Especialización en Gestión Ambiental para el Desarrollo Sostenible

Permanent URI for this collectionhttps://repositorio.uniagustiniana.edu.co/handle/123456789/3038

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Browsing Especialización en Gestión Ambiental para el Desarrollo Sostenible by Author "Diaz Ospina Laura Carolina"

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    Análisis de normativas en el manejo de residuos de envases y embalajes de agroquímicos en Antioquia en el periodo 2020-2024
    Acosta Diaz Rafael Antonio; Higuera Calderon Mireya Maricsa; Diaz Ospina Laura Carolina
    This research analyzes the regulatory framework governing the management of agrochemical packaging waste in Antioquia during the 2020–2024 period, aiming to identify implementation gaps and propose improvement strategies. Using a qualitative and descriptive-analytical approach, the study concludes that, although Colombia has a solid environmental regulatory framework for hazardous waste management, significant challenges remain in its effective implementation, particularly in rural areas of the department. The findings reveal limitations in post-consumer collection system coverage, insufficient farmer training, weak institutional coordination, and deficiencies in monitoring and enforcement processes. In response, the study proposes strategic guidelines focused on strengthening collection infrastructure, environmental education, information systems, and environmental oversight in order to improve integrated agrochemical waste management and reduce environmental and public health impacts.
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    Descarbonización del Proceso de Calidad del Aire en Inmisión Mediante Cálculo y Gestión de la Huella de Carbono en el “Laboratorio Soluciones en Ingeniería Ambiental de Colombia SAS”
    Ramirez Gonzalez Jherson David; Vargas Forero Lizbeth; Barragán Callejas Meyvi Angélica; Diaz Ospina Laura Carolina
    Within the framework of the air quality monitoring process conducted by Soluciones en Ingeniería Ambiental de Colombia SAS, and with the objective of advancing towers enviromental sustainability, the following Project proposes the implementation of solar panels to replace the use of the conventional energy sources that rely on fossil fuels. Currently, monitoring is carried out using generators that consume approximately two (2) gallons of Diesel per 24 hours, wich contributes to the generation of greenhouse gases. To reduce this impact and crbon foodprint a piloto f Project is proposed base on the installation of twelve solar panels and five lithium batteries with inverters and regulators toensure the continuous operation of the equipment.