Maximize Insight from Every Reaction
Accelerating Process Development Through Deeper Reaction Understanding
Programme
- Accelerate reaction and process development through deeper reaction understanding.
- Gain real-time insight into reaction progression, kinetics, and mechanism.
- Identify critical process parameters and understand their impact on reaction outcomes.
- Monitor product formation, crystallization behavior, and polymorph development.
- Understand when and how impurities form to improve product quality and process robustness.
- Leverage automated sampling and in situ process analytical technologies (PAT) to generate more representative, actionable data.
Gain the Insight You Need to Develop Better Chemistry, Faster
As molecular complexity increases and development timelines continue to shrink, process chemists face growing pressure to generate more information in less time. Understanding reaction pathways, process parameters, product formation, and impurity profiles has never been more critical. This session explores how modern reaction analysis technologies help scientists close the information gap and drive faster, more confident process development.
Join us to discover how integrating automated sampling, in-situ analytical technologies, and automated reactor systems can provide comprehensive reaction insight that supports better decision-making from early development through scale-up.
About the Presenter
Simon Rea
Business Development Manager, METTLER TOLEDO
With more than 25 years of international experience in technical sales and business development, Simon Rea is a recognized expert in reaction calorimetry, process analytical technology (PAT), and chemical process scale-up. As a Reaction Calorimetry Specialist for Mettler Toledo North America, he supports pharmaceutical and chemical companies in understanding reaction safety, optimizing processes, and enabling safe scale-up from laboratory to manufacturing. His expertise spans reaction calorimetry, thermal safety studies, Dynochem modeling, Quality by Design (QbD), PAT, and Design of Experiments (DoE). Prior to his commercial and technical leadership roles, he spent four years in organic synthesis, providing a strong practical foundation in chemical process development.