Abstract:

Given the surface characteristics of the covers, it is known that the water used in the purification process has a great impact on galvanic interaction. Therefore, the boiling environment and boiling devices play an important role in the floating efficiency and selectivity of sulfuric minerals. In this context, a limited number of research in the scientific summer has shown that pre-flotation dry wheat may have advantages compared to age wheat depending on the type of wheat and its mineral structure. In this study, a complex sulfuric bulk-zinc cider was used. In the facility, the floating performance of the plant samples with the use of straight melting and prepared dry melting samples and the plant samples with the use of strip melting samples in the laboratory has been compared and evaluated. The floating trials with dry and age-related samples have found that dry and age-related samples have a positive impact on the performance of the galenite floating in terms of the depression of pyrithin. Considering that this difference between the dry and the age is caused by the difference in pipe chemistry, it is based on the causes, floating performance and the parameters of the pipe potential. The SEM (Scanning Electron Microscope) visualization analysis has not observed any difference as a result of the comparison of the single morphologies of samples obtained in different scanning conditions (dry/age). In light of the electrochemical measurements of the pulp, it has been determined that the decrease environment formed during the ageing process in the striped mining decreases the floating performance. The elevation environment formed during dry moisture in the straight moisture is determined that the moisture increases the floating performance but decreases the selectivity by accelerating the unwanted resuscitation of sfaleritis. The reactors used in the study were not sufficient to suppress sfaleritis. The findings show that as a result of the incineration of the same cave in different conditions, the system has a significant impact on the floating performance due to the change in pipe chemistry.

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