Novel Techniques for Modern Chemical Process Development
Wed January 27, 2021
4:00 PM GMT 1 hour
Featuring presenters from Huntsman Corporation, Purdue University and the Dow Chemical Company, this free online event is for process chemists and engineers who are interested in learning more about the design of safe, robust processes for scale-up using novel techniques and technologies.
Presenters will share practical examples and case studies that demonstrate benefits including:
- Improved usability and safety
- Enhanced productivity
- Delivery of more information per experiment
- In-situ Monitoring of Acrylonitrile Addition
Matt Meredith, Ph.D. - Huntsman Corporation
- Utilization of Quality by Control for Rapid Process Design of Agrochemical Crystallization
Wei-Lee Wu - Purdue University
- Online Mid-IR and Raman Spectroscopy Measurements for Polymer Separation Experiments
Mary Alice Upshur, Ph.D. - The Dow Chemical Company
Moderator: Peter Huefner – METTLER TOLEDO
Duration: 2 hours
27/01/2021 16:00 [ English ]
Who Should Attend?
- Process Chemists
- Chemical Engineers
- Organic Chemists
- Polymer Scientists
- Separation Scientists
- Understanding of critical reaction mechanisms
- Development of strategies to optimize crystal size distribution during process development and manufacturing
- Monitoring of chemical reactions during polymer synthesis and separations
There is no cost to attend but registration is required, and space is limited.
Online Seminar Guest Presenters
Matt Meredith, Ph.D. – Huntsman Corporation
Matt Meredith is a technical manager for the materials science R&D group in Huntsman’s Performance Products division, overseeing product development and technical support for Huntsman’s amine products that are used in polyurethanes, epoxy systems, and polymeric dispersants. He has worked for Huntsman since 2012, initially focusing on agrochemical formulations and additives before joining the polyurethane catalyst group in 2018. Matt holds a Ph.D. in organic chemistry from the University of Oklahoma where he focused on conducting polymer modification and enzymatic bioelectrocatalysis.
Wei-Lee Wu – Purdue University
Wei-Lee Wu is currently a third-year chemical engineering Ph.D. student at Purdue University. He received his undergraduate chemical engineering degree from the University of Maryland, College Park. At Purdue, he works in Professor Zoltan Nagy’s CryPTSys research group. His research focuses on the utilization of process analytical technology tools for crystallization process development, integration, and optimization in a wide variety of industry applications. Outside of research, he leads the Purdue Chemical Engineering Graduate Student Organization as the president to facilitate professional development and foster a sense of community for chemical engineering graduate students.
Mary Alice Upshur, Ph.D. – The Dow Chemical Company
Mary Alice Upshur is a Senior Research Specialist at the Dow Chemical Company. She received her Ph.D. in Chemistry from Northwestern University, where her graduate studies focused on the synthesis and analysis of atmospheric secondary organic aerosols including surface-specific analyses using Sum Frequency Generation spectroscopy. She joined Dow in 2017 as part of the Analytical Sciences group in Core R&D where she supports macromolecular characterization of polymer materials using IR and Raman spectroscopy. Much of her work has focused on the analysis of acrylic-based polymer materials including in situ reaction analysis. In addition to her work in Analytical Sciences, she has also completed rotational research assignments in Dow Performance Silicones and Dow Home & Personal Care.