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This research aims to evaluate the effectiveness of PdNiO nanocatalysts embedded with onion-like carbon for methane oxidation.

January 23, 2026Nanoscale Advances0 citationsOpen Access

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Onion-like carbon unlocks high PdNiO nanocatalyst dispersion for outstanding thermal methane oxidation

AGAhmed GamalUniversity of the Witwatersrand AIAdewale K. IpadeolaQatar University MSMostafa H. SliemQatar University

Key Points

This research aims to evaluate the effectiveness of PdNiO nanocatalysts embedded with onion-like carbon for methane oxidation.
Synthesis of PdNiO nanocatalysts with onion-like carbon
Comparison of performance with Pd/OLC and Pd/C
Assessment of catalyst efficiency at 400 °C
PdNiO/OLC achieves full methane oxidation at 400 °C
Outperforms Pd/OLC and Pd/C
Enhanced graphitization and high surface area contribute to improved performance

Abstract

Synthesized PdNiO nanocatalysts embedded with onion-like carbon (PdNiO/OLC) enable full methane oxidation at 400 °C, outperforming Pd/OLC and Pd/C due to its enhanced graphitization, high surface area, and optimized metal dispersion.

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Onion-like carbon unlocks high PdNiO nanocatalyst dispersion for outstanding thermal methane oxidation

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