• Miss Marple would have loved it: new method simplifies trace analysis of toxic arsenic

Chromatography

Miss Marple would have loved it: new method simplifies trace analysis of toxic arsenic

Mar 03 2014

Miss Marple would have loved it: new method simplifies trace analysis of toxic arsenic

The usual spectroscopic methods (ICP-MS, AAS) for the determination of toxic arsenic in drinking water are either very expensive or challenging to use. An alternative method that is much easier to use and much less expensive at the same time is voltammetric determination with the scTRACE Gold. More information is available on metrohm.com

This new, screenprinted sensor can be used without any preparation; measuring results are available after only 10 minutes  on average, and the detection limit for arsenic is well below the 10 µg/L  stipulated by the latest legislation in the US and the EU.

The scTRACE Gold is simply plugged in the electrode shaft; as there is no preconditioning required, users can start measuring immediately after. The new sensor is maintenance-free. Once the measuring performance of the scTRACE Gold starts to deteriorate (as it is the case with any electrode), the inexpensive sensor is simply exchanged. This ensures reliable results at all times.


Digital Edition

International Labmate Buyers' Guide 2024/25

June 2024

Buyers' Guide featuring: Product Listings & Manufacturers Directory Chromatography Articles - Enhancing HPLC Field Service with fast-response, non-invasive flowmeters - Digital transformatio...

View all digital editions

Events

EuCheMS Chemistry Congress

Jul 07 2024 Dublin, Ireland

HPLC 2024

Jul 20 2024 Denver, CO, USA

ICMGP 2024

Jul 21 2024 Cape Town, South Africa

ADLM 2024

Jul 28 2024 San Diego, CA USA

InaLab 2024

Jul 30 2024 Jakarta, Indonesia

View all events