How to overcome challenges and improve your semivolatile organic compound analysis
Semivolatile organic compound (SVOC) analysis can be tough. When analyzing acidic, basic or neutral compounds, you need a column with a balanced, highly inert deactivation which is also rugged enough to withstand repeated injections of challenging matrices, such as waste-water and hazardous waste extracts.
In this webinar, discover how the new Rxi-SVOCms columns were designed and built from the silica surface up to perform reliably and consistently under the harshest testing conditions. Whether it is PAH analysis in under 10 minutes or a wide calibration range for routine 8270 analysis, there is an Rxi-SVOCms column to meet all needs.
Key learning objectives
- Learn how the specific challenges of SVOC analysis were used to guide development of the Rxi-SVOCms
- Examine how the inertness of the column impacts sensitive analytes
- See how the column performs over time and how routine maintenance restores performance
Who should attend?
Lab directors, scientists, method developers, analysts, and technicians working on the analysis of semivolatile organic compounds.
Presenters: Chris Rattray (Senior scientist, GC applications, Restek Corporation)
Chris Rattray is a senior scientist in GC applications with a BSc in chemistry from the University of California, Riverside, and almost 15 years’ experience in environmental analysis. Prior to joining Restek, he worked at multiple environmental testing laboratories in Southern California in the positions of organic analyst, organic supervisor, technical director, and laboratory director. His responsibilities at Restek are split between the optimization of existing environmental methods and the development of new GC columns and GC accessories.
Presenters: Ellie Abbott (SelectScience)
Ellie studied biochemistry at the University of Nottingham, UK, and has previous experience working in management consultancy. As a member of the Editorial team, she now plays an integral role in shaping the content on SelectScience.
