With the approaching commercialization of PEM fuel cell technology, developing active,
inexpensive non-precious metal ORR catalyst materials to replace currently used Pt-based …

New non‐PGM catalysts from the family of Fe‐N‐C pyrolyzed materials are reported. They
are synthesized using a templating silica powder with iron nitrate and carbendazim (CBDZ) …

For the first time, the effect on structure and composition by a second heat treatment in
ammonia was studied in detail for Fe–N–C catalysts prepared by oxalate-supported …

A highly active non-platinum group metal (non-PGM) catalyst derived from iron and 4-
aminoantipyrine precursors was synthesized using a sacrificial support method (SSM) to …

In this work Fe–N–C catalysts were prepared by the oxalate-supported pyrolysis of
FeTMPPCl or H2TMPP either in the presence or absence of sulfur. The well-known …

A series of oxygen reduction catalysts derived from pyrolyzed iron-containing compounds
and a nitrogen-containing polymeric precursor, poly (ethyleneimine),(Fe–PEI) were …

Mechanochemical synthesis of non-platinum group metal catalysts for fuel cells is shifting
the synthesis paradigm away from liquid chemistry to materials processing that is more …

A series of bi-metallic oxygen reduction catalysts derived from pyrolyzed Fe–M (where M=
Co, Cu, Ni and Mn) and 4-aminoantipyrine (Fe–M–AAPyr) compounds were prepared using …

A series of tri-metallic oxygen reduction catalysts derived from pyrolyzed Fe-M 1-M 2 (where
M= Co, Ni, Cu and Mn) and 4-aminoantipyrine (Fe-M 1-M 2-AAPyr) were prepared using a …

The present review is describing recent advances in plasma deposition and treatment of low
temperature proton exchange membrane fuel cells electrocatalysts. Interest of plasma …