【摘 要】
：
The existence of many anions in wastewater reduces the removal efficiency of phosphate by adsorbents under realistic conditions.Facing this challenge,the study reports on an insistent and stable composite adsorbent of molybdate complexes Fe-(MoOx) embedde
【机 构】
：
School of Chemistry and Materials Science,Jiangsu Provincial Key Laboratory of Materials Cycling and
论文部分内容阅读
The existence of many anions in wastewater reduces the removal efficiency of phosphate by adsorbents under realistic conditions.Facing this challenge,the study reports on an insistent and stable composite adsorbent of molybdate complexes Fe-(MoOx) embedded in a macroporous anion exchange resin (D-201).[Fe(MoOx)]-D-201 shows 93.7％ adsorption capacity (28.3 mg/g) for phosphate even when the molar con-centration of coexisting ions is 5 times higher than phosphate.The capacity of adsorbent is maintained more than 84.2％ after five regeneration cycles to remove phosphate in the wastewater containing coexist-ing ions.The ability of highly selective removal of phosphate is maintained during the regeneration cycles explained by the change of the binding of molybdate clusters with phosphate,which is due to the differ-ent structures of molybdate clusters depending on various pH.In general,this work puts forward a new idea for the development of phosphorus removal adsorbents for the treatment of wastewater containing coexisting ions.
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