This research institution faces the significant challenge of effectively simulating frequent design modifications across a wide array of gas separation projects. Their work involves diverse system designs, including radial flow beds and kinetic separations, and they continuously explore various families of adsorbents. To drive innovation and efficiency, they require robust support to rapidly model and evaluate new gas streams, emerging contaminants, and evolving operating constraints, ensuring their designs remain cutting-edge and optimized.
The solution involves implementing a sophisticated digital process twin, meticulously constructed within SIEMENS gPROMS. This powerful tool leverages advanced model libraries and robust physical property packages, providing a highly accurate and flexible virtual representation of the process. This digital twin enables comprehensive simulation and analysis, offering unparalleled insight and predictive capabilities for diverse operational scenarios.
10x faster full-cycle simulation
vs. leading alternatives
Simulation of >15 unique
adsorption cycles for 8 different gas separations including >10 unique adsorbents
by 1 user in first 6 months of use
Rapid debottlenecking of process
constraints e.g.
quantifying & managing pressure drop
Dramatic speed improvement in cycle
design for clients (from 2 weeks to 2 days)
Additional strategic benefits from
system-wide optimization
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