"Influencia del diámetro del ápex y vórtex del hidrociclón D-26 mediante moly-cop tools en el porcentaje pasante malla Nº200 del overflow”
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Date
2024-10
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Universidad Nacional de Trujillo
Abstract
En esta investigación se llevaron a cabo pruebas experimentales para evaluar la influencia del diámetro del ápex y vórtex del hidrociclón D-26 en la planta concentradora de Compañía Minera Lincuna SAC, las pruebas experimentales se realizaron con diferentes tamaños de ápex y vórtex para realizar los balances de masa del hidrociclón D-26, para poder evaluar en que tamaño de ápex y vórtex obtenemos menor porcentaje pasante malla #200 en el overflow, el estudio se realizó con los siguientes tamaños de ápex, 2.5”, 2.75” y 3.0” y tamaños de vórtex, 4.5”, 5”, y 6”, actualmente el hidrociclón D-26 tiene como diámetro de ápex 2.75” y de vórtex de 5”, para esta evaluación se realizó muestreo de pulpa, alimento, descarga de overflow y descarga de underflow, para los análisis granulométricos y balance respectivamente.
Los resultados nos demuetra que cuando el hidrociclón D-26 opera con un tamaño de ápex de 2.5pulg y vórtex de 6pulg, se obtiene un porcentaje pasante de finos en el overflow de 53.43% malla #200.
Así mismo se concluye que el tamaño de ápex y vórtex influye significativamente en el porcentaje pasante malla #200 del hidrociclón D-26 del overflow, lo cual afirma los datos que se obtuvieron mediante análisis estadístico con un nivel de confianza de 95% demostrando que la presente investigación estudiada es fiable.
In this research, experimental tests were carried out to evaluate the influence of the diameter of the apex and vortex of the D-26 hydrocyclone in the concentrator plant of Compañía Minera Lincuna SAC, the experimental tests were carried out with different sizes of apex and vortex to carry out the balances. . of mass of the D-26 hydrocyclone, in order to evaluate at what size of apex and vortex we obtain the lowest passing percentage of mesh #200 in the overflow, the study was carried out with the following apex sizes, 2.5", 2.75" and 3.0" and vortex sizes, 4.5", 5", and 6", currently the D-26 hydrocyclone has an apex diameter of 2.75" and a vortex diameter of 5", for this evaluation, pulp, feed, overflow discharge and discharge sampling were carried out. of underflow, for the granulometric and balance analyzes respectively. The results show us that when the D-26 hydrocyclone operates with an apex size of 2.5 inches and a vortex of 6 inches, a passing percentage of fines in the overflow of 53.43% #200 mesh is obtained. Likewise, it is concluded that the size of the apex and vortex significantly influences the passing percentage of the #200 mesh of the D-26 hydrocyclone of the overflow, which affirms the data that were obtained through statistical analysis with a confidence level of 95%, demonstrating that The present research studied is reliable.
In this research, experimental tests were carried out to evaluate the influence of the diameter of the apex and vortex of the D-26 hydrocyclone in the concentrator plant of Compañía Minera Lincuna SAC, the experimental tests were carried out with different sizes of apex and vortex to carry out the balances. . of mass of the D-26 hydrocyclone, in order to evaluate at what size of apex and vortex we obtain the lowest passing percentage of mesh #200 in the overflow, the study was carried out with the following apex sizes, 2.5", 2.75" and 3.0" and vortex sizes, 4.5", 5", and 6", currently the D-26 hydrocyclone has an apex diameter of 2.75" and a vortex diameter of 5", for this evaluation, pulp, feed, overflow discharge and discharge sampling were carried out. of underflow, for the granulometric and balance analyzes respectively. The results show us that when the D-26 hydrocyclone operates with an apex size of 2.5 inches and a vortex of 6 inches, a passing percentage of fines in the overflow of 53.43% #200 mesh is obtained. Likewise, it is concluded that the size of the apex and vortex significantly influences the passing percentage of the #200 mesh of the D-26 hydrocyclone of the overflow, which affirms the data that were obtained through statistical analysis with a confidence level of 95%, demonstrating that The present research studied is reliable.
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TECHNOLOGY::Chemical engineering::Metallurgical process and manufacturing engineering::Metallurgical process engineering