Modelación hidrodinámica y de calidad del agua en un ecosistema estuarino urbano con incidencia maregráfica y vertimientos de aguas residuales
DOI:
https://doi.org/10.18041/1900-3803/entramado.1.7285Palabras clave:
Eutrofización Estuarina, HEC-RAS, Hidrodinámica Mareal, Áreas EstuarinasResumen
El efecto del régimen de mareas y la descarga directa de aguas residuales en áreas estuarinas pueden incrementar los problemas de contaminación debido a la retención y transporte de cargas contaminantes. El uso de modelos matemáticos se ha convertido en una herramienta esencial para la gestión del recurso hídrico en estos ambientes. En esta investigación se modeló la incidencia del régimen de mareas y los vertimientos de aguas residuales en la calidad de agua en un ambiente estuarino urbano utilizando el modelo HEC-RAS. El modelo fue calibrado/validado utilizando el caudal medio de largo periodo (QMLT) y parámetros de calidad de agua medidos en campo, tales como: DBO, OD, N-O2 y N-O3. Los resultados evidenciaron que los niveles de agua, caudales y parámetros de calidad de agua medidos en campo fueron bien representados por el modelo. Las simulaciones mostraron que la calidad del agua en todos los trechos aguas abajo de la PTAR se encuentran eutrofizados. Adicionalmente, el régimen de marea provoca retención y transporte de contaminantes en áreas de baja pendiente. El abordaje propuesto se constituye en una valiosa herramienta para evaluar la calidad de agua en ambientes estuarinos urbanos y áreas circundantes con incidencia de régimen maregráfico.
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