Electrochemical method for detecting boron in water
AssigneeMillipore Corporation
InventorsCeline Le Ninivin, Aristotelis Dimitrakopoulos, Pascal Rajagopalan, Antony Vanheghe
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AssigneeMillipore Corporation
InventorsCeline Le Ninivin, Aristotelis Dimitrakopoulos, Pascal Rajagopalan, Antony Vanheghe
Estimating the term…
The invention relates to a method for detecting the presence of boron in water comprising the production of a conductive buffer solution comprising water and at least one boron complexing agent, the introduction into an electrochemical cell of said solution in the presence of at least one work electrode (7), and the measurement of an anodic peak of the boron complex and complexing agent by voltammetry, said method being characterized in that the work electrode (7) is a solid microelectrode, and in that the measurement is carried out continuously with respect to the flow of water. The invention also relates to a device (10) for the implementation of such a method.
Method for detecting the presence of boron in water comprising introducing a conductive buffer solution comprising water and at least one boron complexing agent into an electrochemical cell in the presence of at least one work electrode, and measuring an anodic peak of the boron complex and complexing agent by voltammetry, wherein said work electrode is a solid microelectrode, and said measurement is carried out continuously with respect to the flow of water.
Detection device for detecting the presence of boron in water, comprising an electrochemical cell comprising a liquid inlet and a separate liquid outlet, the cell further comprising a cell tightness means and a reference electrode, a counter electrode and a work microelectrode, said work microelectrode being able to be introduced in the electrochemical cell in the presence of a conductive buffer solution comprising water and at least one boron complexing agent, and said work microelectrode being selected from the group consisting of carbon microelectrodes, bismuth microelectrodes, boron-doped or non-doped diamond microelectrodes, and microelectrodes coated with a mercury film, said device being able to measure an anodic peak of the boron complex and complexing agent by voltammetry, and to carry out this measurement continuously with respect to the flow of water.
Dependencies are inferred from the claim text.