Carbon Capture Simulation
A practical guide to carbon capture and storage (CCS) process engineering. Build rigorous rate-based absorption models and calculate reboiler heat duties for decarbonization projects.
Who It Is For
Chemical engineering undergraduate/graduate students, practicing refinery & process engineers, EPC plant designers, and engineering consultants looking to elevate simulation competence.
Prerequisites & Software
Basic Aspen Plus experience.
Weekly Training Hours & Delivery
Classes are conducted 100% Live Online via Google Meet / Zoom with real-time Aspen flowsheet mentoring and hands-on lab exercises. When booking, you select your fixed weekly time slot:
Full-day live lab availability from 8:00 AM to 5:00 PM EAT. Available in 2-hour or 4-hour structured modules.
Weekend afternoon & evening live lab availability from 2:00 PM to 8:00 PM EAT.
Detailed Course Syllabus
Module 1: Flue Gas Characterization & Thermodynamic Selection for Electrolytes
Hands-on simulation exercises, parameter troubleshooting, and real process flowsheet convergence.
Module 2: CO2 Absorber Rate-Based Column Simulation (RadFrac)
Hands-on simulation exercises, parameter troubleshooting, and real process flowsheet convergence.
Module 3: MEA Solvent Stripper & Reboiler Energy Optimization
Hands-on simulation exercises, parameter troubleshooting, and real process flowsheet convergence.
Module 4: Rich/Lean Heat Integration & Process Efficiency
Hands-on simulation exercises, parameter troubleshooting, and real process flowsheet convergence.
Module 5: Industrial Decarbonization Economics
Hands-on simulation exercises, parameter troubleshooting, and real process flowsheet convergence.
Ready to Enroll?
Live interactive cohort sessions starting every month. Reserve your place now.