Treatment of textile effluent using sub surface flow constructed wetlands

Jayabalan, Jaya Bharathi; Amirthalingam, Sundaravalli; Sekar, Swathy; Santhanam, Nikhil Kumar; Manoharan, Sujitha

doi:10.1063/5.0011062

Cited by 5 publications

(2 citation statements)

References 11 publications

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“…Para comenzar la tarea de dimensionar la superficie del humedal en función de la carga contaminante específica del líquido a tratar, recurrimos a valores promedio para efluentes de la industria textil enunciados precedentemente. Los resultados de estudios bibliográficos que analizamos (Bulc & Ojstršek, 2008;Chendanshive et al, 2018;Jayabalan et al, 2020;Mbuligwe, 2005;Noonpui & Thiravetyan, 2011;Saeed & Sun, 2013;Sethulekshmi & Chakraborty, 2021;Shahzadi et al, 2014;Tee et al, 2015) reflejan los siguientes resultados:…”

Section: Los Humedales Artificiales Y Los Efluentes Textilesunclassified

Desarrollo de soluciones para el tratamiento de efluentes en comunidades de artesanos textiles

Franzoni

2023

Cuadernos

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Section: Los Humedales Artificiales Y Los Efluentes Textilesunclassified

Desarrollo de soluciones para el tratamiento de efluentes en comunidades de artesanos textiles

Franzoni

2023

Cuadernos

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“…The results of this study for PS were consistent with these findings, achieving a TSS removal efficiency of 92% and a TN removal efficiency of 26%. On the other hand, Jayabalan et al (2020) reported that AC achieved removal efficiencies greater than 40% for BOD and COD, highlighting its effectiveness in adsorbing and reducing organic matter and pollutants [33]. Meanwhile, BS exhibited 38% to 67% removal of heavy metals from synthetic stormwater [34], whereas AT demonstrated the capability to adsorb organic pollutants due to its hydrophobic characteristics [35].…”

Section: Performance Evaluation Of Filter Mediamentioning

confidence: 99%

Performance Evaluation of Various Filter Media for Multi-Functional Purposes to Urban Constructed Wetlands

Vispo,

Geronimo,

Jeon

et al. 2023

Sustainability

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The escalating demand for innovative solutions is driven by the challenges posed by water quality degradation and the pervasive impacts of climate change. As such, this study evaluated the performance of filter media to mitigate these challenges through multi-functional applications in urban constructed wetlands (UCWs). Column testing of organic filter media, including biochar (BC), woodchip (WC), anthracite (AT), and activated carbon (AC), as well as inorganic filter media, such as ceramic balls (CB), basalt (BS), and porous sand (PS), with synthetic stormwater runoff influent was conducted to assess their performance through water quality parameters and Scanning Electron Microscopy with Energy Dispersive X-ray (SEM-EDX) analysis for carbon storage potential. Among the media tested, AC exhibited high pollutant removal efficiencies amounting to 84%, 54%, 56%, and 44% for total suspended solids (TSS), chemical oxygen demand (COD), total nitrogen (TN), and total phosphorus (TP), respectively. For inorganic media, PS had the highest TSS and TN removal, whereas BS exhibited the highest COD and TP removal. Overall performance rating revealed that AC and BS, despite their efficient pollutant removal, are associated with higher costs, resulting in a lower ranking compared to AT and PS. SEM-EDX analysis identified PS and AC as standout media for potential carbon storage, attributed to their extensive surface areas and pore structures providing abundant adsorption sites. The results from this study highlighted the potential applications of various filter media in UCW designs with the aim of achieving carbon neutrality and sustainable urban development.

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Constructed Wetlands as an Effective Tool for Textile Effluent Treatment

Sarkar

Ghosh

2023

Recent Trends in Constructed Wetlands for Industrial Wastewater Treatment

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Treatment of textile effluent using sub surface flow constructed wetlands

Cited by 5 publications

References 11 publications

Desarrollo de soluciones para el tratamiento de efluentes en comunidades de artesanos textiles

Desarrollo de soluciones para el tratamiento de efluentes en comunidades de artesanos textiles

Performance Evaluation of Various Filter Media for Multi-Functional Purposes to Urban Constructed Wetlands

Constructed Wetlands as an Effective Tool for Textile Effluent Treatment

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