Bibliographic citations
Arevalo, L., Urcuhuaranga, F. (2022). Optimización de la densidad de pulpa de relave mediante la aplicación de la técnica box benhken en la planta de filtrado en una mina en la Libertad [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/667300
Arevalo, L., Urcuhuaranga, F. Optimización de la densidad de pulpa de relave mediante la aplicación de la técnica box benhken en la planta de filtrado en una mina en la Libertad [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2022. http://hdl.handle.net/10757/667300
@misc{renati/404125,
title = "Optimización de la densidad de pulpa de relave mediante la aplicación de la técnica box benhken en la planta de filtrado en una mina en la Libertad",
author = "Urcuhuaranga Morales, Fabio Cesar",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2022"
}
This research seeks to apply a pulp density evaluation technique in order to optimize this variable in the management of flotation tailings filtering operations whose purpose is to maintain the pulp density and moisture percentage in optimal conditions as part of the continuous improvement plan at the flotation tailings filter plant at Consorcio Minero Horizonte in Pataz, La Libertad. The objective of the applied technique is to evaluate the operating density and its coincidence with the flocculant dosage and the pH of the pulp during the filtering process with the purpose of updating the operating standard developed in the filtering process according to the modifications and changes of the Characteristics of the ore processed in recent years by the mine concentrator plant. The technique called Box Benhken allows, through the identification of predominant variables, to optimize the effect of the scarcity of the pulp density in the filtering process, analyzing the characterization of the mineral, calculating the sedimentation rate and developing a database of predominant variables of filtering in order to be able to make a comparison of the significant variables with the standard values of the company. This will achieve the interaction of the variables through graphs and statistical analysis applied by the SPSS software in order to validate the results obtained which allows optimizing the standard operating value of pulp density from 1500 g/L to 1570 g/L, thereby reducing operational drawbacks such as circulating load, filtering capacity, and filtered tailings at an average of 15% moisture that is the standard value of CMH.
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