Regeneration of an aged hydrodesulfurization catalyst: Conventional thermal vs non-thermal plasma technology

Fuel(2021)

Cited 9|Views0
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Abstract
•Complete removal of sulfur and coke is obtained under air from 400 °C.•A complete regeneration of the catalyst requires the heating of the NTP reactor.•Total elimination of sulfur and coke is obtained from 250 °C with only 3 W.•Regeneration by NTP leads to non-promoter cobalt oxide species.
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Key words
HDS catalyst,Thermal regeneration,Non-thermal plasma,Coke
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