PERFORMANCE OF FP 200 PVDF MEMBRANE EQUIPMENT IN POLYPHENOL PURIFICATION FROM PINK GUAVA JUICE WASTE

L. Sukeksi, C. Hassan, N. M. Sulaiman
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Abstract

Juice processing plants, such as pink guava, still contain substances that have economic value such as anti-oxidant polyphenols. The polyphenols recovery process is carried out using a membrane separation FP 200 PVDF type, by reason of the membrane separation process without using heat to avoid damage from the polyphenols structure. The duration of the recovery process affects the performance of flow rate of the membrane, there is a decrease in the flow rate of 0.033 ml/min for the process in TMP 1 bar and 0.038 ml/min and 0.044 ml/min for TMP 2 and 3 bars respectively. Cleaning is done to improve membrane performance, cleaning using HNO3 is more effective than just using clean water. The process of recovery of polyphenols was carried out at 1 bar TMP and resulting 54% recovery of polyphenols. After the cleaning process % recovery of polyphenols decreases compared to the results of the first recovery. SEM shows the absorption of polyphenols and other contaminants in the pores of the membrane, thus affecting the performance of the membrane
fp - 200pvdf膜设备净化番石榴汁废液中多酚的性能研究
果汁加工厂,如粉红番石榴,仍然含有抗氧化多酚等具有经济价值的物质。多酚回收过程采用FP 200型PVDF膜分离,由于膜分离过程不使用热量,避免了多酚结构的破坏。恢复过程的持续时间影响膜的流速性能,在TMP 1 bar的过程中流速下降0.033 ml/min,在TMP 2和3 bar的过程中流速分别下降0.038 ml/min和0.044 ml/min。清洗是为了提高膜的性能,用HNO3清洗比用清水清洗更有效。在1 bar TMP下进行多酚的回收,多酚的回收率为54%。清洗后的多酚回收率比第一次回收的结果有所下降。SEM显示了多酚类和其他污染物在膜孔中的吸附,从而影响了膜的性能
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