The electro-oxidation of hydrazine is important for direct hydrazine fuel cells and for
fundamental understanding of electrocatalysis in the nitrogen cycle. In this Review, we …

Herein, an integral Fe 3 C decorated wood-derived Fe, N co-doped carbon (N-wdC-MS) was
developed via one-step pyrolysis of FeCl 3/LiCl impregnated paulownia-wood and …

Pyrolyzed non‐precious metal catalysts have been proposed as an alternative to substitute
the expensive and scarce noble metal catalysts in several conversion energy reactions. For …

Carbons doped with iron and nitrogen (Fe–N–Cs) are highly promising electrocatalysts for
energy conversion reactions in the oxygen, nitrogen and carbon cycles. Containing no …

The production of ammonia in a sustainable cost-effective manner and ambient conditions is
a very challenging task. Photo-/electrocatalytic nitrogen reduction (NRR) is a convenient …

Single-phase M x Cs (M= Fe, Co, and Ni) were prepared by solvothermal conversion of
Prussian blue single source precursors. The single source precursor is prepared in water …

Aerobic substrate oxidation reactions catalyzed by a heterogeneous catalyst can be looked
upon as two independent half-cell reactions, viz. anodic substrate oxidation and the cathodic …

The electrochemical dinitrogen reduction reaction (NRR) has recently gained much interest
as it can potentially produce ammonia from renewable intermittent electricity and replace the …

Carbons are ubiquitous electrocatalytic supports for various energy-related transformations,
especially in fuel cells. Doped carbons such as Fe–N–C materials are particularly active …

Hydrazine is a promising energy‐dense fuel for alkaline fuel cells. To design efficient and
affordable electrocatalysts for the hydrazine oxidation reaction (HzOR), one needs to control …