Marhaba Taha F, Pu Yong, Bengraine Karim
Department of Civil and Environmental Engineering, New Jersey Institute of Technology, University Heights, Newark, NJ 07102-1982, USA.
J Hazard Mater. 2003 Jul 4;101(1):43-53. doi: 10.1016/s0304-3894(03)00133-x.
A technique to fractionate dissolved organic materials (DOMs) from low DOM water (<5mg/l) was developed by using triple columns of DAX-8 adsorption resin, one column of AG-MP-50 cationic resin, and another column of WA 10 weak anionic resin in sequence. The procedure was then applied to fractionate water samples obtained at various sampling locations throughout two surface water treatment plants (WTPs) in central New Jersey to study its effectiveness, DOM occurrence, and variation along treatment units. The treatment plants utilize different treatment methods, hence producing variability in DOM fractions suitable for examining the procedure's effectiveness. This procedure was compared with current fractionation protocols and proved to be accurate in fractionation of low DOM water.
通过依次使用三根DAX - 8吸附树脂柱、一根AG - MP - 50阳离子树脂柱和另一根WA 10弱阴离子树脂柱,开发了一种从低溶解有机物(DOM)水(<5mg/l)中分离DOM的技术。然后将该程序应用于新泽西州中部两个地表水处理厂(WTPs)不同采样地点采集的水样,以研究其有效性、DOM的存在情况以及沿处理单元的变化。这些处理厂采用不同的处理方法,因此在DOM组分上产生了差异,适合用于检验该程序的有效性。将该程序与当前的分馏方案进行了比较,结果证明在低DOM水的分馏方面是准确的。