Data for: Steel wool and carbonyl iron powder activation of persulphate for the degradation of pollutants

The experimental data are grouped into tabs in the uploaded Excel file.Tabs 1-4 are the UV 478 nm absorption data for orange G degradation by various concentrations of persulphate activated by various forms of iron material. Tab 5 (PS-addition-mode) shows UV 478 absorption data for the various modes of adding persulphate. Tab 6 (SA) shows HPLC data for salicylic acid degradation by persulphate activated by steel wool. Tab 7 (1NA) and Tab 8 (Ph) contain HPLC data for 1-naphthylamine and phenol, respectively, degradation by persulphate activated by steel wool. Table 9 (TC-Ph-1NA) contain total carbon content analysis for phenol and 1-naphthylamine degradation. Tab 10 (PS-leftover-TC-reduction) contain estimations of residual persulphates after degradation experiments for phenol, 1-naphthylamine, and salicylic acids. The total carbon content analysis for salicylic acid degradation is also presented in this tab.

本次实验数据以工作表标签的形式整理于上传的Excel文件中。工作表1至4为橙G经不同形态铁基材料活化的不同浓度过硫酸盐（persulphate）降解过程的紫外478nm吸光度数据。工作表5（PS-addition-mode，即过硫酸盐投加模式）展示了不同过硫酸盐投加方式下的紫外478nm吸光度数据。工作表6（SA，即水杨酸）展示了钢丝棉活化过硫酸盐降解水杨酸的高效液相色谱（High Performance Liquid Chromatography, HPLC）数据。工作表7（1NA）与工作表8（Ph）分别展示了钢丝棉活化过硫酸盐降解1-萘胺与苯酚的高效液相色谱数据。工作表9（TC-Ph-1NA）包含苯酚与1-萘胺降解过程的总碳含量分析数据。工作表10（PS-leftover-TC-reduction，即剩余过硫酸盐与总碳还原）给出了苯酚、1-萘胺与水杨酸降解实验后残留过硫酸盐的估算值，同时包含水杨酸降解过程的总碳含量分析数据。