Bibliographic citations
Melendez, J., (2024). El antimonio de los relaves mineros y su influencia en la contaminación ambiental en Sullka Maranganí Canchis Cusco 2020 [Universidad Andina del Cusco]. https://hdl.handle.net/20.500.12557/7205
Melendez, J., El antimonio de los relaves mineros y su influencia en la contaminación ambiental en Sullka Maranganí Canchis Cusco 2020 []. PE: Universidad Andina del Cusco; 2024. https://hdl.handle.net/20.500.12557/7205
@phdthesis{renati/1124821,
title = "El antimonio de los relaves mineros y su influencia en la contaminación ambiental en Sullka Maranganí Canchis Cusco 2020",
author = "Melendez Nina, Juan Francisco",
publisher = "Universidad Andina del Cusco",
year = "2024"
}
Tailings have a complex history full of complicated events in the environmental history of mining worldwide, our country and our region, consisting of a set of waste from mining processes after the concentration of minerals, tailings are made up of a mixture of ground rocks, water, gangue minerals, chemical waste used in concentration, slime and minerals that were not adequately recovered in the mineral concentration process, with these foundations the present research work was carried out in the Maranganí area in the Sullka sector, Canchis province, Cusco. the objective is to determine the influence of antimony from the Sullka mining tailings that causes an impact on environmental contamination of soil and water in the study area, a quantitative approach was proposed, at a correlational level, the thesis design is non-experimental, the population under study consisted of 90 families who live in the vicinity of the Sullka plant and the sample was non-probabilistic of a total nature for the convenience of the author, having taken the same population, which is the 90 families; the results of the research indicate that 84.8% of the families agree that antimony expands and causes environmental impact in the Sullka area, 80.0% of those surveyed fully agreed that if the causes and effects are identified, thus environmental contamination causes water and soil alterations; damages flora, fauna and health; 79.9% of respondents agree that antimony influences and impacts environmental pollution in the area. These results indicate that there is a significant correlation between antimony in mining tailings and the impact on environmental pollution of soil and water (r = 0.288, p < 0.01). This means that as the presence of antimony in mining tailings increases, so does the impact on environmental pollution of soil and water in the study area.
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