2022
DOI: 10.1016/j.matpr.2021.10.007
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Utilization of palm oil fuel ash (POFA) as catalyst support for methane decomposition

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“…Hanifa et al investigated the effects of solvent and pretreatment processes on the Ni catalytic performance of palm oil fuel ash (POFA) catalysts loaded with 10% Ni. The POFA carriers prepared by the ultrasonic pretreatment process had smaller particle sizes compared to the conventional stirring process, and had 71% initial CH 4 conversion and 4.2% initial H 2 yield in methanolysis [34]. V 2 CTx/V 2 AlC catalysts modified with nickel were fabricated using impregnation/precipitation and high-frequency etching techniques by Wysocka et al Their catalytic function was studied at 800 • C and 1 bar in the DRM process.…”
Section: Catalytic Materials For Dry Methane Conversionmentioning
confidence: 99%
“…Hanifa et al investigated the effects of solvent and pretreatment processes on the Ni catalytic performance of palm oil fuel ash (POFA) catalysts loaded with 10% Ni. The POFA carriers prepared by the ultrasonic pretreatment process had smaller particle sizes compared to the conventional stirring process, and had 71% initial CH 4 conversion and 4.2% initial H 2 yield in methanolysis [34]. V 2 CTx/V 2 AlC catalysts modified with nickel were fabricated using impregnation/precipitation and high-frequency etching techniques by Wysocka et al Their catalytic function was studied at 800 • C and 1 bar in the DRM process.…”
Section: Catalytic Materials For Dry Methane Conversionmentioning
confidence: 99%