Combination of enzymatic degradation by chloroperoxidase with activated sludge treatment to remove sulfamethoxazole: performance, and eco-toxicity assessment

Zhang Xiao Li Xiaohong Jiang Yucheng Hu Mancheng Li Shu'Ni Zhai Quanguo · 2016

阅读量：255

氯过氧化物酶

期刊名称：

Journal of Chemical Technology and Biotechnology 2016 年 91 卷 11 期

发表日期：

2016.11.01

摘要：

BACKGROUND: Sulfamethoxazole is found in surface and ground waters because it is usually not metabolized and simply passes through the human body after ingestion. This drug is difficult to degrade by conventional treatments and may cause environmental concerns. RESULTS: A rapid and efficient enzymatic degradation of sulfamethoxazole by a heme peroxidase, chloroperoxidase (CPO), was investigated in this work. The degradation efficiency of sulfamethoxazole reached 98.64% within 20 min at room temperature, atmospheric pressure and environment-friendly reaction conditions with an enzyme concentration of approximately 10