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Cu-based small-pore zeolites for deNOx
E-Mail IMAGE: Matching between the characteristics of Cu2+-exchanged zeolitic catalyst and SCR catalyst requirements. The monolithic catalyst (~ 2.36 cm3) was estimated to have a total gas flow of 1.67 L/min, resulting. view more Credit: ©Science China Press The diesel engine is the backbone of transportation due to its irreplaceability as the primary power source for the freight, navigation and marine engine industries and non-road engineering machinery for the foreseeable future. However, the control of contaminants from fuel combustion has become an urgent global concern. Nitrogen oxides are the primary pollutants from transportation and can contribute to the formation of haze, photochemical smog and acid rain. Selective catalytic reduction of NOx with ammonia (NH3-SCR) technology has been successfully and commercially applied for controlling pollution from diesel vehicle exhaust. The development of efficient and stable NH3-SCR catalysts has been pursued by scient
Yan zhang
Yulong shan
Xiaoyan shi
Wenpo shan
Runduo zhang
Xiangju meng
Yunbo yu
University of chemical technology
Zhejiang university
National science
Chinese academy of sciences
Beijing based national science review
Chinese academy
Beijing university
Chemical technology
Feng shou xiao
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