Under the Industrial Emissions Directive (IED), coke production wastewater must be treated to produce an effluent characterised by a total nitrogen (TN) 5.7 to produce an effluent TN 5.7 or, alternately, the addition of an external carbon source should be considered
A non-nitrifying, denitrifying activated sludge system has been demonstrated to give high denitrific...
Abstract—Biological nitrogen removal in activated sludge processes is conventionally obtained by a s...
Wastewaters discharged by several industrial activities, such as synthetic fibers, mineral processin...
Production of coke for steel manufacturing produces a wastewater containing total nitrogen (TN) (up ...
DoctorThe steel industries generate large amount of wastewater during the manufacture and processing...
A laboratory-scale biological plant composed of two aerobic reactors operating at 35 ◦C was used to ...
Coke plant wastewater containing high concentrations of ammonia and toxic compounds such as phenol a...
Nutrient is essential for plant growth. However, presence of excessive nutrient will result in eutro...
In this work was used activated sludge from the WWTP (wastewater treatment plant), in which with te...
The temperature effect on denitrification rate of a two-sludge system has been studied. An industria...
Sludge liquor from an anaerobic sludge digester with an average N–NH4 concentration of γ = 1185 mg L...
Enhanced biological nitrogen removal at municipal wastewater treatment plants is a common procedure ...
A lab-scale serial anoxic-aerobic reactor for the pre-denitrification process was continuously opera...
Addition of external organic carbon source for denitrification is generally used in wastewater treat...
During coke production, large volume of effluent is generated, which has a very complex chemical com...
A non-nitrifying, denitrifying activated sludge system has been demonstrated to give high denitrific...
Abstract—Biological nitrogen removal in activated sludge processes is conventionally obtained by a s...
Wastewaters discharged by several industrial activities, such as synthetic fibers, mineral processin...
Production of coke for steel manufacturing produces a wastewater containing total nitrogen (TN) (up ...
DoctorThe steel industries generate large amount of wastewater during the manufacture and processing...
A laboratory-scale biological plant composed of two aerobic reactors operating at 35 ◦C was used to ...
Coke plant wastewater containing high concentrations of ammonia and toxic compounds such as phenol a...
Nutrient is essential for plant growth. However, presence of excessive nutrient will result in eutro...
In this work was used activated sludge from the WWTP (wastewater treatment plant), in which with te...
The temperature effect on denitrification rate of a two-sludge system has been studied. An industria...
Sludge liquor from an anaerobic sludge digester with an average N–NH4 concentration of γ = 1185 mg L...
Enhanced biological nitrogen removal at municipal wastewater treatment plants is a common procedure ...
A lab-scale serial anoxic-aerobic reactor for the pre-denitrification process was continuously opera...
Addition of external organic carbon source for denitrification is generally used in wastewater treat...
During coke production, large volume of effluent is generated, which has a very complex chemical com...
A non-nitrifying, denitrifying activated sludge system has been demonstrated to give high denitrific...
Abstract—Biological nitrogen removal in activated sludge processes is conventionally obtained by a s...
Wastewaters discharged by several industrial activities, such as synthetic fibers, mineral processin...