Liquid Separations in Chemical and Petrochemical Plants

Cost effective and reliable separation of hydrocarbons/water and removal of solid contaminants are key challenges in the chemical and petrochemical industries. This webinar covers the latest advanced filtration and coalescing technologies to optimize your plant operations. Highly efficient filtration to remove solids Continuous performance liquid/liquid coalescers  Application overview for ethylene, aromatics and ammonia plants Process upgrades with filters and coalescers .
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OTHER ON-DEMAND WEBINARS

Overview of Chemical Process Safety - A Work Process Perspective

aiche

In 60 minutes, examine the fundamentals of chemical process safety from a work process perspective and how to integrate them within your operation, including inherently safer design, pre-start-up and operating reviews, and process hazard analysis. Take this webinar for a fresh look at work flow along with the various activities involved in managing chemical risk, how they are relatd and how they build upon each other.
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The Digital Implementation of What We Have Learned about Learning in General Chemistry

pearson

In this session, we discuss tools to easily implement strategies in General Chemistry courses. We explore how students learn better when we implement proven teaching strategies such as active learning, interleaving, and pretesting.Chemical Society, the Petroleum Research Fund, Research Corporation, and the National Science Foundation. He has been honored three times as Westmont’s Teacher of the Year, and was also named Faculty Researcher of the Year.
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Multivariate Method Development for On-Line Supercritical Fluid Extraction – Supercritical Fluid Chromatography – Mass Spectrometry

Labmanager

On-Line supercritical fluid extraction – supercritical fluid chromatography – mass spectrometry (SFE-SFC-MS) holds with it the promise for more streamlined sample preparation combined with high efficiency separations for myriad applications in food, environmental, forensics, pharmaceutical, and biological sciences. Even so, the wide application base with respect to types of samples and analytes, combined with the multitude of instrumental settings to be optimized, makes method development an initially daunting task.
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Modeling and Digital Twins for Process Development, presented

While the general idea of digital twins has been in use for nearly ten years, the chemical process industry has employed similar computational technologies for decades.
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