Industrial ammonia production mainly relies on the conventional Haber–Bosch process
accompanied by high energy consumption and plentiful carbon dioxide emissions, which …

Ammonia (NH 3) is attracted as a potential carbon free energy carrier and as important
feedstock for most of the fertilizers, chemicals, pharmaceutical related products. NH 3 is …

Electrochemical reduction of nitrite (NO 2−) can satisfy the necessity for NO 2− contaminant
removal and deliver a sustainable pathway for ammonia (NH 3) generation. Its practical …

Removing excess nitrate (NO3–) from waste streams has become a significant
environmental and health topic. However, realizing highly selective NO3–conversion toward …

Electrochemical reduction of nitrite to ammonia can simultaneously achieve ammonia
synthesis and N-contaminant removal under mild conditions, which has attracted …

Electrochemical nitrite (NO2–) reduction is a promising approach for ambient ammonia
(NH3) synthesis and simultaneous mitigation of NO2–contaminant in wastewater. Herein …

Ammonia production is an energy-intensive process while nitrite ions are a substantial
environmental pollutant, therefore the conversion of nitrite ions (NO 2-) into ammonia (NH 3) …

Abstract Nitrite (NO 2−), as a N-containing pollutant, widely exists in aqueous solution,
causing a series of environmental and health problems. Electrocatalytic NO 2− reduction is a …

Abstract Industrial-scale ammonia (NH3) production mainly relies on the energy-intensive
and environmentally unfriendly Haber-Bosch process. Such issue can be avoided by …

Electrochemical nitrite (NO2−) reduction can yield value-added ammonia (NH3) while
removing NO2− as an environmental pollutant in wastewater; however, it involves a six …