing air cooling island

机译:利用空冷岛的火电厂热回收系统研究

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摘要

A new heat recovery system for CHP (combined heat and power) systems named HRU (heat recovery unit) is presented, which could recover the low grade heat of exhausted steam from the turbine at the thermal power plant directly. Heat recovery of exhausted steam is often accomplished by recovering the heat of cooling water in current systems. Therefore, two processes of heat transfer is needed at least. However, exhausted steam could be condensed in the evaporator of HRU directly, which reduce one process of heat transfer. A special evaporator is designed condense the exhausted steam directly. Simulated results are compared to experiments, which could include the calculation of heat transfer coefficients of different parts of HRU. It is found that about 25Mw of exhausted steam is recovered by this system. HRU could be promising for conventional CHP systems, which could increase the total energy efficiency obviously and enlarge the heating capacity of a built CHP system.
机译:提出了一种新的用于热电联产(CHP)系统的热回收系统,称为HRU(热回收单元),该系统可以直接回收热电厂涡轮机排出的低级蒸汽热量。排出蒸汽的热回收通常通过回收当前系统中冷却水的热量来完成。因此,至少需要两个传热过程。但是,排出的蒸汽可以直接在HRU的蒸发器中冷凝,从而减少了一种传热过程。设计有特殊的蒸发器,可直接冷凝排出的蒸汽。将模拟结果与实验进行比较,实验可能包括计算HRU不同部分的传热系数。发现该系统回收了约25Mw的废蒸汽。 HRU对于传统的热电联产系统可能很有希望,它可以明显提高总能效并扩大已建热电联产系统的供热能力。

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