Global ammonia production reached 175 million metric tons in 2016, 90% of which is
produced from high purity N2 and H2 gases at high temperatures and pressures via the …

Hydrogen is a clean secondary energy source; however, effective hydrogen storage is
demanded as it has a very low volumetric density. Ammonia is promising to store hydrogen …

Ammonia (NH3) synthesis is an important industrial chemical process. Recently,
electrochemically converting the earth-abundant dinitrogen (N2) in the aqueous phase to …

Ammonia is a prospective fuel for hydrogen storage and production, but its application is
limited by the high cost of the catalysts (Ru, etc.) to decompose NH 3. Decomposing …

Ammonia is a key chemical produced in huge quantities worldwide. Its primary industrial
production is via the Haber-Bosch method; a process requiring high temperatures and …

Electrochemical routes for ammonia synthesis could offer improved conversion efficiency,
compatible integration with renewable energy sources, and a solution to distributed …

A major challenge facing chemistry, in order to move to a sustainable, low-carbon future, is
to avoid the use of fossil fuels to supply energy to drive chemical processes, which accounts …

Production of ammonia using only renewable energy is achievable through various routes;
however, direct electrochemical conversion technologies have achieved significant …

The necessity to accelerate green and low carbon technologies, to mitigate the pending
energetic crisis, potentiates the urgent search for alternative energy transfer methods. In this …

This study reports the electrochemical activation (EPOC) of ruthenium catalyst film with
alkaline ion conductors for hydrogen production via catalytic decomposition of ammonia …