Pharma collaboration, reauthorization, cheaper costs needed

Simulating and modeling the virtual plant

Zeroing in on Advanced Process Control

Getting the most from bulk chemical plants

Automation-com-The Future of Manufacturing Plants-SOP

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A breakthrough innovation, Aspen Hybrid Models™ help chemical companies quickly develop comprehensive, accurate models to address the most complex operational challenges. With the release of aspenONE® V12, Aspen Hybrid Models leverage the power of AI without engineers requiring data science or machine learning expertise—truly democratizing the application of Industrial AI.

When developing chemical batch processes, we often find ourselves running costly and time-consuming experiments. But what if we could predict process outcomes first, and only experiment when needed? Learn how industry leaders are simplifying batch process development to reduce experimentation, reduce batch cycle times and develop new processes faster. Discover solutions for reliable execution and easy accessibility in chemical R&D!

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Engineers have to continually look out for conditions that may cause their compressors to operate under surge conditions, especially in non-steady operating conditions such as unit shutdowns. A lack of sufficient expertise in dynamic process simulation raises the risk for many in their ability to accurately predict surge conditions. With the latest innovations in Aspen HYSYS, engineers can easily develop dynamic process simulations, use dynamic models to simulate operations during emergency scenarios and much more!