Textile industry is the major source of water consumption and wastewater pollution. There are various treatment techniques to remove textile wastewater pollution. Coagulation-flocculation is a widely used process to remove pollution due to suspended particles. In this research, different coagulants like Alum, Lime, FeCl3, FeSO4 and MgCl2 were applied to select the suitable ones with optimum removal efficiency. Settling characteristics of flocs formed in the coagulation process were studied in a laboratory scale settling column unit. Parameters such as color, COD, TSS, turbidity and settled sludge volume have been evaluated. The optimum coagulant dose and pH value were determined by comparing the effectiveness of these coagulants. Results sh...
Introduction: Since some dyes and their metabolites have toxicity and carcinogenicity potential, and...
PubMedID: 11999996Water treatment works using coagulation/flocculation in the process stream will ge...
Coagulation-flocculation processes using different types of conventional coagulants, namely, ferric ...
Textile industry is the major source of water consumption and wastewater pollution. There are variou...
A physicochemical treatment was applied to study on removal of commercially used reactive dye and i...
It is difficult to treat textile wastewater to a satisfactory degree because of high chemical oxy...
The waste water from the textile dyeing industry produces large amount of coloured water and this ne...
The textile dyeing industry consumes large amount of water for dyeing & finishing process and pr...
Dye Industrial developments have been increasing over the years and have created various environment...
Effluents of large variety of industries usually contain important quantities of dyes. The discharge...
The presence of latex wastewater in the environment gave negatives impact on the water quality by ca...
Copyright © 2014 ISSR Journals. This is an open access article distributed under the Creative Common...
This study examined the optimization of paint industry wastewater pre-treatment by means of coagulat...
The interference of synthetic dye in the water bodies and environment poses a risk to both human and...
The study was conducted to examine the effectiveness of aluminum-based coagulant on textile wastewat...
Introduction: Since some dyes and their metabolites have toxicity and carcinogenicity potential, and...
PubMedID: 11999996Water treatment works using coagulation/flocculation in the process stream will ge...
Coagulation-flocculation processes using different types of conventional coagulants, namely, ferric ...
Textile industry is the major source of water consumption and wastewater pollution. There are variou...
A physicochemical treatment was applied to study on removal of commercially used reactive dye and i...
It is difficult to treat textile wastewater to a satisfactory degree because of high chemical oxy...
The waste water from the textile dyeing industry produces large amount of coloured water and this ne...
The textile dyeing industry consumes large amount of water for dyeing & finishing process and pr...
Dye Industrial developments have been increasing over the years and have created various environment...
Effluents of large variety of industries usually contain important quantities of dyes. The discharge...
The presence of latex wastewater in the environment gave negatives impact on the water quality by ca...
Copyright © 2014 ISSR Journals. This is an open access article distributed under the Creative Common...
This study examined the optimization of paint industry wastewater pre-treatment by means of coagulat...
The interference of synthetic dye in the water bodies and environment poses a risk to both human and...
The study was conducted to examine the effectiveness of aluminum-based coagulant on textile wastewat...
Introduction: Since some dyes and their metabolites have toxicity and carcinogenicity potential, and...
PubMedID: 11999996Water treatment works using coagulation/flocculation in the process stream will ge...
Coagulation-flocculation processes using different types of conventional coagulants, namely, ferric ...
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