SELECTION OF A SUBSTRATUM FOR COMPOSING BIOFILM SYSTEM OF A TEXTILE-EFFLUENT DECOLORIZING BACTERIA

Poonam Singh - Nee Nigam; R Marchant

SELECTION OF A SUBSTRATUM FOR COMPOSING BIOFILM SYSTEM OF A TEXTILE-EFFLUENT DECOLORIZING BACTERIA

Research output: Contribution to journal › Article

Abstract

Some abundantly and cheaply available substrates were used to develop biofilms of textile-effluent decolourizing bacteria. These biofilm systems were compared for their decolourization efficiency in packed bed system. Biofilm systems using mineral material, sea-shells or nylon web as substratum decolourized effluent (100%) in 9-12 h without major release of free cells into the medium.

Original language	English
Pages (from-to)	993-996
Journal	Biotechnology Letters
Volume	17
Issue number	9
Publication status	Published - Sep 1995

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Singh - Nee Nigam, P., & Marchant, R. (1995). SELECTION OF A SUBSTRATUM FOR COMPOSING BIOFILM SYSTEM OF A TEXTILE-EFFLUENT DECOLORIZING BACTERIA. Biotechnology Letters, 17(9), 993-996.

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title = "SELECTION OF A SUBSTRATUM FOR COMPOSING BIOFILM SYSTEM OF A TEXTILE-EFFLUENT DECOLORIZING BACTERIA",

abstract = "Some abundantly and cheaply available substrates were used to develop biofilms of textile-effluent decolourizing bacteria. These biofilm systems were compared for their decolourization efficiency in packed bed system. Biofilm systems using mineral material, sea-shells or nylon web as substratum decolourized effluent (100{\%}) in 9-12 h without major release of free cells into the medium.",

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AU - Marchant, R

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N2 - Some abundantly and cheaply available substrates were used to develop biofilms of textile-effluent decolourizing bacteria. These biofilm systems were compared for their decolourization efficiency in packed bed system. Biofilm systems using mineral material, sea-shells or nylon web as substratum decolourized effluent (100%) in 9-12 h without major release of free cells into the medium.

AB - Some abundantly and cheaply available substrates were used to develop biofilms of textile-effluent decolourizing bacteria. These biofilm systems were compared for their decolourization efficiency in packed bed system. Biofilm systems using mineral material, sea-shells or nylon web as substratum decolourized effluent (100%) in 9-12 h without major release of free cells into the medium.

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JO - Biotechnology Letters

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SN - 0141-5492

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