Simulation foundations
Model scope and specifications, fluid characterisation, thermodynamic methods, phase envelopes, recycles, convergence and mass and energy balance checks.
We teach engineers to reason through the model, challenge its assumptions and understand what it tells them about the plant.
HRD Corp (HRDF) claimable training for eligible employers. Ir. Rafil Elyas is an HRD Corp Accredited Trainer.
Enquire about training · Custom trainingInstructor-led classroom training combines engineering theory with hands-on workshops. Select a course to see what it covers. Email us for the full syllabus, duration and available dates.
Build and check steady-state models for upstream processing. Work through fluid characterisation, phase behaviour, separation and gas conditioning.
Work through more complex hydrocarbon flowsheets. Topics include recycles, convergence, equipment interactions and checking the effect of operating changes.
Model atmospheric and vacuum crude fractionation. Explore crude characterisation, product cuts, pumparounds and side strippers.
Study delayed coking and its fractionation system. Explore how feed and operating conditions affect product yields and the fractionator.
Model distillate hydrotreating, including reaction, hydrogen recycle and product separation. Explore how operating conditions affect product quality.
Study the FCC reactor and regenerator, main fractionator and gas plant. Explore how changes in one part of the unit affect product recovery.
Study HF alkylation flowsheets, acid circulation and product fractionation. Explore how feed composition and operating conditions affect alkylate production.
Study naphtha hydrotreating and catalytic reforming. Explore feed preparation, reactor behaviour, hydrogen recycle and product separation.
Build a dynamic process model and configure basic control loops. Use disturbances and operating changes to examine how the process and its controls respond.
Use Python to prepare engineering data and build and evaluate introductory machine learning models. Explore applications such as predicting process performance.
Supported platforms include Aspen HYSYS, Honeywell UniSim, SLB Symmetry, AVEVA PROII and Python.
Tell us what your team needs to be able to do. We can combine the subjects below into a course suited to your engineers’ experience, the software they use and the problems they work on.
Model scope and specifications, fluid characterisation, thermodynamic methods, phase envelopes, recycles, convergence and mass and energy balance checks.
Separation, TEG dehydration and regeneration, amine sweetening, refrigeration, dew-point control and turboexpansion.
Multistage compression and intercooling, compressor maps, recycle and anti-surge control, start-up, shutdown and response to trips.
Pipeline sizing, multiphase flow, hydrate risk, liquid slugging and the interaction between pipelines and receiving facilities.
Distillation, NGL fractionation, condensate stabilisation, heat integration and steam systems.
CO₂ phase behaviour, compression configurations and dynamic modelling of recycle and compressor controls.
Use Python to analyse plant data and explore engineering applications such as reduced-order models, performance monitoring and optimisation.
Bring an engineering problem from your own work. An East101 consultant helps you build the model and interpret the results against the decisions you need to make.
Tell us your team size, experience level, preferred subjects and software. Ask about HRD Corp (HRDF) claimability for your proposed course.
Email us about custom training