Novel structured catalytic systems—Cartridges on the base of fibrous catalysts

Recent Advances in the Catalytic Oxidation of Volatile Organic Compounds: A Review Based on Pollutant Sorts and Sources

“…994 A great variety of wire-mesh monoliths currently exist and their applicability is typically determined by the diameter of their internal channels and the diameter and material of the wire used. [994][995][996] The catalytic oxidation of n-hexane, acetyl acetate and toluene was investigated over Pt-CeO2 deposited on monolithic stainless steel wire meshes (Fig. 26i).…”

“…In general, wire-mesh structured monoliths possess high thermal conductivity and mechanical strength, allowing them applicable to several industrial and environmental processes . A great variety of wire-mesh monoliths currently exist, and their applicability is typically determined by the diameter of their internal channels and the diameter and material of the wire used. − The catalytic destruction of n -hexane, acetyl acetate, and toluene was investigated over Pt-CeO 2 deposited on monolithic stainless steel wire meshes (Figure i). The results from these experiments confirmed that all of these VOCs could be completely oxidized at temperatures of 200–350 °C.…”

Stacked Wire Mesh Monoliths for the Simultaneous Abatement of VOCs and Diesel Soot

“…In particular, wire mesh structures represent a versatile system that can adopt different geometries [12] making them applicable to several industrial and environmental processes. A great variety of wire meshes exist, the more important properties being the mesh opening, the wire diameter, and the material used [2,13,14]. These types of structures have been used in different reactions for volatile organic compound (VOC) combustion [2,15], photocatalysis [16,17], selective catalytic reduction (SCR) of NO x [18], and also in physical processes, such as oil-water separation [19].…”