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Application of Evaporative Cooling for the Condensation of Water Vapors from a Flue Gas Waste Heat Boilers CCP

机译:蒸发冷却技术在烟气余热锅炉CCP水蒸气冷凝中的应用

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The object of the study are boilers that burn organic fuel and the recovery boilers (RB) of the combined cycle plant (CCP), which are al-so working on the products of the combustion of hydrocarbon fuels. The purpose of research is to find technologies that increase efficiency of the thermal power plant (TPP) and technologies that reduce the environmental impact on the environment by burning fossil fuels. The paper deals with the technology of the boilers burning hydrocarbon fuel with condensation of water vapor from the exhaust flue gases. Considered the problems caused by using of this technology. Research shows that the main problem of this technology in the boilers is the lack of reliable methods of calculation of heat exchangers, condensers. Particular attention is paid to the application of this technology in the recovery boilers combined-cycle plants, which are currently gaining increasing use in the generation of electricity from the combustion of gas in power plants. It is shown that the application of technology of condensation of water vapor in RB CCP, the temperature decreases of exhaust gases from 100 to 40 °С, allows increasing the effi-ciency of the RB with 86.2 % to 99.5 %, i.e. at 12.3 %, and increase the ef-ficiency of the CCP at 2.8 %.
机译:该研究的目标是燃烧有机燃料的锅炉和联合循环电厂(CCP)的回收锅炉(RB),它们也致力于烃类燃料的燃烧产物。研究的目的是找到提高火力发电厂(TPP)效率的技术和通过燃烧化石燃料减少对环境的环境影响的技术。本文探讨了锅炉燃烧碳氢燃料和废气中的水蒸气凝结的技术。考虑了使用该技术引起的问题。研究表明,锅炉中该技术的主要问题是缺乏可靠的热交换器,冷凝器计算方法。特别注意该技术在回收锅炉联合循环工厂中的应用,目前该联合工厂在发电厂的天然气燃烧中越来越多地用于发电。结果表明,RB CCP中水蒸气冷凝技术的应用,废气温度从100降低到40°С,可使RB的效率从86.2%提高到99.5%,即在12.3% ,并将CCP的效率提高到2.8%。

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