在两相电泳的基础上,针对含乙酸稀溶液的处理提出了两相电解电渗的技术.利用饱和水的正丁醇为有机相,以AM203阴离子交换膜为介质,开展普通电解电渗和两相电解电渗的研究工作,考察了浓度、电流密度等因素对电流效率、浓缩比以及水的电渗量的影响.结果发现较普通的电解电渗技术和两相电解电渗技术在浓缩比、水的电渗量的控制方面具有明显的优势,在本实验范围内,在两相电解电渗过程中基本没有发现水的电渗现象的发生,同样乙酸的回收率也可以达到100%.由此可以说明新的两相电解电渗技术对于环境稀溶液的处理是一种较为理想的方法.
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