首页> 外文会议>ASME(American Society of Mechanical Engineers) Power Conference; 20070717-19; San Antonio,TX(US) >DESIGNING BOILING CONDENSER FOR MORE EFFICIENCY IN POWER PLANTS AND LESS ENVIRONMENT DEFECTS
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DESIGNING BOILING CONDENSER FOR MORE EFFICIENCY IN POWER PLANTS AND LESS ENVIRONMENT DEFECTS

机译:设计沸腾冷凝器,提高电厂效率和减少环境缺陷

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摘要

One of the most important problems in the power plants is to increase the thermal efficiency of the cycle. Most of the works in this area is focused on regeneration devices, removing the heat losses of components…But usually, about half of the input energy in the thermal cycle wastes in the condensers. In this day and age with greenhouse effect and global warming problem, the less environment defect is also another important subject. In this work, a new condenser is offered that is the same as a core of BWR nuclear reactors, then during the working fluid is condensing in a cycle it is a boiling generator (boiling heat exchange) for another cycle. In this way not only could change some parts of unused energy to work, but also it has more capability with environment. It is possible to design this process several times with different cycles and different working fluids to low heat wastes from condensers. Here, it is offered this idea by using the data of Catalagzi power plant in Turkey. The results confirm that the thermal efficiency increases at least % 7.5. It can use this method for most of the power plants or somewhere that needed to remove some heat from a device, same as radiators of the automobiles.
机译:发电厂中最重要的问题之一是增加循环的热效率。该领域的大部分工作都集中在再生装置上,以消除部件的热损失……但通常,热循环中约一半的输入能量会浪费在冷凝器中。在当今这个具有温室效应和全球变暖问题的时代,减少环境缺陷也是另一个重要课题。在这项工作中,提供了一个新的冷凝器,该冷凝器与BWR核反应堆的堆芯相同,然后在工作流体以一个周期进行冷凝的过程中,它是另一个周期的沸腾发生器(沸腾热交换)。这样,不仅可以改变部分未使用的能量来工作,而且具有更大的环境适应能力。可以使用不同的循环和不同的工作流体多次设计此过程,以减少冷凝器产生的热量。在此,通过使用土耳其Catalagzi电厂的数据为这一想法提供了建议。结果证实热效率至少提高了7.5%。它可以用于大多数发电厂或需要从设备中散发热量的地方,例如汽车散热器。

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