Chemolithotrophic denitrification is an inexpensive and advantageous process for nitrate
removal and represents a promising alternative to classical denitrification with organics …

Biological removal of carbon, nitrogen and sulfur is drawing increasing research interest in
search for an efficient and cost-effective wastewater treatment. While extensive work on …

Removal of nitrogen from wastewater with low carbon/nitrogen ratio was treated by using a
denitrification packed bed reactor. Composite fillers with both autotrophic and heterotrophic …

Sulfur-based autotrophic denitrification and denitritation were investigated using an oil
reservoir culture. In batch system nitrate up to 20mM was reduced with concomitant sulfate …

A dicyclic-type electrode based biofilm electrode reactor (BER) was developed for advanced
nitrate removal from saline municipal wastewater. The denitrification efficiency was …

There has been increased salinization of fresh water over decades due to the use of road
salt deicers, wastewater discharges, saltwater intrusion, human-accelerated weathering …

In order to solve the problem of insufficient carbon source for denitrification in sewage
treatment plants (STPs), iron-dependent autotrophic denitrification was investigated …

Wastewaters generated in regions with water scarcity usually have high alkalinity, hardness,
and elevated osmotic pressure (OP). Those characteristics should be considered when …

In the present study, to minimize water consumption and reduce wastewater production in
an oil refinery, a technique called water pinch analysis (WPA) was used with two single and …

It is a known fact that access to drinking water is becoming more difficult all over the world.
Excessive consumption of water causes increased salinity in existing resources. Therefore, it …