In recent decades, the textile industry has produced large
quantities of highly coloured effluents, which are generally toxic
and severely damage many forms of life. They are also a source of
visual pollution once released into the environment [1]. Therefore,
it is necessary to
find an effective method to remove coloured and
toxic organic compounds from textile effluents. Many treatment
techniques have been used to eradicate dyes from wastewater,
such as physical, chemical, and biological processes [1]. These
methods have been proved successfully in the removal of dyes
from wastewater. However, new techniques are needed to improve
the removal rate and efficiency of dyes.
In recent decades, the textile industry has produced largequantities of highly coloured effluents, which are generally toxicand severely damage many forms of life. They are also a source ofvisual pollution once released into the environment [1]. Therefore,it is necessary tofind an effective method to remove coloured andtoxic organic compounds from textile effluents. Many treatmenttechniques have been used to eradicate dyes from wastewater,such as physical, chemical, and biological processes [1]. Thesemethods have been proved successfully in the removal of dyesfrom wastewater. However, new techniques are needed to improvethe removal rate and efficiency of dyes.
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