The use of seawater and production of some chemicals produce a lot of saline wastewater.
There are many treatment technologies for treating saline wastewater, such as physical …

Many industrial sectors are likely to generate highly saline wastewater: these include the
agro-food, petroleum and leather industries. The discharge of such wastewater containing at …

A simultaneous nitrification, denitrification and organic matter removal (SNDOR) process in
sequencing batch biofilm reactor (SBBR) was established to treat saline mustard tuber …

High salinity effluents represent an estimated 5% of the wastewater generated worldwide. In
microbial fuel cells, high salinity is usually considered beneficial to power production …

Biological nitrification/denitrification is frequently used to remove nitrogen from tannery
wastewater containing high concentrations of ammonia. However, information is limited …

Biological treatment of saline wastewater is considered unfavorable due to salinity inhibition
on microbial activity. In this study, intertidal wetland sediment (IWS) collected from a high …

Antibiotics are often used to prevent sickness and improve production in animal agriculture,
and the residues in animal bodies may enter tannery wastewater during leather production …

The effect of salinity over granular biomass treating a mixture of aromatic compounds
(phenol, o-cresol and p-nitrophenol) was evaluated in a continuous airlift reactor. To mimic …

The “Synergistes” group of organisms are a phylogenetic cluster of Gram-negative
anaerobes related to Synergistes jonesii, sufficiently distinct from all other phyla to be …

The salt-tolerance aerobic granular sludge (SAGS) dominated by moderately halophilic
bacteria was successfully cultured in a 9%(w/v) salty, lab-scale sequence batch reactor …