Volatile organic compounds (VOCs) are atmospheric pollutants that have been of concern
for researchers in recent years because they are toxic, difficult to remove, and widely …

Previous studies have confirmed that catalytic oxidation is a promising and effective
technology for treating volatile organic compounds (VOCs). Manganese-based catalysts are …

Catalytic oxidation is a promising method for removing harmful volatile organic compounds
(VOCs). Therefore, exploring high-efficiency catalysts for catalyzing VOCs is of great …

Abstract Heteroatomic mesoporous ZSM-5 (Zeolite Socony Mobil–5) as an important catalyst
is widely applied in catalytic field, however, its catalytic performance in VOCs oxidation is not …

Recently, catalytic oxidation of CO over zeolite supported Pt catalysts has garnered
significant attention. The effect of zeolite structure (BEA, MFI and CHA) and Si/Al (17, 10 and …

In the present study, mesoporous manganese dioxide catalysts with large high specific
surface area, pore volume and large pore size structure were synthesised using the nano …

This study reveals the simultaneous deep oxidation of benzene and toluene over the novel
supported cobalt oxide catalyst derived from metal organic framework (MOF) over the …

Bimetallic-based spinels are potential materials for toluene oxidation ascribing to their
remarkable stability and oxidation activity. However, the insufficient toluene adsorption …

Reported here are new data on the structural and catalytic properties of a series of mono-
component cobalt and bi-component Co–Ce catalysts supported on SBA-15 (Santa Barbara …

A series of Mn–Zr composite oxides with variable Mn/Zr compositions were prepared using a
sol–gel route for catalytic oxidation of vinyl chloride (VC). The resultant catalysts exhibited …