聚合精馏装置的实验验证

T. Kroulíková, T. Brozova, E. Bartuli, M. Raudenský
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引用次数: 0

摘要

脱盐是解决淡水短缺的常用方法。一般的海水淡化装置都是由金属制成的,存在腐蚀和重量大的缺点。本文介绍了聚合精馏的原理,并介绍了全聚合精馏样机的实验验证结果。这个原型是基于气隙膜蒸馏和结合两种类型的聚合物中空纤维。采用多孔中空纤维作膜,非多孔中空纤维作冷凝器。样机长期连续运行。在不同的流量和温度下进行了6次实验。在测试过程中,测量了温度、湿度和冷凝水量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EXPERIMENTAL VERIFICATION OF POLYMERIC DISTILLATION UNIT
: Desalination is common solution to a fresh water scarcity. The common desalination units are made of metal, which bring some disadvantage as corrosion or heavy weight. The presented paper discribe principle of polymeric distillation and present results of experimental verification of prototype of fully polymeric distillation. This prototype is based on air gap membrane distillation and combines two type of polymeric hollow fibers. Porous hollow fibers were used as membrane and the non-porous hollow fibers were used for the condenser. The prototype was operated in long-term continuous operation. Six experiments with different flow rate and temperature were done. During testing the temperature, humidity and amount of condensate was measured.
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