Decolourization of azo Lanasyn Navy M-DNL dye by Trichothecium roseum toward green mycoremediation

Abstract The treatment of azo dye effluent from the dyeing process, as well sustainable development environment, can all be achieved through use green mycoremediation. In this in vitro study, Trichothecium roseum was isolated by sedimentation technique environment an unplasticized polyvinyl chloride pipe manufacturing plant and used to decolourize optimise biosorption percentage Azo Lanasyn Navy M-DNL dye. T. also test decolourization dyes M-DNL, Isolan Black 2S-LDN, Yellow 2S-GLN. outcomes showed that has highest (94%). found adsorbed onto surface using scan electron microscopy Fourier-transform infrared spectroscopy investigations. Under ideal optimisation parameters, beads immobilised cells 96%, 97%, respectively, for number 60, fresh weight 1 g, incubation temperature 25 °C, pH 6, concentrations 10 mg/l, sucrose g/l. Langmuir Freundlich adsorption isotherms show good agreement between isotherm model process. Also, elution cycle effective enough employed five cycles sixty cells. current study suggests is influencer create a successful strategy handling dye-contaminated effluents.