In a market where operational improvements are favored over new construction; pipe flow hydraulic analysis helps achieve incremental improvements that optimize pipeline flow and uptime. Aspen HYSYS Hydraulics for pipeline network modeling allows engineers to analyze flow assurance risks, and integrate this analysis with process models to optimize from the well head through the process facility. Watch this video to learn more.

Watch this video for an introduction of how Aspen Plant Scheduler and Aspen Mtell work together to predict and minimize the impact of downtime

The findings of Dynamic Studies are valuable for ensuring process safety, operability, and controllability. Gain Dynamic insights with Intuitive Setup with the trusted accuracy of Aspen HYSYS Dynamics and accelerated dynamic model development with existing steady state models. Watch this video to learn more.

A guide for users of the legacy Aspen Process Explorer.

Distribute feedstock and products to the right location at the best price. Discover how to optimize profit in your hydrocarbon distribution network with the ability to intuitively visualize results and manage exchange agreements and multiple modes of transportation.

Sulfur Recovery Units are crucial for meeting environmental requirements, but many struggle to conquer disturbances in the SRU that compromise compliance and incur additional operating costs. With Aspen HYSYS, you have access to a comprehensive solution for modeling the SRU and the full gas plant. Built on the Sulsim technology acquired from Sulphur Experts, the functionality includes 33 unit operations, a specialized fluid package, and several new innovations. Watch now to learn more.

Compares the traditional method of tuning a controller to Smart Tune which allows users to directly specify operational objectives. Breaks down how the new algorithm works through animations and summarizes the benefits: reduce efforts and complexity, quickly adapt controller to changing economic conditions, process changes or model updates, easily simulate, troubleshoot and modify controller strategy online and increase operator acceptance and controller uptime.   

Demo showing a controller before and after Robust Control. Turning on Robust Control stabilizes a controller for a temporary period until the model can be updated to reflect true plant behavior.

With Recipe-based modeling, chemists and engineers can work together to develop new processes faster, remove equipment and schedule limitations, and transfer technology smoothly between sites and departments.  With Aspen Batch Process Developer use recipe-based modeling solutions to develop your batch process from lab to plant using models that grow with the scale of your batch process.  Watch now to learn more.

Lucas Reis demos 3 scenarios where the Constrained Model ID feature can be used: zero gain constraints (set gains equal to zero), mass balances (ensure they make physical sense) and gain ratios (set gain ratios equal to one, or gains equal to each other).