Hyphenated Techniques for Petrochemical analysis
Solving Problems with Hyphenation
The petroleum and petrochemical industry is highly regulated and the vast majority on analysis is carried out using industry standard methods such as those published by ASTM, DIN or the Energy Institute. These methods are also used to check for product quality excursions when field issues are encountered but in many cases more sophisticated techniques are required. This presentation will describe approaches to problem solving field issues using flexible hyphenated chromatographic and mass spectrometry systems. The application of such systems using examples from a range of typical issues encountered in the petroleum and related industries will be presented.
Supercritical Fluid Chromatography - Mass Spectrometry and Petrochemistry - A Perfect Marriage
Recent instrumental developments have delivered the robust SFC instrumentation to fulfil the long promised capability of this technique. The solvent compatibility, solvation power, selectivity and peak capacity of modern SFC coupled with mass spectrometry affords the ideal analytical platform for the analysis of many petrochemical species. SFC therefore affords a complementary technique to GC-MS and HPLC MS.
Hyphenation based on High-Performance Thin-Layer Chromatography (HPTLC) for analyzing petroleum-derived products
HPTLC experienced a great instrumental development in recent years. The modularity of its basic steps, i.e. sample application, chromatographic development and detection, their automation and computer-control confer HPTLC a high degree of flexibility and reliability. Different instruments have been developed for each of the steps as, for example, spray-on sample applicators; Automated Multiple Development (AMD), a technique that uses solvent gradient elution; densitometric detection (UV and fluorescence); as well as on-line coupling with Mass Spectrometry. In this regard, the introduction of an elution-based TLC-MS interface, based on the extraction and direct transfer of chromatographic peak, has allowed this coupling to be carried out in an efficient way, and has opened the possibility of expanding the connection with other detectors. Therefore, different hyphenation strategies are possible according to a particular analytical issue, with the additional possibility of evaluating only target selected zones of chromatographic plate without the need of making a complete experiment. This, together with the high sample throughput and low solvent consumption leads to significant savings in the cost of analysis.
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Tom Lynch (BP)
An internationally recognised leader in analytical technology and its application in Industry from fundamental research, through process development/production, to customer support and troubleshooting. A former member of BP Science Council advising on key science and technology. Expertise in leading strategic direction to BP Group Technology Networks and developing cross business collaboration in key technology areas.
Dr John Langley (University of Southampton)
John Langley has nearly 30 years’ experience in mass spectrometry and chromatography-mass spectrometry. He received a mass spectrometry PhD from the University of London where he started his working career. He is a Chartered Chemist (1999), a Fellow of the Royal Society of Chemistry (1999) and a Chartered Scientist (2004); he leads the Characterisation and Analytics section in Chemistry at Southampton, heads SCAS (Southampton Chemistry Analytical Solutions , is Chair of the Separation Science Group of the Royal Society of Chemistry (http://www.sep-sci.org.uk/) and Vice President of the International Mass Spectrometry Foundation 2009-14, Secretary of IMSF. He was previously Chair, Vice-Chair, General Secretary and Meetings Secretary of the British Mass Spectrometry Society, a member of the Organisation Committee for the International Mass Spectrometry Conference for Edinburgh 2003 and Kyoto 2012, and BMSS Annual Conferences (1999-2010)
Dr Vicente L. Cebolla (CSIC, Instituto de Carboquimica)
Frank David (Helmholtz Zentrum Munchen and Univerity of Rostock)
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