Ammonia as an irreplaceable chemical has been widely demanded to keep the sustainable
development of the modern society. However, its industrial production consumes huge …

Water is of fundamental importance for life on earth. The synthesis and structure of cell
constituents and transport of nutrients into the cells as well as body metabolism depend on …

The room-temperature nitrate electroreduction to ammonia recycles the fixed nitrogen and
offers an appealing ammonia-synthesis scenario. Electrocatalyst engineering is of vital …

Nitrate pollution of groundwater, which is mainly caused by the application of nitrogen-
based fertilizers in intensive agriculture, is a widespread problem all over the world and a …

Nitrate (NO3−) is an ubiquitous groundwater contaminant and is detrimental to human
health. Bimetallic palladium-based catalysts have been found to be promising for treating …

Excessive nutrients (N and P) are among the most concerned pollutants in surface and
ground waters. Herein, we report nanoscale zero-valent iron supported on ordered …

Contamination of surface and groundwater by nitrate (NO 3−) is one of the most serious
environmental issues worldwide because of the increase in discharge of N-containing …

This work reports on the generation of a graphite-conjugated diimine macrocyclic Co
catalyst (GCC-CoDIM) that is assembled at o-quinone edge defects on graphitic carbon …

Catalytic hydrogenation of nitrates has been studied since the beginning of the nineties.
Despite the encouraging initial results the problematic of ammonium by-product formation is …

An overview about the effect of co-metal on the performance of Pd in bimetallic catalysts is
presented. In the first part, the promotion of monometallic catalysts by addition of a second …