Removal of textile dye Novacron Yellow using the fungal biomass based on Cladosporium sp. genus

Removal of textile dye Novacron Yellow using the fungal biomass based on Cladosporium sp. genus

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In this study we present an economically viable adsorbent material based on fungal biomass of genus Cladosporium sp. The molecule used as adsorbate was the commercial dye Novacron Yellow (NY).  The water sample used in the fungal isolation was collected in the effluent from a textile factory.  The I...

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Main Authors: G. Diniz, E. Garcia, J. Cury
Format: Article
Language:English
Published: Universidade Federal de Rondonópolis 2016-09-01
Series:Scientific Electronic Archives
Online Access:https://sea.ufr.edu.br/index.php?journal=SEA&page=article&op=view&path=335
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spelling doaj-8c83287fb1a64ca1bd144eb059afeb482020-11-25T02:41:33ZengUniversidade Federal de RondonópolisScientific Electronic Archives2316-92812316-92812016-09-019411812510.36560/942016335258Removal of textile dye Novacron Yellow using the fungal biomass based on Cladosporium sp. genusG. Diniz0E. Garcia1J. Cury2UFSJufsjufsjIn this study we present an economically viable adsorbent material based on fungal biomass of genus Cladosporium sp. The molecule used as adsorbate was the commercial dye Novacron Yellow (NY).  The water sample used in the fungal isolation was collected in the effluent from a textile factory.  The ITS-rRNA sequence of fungal biomass used in this study match with Cladosporium sp genus. The FTIR spectrums of fungal biomass are compatibles with chitin structure. The maximum adsorption capacity exhibited by fungal biomass is 56mg.g-1. These results can inserts the biomass based on Cladosporium sp as a good alternative to adsorption of organic dyes with high molecular weight such as Novacron Yellow.https://sea.ufr.edu.br/index.php?journal=SEA&page=article&op=view&path=335
collection DOAJ
language English
format Article
sources DOAJ
author G. Diniz
E. Garcia
J. Cury
spellingShingle G. Diniz
E. Garcia
J. Cury
Removal of textile dye Novacron Yellow using the fungal biomass based on Cladosporium sp. genus
Scientific Electronic Archives
author_facet G. Diniz
E. Garcia
J. Cury
author_sort G. Diniz
title Removal of textile dye Novacron Yellow using the fungal biomass based on Cladosporium sp. genus
title_short Removal of textile dye Novacron Yellow using the fungal biomass based on Cladosporium sp. genus
title_full Removal of textile dye Novacron Yellow using the fungal biomass based on Cladosporium sp. genus
title_fullStr Removal of textile dye Novacron Yellow using the fungal biomass based on Cladosporium sp. genus
title_full_unstemmed Removal of textile dye Novacron Yellow using the fungal biomass based on Cladosporium sp. genus
title_sort removal of textile dye novacron yellow using the fungal biomass based on cladosporium sp. genus
publisher Universidade Federal de Rondonópolis
series Scientific Electronic Archives
issn 2316-9281
2316-9281
publishDate 2016-09-01
description In this study we present an economically viable adsorbent material based on fungal biomass of genus Cladosporium sp. The molecule used as adsorbate was the commercial dye Novacron Yellow (NY).  The water sample used in the fungal isolation was collected in the effluent from a textile factory.  The ITS-rRNA sequence of fungal biomass used in this study match with Cladosporium sp genus. The FTIR spectrums of fungal biomass are compatibles with chitin structure. The maximum adsorption capacity exhibited by fungal biomass is 56mg.g-1. These results can inserts the biomass based on Cladosporium sp as a good alternative to adsorption of organic dyes with high molecular weight such as Novacron Yellow.
url https://sea.ufr.edu.br/index.php?journal=SEA&page=article&op=view&path=335
work_keys_str_mv AT gdiniz removaloftextiledyenovacronyellowusingthefungalbiomassbasedoncladosporiumspgenus
AT egarcia removaloftextiledyenovacronyellowusingthefungalbiomassbasedoncladosporiumspgenus
AT jcury removaloftextiledyenovacronyellowusingthefungalbiomassbasedoncladosporiumspgenus
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