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The Preparation and Characterization of a New High Polymeric Flocculant-Polymeric Aluminum Ferric Sulfate Chloride

机译:新型高聚物絮凝剂 - 聚合铝铁氯化铝的制备及表征

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With AlCl_3 and FeSO_4 as the major raw material, the preparation process of a new high polymer flocculant-polymeric aluminum ferric sulfate chloride(PAFSC) was researched, to offset the polymeric aluminum and the polymerization iron flocculants' lacks, and draw their strong points. The product was characterized by Al-Fe-Ferron timed complex colorimetric, IR and XRD methods, to study the flocculant's morphological characteristics. The results show that The PFASC, with better coagulating property than the market PAC, has higher contents of Alb and Al-OH-Fe bond, and the introduction of iron restrains the forming of Al-OH-Al.
机译:使用AlCl_3和FeSO_4作为主要原料,研究了新的高分子絮凝剂 - 聚合铝铁硫酸铝(PAFSC)的制备方法,以抵消聚合物铝,聚合铁絮凝剂缺乏,并提取其强点。该产物的特征在于Al-Fe-Ferron定时复杂的比色,IR和XRD方法,研究絮凝剂的形态特征。结果表明,PFASC,具有比市场PAC更好的凝固性能,具有更高的ALB和AL-OH-FE键的内容物,并且引入铁限制了Al-Oh-Al的形成。

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