Industrial development has led to generation of large volumes of wastewater containing
heavy metals, which need to be removed before the wastewater is released into the …

Globally, 3 Gt of bauxite residue is currently in storage, with an additional 120 Mt generated
every year. Bauxite residue is an alkaline, saline, sodic, massive, and fine grained material …

Bioreactors are one possible best sustainable technology to address the mine-impacted
water problems. Several prospective substrates (mushroom compost, cow manure, sawdust …

Laboratory wastewater is categorized as hazardous waste that should not be released into
the environment since it poses a serious threat to environmental safety. In the present study …

Heavy metals in wastewater come from processes related to heavy metals as raw materials
and contaminants. Heavy metals pose a significant threat. Bioaugmentation technique that …

Ammonia nitrogen removal with the aid of sulfate in sewage itself under anaerobic condition
is thought to bring a great advantage for domestic wastewater treatment. But how to achieve …

Extremely acidic and saline groundwater occurs naturally in south-western Australia.
Discharge of this water to surface waters has increased following extensive clearing of …

Bauxite residue ('red mud') storage areas discharge alkaline, saline leachate which is
collected and presents a challenge for management well after closure of residue deposit …

Groundwater drains used to manage saline watertables in the semi-arid zone of south-
western Australia can discharge acidic saline water with high concentrations of metals to …

A modified cellulase enzyme assay was developed to monitor organic matter degradation in
passive treatment systems for mine drainage. This fluorogenic substrate method facilitates …