Catalytic oxidation of chlorinated VOCs over Ru/TixSn1-x catalysts

High Selectivity to HCl for the Catalytic Removal of 1,2-Dichloroethane Over RuP/3DOM WOx: Insights into the Effects of P-Doping and H2O Introduction

“…Among all of the catalysts utilized in the oxidation of CVOCs, the supported Ru nanoparticles (NPs) have been proven as a kind of promising catalysts because of their good performance and stability. ,− Ru NPs exhibit high activity due to their strong redox ability. The oxidation of CVOCs is usually accompanied by the Deacon reaction (HCl + O 2 ⇔ H 2 O + Cl 2 ) and thus result in the transformation of organochlorine to Cl 2 .…”

In situ growth of SeOx films on the surface of Ni–Fe–selenide nanosheets as highly active and stable electrocatalysts for the oxygen evolution reaction

“…S11d). 55 The above results prove that the outermost layer of NiSe will ionize in strong KOH solution during HER cycle process, the Se 2 2will leaches out and combines with the dissolved oxygen to form SeO x covering on the original selenide surface. With the increase of HER cycle times, the oxide layer gradually becomes thicker until the seventh times of HER cycle.…”

“…S11d, ESI †). 55 The above results prove that the outermost layer of NiSe will ionize in strong KOH solution during the HER cycle process, and the Se 2 2À will leach out and combine with the dissolved oxygen to form a SeO x covering on the original selenide surface. With the…”

Elucidating Ru Distribution State of Ru‐Promoted Pr2Sn2O7 Pyrochlore and its Effect on the Catalytic Performance for Toluene Deep Oxidation

“…studied also the combustion of chlorobenzene on Ru‐doped CeO 2 , and revealed that it shows outstanding activity and stability at low temperatures due to the presence of Deacon process catalyzed by RuO 2 to remove rapidly surface Cl anions. More recently, Wang et al [6] . prepared Ru/Ti x Sn 1‐x for combustion of dichloromethane and chlorobenzene, and found that the formation of Ru−O−Sn and Ru−O−Ti bonds in the structure.…”

“…Lu et al [4d] studied also the combustion of chlorobenzene on Ru-doped CeO 2 , and revealed that it shows outstanding activity and stability at low temperatures due to the presence of Deacon process catalyzed by RuO 2 to remove rapidly surface Cl anions. More recently, Wang et al [6] prepared Ru/Ti x Sn 1-x for combustion of dichloromethane and chlorobenzene, and found that the formation of RuÀ OÀ Sn and RuÀ OÀ Ti bonds in the structure. The catalysts display high activity due to the synergism between the RuÀ OÀ Sn and RuÀ OÀ Ti bonds, which improves the surface oxygen amount and the basicity of surface lattice oxygen, respectively.…”