Fully Automated GC-MS/MS Analysis of Environmental Contaminants in Surface Waters:
A Recipe for Lower Cost in your Lab

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This webinar is now available to view in on-demand format. Simply complete the form to the right of this page for free access.

Speakers:
CeesBijsterbosch.pngCees Bijsterbosch
Specialist Organic Chemistry
Cees Bijsterbosch, BSc, has been working for 15 years at Het Waterlaboratorium, a company that specializes in high-quality water research and which has conducted analyses for drinking water companies and other customers in the western part of the Netherlands. He has almost 30 years’ experience with gas chromatography and mass spectrometry. His focus has been on developing and validating target analysis with single as well as triple quad systems in surface -, process -, and drinking water and waste water. He is also involved in designing and developing new standards for analytical methods as a member of the NEN sub commission Organic parameters and the ISO TC147/SC2. 


IngedeDobbeleer.pngInge de Dobbeleer
EU Regional Marketing Manager for GC and GC-MS, Thermo Fisher Scientific
Inge de Dobbeleer is the EU regional marketing manager for GC and GC-MS. As a former analytical chemist, Inge’s experience spans working for a commercial environmental laboratory to working as an analytical specialist setting up methodologies and applications on gas chromatography and gas chromatography-mass spectrometry systems for customers across the European countries. Currently, she works as a marketing manager for GC and GC-MS analytical techniques for the Chromatography and Mass Spectrometry group at Thermo Fisher Scientific Inc. Inge holds a Bachelor of Science degree in Chemistry from Hogeschool C.T.L. in Ghent and has more than 20 years of experience in GC-MS analysis.

 

Register for this on-demand learning presentation...

Environmental laboratories are always looking for  ways to save costs without compromising analytical results in terms of sensitivity, robustness or quality controls. To minimize the cost and efforts in the lab, the ideal analytical system typically needs to be able to decrease manual handling and the amount of chemicals used for sample preparation. In addition, increasing the availability and optimal use of the analytical systems is a must. In this webinar, the following is covered:

  • Full automation from sample preparation to result for semi-volatile contaminants in various water matrices
  • How automation decreased the direct (and indirect) costs of the lab to achieve optimal analytical results for the customers
  • What is needed to implement these savings in your lab
  • How the new Thermo ScientificTM TSQTM 9000 GC-MS/MS helped to achieve high sensitivity and how the system opens the doors to future possibilities.

By viewing this on-demand presentation you will learn about...

  • solutions for organic contaminant analysis and resources
  • organic contaminant analysis workflow from sample preparation to data reporting
  • efficiency and productivity improvement with cost reduction

Consider viewing this presentation if you are a...

  • lab analyst or operator who uses GC-MS/MS systems for organic analysis
  • contract lab or utility lab manager or director who looks for optimization of productivity with low cost
  • scientist or specialist who is interested in method development and validation

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