2004•Journal of Scientific & Industrial ResearchOpen access

Electrochemical treatment of effluents from textile and dyeing industries

Rajeev Jain, Nidhi Sharma, Meenakshi Bhargava

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Abstract

The textile and dyeing industry are responsible for releasing highly contaminated coloured effluent leading to intense water pollution. This paper reports the results of an efficient electrochemical removal of colour and reduction in toxicity of textile industry effluents. The electrochemical behaviour is analyzed and assessed in terms of removal of colour, decrease in absorbance, time taken to completely remove colour from the dye solution, decrease in chemical oxidation demand, total dissolved solids and disappearance of any reduction peak in colourless solution, thereby indicating the absence of electrochemically active break down product.

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What this paper is about

The textile and dyeing industry are responsible for releasing highly contaminated coloured effluent leading to intense water pollution. This paper reports the results of an efficient electrochemical removal of colour and reduction in toxicity of textile industry effluents. The electrochemical behaviour is analyzed and assessed in terms of removal of colour, decrease in absorbance, time taken to completely remove colour from the dye solution, decrease in chemical oxidation demand, total dissolved solids and disappearance of any reduction peak in colourless solution, thereby indicating the absence of electrochemically active break down product.

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Available abstract

The textile and dyeing industry are responsible for releasing highly contaminated coloured effluent leading to intense water pollution. This paper reports the results of an efficient electrochemical removal of colour and reduction in toxicity of textile industry effluents. The electrochemical behaviour is analyzed and assessed in terms of removal of colour, decrease in absorbance, time taken to completely remove colour from the dye solution, decrease in chemical oxidation demand, total dissolved solids and disappearance of any reduction peak in colourless solution, thereby indicating the absence of electrochemically active break down product.

Key concepts: Dyeing, Effluent, Textile industry, Electrochemistry, Pulp and paper industry, Textile, Absorbance, Chemistry

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