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Faster, Better Organic Chemistry Through Use of Real-Time In Situ FTIR Optimized for the Organic Chemist

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Faster, Better Organic Chemistry Through Use of Real-Time In Situ FTIR Optimized for the Organic Chemist
Real-time in situ FTIR has been a well established valuable tool for many years for Chemical Development and Process Development around the world for the optimization of chemical reactions and reaction monitoring. Recent improvements in the size and ease-of-use of instrumentation, and the development of novel software are enabling the use of these tools further upstream by the organic chemist developing synthetic routes.

This webinar will introduce a new powerful combination of in situ FTIR reaction monitoring tools designed for the organic chemist and will present several case studies to illustrate the value they bring to the organic chemist working in early product and process development.

New real-time in situ FTIR for reaction monitoring technology introductions include:
  • ReactIR™ 15 – by far the smallest ReactIR™ yet, it fits comfortably in today’s crowded hood space
  • iC Kinetics™ software – based on Reaction Progress Kinetics Analysis pioneered by Professor Donna Blackmond of The Scripps Research Institute, this revolutionary software will improve process understanding and optimize reactions faster with the aid of kinetics analysis.
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Preview the On-Demand Webinar
Webinar Presenter
Your online presenter, Paul Scholl, has extensive experience in FTIR reaction monitoring and reaction analysis.

Related topics: synthetic organic chemist, organic chemist, organic synthesis, ReactIR™, in situ reaction analysis, reaction monitoring, FTIR, organic chemistry, in situ FTIR Analytics, in situ reaction spectroscopy, in situ mid-IR, reaction analysis software, iC Kinetics, reaction kinetics, process development, synthetic routes, ReactIR™ 15, iC Kinetics™, kinetics