北极星环保网讯:摘要：Fenton试剂有超强氧化性，可处理各类难降解废水。以涂装陶化废水为例，通过不同H2O2投加量、H2O2与Fe2+不同配比及反应时间，探讨Fenton工艺在涂装废水最佳投药配比和最佳反应时间。某电梯厂生产中需对零部件进行表面处理。此过程中排放 ...

北极星环保网讯:采用Fenton法预处理垃圾渗滤液，考察了初始pH值、FeSO4·7H2O投加量、H2O2/Fe2+物质的量比及反应时间对Fenton氧化 ...

这篇综述系统阐述了（AOPs）在降解偶氮染料中的应用价值，重点解析了芬顿（Fe2+/H2O2）、类芬顿（Fe2+/S2O82?）及光辅助工艺的 ...

In a fundamental process throughout nature, reduced iron unleashes the oxidative power of hydrogen peroxide into reactive intermediates. However, notwithstanding much work, the mechanism by which Fe2+ ...

纺织印染污泥（TDS）化学调理过程中芳香族卤化物（AHCs）的转化机制不明，存在二次污染风险。本研究通过有机质分级分离 ...

ROS-driven methane formation in cells. Reactive oxygen species (ROS) such as hydrogen peroxide (H2O2) are generated during cellular metabolism and their production is enhanced by oxidative stress.