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Flue Gas Desulfurization at High Temperatures: A Review

机译：高温烟气脱硫研究进展

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摘要

The energy demand of the world, which increases in accordance with the rise in economic development, will have to be met by the prevalent energy sources, such as coal, new sources, as well as improvement of the efficiency of energy production technologies. However, the growth in energy production need not take place to the detriment of the environment, so that strict regulations on pollutant emissions have been imposed around the world. Combined cycle power generation systems are being advanced today, due to their higher thermal efficiency and superior environmental performance and economics, compared to conventional plants. Hot gas cleaning techniques to remove sulfur and other impurities in the flue gas streams offer the key advantages to such systems. This paper reviews briefly the Hot Gas Desulfurization (HGD) techniques and the processes' development and performance estimates, some test programs using HGD, and market potential and economic issues.
机译：随着经济发展的增长而增加的世界能源需求，将必须通过普遍的能源来满足，例如煤炭，新能源以及提高能源生产技术的效率。但是，能源生产的增长不必损害环境，因此全世界已对污染物排放实行了严格的规定。与常规电厂相比，联合循环发电系统由于具有更高的热效率以及出色的环境性能和经济性，因此正在得到发展。用于去除烟道气流中的硫和其他杂质的热气清洁技术为此类系统提供了关键优势。本文简要回顾了热气脱硫（HGD）技术以及工艺的发展和性能评估，一些使用HGD的测试程序以及市场潜力和经济问题。

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