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January 14, 2026RSC Advances0 citationsOpen Access

P,N-doped nickel–carbon nanofibers derived from ammonium phosphate for efficient glycerol electrooxidation and renewable power generation from biodiesel waste

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NBNasser A. M. BarakatASAhmed SaadawiSHShimaa Hamda

Key Points

  • This research evaluates the effectiveness of P,N-doped Ni-carbon nanofibers in glycerol electrooxidation for energy production.
  • Synthesis of P,N-doped nickel-carbon nanofibers from ammonium phosphate
  • Application in direct glycerol fuel cells
  • Performance assessment in electricity generation from biodiesel waste
  • Demonstrated high efficiency in glycerol electrooxidation
  • Generated renewable power from biodiesel-derived glycerol waste
  • Established a sustainable pathway for valorizing glycerol

Abstract

P,N-doped Ni-carbon nanofibers enable efficient glycerol electrooxidation and renewable power generation in direct glycerol fuel cells. The catalyst offers a sustainable route to valorize biodiesel-derived glycerol waste into electricity.

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Cite This Study

Barakat et al. (2026) studied this question.

synapsesocial.com/papers/6966e70e13bf7a6f02bff36dhttps://doi.org/10.1039/d5ra08367b
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