Simultaneous nitric oxide and toluene reduction over Pt-based catalyst.

This research investigates the simultaneous reduction of nitric oxide (NOx) and toluene using Pt-based catalysts, aiming at applications in small-scale industrial environmental processes. Catalysts with varying Pt loadings from 0.01 to 3 % were synthesized through wet impregnation, and their dispersion was assessed across several characterizations, revealing effective Pt dispersion even at loadings above 1 %.

Facile Approach to the Fabrication of Highly Selective CuCl-Impregnated -AlO Adsorbent for Enhanced CO Performance.

We have developed a facile and sustainable method to produce a novel -AlO-supported CuCl adsorbent through impregnation methods using CuCl as the precursor. In an easy two-step process, -AlO was impregnated with a known concentration of CuCl solutions, and the precursor was calcined to prepare CuCl oversupport. The developed novel -AlO-supported CuCl adsorbent was compared with an adsorbent prepared through the conventional method using CuCl salt.