Issue link: https://resources.randsim.com/i/1510288
Designing Carbon Capture Equipment for Efficiency • Accuracy – Validated solutions for carbon capture processes such as absorption, adsorption, fluidized beds, chemical looping etc. • High-fidelity – Multiphysics analysis with HPC for design and troubleshooting • Real-time System Models – Predictive Maintenance using ROMs and Digital Twins • Better insight in virtual environment to design efficient, cleaner and reliable system • Reduced physical testing, TTM and R&D costs • Reduced downtime in retrofitting and revamping • Efficient scale-up from lab to commercial • Retrofit the existing facilities with carbon capture techniques • Improve efficiency of carbon capture technologies • Achieve optimized design and efficient scale-up Customer Goals Solution Benefits Solution for CO 2 distribution in fixed bed adsorption column 1 Fluidized beds and regenerators for sorbent-based CO 2 capture technologies Solution for CO 2 sorption and regeneration process 2 1) H. Arastoopour, "CFD Simulations of a Regenerative Process for Carbon Dioxide Capture in Advanced Gasification Based Power Systems", Technical report-US DOE by IIT Chicago-4/13/2016 2) Q. Chen, "Optimization of Solid Sorbent CO2 Capture and Water Usage Reduction in Advanced Power Generation", PhD Thesis, UC Irvine-2015