Palo Patricia, Domínguez Joaquín R, González Teresa, Sánchez-Martin Jesús, Cuerda-Correa Eduardo M
a Department of Chemical Engineering and Physical Chemistry , University of Extremadura , Badajoz , Spain.
J Environ Sci Health A Tox Hazard Subst Environ Eng. 2014;49(7):843-50. doi: 10.1080/10934529.2014.882652.
Electrochemical degradation of different effluents polluted with carbamazepine, a well-known refractory pharmaceutical contaminant, was addressed in this article. Ultrapure water (Milli-Q(TM) technology), surface water from a lake and urban wastewater were the matrices used to evaluate the feasibility of performing the electro-oxidation of carbamazepine. Specific designs of experiments were planned for each of the aqueous media. The initial carbamazepine concentration and the electric current density were considered as the operational variables. Although the optimal values of both variables follow the same trend in the three cases, significant differences are observed regarding the comparative influence of each variable on the degradation of carbamazepine.
本文探讨了电化学降解受卡马西平污染的不同废水，卡马西平是一种著名的难降解药物污染物。超纯水（密理博（Milli-Q(TM)）技术）、湖水和城市污水被用作评估卡马西平电氧化可行性的基质。针对每种水性介质设计了特定的实验方案。初始卡马西平浓度和电流密度被视为操作变量。尽管在三种情况下这两个变量的最佳值遵循相同趋势，但在每个变量对卡马西平降解的相对影响方面观察到显著差异。
