Liquid-Liquid/Gas-Liquid Separation for Continuous and Batch Chemical Processing

The principles behind the membrane-based separation technology. Examples of applications for single and multistage extraction in the context of flow chemistry. Advantages of this technology for batch processing. Listen and learn about tools, strategies, and methods for assessing the formulation, drug delivery, and manufacturing potential of a drug candidate in the pre-clinical phase as well as implications for timelines, API materials, and budgets.
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OTHER ON-DEMAND WEBINARS

Advanced Thermal Characterization of Polymeric Materials

Thermal characterization of materials by using the DSC, TGA, and SDT are important techniques that are used by a wide variety of industries, including polymers, composites, pharmaceuticals, foods, petroleum, inorganic and organic chemicals, and many others.
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Transitioning Chemical Specialties from Clinical to Commercial in Small Molecule Drug Synthesis

Merck Millipore

In this webinar, we will explore best practice approaches for seamless handover at critical junctures en route to commercial manufacturing of small molecule drugs. One of the biggest challenges in today's small molecule drug development are the different requirements on quality and supply chain going from exploratory research to commercial manufacturing. A key risk to consider is the over- and/or underengineering of chemical specialties for drug synthesis leading to higher total cost of ownership.
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Driving the development of bio-based polymers with molecular simulation

Renewable sources have become a valuable asset to industries, driven by the desire for bio-based polymers in consumer packaging, carbon fibre composites and much more. While undeniably positive.
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Petuum Industrial AI Autopilot for Chemical/Food & Beverage Processes

Petuum, Inc.

Chemical/Food & Beverage manufacturers facing increased pressure for cost optimization and higher yields, while simultaneously improving quality and reducing emissions, can now turn to AI-driven automation for key asset and process operations. The Petuum Industrial AI Autopilot product brings a remarkable new way to handle the complexities of chemical processes using advanced machine learning/deep learning and multi-layered data processing techniques to achieve profound understanding and real-time control.
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