Over half of century, sanitary landfill was and is still the most economical treatment strategy
for solid waste disposal, but the environmental risks associated with the leachate have …

The industrial production of synthetic fertilizers and the wide-scale combustion of fossil fuels
have disrupted the global nitrogen cycle, necessitating a prudent shift towards sustainable …

Landfill leachate, which is a complicated organic sewage water, presents substantial
dangers to human health and the environment if not properly handled. Electrochemical …

Microbial fuel cell (MFC) is an alternative way for household organic waste treatment as it
produces sustainable clean energy. Chemical parameters of the cauliflower leaf waste …

Ammonia removal from wastewater was successfully achieved by simultaneous nitrification
and denitrification (SND) in a double-chamber microbial electrolysis cell (MEC). The MEC …

An innovative combination of computational modelling and laboratory testing was applied to
address the challenge of reducing conductivity and ammoniacal nitrogen in landfill leachate …

Biological process is effective in treating most biodegradable organic matter present in
leachate; however, a significant amount of ammonia, metals and refractory organic …

The oily wastewater represents one of the major threats to the environment nowadays and
requires innovative water treatment technology. This review provides an overview of …

The amount of waste produced each year is at an all-time high owing to high population
expansion and urbanisation. Landfills have been and continue to be the most cost-effective …

3 Abstract Soil Microbial Fuel Cells (Soil MFCs) are a groundbreaking technology that can
revolutionize precision agriculture by harnessing microorganisms in soil to generate energy …