Abstract
Water is useful for everything but a lot of water is being consumed and also getting polluted especially due to the modernization of the world. The main contributors to this situation are textile industries where the usage of azo dyes is high. Hence it is needed to treat the azo dye contaminated effluent of these industries. The biodegradation of Tertracid Red E in shaking conical flasks was investigated using Thalassospira frigidphilosprofundus (NCIM number 5438) and Erwinia Chrysanthemi Burkholder (NCIM no 5213). pH (4–12), temperature (15OC-40OC), agitation (0 rpm-80 rpm), and dye concentration (30 mgl−1 to 200 mgl−1) were all examined as environmental factors that affect the biodegradation of the dye. For the ANOVA study, the biodegradation was calculated statistically using MINITAB 14 software. Individual residual plots as well as scatter plots of the decolorization of the azodye contaminated wastewater were also talked about in this work.
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