NSNate ShakouriPrincipal Scientist

Case Study

PGM-Free Fe-N-C Cathodes For AEM Fuel Cells

A public-safe case study summary. Proprietary details, exact operating conditions, and sensitive performance data are omitted unless already public or approved for release.

Case Study

Title

PGM-Free Fe-N-C Cathodes For AEM Fuel Cells

Technical Area

Energy conversion electrocatalysis, PGM-free catalysts, fuel-cell cathodes, and catalyst characterization

Problem

Anion-exchange membrane fuel cells benefit from cathode catalysts that reduce platinum-group-metal reliance while maintaining practical activity, transport, and durability. This summary is limited to public publication information.

Approach

Connect Fe-N-C catalyst chemistry, electrode formulation, single-atom site-density concepts, and operating-cell performance using public literature and publication records.

Methods Used

  • Fe-N-C cathode catalyst evaluation
  • Electrochemical performance testing
  • Fuel-cell electrode integration
  • Single-atom site-density analysis
  • Catalyst characterization and durability review
  • Publication-backed technical synthesis

Outcome

Public records include the Nature Energy Fe-N-C AEMFC article and a related Materials Today Advances site-density paper. Current citation metrics are available through the live Google Scholar profile.

Technical Significance

This case shows externally visible impact in energy-conversion catalysis and connects atomic-site concepts to fuel-cell catalyst performance.

Confidentiality Note

Uses public publication and Scholar-profile information only. Does not imply ownership of non-public follow-on work, unpublished datasets, or proprietary electrode/process details.

Related Public Source

Nature Energy DOI