Innovation vs Application: Maximizing Efficiency in Peptide Drug Discovery from a Chemistry Perspective

The authoring of Chemistry, Manufacturing and Controls (CMC) dossiers is complex and to this day is still essentially a manual process. Information is collected from early development to the approval of Marketing Authorization and beyond.

Combustible dust poses a hazard to numerous industries, such as food, wood, chemical, plastics, and metals. Dust fires and explosions are relatively rare, but when they occur, they can be catastrophic. The first step to ensure safe operations involving combustible dust is to conduct a dust hazard analysis. This webinar will provide viewers with a guide to identifying combustible dust hazards in manufacturing facilities. The topics will include developing a dust sampling plan, principles of dust clouds and ignitable atmospheres, and mechanics of dust flash fires and explosions. The webinar will then cover how to analyze processes and buildings to determine where dust fire and explosion hazards exists by evaluating normal and abnormal operating conditions, potential ignition sources, and existing safeguards in place.

This webinar provides an overview of the different elemental analysis techniques that can be used for petrochemical products but emphasizes and reviews the basic principles of ED-XRF technology. The discussion includes a detailed description of the method setup for five applications using a next generation ED-XRF instrument and provides test results for: Blending control of fresh lubricants Control of the additive packages Analysis of used oil Determination of sulfur and trace elements in crude and heavy fuel oil Analysis of sulfur content in fuels The technical content of this webinar is highly recommended for plant managers, quality control and quality assurance managers as well as lab managers, supervisors and directors. The duration, including a robust question and answer segment, is one hour.

In this webinar, Flow Science CFD Engineer Brian Fox explains how to model chemical reactions in FLOW-3D using the reaction kinetics model. The presentation includes an overview of capabilities for the reaction kinetics model, then a preview of the new reaction kinetics GUI set to be released with FLOW-3D v12.0. Learn more about FLOW-3D's comprehensive 3D modeling solutions for the water and environmental industry.