Microelectrode array sensor for water quality monitoring.

J Gobet, Ph Rychen, F Cardot, E Santoli
Author Information
  1. J Gobet: CSEM SA, Jaquet-Droz 1, CH-2007 Neuchâtel, Switzerland. jgo@csem.ch

Abstract

A versatile microelectrode array sensor for water quality monitoring has been developed. The array fabrication, based on batch microelectronic processes, results in a highly stable passivation of the silicon chip surface and provides the possibility to use a backside contact. Packaging was optimized for on-line water operation at high pressures. Examples of applications include chlorine monitoring in drinking water, ozone monitoring in deionized water, dissolved oxygen in activated sludge and preliminary measurements of trace arsenic.

MeSH Term

Arsenic
Automation
Electrodes
Electronics
Environmental Monitoring
Oxygen
Pressure
Sewage
Water Pollutants
Water Supply

Chemicals

Sewage
Water Pollutants
Arsenic
Oxygen

Word Cloud

Created with Highcharts 10.0.0watermonitoringarraysensorqualityversatilemicroelectrodedevelopedfabricationbasedbatchmicroelectronicprocessesresultshighlystablepassivationsiliconchipsurfaceprovidespossibilityusebacksidecontactPackagingoptimizedon-lineoperationhighpressuresExamplesapplicationsincludechlorinedrinkingozonedeionizeddissolvedoxygenactivatedsludgepreliminarymeasurementstracearsenicMicroelectrode

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