Enhanced Removal of Contaminants from Gas/Liquid Feeds to Petrochemical and Chemical Plants

Removal of iron oxides/sulfides (black powder) in natural gas feeds to ethylene and ammonia plants is a key challenge in the petrochemical and chemical industries. Equally challenging is the removal of water/brine from liquid feeds such as naphtha, propane and propylene. This webinar will review advanced filtration and separation technologies used to remove solid contaminants from gas feeds and water from liquid feeds. Emphasis will be placed on plant optimization and performance.
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OTHER ON-DEMAND WEBINARS

Chemically Reacting Tanks FLOW-3D Webinar

Flow Science, Inc.

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.
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Digital Technology as a Driver for the Chemical Enterprise

Net at Work

With ever-changing compliance rules and greater complexity, disjointed systems or too costly market solutions are the enemies of chemical manufacturers & distributors – occurring when ERP, CRM, & supply chain processes are allowed to operate in silos. Thankfully, today’s business management solutions have been evolving to meet the industry’s complex demands. Join this live web demo for a look at why Sage X3 is the choice for the fast growing chemical enterprise. See firsthand how with Sage X3 you can achieve:
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Leveraging Atomic Scale Modeling for Design and Discovery of Next-Generation Battery Materials

The development of rechargeable Li-ion batteries (LIBs) has revolutionized electric vehicles and portable electronic devices. Further advancements are needed to improve the power density, safety, reliability, and lifetime of LIBs.
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Optimizing Non-linear Chemical Engineering Applications

Because the chemical engineering world is non-linear and non-convex, it has been difficult to use standard math programming tools—the necessary linearization causes too many problems. But what if you could incorporate optimization into your decision-making? How could basing decisions on process data and competing objectives enable you to optimize your non-linear chemical engineering applications? Find out in this webinar.
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