Sostenibilidad agroindustrial: Procesos Oxidativos Avanzados (POA) utilizando bioabsorbentes brasileños
DOI:
https://doi.org/10.33448/rsd-v10i5.12830Palabras clave:
Residuos brasileños; Cáscara de plátano; Cáscara de yuca; POAs; Mecanismos de adsorción.Resumen
El objetivo de este trabajo fue evaluar bioabsorbentes de residuos agroindustriales brasileños (cáscara de banano y yuca) para ser utilizados en la eliminación del contaminante modelo azul metileno (MB). En este contexto, se estudió el proceso de adsorción en diversas condiciones experimentales (temperatura de 25 a 50 ° C, masa de los bioadsorbentes de 0,5 a 1,0 g), así como el modelado cinético utilizando tres modelos diferentes: orden intrapartículas y difusión. Posteriormente se estudiaron los Procesos Oxidativos Avanzados (POA) UVc-AC y UV-C / Peel en diferentes condiciones (temperatura de 25 a 50 ° C y potencia de lámpara de 11 a 33 W). Los resultados obtenidos fueron prometedores, donde los mejores resultados en los procesos de adsorción fueron los que utilizaron la cáscara de plátano bioabsorbente, con una masa de 0,5 gy una temperatura de 50 ° C. Para los POA utilizados, la mejor cinética de degradación del MB fue en la condición C4 (55 ° C, 33 W) utilizando el residuo de cáscara de banano, mostrando un residuo agroindustrial satisfactorio y eficiente para ser aplicado en combinación con la UV, contribuyendo a la agroindustria. sostenibilidad industrial y para la mejora de los parámetros de calidad del agua.
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Derechos de autor 2021 Taynara Alvares Martins; Maria Carolina de Almeida; Isabely Crysis Gonçalves Lopes; Isabela Ferreira Moreno; Tatianne Ferreira de Oliveira
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