Biological Removal of Cadmium by Halomonas elongate IBRC-M10433 in Different Conditions: Optimizatio

The biological removal process is both inexpensive and environmentally friendly. Cadmium is hazardous and detrimental to the environment, hence biological removal procedures were created to eliminate this metal from trash. It's critical to find bacteria that are resistant to hazardous metals and utilise them to remove heavy metals from arouses habitats and wastewaters. The potential of the Halomonas elongate IBRC-M10433 bacteria from Urmia Salt Lake to remove Cadmium from wastewaters was investigated in this study. We used Taguchi technique to optimise diverse environmental parameters like as Cadmium, Glucose, and salt for Cadmium removal from H. elongate IBRC-M10433. H. elongate IBRC-M10433 was shown to be resistant to Cadmium metal in this study. The culture with 50 ppm Cadmium, 10 g/L Glucose, and 200 g/L NaCl had the highest Cadmium removal (85 percent).

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