Support features govern the properties of the active phase and the performance of bifunctional ZnFe2O4-based H2S adsorbents

Flexible Dual Fe-based Catalyst: MIL-53(Fe) Loaded with Deep Eutectic Solvent for Discontinuous Selective Oxidation of H2S

“…The high surface area of DES@MIL-53(Fe) not only provides ample space for H2S adsorption and conversion but also promotes the mass transfer of H2S and S. In general, DES@MIL-53(Fe) belongs to the class of mesoporous materials, and the adsorption/desorption capacity is greatly improved to MIL-53(Fe). (Bandosz et al, 2020;Yang et al, 2020a). In Fig.…”

Surface, Interface and Structure Optimization of Metal‐Organic Frameworks: Towards Efficient Resourceful Conversion of Industrial Waste Gases

“…Hydrogen sulfide is one of the main pollutants emitted from industrial waste gases, and its sources mainly include petroleum refining, coke oven gas, and chemical production processes. In the past, porous carbon, carbon nitride, metals, and their oxides were commonly used to enrich and transform this low concentration of hydrogen sulfide gas in the atmosphere [87–90] . However, the concentration of hydrogen sulfide in the atmosphere is kept at a low level and conventional removal methods have little effect.…”

“…In the past, porous carbon, carbon nitride, metals, and their oxides were commonly used to enrich and transform this low concentration of hydrogen sulfide gas in the atmosphere. [87][88][89][90] However, the concentration of hydrogen sulfide in the atmosphere is kept at a low level and conventional removal methods have little effect. The application potential of MOF materials for H 2 S removal in simulated realworld environments was examined in detail by evaluating commercial inorganic adsorbents, covalent organic frameworks, and metal-organic frameworks.…”

Cu/Biochar Bifunctional Catalytic Removal of COS and H2S:H2O Dissociation and CuO Anchoring Enhanced by Pyridine N

“…In recent years, carbon materials have shown promising applications in the field of H 2 S removal due to their excellent surface properties and easy functionalization. , Biochar carbon materials prepared by the carbonization and activation of plant wastes such as straw, leftover rice, and peanut shells can be used to effectively remove H 2 S from gas while also promoting the resourceful use of wastes. − In contrast, little research has been reported on the use of carbon materials for COS removal. Ma et al reported a bifunctional catalyst prepared from waste-activated coke for the removal of COS and H 2 S. However, the combined capacity of this catalyst was only 116.6 mg·g –1 , which is not enough to meet the demand of practical industry applications.…”

“…In recent years, carbon materials have shown promising applications in the field of H 2 S removal due to their excellent surface properties and easy functionalization. 14,15 Biochar carbon materials prepared by the carbonization and activation of plant wastes such as straw, leftover rice, and peanut shells can be used to effectively remove H 2 S from gas while also promoting the resourceful use of wastes. 16−19 In contrast, little research has been reported on the use of carbon materials for COS removal.…”