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Harnessing the beneficial role of carbon deposit for a superior chemical looping hybrid reforming of methane by flue gas
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DOI：10.1016/j.apcatb.2025.125999.png)
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Abstract
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• Chemical looping hybrid reforming (CLHR) of methane successfully demonstrated. • Iron rich oxygen carrier with record-high oxygen capacity of 13.4 mmol O/g_OC. • Dry flue gas (16 % CO2 + 4 % O2) assumes a stable performance of oxygen carrier. • Effective oxidation of coke by dry flue gas enables high yields of H2 and CO. • Preferential etching role of steam facilitates CNT growth in wet flue gas.
Keywords:
Chemical looping hybrid reforming of methane
Dry flue gas
Detrimental role of steam
Carbon nanotubes
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