Dry cooling towers as condensers for geothermal power plants

Kamel Hooman

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Dry cooling towers as condensers for geothermal power plants

机译：干式冷却塔作为地热发电厂的冷凝器

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The aim of this paper is to present scaling laws for a dry natural draft cooling tower by modelling the heat exchanger and the tower supports as a porous medium. Porous medium modelling of the tube bundles that allows a vigorous theoretical analysis of the problem is adopted. Scale analysis is used as the theoretical tool to study the problem of turbulent free convection through the heat exchanger bundles and along the cooling tower chimney. Results are then compared with full numerical simulation of the problem to observe splendid agreement.

机译：本文的目的是通过对热交换器和作为多孔介质的塔架进行建模，提出干式自然通风冷却塔的水垢定律。采用管束的多孔介质建模，可以对问题进行有力的理论分析。规模分析被用作研究热交换器束和冷却塔烟囱的湍流自由对流问题的理论工具。然后将结果与问题的完整数值模拟进行比较，以观察出色的一致性。

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来源
《Letters in heat and mass transfer》 |2010年第9期|p.1215-1220|共6页
作者
Kamel Hooman;
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作者单位

School of Mechanical and Mining Engineering, The University of Queensland, Qld4072, Australia;

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原文格式 PDF
正文语种 eng
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关键词
natural draft cooling towers; free convection; air-cooled; porous medium; geothermal energy; scale analysis;

机译：自然通风冷却塔;自由对流;风冷多孔介质地热能规模分析;

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1. Startup of Air-Cooled Condensers and Dry Cooling Towers at Low Temperatures of the Cooling Air [J] . O. O. Milman, A. V. Ptakhin, A. V. Kondratev, Thermal engineering . 2016,第5期

机译：在冷却空气的低温下启动风冷冷凝器和干式冷却塔
2. Aerodynamic numerical calculations of air-cooled condensers and dry cooling towers at different wind velocities and multilevel configuration of sections [J] . Oleg Milman, Sergey Lenev, Pavel Golov, MATEC Web of Conferences . 2017,第1期

机译：空气冷凝器的空气动力学数值计算和不同风速下的干燥冷却塔和多级配置
3. Application of metal foams in air-cooled condensers for geothermal power plants: An optimization study [J] . Mostafa Odabaee, Kamel Hooman Letters in heat and mass transfer . 2011,第7期

机译：金属泡沫在地热发电厂空冷冷凝器中的应用：优化研究
4. Improvements in Residence Time and Air Oxidation for H_2S Abatement in The Geysers' Geothermal Power Plants with Direct-Contact Condensers and Crossflow Cooling Towers [C] . Catherine Hillard, Brian Benn Geothermal Resources Council annual meeting . 2014

机译：带有直接接触式冷凝器和错流冷却塔的间歇泉地热发电厂中减少H_2S的停留时间和空气氧化的改进
5. Cooling the Steam Power Plant Condenser Using a Vapor Compression Refrigeration System [D] . Rothan, Yahya Ali. 2017

机译：使用蒸汽压缩制冷系统冷却蒸汽发电厂冷凝器
6. Application and analysis of a model based controller for cooling towers in compression chiller plants [O] . Parantapa Sawant, Eric Ho, Jens Pfafferott 2020

机译：基于模型的压缩式冷却塔冷却塔控制器的应用与分析
7. Discussion: “Thermal Cycle Arrangements for Power Plants Employing Dry Cooling Towers” (Leung, Paul, and Moore, R. E., 1971, ASME J. Eng. Power, 93, pp. 257–264) [O] . E. S. Miliaras 1972

机译：讨论：“使用干冷塔的发电厂的热循环布置”（梁，保罗和摩尔，R.E.E.，1971，Asme J. Eng。Power，93，PP。257-264）
8. Heat Transfer Characteristics of a Dry and Wet/Dry Advanced Condenser for Cooling Towers [R] . H. D. Fricke, K. Mcllroy, D. J. Webster 1982

机译：用于冷却塔的干式和湿式/干式先进冷凝器的传热特性

Dry cooling towers as condensers for geothermal power plants

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