Liquid-Liquid Direct Contact Heat Exchange Using a Perfluorocarbon Liquid for Waste Heat Recovery. Heat Transfer Characteristics obtained with Perfluorocarbon Droplets Descending in a Hot Water Medium.

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  • フッ素系不活性液体を熱回収用媒体として用いた液‐液直接接触熱交換に関する研究　　温水中を降下するフッ素系不活性液滴群についての伝熱特性
  • フッ素系不活性液体を熱回収用媒体として用いた液-液直接接触熱交換に関する研究 : 温水中を降下するフッ素系不活性液滴群についての伝熱特性
  • フッソケイ フカッセイ エキタイ オ ネツ カイシュウヨウ バイタイ ト シテ

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Abstract

This paper deals with the heat transfer characteristics of a liquid-liquid direct contact operation in which a Perfluorocarbon (PFC) liquid is released in a hot water stream, a low-grade heat source such as urban sewage, for the purpose of heat recovery from it. The paper reports on a set of experiments in which a PFC liquid (1800 kg/m3 at 20°C) was continuously injected from a single, downward-facing nozzle into a slow, upward flow of hot water to be disintegrated into droplets descending in, and thereby heated from the water flow. The results of the experiments show how the size distribution and the translational motions of the droplets affect the overall coefficient for the water-flow-to-droplets heat transfer and also the temperature effectiveness for the droplets.

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