Meetings Programme: For further details please contact: chromsoc@ready2assist.co.uk
Session 1
Liquid Chromatography
Prof. Peter Schoenmakers
(University of Amsterdam)
Advances in LC technologies
Prof. David McCalley
(University of the West of England)
Core-shell, ultra-small particles, monoliths and other support materials in LC
Prof. Ian Wilson
(Imperial College London)
Approaches for complex LC separations
Session 2
Gold sponsor presentations
Waters (confirmed)
Sponsors talks (3) to be announced
Session 3
Gas Chromatography
Prof. Pat Sandra
(University of Gent)
Recent advances in automation of sample preparation and injection in capillary GC
Tom Lynch
(BP)
Just how flexible can a GC capillary column be?
Prof. Kevin Van Geem
(University of Gent)
Chemical engineering meets comprehensive 2D GC: love at first sight
Session 4
Other separation approaches
Prof. Frederic Lynen
(University of Gent)
Contemporary packed column capillary electrochromatography
Prof. Jean-Luc Veuthey
(University of Geneva)
New insights in SFC and SFC-MS
Prof. Peter Myers
(University of Liverpool)
The future of capillary separation technologies
Session 1
Liquid Chromatography
Prof. Peter Schoenmakers
(University of Amsterdam)
Advances in LC technologies
Prof. David McCalley
(University of the West of England)
Core-shell, ultra-small particles, monoliths and other support materials in LC
Prof. Ian Wilson
(Imperial College London)
Approaches for complex LC separations
Session 2
Gold sponsor presentations
Waters (confirmed)
Sponsors talks (3) to be announced
Session 3
Gas Chromatography
Prof. Pat Sandra
(University of Gent)
Recent advances in automation of sample preparation and injection in capillary GC
Tom Lynch
(BP)
Just how flexible can a GC capillary column be?
Prof. Kevin Van Geem
(University of Gent)
Chemical engineering meets comprehensive 2D GC: love at first sight
Session 4
Other separation approaches
Prof. Frederic Lynen
(University of Gent)
Contemporary packed column capillary electrochromatography
Prof. Jean-Luc Veuthey
(University of Geneva)
New insights in SFC and SFC-MS
Prof. Peter Myers
(University of Liverpool)
The future of capillary separation technologies