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A review of recent advances in selective catalytic NO_x reduction reactor technologies

Particuology 2014年第5期12卷 1-18页

作者： Xingxing Cheng Xiaotao T.Bi National Engineering Laboratory of Coal-Fired Pollutants Emission Reduction School of Energy & Power EngineeringShandong University Department of Chemical and Biological Engineering The University of British ColumbiaVancouver V6T 1Z3Canada

Research on NOx treatment is extensive in recent years due to growing environmental awareness. Selec- tive catalytic reduction （SCR） of NOx, as a proven technology, offers higher NOx control efficiency than many other NOx treatment methods. The present work reviews the recent development of SCR reactor technologies. Firstly, catalysts and mechanism of different SCRs were briefly summarized. Different SCR reactors, e.g. structured reactor, fluidized bed reactor and moving bed reactor, were then discussed. As a more advanced technology, multifunctional reactors were also developed for SCR process and could be divided into two categories： decoupled adsorption-reaction process and combined SCR system. The mechanism and properties of these processes were discussed in detail. Some recommendations were given for the future work in SCR reactor design. SCR reactor technology for emerging energy processes was also addressed, such as oxyfuel combustion and biofuel conversion processes, which put forward new requirements for SCR technologies and also open new opportunities for advanced design of SCR reactors.

关键词： scrreactor designnox controlmulti-functional reactor

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