Real time automated sampling from reaction vessels containing slurries coupled to chromatographic analysis for process development and optimization is not routinely performed.
The ability to determine conversion, % impurity and to better understand the kinetics of the reaction is critical for optimization and development of a synthetic reaction. PAT requirements are also calling for more online monitoring technologies for process scale reactions.
This complimentary web seminar will introduce you to Eksigent's novel integrated sampling and microflow HPLC analysis platform - the ExpressRT. In this seminar you will learn:
About Steve Hobbs, PhD
Dr. Hobbs has been developing scientific instrumentation for 12 years in the analytical and medical industries. His instrumentation expertise spans a variety of areas including liquid chromatography, UV-VIS-IR absorbance spectroscopies, atomic mass, absorbance and fluorescence spectroscopies, medical gas analysers, gas sensors, tissue spectroscopy and oxygen generation. Dr. Hobbs is author or coauthor on 14 Patents and more than 13 peer-reviewed publications. Dr. Hobbs received a BA in chemistry from Berea College in 1988 and a PhD in analytical chemistry from the University of North Carolina at Chapel Hill in 1993.
