Conventional technologies are largely powered by fossil fuel exploitation and have
ultimately led to extensive environmental concerns. Hydrogen is an excellent carbon-free …

Nitrogen is a fundamental constituent for all living creatures on the Earth and modern
industrial society. The current nitrogen industry is largely powered by fossil fuels with huge …

The search for improved heterogeneous catalysts is an important but difficult task. Scaling
relations between the adsorption energies of reaction intermediates greatly facilitate the …

Multitude of complications involved with handling hydrogen fuels has propelled many to
consider instead an ammonia economy. Ammonia electrooxidation reaction (AOR) herein is …

Imbalances in the nitrogen cycle caused by human activities (combustion, fertiliser-intensive
agriculture) have resulted in alarmingly increased levels of nitrate in groundwater and other …

After carbon, hydrogen, and oxygen, nitrogen is the next most abundant element in the
human body. Inorganic and organic compounds of nitrogen feature prominently in many …

This review discusses the role of the detailed nanoscale structure of catalytic surfaces on the
activity of various electrocatalytic reactions of importance for fuel cells, hydrogen production …

Many catalytic reactions involving small molecules, which are key transformations in
sustainable energy and chemistry, involve the making or breaking of a bond between …

Ammonia oxidation reaction (AOR) has attracted great interest in the context of
electrocatalytic hydrogen generation and direct fuel generation. Owing to its low theoretical …

Most low-temperature fuel cells are based on the hydrogen fuel cell in some form, with its
high power density and clean oxidation to yield no carbon-containing products. However …