As crystallization development programs come under increasing pressure to produce excellent work, with ever decreasing resources, many scientists are turning to automation to ease workloads, increase quality and reduce development time. Automated lab reactors combined with in situ particle and reaction characterization are crystallization platforms commonly used for this purpose. This online seminar will focus on the use of such a platform to:1. Automate Metastable Zone Width Determination (mzwd)
2. Quickly generate robust crystallization design spaces through supersaturation control experiments.
The seminar will summarize a two day collaboration with a large pharmaceutical company who routinely use these approaches for the purpose of reducing development time and improving scale-up efficiency.
Webinar Presenter
Your online presenter, Simon Rea, has extensive experience in the implementation of Process Analytical Technology (PAT) across a wide range of industries.
Related topics: Supersaturation, automated lab reactors, ALR, FBRM®, crystallization, metastable zone, PAT, LabMax™, turbidity, EasyMax™, ReactIR™, in situ reaction analysis, Fourier Transform Infrared Spectroscopy, FTIR, iC IR, ReactIR™ 45m, reaction analysis software, iC software, iControl™, inline particle characterization, process understanding.