The assessment of effluent generated from international textile industry (Nig) Ltd. Odongunyan Industrial Estate Ikorodu Lagos was carried out. The effluent was analyzed for biochemical oxygen demand (BOD), chemical oxygen demand (COD), total solid (TS), suspended solid (SS), dissolved solid (DS), odour and colour intensity prior to biological treatment with mixed culture of Aspergillus niger and Aspergillus wentil. The product of biological treatment was analyzed after 5 days of treatment. The result revealed that the effluent was initially of high BOD, COD, TS, DS, SS and colour intensity. The method used in this work has significantly reduced COD to well below 250 mg/l and BOD < 30 mg/l, TSS < 30 mg/l which are the upper limit for...
The quality of effluent from a wool and synthetic textile manufacturing company in Nigeria was exami...
Abstract Globally, textile industries are one of the major sectors releasing dye pollutants. This is...
ABSTRACT Textile industries consume a considerable amount of water in their manufacturing processes....
Textile industry production of a wide range of polluting dye waste is considered one threatening pol...
Wastewater from industrial plants such as textile, electroplating and petroleum refineries can conta...
This work is concerned with the finding of the optimum conditions for biochemical aqueous wastewater...
Textile is one of the most important sectors generating large volume of liquid pollutants. Hence, on...
The present study aimed to assess and compare the ability to remediate synthetic textile and industr...
Wastewater discharge is a matter of concern as it is the primary source of water pollution. Conseque...
Out of various activities in textile industry, wet processing produces about 70% of the effluents. O...
Abstract: Rapid development of textile industry and direct deposition of the effluents into sewage n...
In the current study three bacterial species (Bacillus sp., Pseudomonas sp., and Alcaligenes sp.) an...
This study examined the potentials of Bacillus cereus N27 to decolourize textile effluents. The dete...
The textile industry is one of the most rapidly developing industries in Turkey. It generates a larg...
Textile waste water is a highly variable mixture of many polluting substance ranging from inorganic ...
The quality of effluent from a wool and synthetic textile manufacturing company in Nigeria was exami...
Abstract Globally, textile industries are one of the major sectors releasing dye pollutants. This is...
ABSTRACT Textile industries consume a considerable amount of water in their manufacturing processes....
Textile industry production of a wide range of polluting dye waste is considered one threatening pol...
Wastewater from industrial plants such as textile, electroplating and petroleum refineries can conta...
This work is concerned with the finding of the optimum conditions for biochemical aqueous wastewater...
Textile is one of the most important sectors generating large volume of liquid pollutants. Hence, on...
The present study aimed to assess and compare the ability to remediate synthetic textile and industr...
Wastewater discharge is a matter of concern as it is the primary source of water pollution. Conseque...
Out of various activities in textile industry, wet processing produces about 70% of the effluents. O...
Abstract: Rapid development of textile industry and direct deposition of the effluents into sewage n...
In the current study three bacterial species (Bacillus sp., Pseudomonas sp., and Alcaligenes sp.) an...
This study examined the potentials of Bacillus cereus N27 to decolourize textile effluents. The dete...
The textile industry is one of the most rapidly developing industries in Turkey. It generates a larg...
Textile waste water is a highly variable mixture of many polluting substance ranging from inorganic ...
The quality of effluent from a wool and synthetic textile manufacturing company in Nigeria was exami...
Abstract Globally, textile industries are one of the major sectors releasing dye pollutants. This is...
ABSTRACT Textile industries consume a considerable amount of water in their manufacturing processes....