This course has been approved by the Royal Society of Chemistry for purposes of Continuing Professional Development (CPD).
This course introduces the fundamental concepts of comprehensive 2D gas chromatography (GCxGC) with flow and thermal modulation. It combines a mixture of classroom-based presentations with hands-on hardware and some software lab exercises to give you comprehensive training. It will review the types of modulator and the benefits of each.
This course focuses on the hardware rather than the software aspects of GCxGC. It includes an introduction to Comprehensive two-dimensional gas chromatography and provides practical experience in the selection, set up and installation of the column set into the modulator. The course will cover how to maintain a GCxGC hardware set up and provide practical experience in creation of GCxGC methods, optimisation of a sample using a particular set up and the basic analysis of the data.
This advanced course is aimed at analysts who have difficult and complex samples and wish to explore improving the resolution of their work through two-dimensional gas chromatography.
This course introduces the fundamental concepts of comprehensive 2D gas chromatography (GCxGC) with flow and thermal modulation. It combines a mixture of classroom-based presentations with hands-on hardware and some software lab exercises to give you comprehensive training. It will review the types of modulator and the benefits of each.
This course focuses on the hardware rather than the software aspects of GCxGC. It includes an introduction to Comprehensive two-dimensional gas chromatography and provides practical experience in the selection, set up and installation of the column set into the modulator. The course will cover how to maintain a GCxGC hardware set up and provide practical experience in creation of GCxGC methods, optimisation of a sample using a particular set up and the basic analysis of the data.
This advanced course is aimed at analysts who have difficult and complex samples and wish to explore improving the resolution of their work through two-dimensional gas chromatography.
