Bibliographic citations
Simon, C., Cordova, F. (2024). Influencia del aeropromotor (AZ-4) y granulometría del mineral en la recuperación de óxido de plomo de un mineral mixto mediante flotación selectiva [Universidad Nacional de Trujillo]. https://hdl.handle.net/20.500.14414/21095
Simon, C., Cordova, F. Influencia del aeropromotor (AZ-4) y granulometría del mineral en la recuperación de óxido de plomo de un mineral mixto mediante flotación selectiva []. PE: Universidad Nacional de Trujillo; 2024. https://hdl.handle.net/20.500.14414/21095
@misc{renati/1046539,
title = "Influencia del aeropromotor (AZ-4) y granulometría del mineral en la recuperación de óxido de plomo de un mineral mixto mediante flotación selectiva",
author = "Cordova Frias, Falconeli",
publisher = "Universidad Nacional de Trujillo",
year = "2024"
}
The influence of the dose of the AZ-4 aeropromoter and the percentage of granulometry on the recovery of lead oxides (cerussite and anglesite) was investigated, through selective flotation of a mixed mineral with sulfides and lead oxides, ray diffraction analysis. X, show the chemical compositions of the different elements such as Cerussite 2%, anglesite 4%, galena 5%. For the flotation of lead oxides, a two-factor design with three levels was used, the first dose factor of the AZ-4 aeropromoter with its respective levels of 345 g/t, 690 g/t, 1150g/t, the second factor percentage of granulometry with their respective levels 50%,55%,60%, the dependent variable being the recovery of lead oxide. The results show that the maximum recovery of lead oxide is 55% and is obtained with a dose of the AZ-4 aeropromoter of 1150 (g/t) and a granulometry percentage of 60%. The AZ-4 and granulometry aircromotor variables (%- #200), according to the results of the variance analysis, with a 95% level of significance, indicate that the AZ-4 dose (P value = 0.342) as well as the percentage of granulometry (p value = 0.876) and the interaction of both variables (p value = 1) do not have a significant influence on the recovery of lead oxide.
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