Aspen GDOT technology, now powered by Industrial AI, improves margins while achieving sustainability objectives by dynamically optimizing multiple process units in real time.

Process engineers are under pressure to optimize production while managing variable feedstock and shifting process conditions.

The webinar features IDC research on industrial data usage.

The latest features in Aspen GDOT™ V15 offer a new flexible online optimization approach that caters to a wide range of applications, including broad production envelopes, high-value reactors and small-scale column applications.

Safety is a top priority for every process industry operator worldwide. Yet, many engineers still face challenges developing effective safety system designs. Working with multiple disconnected tools often makes it difficult to analyze all scenarios and address design risks, especially when manual data entry introduces errors.

As energy transition efforts accelerate, advanced subsurface monitoring technologies are critical to maximize hydrocarbon recovery and ensure safe, long-term carbon storage.

Optimizing production for industries with complex processes requires precise models. However, models can be challenging to create when processes include custom equipment, not available in standard model libraries.

Process engineers working with specialty chemicals often face the challenge of optimizing production systems—consisting of both batch and continuous processes. However, modeling these mixed processes can be complex and time-consuming. 

Fermentation modeling is essential for advancing sustainability initiatives such as biomass feedstocks and Sustainable Aviation Fuel (SAF); however, accurately simulating biological processes and scaling production can be complex.

Global hydrogen demand is forecast to increase dramatically to 2050. Dozens of nations around the world have established hydrogen roadmaps or policies that are fueling the adoption of hydrogen that will help adhere to net-zero policies. To adhere to these policies, a significant amount of capital investment will be needed to satisfy increasing hydrogen demand.