生物破乳剂制备条件优化及动力学研究

Zheng-yao Li, Li Wang, Cun-yi Song
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引用次数: 1

摘要

以冷轧厂乳化液废水中分离出的产生物破乳剂菌株JM-1为起始菌株,通过碳源、氮源、微量元素、碳氮比等实验,得到了该生物破乳剂的最佳制备条件。唇肽浓度达到1.62 g/L,比未优化时提高22.73%。研究了生物破乳剂的制备动力学。利用Matlab建立了菌株生长和脂肽生成的动力学模型,较好地描述了jm -1发酵过程中生物量和产物的时间变化。这些模型用于指导生物破乳剂的工业生产。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on Preparation Condition Optimization and Kinetics for Biodemulsifier
Using strain JM-1 producing biodemulsifier isolated from cold rolling plant emulsion wastewater as the starting strain, the optimum preparation conditions of the biodemulsifier were obtained by the experiment of carbon source, nitrogen source, trace element, and ratio of carbon to nitrogen. The concentration of the lip peptide reached 1.62 g/L, which was 22.73% higher than un-optimized. The biodemulsifier preparation kinetics were investigated. The kinetic models of strains growth and lipopeptide formation were established by Matlab, providing a good description of temporal variations of biomass, and product in JM-1fermentation. These models were applied to guide the industrial production of the biodemulsifier.
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