Revise the content according to APA style此外电絮凝能够显著提高消耗相同质量臭氧的条件下羟基自由基的产率导致更多羟基自由基被用于IBP的降解过程电絮凝的加入相较于单独臭氧氧化对IBP的降解效果提高了约26。电絮凝耦合催化臭氧氧化工艺是一项可选择的技术用于制药废水中IBP的降解。

Furthermore, the addition of electrocoagulation can significantly increase the production of hydroxyl radicals under the same consumption of ozone, leading to more hydroxyl radicals being used in the degradation process of IBP. The coupling of electrocoagulation and catalytic ozonation resulted in an approximately 26% improvement in the degradation efficiency of IBP compared to ozonation alone. The electrocoagulation-coupled catalytic ozonation process is a viable technology for the degradation of IBP in pharmaceutical wastewater.