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A facile method is to prepare novel CeMo  x  O  y  -clay hybrid catalysts with layered structures by using organic cation modified clay as support. During the preparation process, cerium cations and molybdate anions are easily adsorbed and impregnated into the interlamellar space of the organoclay, and after calcination they undergo transformation to highly dispersed CeMo  x  O  y  nanoparticles within the interlamellar space of the clay. As expected, the prepared CeMo 0.15 O  x  -OC- T catalysts with layered structures had high selective catalytic reduction (SCR) activity such as high NO  x  conversion of &gt;90% in the wide temperature range of 220-420 °C. Meanwhile, they also exhibit high stability and tolerance to water vapor (5 vol%) and SO 2 (200 ppm), demonstrating that these novel catalysts could serve as a good alternative for NH 3 -SCR in practical application.

Novel CeMoxOy-clay hybrid catalysts with layered structure for selective catalytic reduction of NOx by NH3

Novel CeMo_xO_y-clay hybrid catalysts with layered structure for selective catalytic reduction of NO_x by NH₃