Ammonia is essential for human activities because approximately 50% of global food
production relies on ammonia-derived fertilizers. Great efforts have been devoted to develop …

Nitrate with its high stability and persistence in water can pose a serious threat to both
human health and aquatic ecosystems. To tackle this issue, the electrochemical nitrate …

Coelectrolysis of CO2 with simple nitrogen compounds can generate molecules containing
C–N bonds, which makes it an appealing method for increasing the value and scope of …

The removal of nitric oxide is an important environmental issue, as well as a necessary
prerequisite for achieving high efficiency of CO2 electroreduction. To this end, the …

Electrocatalytic conversion of waste nitric oxide into ammonia is a promising approach to
achieve sustainable nitrogen fixation. Herein, a CoNi co‐oxides catalyst is designed for NH3 …

Electrocatalytic conversion of nitrate in waste can enable efficient waste remediation (NO3–
to N2) or waste valorization (NO3–to NH4+) depending on the selectivity of the catalyst …

Anthropogenic activities have disrupted the natural nitrogen cycle, increasing the level of
nitrogen contaminants in water. Nitrogen contaminants are harmful to humans and the …

The interest in electrochemical processes to produce ammonia has increased in recent
years. The motivation for this increase is the attempt to reduce the carbon emissions …

Direct electrochemical ammonia synthesis from nitric oxide is regarded as an attractive
strategy to degrade NO contaminants into valuable NH3, but the scarcity of high-efficiency …

Ammonia (NH3) is a crucial chemical commodity used extensively in fertilizer production
and as a renewable potential energy carrier. Conventionally, NH3 synthesis relies on the …