Citas bibligráficas
Garcia, L., Sánchez, W. (2021). Medidas preventivas para evitar afecciones a la salud por exposición al contaminante polvo en una planta chancadora de agregados para la construcción [Universidad Tecnológica del Perú]. https://hdl.handle.net/20.500.12867/4409
Garcia, L., Sánchez, W. Medidas preventivas para evitar afecciones a la salud por exposición al contaminante polvo en una planta chancadora de agregados para la construcción []. PE: Universidad Tecnológica del Perú; 2021. https://hdl.handle.net/20.500.12867/4409
@misc{renati/1702654,
title = "Medidas preventivas para evitar afecciones a la salud por exposición al contaminante polvo en una planta chancadora de agregados para la construcción",
author = "Sánchez Shapiama, Willy Anthony",
publisher = "Universidad Tecnológica del Perú",
year = "2021"
}
The present research aims to propose prevention measures to avoid health problems due to exposure to the dust pollutant in an aggregatescrushing plant for the construction of the Lambayeque region. For this, indicators such as emission sources, quantity of respirable dust particles, number and size of particles, fugitive dust controls, surveillance programs, among others, were evaluated. The proposal will allow the workplace to comply with the current legal regulations on safety and health at work.The methodology used is quantitative, descriptive in design, non-experimental and correlational. In a first phase, it was identified that the stone crushing process and the traffic of vehicles generate excessive dust emissions in the work environment. These emissions were monitored using the Thermo Scientific high volume air sampler, VFC-PM10, where it was observed that the concentration value (659.68 μg / m3) exceeds more than 6 times the ECA environmental standard of air, and more than 12 times the WHO level. In the stratum where the quarry from which the raw material is extracted for the crushing process is located, INGEMMET carried out a geochemical analysis on the composition of the rocks and minerals, finding a SiO2 concentration between 95.67-98.05%. Likewise, through a survey applied to the workers, the personal susceptibility that increases the risk of developing health conditions due to inhalation of dust was evaluated.As a result of what was applied, control measures were proposed to avoid the emission and dispersion of the pollutant dust in the work environment and administrative actions to reduce the rate of occupational diseases. Finally, a subsequent investigation is recommended to measure the impact of the application of the proposed preventive measures.
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