CAJ | 학술논문

传统的处理维生素制药废水方法采用膜生物反应MBR处理废水，工艺复杂，处理效果不好。从分子动力学分析角度出发，提出一种维生素水合物分子合成流变技术处理维生素制药废水，以径向分布函数和连续积分配位数为监测对象，对离子水合数进行分析，为合成流变处理提供了很好的指导作用。通过实际的制药废水处理分析比对进行测试实验，结果显示，采用基于合成流变处理的方法， CODCr和氨氮的去除率提高了23%和19%，具有很好的应用价值。
전통적처리유생소제약폐수방법채용막생물반응MBR처리폐수，공예복잡，처리효과불호。종분자동역학분석각도출발，제출일충유생소수합물분자합성류변기술처리유생소제약폐수，이경향분포함수화련속적분배위수위감측대상，대리자수합수진행분석，위합성류변처리제공료흔호적지도작용。통과실제적제약폐수처리분석비대진행측시실험，결과현시，채용기우합성류변처리적방법， CODCr화안담적거제솔제고료23%화19%，구유흔호적응용개치。
The hydration structure of vitamin pharmaceutical wastewater and molecular synthesis rheological wastewater treatment problems was studied. Traditionally, the membrane bioreactor MBR wastewater treatment was used in vitamin pharmaceutical wastewater treatment, the treatment effect was not good. From the perspective of molecular dynamics analy-sis, a synthesis of vitamin hydrate molecule of vitamin pharmaceutical wastewater treatment rheological technology was pro-posed, and the radial distribution functions and continuous monitoring of the object integral was finished with a median of the number of ion hydration analysis, finally, the rheological processing of synthesis methods and the rheological properties of a plurality elements was studied for the synthesis of rheological processing. The pharmaceutical wastewater treatment ef-fect was tested through practical analysis and comparison experiment, the result shows that with the rheological treatment, the removal rate of CODCr and ammonia nitrogen increase by 23%and 19%, it has good application value.