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Optimization of bioleaching of fluoride-bearing uranium ores by response surface methodology

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The effect of four significant variables, namely, pH value, solid–liquid ratio, initial Fe2+, and inoculation percent, on uranium bioleaching was studied using a Box–Behnken design. The results showed that pH… Click to show full abstract

The effect of four significant variables, namely, pH value, solid–liquid ratio, initial Fe2+, and inoculation percent, on uranium bioleaching was studied using a Box–Behnken design. The results showed that pH was the most effective parameter, followed by the solid–liquid ratio and the inoculation percent, whereas the effect of initial Fe2+ was minimal. The optimum variables for the maximum uranium bioleaching recovery (90.20% ± 0.70%) were as follows: pH, 1.80; solid–liquid ratio, 0.11 (w/v); inoculation percent, 19.20% (v/v); and initial Fe2+, 4.60 g/L. The maximum uranium recovery from the predicted models was 91.40%, which was reliable with the experimental value.

Keywords: methodology; liquid ratio; initial fe2; optimization bioleaching; solid liquid; inoculation percent

Journal Title: Journal of Radioanalytical and Nuclear Chemistry
Year Published: 2019

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