2023
DOI: 10.3390/en17010167
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Feasibility of a Plasma Furnace for Methane Pyrolysis: Hydrogen and Carbon Production

Oday Daghagheleh,
Johannes Schenk,
Michael Andreas Zarl
et al.

Abstract: The imperative to achieve a climate-neutral industry necessitates CO2-free alternatives for H2 production. Recent developments suggest that plasma technology holds promise in this regard. This study investigates H2 production by methane pyrolysis using a lab-scale plasma furnace, with the primary objective of achieving a high H2 yield through continuous production. The plasma furnace features a DC-transferred thermal plasma arc system. The plasma gas comprises Ar and CH4, introduced into the reaction zone thro… Show more

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Cited by 3 publications
(1 citation statement)
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“…In addition, both of the solid carbon samples had a largely rounded shape with carbon nodules stuck together, like the morphology of fresh carbon black [22]. Additionally, as previously reported [23], high-purity carbon components were confirmed through SEM-EDX analysis of carbon samples. Meanwhile, the XRD analysis results showed different peak characteristics depending on sample recovery location.…”
Section: Characteristics Of Solid Carbonsupporting
confidence: 77%
“…In addition, both of the solid carbon samples had a largely rounded shape with carbon nodules stuck together, like the morphology of fresh carbon black [22]. Additionally, as previously reported [23], high-purity carbon components were confirmed through SEM-EDX analysis of carbon samples. Meanwhile, the XRD analysis results showed different peak characteristics depending on sample recovery location.…”
Section: Characteristics Of Solid Carbonsupporting
confidence: 77%