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This paper describes progress in the realization of reliable, relatively low-cost autonomous microfluidic analysers that are capable of monitoring the chemistry of water bodies for significant periods of time (weeks, months) without human intervention. The data generated is transmitted wireless to a remote web server and transferred to a web-database that renders data access location independent....
A strategy for advancing the price-performance capabilities of autonomous chemical sensor platforms is outlined. The importance of parallel efforts into the production of robust sensing platforms capable of autonomous monitoring of important environmental targets, while also generating potentially disruptive technologies based on fundamental materials science research is emphasised.
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