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Physical and Reactive Extraction Equilibria of Penicillin G in a Hydrogen-Bond Acceptor Solvent System

机译:氢键受体溶剂体系中青霉素G的物理和反应萃取平衡

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Physical and reactive extraction equilibria of penicillin G were investigated experimentally and theoretically in the existence of n-butyl acetate as a hydrogen-bond acceptor solvent.Physical extraction equilibrium experiments were carried out varying the pH of aqueous phase and overall penicillin concentration.We compared the experimental data with the calculated results from four physical extraction equilibrium models suggested here and obtained the most reasonable model.Also,penicillin G was reactively extracted using Amberlite LA-2 in n-butyl acetate.The experimental variables were pH of the aqueous phase,overall amine concentration,and overall penicillin concentration.A combined equilibrium model including our physical extraction equilibrium expression and the reactive extraction equilibrium expression suggested by Reschke and Schiigerl was used so as to analyze the current reactive extraction equilibrium system.The calculated results from the reactive extraction equilibrium model were in good agreement with the experimental data.
机译:在乙酸正丁酯作为氢键受体溶剂存在的条件下,对青霉素G的物理和反应萃取平衡进行了实验和理论研究。进行了物理萃取平衡实验,改变了水相的pH值和青霉素的总浓度。提出了四个物理萃取平衡模型的实验数据,得出了最合理的模型。此外,使用Amberlite LA-2在乙酸正丁酯中反应性萃取了青霉素G。实验变量为水相的pH结合了我们的物理萃取平衡表达和Reschke和Schiigerl提出的反应萃取平衡表达的组合平衡模型,以分析当前的反应萃取平衡体系。反应萃取平衡的计算结果模型与实验数据非常吻合。

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