Özet:

Selestine cider (SrSO4) does not specifically show any acid in its resolution. Therefore, it is difficult to solve the concentrations of selestitis in a single step using the acidic environment. However, with the addition of BaCl2 to the liqueous environment, the liqueous process can be carried out based on the essence of SrSO4 dissolving and BaSO4 dissolving in the soluble environment. This study has studied the lithium characteristics of the local selestine cabbage in the HCl-NaCl-BaCl2 environment. During the process, the duration, the fixed/fluid ratio, the temperature, the impact of HCl and NaCl concentrations on the production of the lique has been studied. Experiments have shown that each parameter has a significant impact on the process. However, the solid/fluid ratio and one size appear to us as the most important factors affecting the lique mechanism. The highest efficiency in the lithium process; the 1/300-fold/fluid ratio is achieved at 65°C for the solution containing 0.5M HCl and 1M NaCl, calculated at 91.2%. The solution obtained after the completion of the solution process has been treated with the Na2CO3 solution at different temperatures and the SrCO3 collapse processes have been studied.

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