Abstract
Abstract : Microfluidic devices for analyzing ionic pollutants in water were developed and characterized. Different device materials were tested with cyclic olefin copolymer (COC) being determined as the most suitable for long term depolyment. Subsequent testing involved challenging the devices with samples containing high ionic strength samples. A method was developed for removing the majority of the interfering high concentration species using solid phase extraction. Using the method, detection limits were approached for appropriate detection of perchlorate in ground water.
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