Freshwater is a scarce resource that continues to be at high risk of pollution from
anthropogenic activities, requiring remediation in such cases for its continuous use. The …

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

Electrocatalysis is a promising approach to convert waste nitrate to ammonia and help close
the nitrogen cycle. This renewably powered ammonia production process sources hydrogen …

The release of wastewaters containing relatively low levels of nitrate (NO3−) results in
sufficient contamination to induce harmful algal blooms and to elevate drinking water NO3 …

Electrified membranes (EMs) have the potential to address inherent limitations of
conventional membrane technologies. Recent studies have demonstrated that EMs exhibit …

The importance of maintaining a balanced nitrogen cycle and rectifying the accumulation of
nitrate in water streams creates a need for technologies that can convert nitrate species …

In this work, a novel electrospun chitosan (CS)/polyvinylpyrrolidone (PVP)/polyvinyl alcohol
(PVA) nanofibrous membrane was prepared to remove heavy metal ions and organic …

Current methods for electrocatalytic destruction of nitrate in drinking water require metal
catalysts to achieve sufficient nitrate removal. However, metal-based catalysts involve …

Nitrate pollution in surface and ground waters has become a potent threat to ecosystem and
human health. Electrochemical nitrate reduction is a promising strategy to directly convert …

Water matrix composition impacts water treatment performance. However, matrix
composition impacts have rarely been studied for electrochemical water treatment …