Increased energy demand worldwide has caused faster depletion of sweet feedstock and
increased exploitation of sourer hydrocarbon fuels. These fuels often contain acid gases (H …

Natural gas, refinery gas, and coal gas contain acid gases such as hydrogen sulfide (H2S)
and carbon dioxide that must be removed from the gas stream due to the toxicity of H2S and …

The production of hydrogen from hydrogen sulphide has a twofold goal as it can be seen as
a challenging opportunity for combining hydrogen recovery with the abatement of a highly …

The modified Claus process is the major technology for the recovery of elemental sulfur from
H2S and SO2. A number of commercial technologies for the recovery of sulfur from acid …

Raw natural gas and crude oil contain a variety of sulfurous species such as H 2 S, COS, CS
2, mercaptans, and organosulfur complexes that lead to the formation of SO 2 and other …

Abstract Hydrogen sulfide (H 2 S), encountered in sour natural gas and in fossil fuel
refineries, has adverse health and environmental impacts, but also the potential to be a …

The principal technologies for H 2 S removal are reviewed herein. Two technologies in
particular, adsorption and catalytic oxidation, are considered as promising for desulfurization …

Stabilizing and promoting the temperature of the Claus furnace is important for the
continuous conversion of acid gas (H 2 S and CO 2). In this study, the characteristics of three …

Catalytic thermal decomposition of 1%(vol.) hydrogen sulfide (H 2 S) was studied by using
perovskite type catalysts within a temperature range between 600° C and 950° C and at …

The decomposition of hydrogen sulfide (H 2 S) into hydrogen (H 2) and sulfur (S 2) is a
promising approach for hydrogen production and sulfur recovery. How to predict accurately …