Seminar

Live Webinar: Process Safety and Scale-Up

Ensure Safe Scale-Up of Chemical Processes

This free online event is for process chemists and engineers who are interested in developing and implementing strategic approaches to ensure product quality via process reproducibility and stability – in a resource-sparing manner. Each presenter will share practical examples and case studies on the use of process analytics to overcome challenges around route selection, reaction understanding and monitoring, heat transfer, and process safety.

Who should attend?

Process chemists and chemical engineers who need to:

  • Consider the impact of scaling up delayed or auto-catalyzed reactions, heat or product accumulations, or heat transfer
  • Understand reaction mechanisms such as critical reaction parameters, kinetics, reaction intermediates, or limits of heat exchange
  • Investigate 'what if' scenarios like cooling failure, mixing failure, heat exchange fouling, or dosing disruptions
  • Increase productivity and understanding by eliminating critical data gaps through automated sampling and modeling
  • Optimize data quality through representative, reproducible sampling while limiting exposure to hazardous chemistry

Presentations

yuya orito

Integrating Safety and Efficiency: From Organic Chemistry to Industrial Process

Yuya Orito, Ph.D. - Senior Scientist at Daiichi Sankyo Co., Ltd.

Dr. Yuya Orito is an organic chemist at Daiichi-Sankyo Co., Ltd., with extensive experience in pharmaceutical process chemistry spanning over 17 years. Dr. Orito earned his B.Pharm.Sc. and M.Pharm.Sc. degrees from Hokkaido University and a Ph.D. in pharmaceutical science from Kumamoto University. While working as a researcher at the pharmaceutical company, he was a visiting scholar with Prof. Guy C. Lloyd-Jones at the University of Edinburgh. His research interests span widely across enabling chemical processes, from chemical safety to novel analytical methodologies, grounded in high-precision kinetic modeling technology for chemical reactions based on physical organic chemistry. Dr. Orito enthusiastically presents his research in both industrial and academic settings.

References:
Orito, Y. ACS Omega 2025, 10 (9), 9266–9274. https://doi.org/10.1021/acsomega.4c09609.
Orito, Y. Org. Process Res. Dev. 2025, 29 (7), 1757–1765. https://doi.org/10.1021/acs.oprd.5c00107.

Zhengkun Jiang

Thermal Risk Assessment using Dynochem

Zhengkun Jiang, Ph.D. - Process Modeling Engineer at Axplora

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