CHEMICAL ENGINEERING JOURNAL, vol.313, pp.1354-1363, 2017 (Journal Indexed in SCI)
Article / Article
Title of Journal :
CHEMICAL ENGINEERING JOURNAL
Hydrogen production, Hydrogen sulfide, Catalyst, Perovskite, THERMAL-DECOMPOSITION, THERMOCHEMICAL DECOMPOSITION, METHANE COMBUSTION, CLAUS PROCESS, H2S, SULFUR, VANADIUM, THERMOLYSIS, SEPARATION, PYROLYSIS
Catalytic thermal decomposition of 1% (vol.) hydrogen sulfide (H2S) was studied by using perovskite type catalysts within a temperature range between 600 degrees C and 950 degrees C and at atmospheric pressure in a quartz tubular reactor, with the aim of producing hydrogen.