Event Details

Date:
Monday, 04 March 2013
Time:
1:00 pm - 2:00 pm
Room:
Seminar Room, Ground floor (Bldg 75)
UQ Location:
Australian Institute for Bioengineering and Nanotechnology (St Lucia)
URL:
http://scmb.uq.edu.au/dev_events-calendar/?month=03&year=2013#event_anchor_245
Event category(s):

Event Contact

Name:
Evan Moore
Phone:
3365 3862
Email:
egmoore@uq.edu.au
Org. Unit:
Chemistry and Molecular Biosciences

Event Description

Full Description:
The next SCMB Chemistry and Chemical Biology seminar will be this Monday, 4th of March,

Prof. Philip J. Marriott (Monash University)
1.00 pm, Monday 4th of March
AIBN Seminar Room
with a seminar entitled:
Multidimensional Separations in GC: Algae-Derived Bio-fuels, Advanced Olfactometry, Hybrid GCGC-MDGC Studies, and prep-GC with NMR

Abstract: In 2012, we introduced a number of novel approaches to speciation of volatile compounds. Many of these incorporate aspects of both comprehensive two-dimensional gas chromatography (GCGC) and multidimensional GC (MDGC). Often we profile the total composition of a sample using GCGC, then study specific analytes or target regions using MDGC. This presentation will report four case studies of the above research.
1. Measurement of thermally-stressed oxygenated degradation products in algal-derived jet fuel. Oxygenated products can form gums and block jet engine nozzles. They must be measured at low level (< 0.1%), but fuel matrix confounds the analysis. We use GCGC-FID and MDGC-MS to resolve this problem.
2. Precise olfactometry assessment for overall perception of aroma compounds in wine samples. Olfactometry requires good aroma resolution. We developed a system allowing 1D GC-O, 1D GC-FID, GCGC-FID, and MDGC-qMS/O in a single instrument.
3. Hybrid GCGC-MDGC methodology. This powerful approach can perform on-line extraction of single compounds or compounds classes during GC separation to provide ultrahigh resolution.
4. Prep MDGC. High resolution GC separation with single compound isolation, and NMR and X-ray crystallography structure determination.

Directions to UQ

Google Map:
Directions:
To St Lucia Campus, UQ Ipswich, and UQ Gatton.

Event Tools

Share This Event

Print this Article Print

Print this Article Email

Share this Article Share

Rate This Event


Tweet This Event

Export This Event

Export calendar

Calendar Tools

Filter by Keywords/Dates

Featured Calendars


Subscribe via RSS