CAJ | 학술논문

以对酚类化合物具有较强萃取作用和吸附作用的丙烯酰胺(AM)和吡咯烷酮(NMP)为单体，采用反相悬浮聚合法和浸渍法合成季铵盐修饰的多孔聚丙烯酰胺-吡咯烷酮(P(AM-NMP))复合微球。研究季胺盐修饰后多孔 P(AM-NMP)复合微球对焦化废水中酚类化合物的脱除效率，及影响复合微球材料脱除效率的诸多因素，并进一步探究脱附条件。其主要目的是为更好地解决焦化废水中普遍存在的严重的环境污染问题及吸附剂的重复使用奠定基础，以实现焦化废水不外排，解决目前焦化废水处理中的瓶颈问题。
이대분류화합물구유교강췌취작용화흡부작용적병희선알(AM)화필각완동(NMP)위단체，채용반상현부취합법화침지법합성계안염수식적다공취병희선알-필각완동(P(AM-NMP))복합미구。연구계알염수식후다공 P(AM-NMP)복합미구대초화폐수중분류화합물적탈제효솔，급영향복합미구재료탈제효솔적제다인소，병진일보탐구탈부조건。기주요목적시위경호지해결초화폐수중보편존재적엄중적배경오염문제급흡부제적중복사용전정기출，이실현초화폐수불외배，해결목전초화폐수처리중적병경문제。
Using acrylamide and pyrrolidone having strong extraction and adsorption as monomer,quaternary ammonium modified P(AM-NMP)porous composite microspheres were prepared by using reverse suspension poly-merization technique and impregnation method.The feasibility of the composite microspheres used as adsorption mate-rials for removal phenolic material compounds in coking wastewater were investigated.Additionally,the effects of some factors were examined systematically.Its main purpose is to better solve the serious environmental pollution and recycling of adsorbent materials.Furthermore,it solves the key problems in coking wastewater and realizes reuse of the wastewater.