Heat Exchanger Rating & Pinch Energy Integration
Thermal-Hydraulic Design in Aspen EDR, Fouling Mitigation & Pinch Analysis
I perform rigorous thermal-hydraulic exchanger ratings in Aspen EDR and Pinch Analysis to eliminate cross-pinch losses, evaluate heat recovery networks, and calculate severe fouling cost penalties before they force furnace shutdowns.
Thermal-Hydraulic Design in Aspen EDR, Fouling Mitigation & Pinch Analysis
Consulting Scope & Engineering Deliverables
Tools I Apply For Your Simulation
Every simulation flowsheet is verified against field data, mass/energy conservation bounds, and thermodynamic fluid property packages.
Related Projects I Have Completed
Crude Preheat Train Fouling & Furnace Optimization
Quantifying energy penalties, furnace duty increases, and carbon emission surges resulting from severe exchanger fouling in a 100,000 kg/h crude distillation unit (CDU).
Refinery Crude Preheating & Energy Recovery Network
Pinch analysis and heat exchanger network (HEN) retrofit for a crude distillation unit to maximize cross-stream heat recovery.
Heat Exchanger Design & Rating (Aspen EDR)
Rigorous thermal & mechanical design rating of TEMA E-type shell-and-tube heat exchangers in Aspen EDR, optimizing baffle cut, tube layout, acoustic vibration, and pressure drop.
Discuss Heat Exchanger Rating with Eng. Andrew
Let's evaluate your process stream specifications, heat exchanger network, or sensitivity parameters together.