Aspen Polymers - Conceptual design and optimization of polymerization processes
Aspen Polymers is the market-leading technology for accurate and reliable design and optimization of polymer processes, accelerating new product innovation and enabling increased operational efficiencies.
Aspen Fidelis Reliability: Providing Confidence to the Process Industries
Eliminate the guesswork with reliability modeling that quantifies risk.
Aspen Batch Process Developer
Aspen Batch Process Developer™ is a recipe-based modeling technology for batch process scale-up, and is used for developing batch process models from early route selection to full-scale manufacturing.
Aspen ProMV Brochure
Aspen ProMV helps you find the real underlying sources of variation in production processes. Learn how companies such as FMC Corporation and Mitsubishi Chemicals are using this software to stabilize quality, yield and productivity.
Aspen Mtell Brochure
Learn how Aspen Mtell uses machine learning to recognize precise patterns in operating data that indicate degradation and impending failure—well before it happens.
Aspen PIMS Family
Aspen PIMS is a scalable planning system that helps companies optimize feedstock selection, product slate, plant design, and operational execution. Learn how the how Aspen PIMS family can enable you to make fast, accurate, and profitable decisions about plant operations and much more.
Aspen Plus New Feature Comparison Chart
Aspen Plus has been updated and improved with additional features over the last few years. From concurrent engineering to integrated solids modeling and batch modeling, experience the latest innovations in chemical process simulation. This checklist shows the addition of features and incremental improvements by version.
Aspen Plus Brochure: Process Simulation for Chemicals
Aspen Plus advances the performance of chemical processes using the best-in-class simulation software for bulk chemicals, specialty chemicals and pharmaceutical industries. This powerful modeling technology enables optimization of throughput, product quality and energy use in processes with batch, continuous, and mixed batch and continuous operations.
Best Practices Checklist for Dynamic Studies
Dynamic simulation is a powerful tool for ensuring safety, operability and controllability, but moving models from steady-state to transient can be intimidating for new users. Use this checklist to get started creating a dynamic study from a steady-state flowsheet.