流出物
废水
纺织工业
化学需氧量
氯
工业废水处理
污水处理
废物管理
环境科学
化学
织物
制浆造纸工业
水处理
高级氧化法
化学工业
工艺工程
膜技术
活性染料
活性炭
硫酸盐
饮用水净化
污染
水污染
环境工程
作者
Carleni Sarai Castellanos‐Henriquez,Diego Rosso,Ma. del Carmen Chávez‐Parga,José Apolinar Cortés
摘要
) radicals. In synthetic effluents, AOPs achieve over 90% removal of color, chemical oxygen demand (COD), and total organic carbon (TOC), whereas real effluent performance decreases because of matrix complexity; combined systems often exceed 80% efficiency. Stepwise evaluation from model solutions to actual wastewater aids in understanding reaction mechanisms and optimizing conditions. With appropriate optimization and integration into conventional treatments, AOPs show strong potential as industrially viable technologies for advanced textile wastewater remediation.
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