Dyes used in various industries are discharged into the environment and pose major
environmental concern. In the present study, fungal isolate Aspergillus lentulus was utilized …

A biological method was adopted to decolourize textile dyes, which is an economic and eco-
friendly technology for textile wastewater remediation. Two fungal strains, ie Aspergillus …

Response surface methodology involving three variables with five level second order central
composite experimental design was employed to optimize conditions for maximum dye …

The present study was conducted to maximize the biosorption of dye by utilizing the native
(untreated) pellets of Aspergillus lentulus. The native (55.0 mg/g) and heat-treated (56.7 …

The nutritional conditions supporting growth and maximum dye removal by Aspergillus
lentulus have been investigated. Initially a composite media containing yeast extract …

Biosorption is an eco-friendly and cost-effective method for treating the dye house effluents.
Aspergillus niger and Trichoderma sp. were cultivated in bulk and biomasses used as …

Biosorption is becoming a promising alternative to replace or supplement the present dye
removal processes from dye wastewater. In this study, removal of a dye, Basic Blue 9, from …

The biosorption of five anionic dyes, namely, Brilliant Blue R, Remazol Brilliant Blue R,
Reactive Orange 14, Reactive Red 120, and Reactive Black 5 onto dried Aspergillus …

An isolated fungus, Aspergillus foetidus, was found to uptake azo reactive dye (s) such as
drimarene red under active growth and growth unsupportive conditions. Microscopy …

Industrial microbial waste (IMW) from amylase production using Aspergillus niger was
characterized and utilized as novel adsorbent to remove two model cationic dyes (crystal …