Day 1 |
10:00 |
Course Registration and gPROMS installation |
11:00 |
Introduction and course overview |
12:00 |
Lunch |
13:00 |
Tutorial: Building your own models in gPROMS – I. Lumped models |
14:00 |
Hands-on session: Simulation of an isothermal buffer tank |
14:30 |
Tutorial: Using arrays and intrinsic functions |
15:00 |
Break |
15:10 |
Tutorial: Modelling systems with discontinuities |
15:30 |
Hands-on session: Modelling an adiabatic liquid phase CSTR |
16:00 |
Tutorial: Constructing composite models |
16:30 |
Break |
16:40 |
Hands-on session: Liquid-phase CSTR with model decomposition |
17:10 |
Tutorial: Physical Properties in gPROMS models |
17:40 |
Hands-on session: Liquid-phase CSTR with physical properties |
18:10 |
End of day 1 |
Day 2 |
09:30 |
Tutorial: Building your own models in gPROMS – II. Distributed models |
10:30 |
Break |
10:45 |
Hands-on session: tubular reactor |
11:30 |
Tutorial: Building models from libraries in gPROMS |
12:00 |
Lunch |
13:00 |
Tutorial: Building models from libraries in gPROMS |
14:00 |
Break |
14:15 |
Hands-on session: Constructing a simple flowsheet |
15:00 |
Tutorial: Building your own model libraries in gPROMS |
16:00 |
Break |
16:15 |
Hands-on session: defining a public interface for the liquid-phase CSTR model |
16:45 |
Hands-on session: model topology development using the PI Model library |
17:15 |
Break |
17:30 |
Hands-on session: simulating a reactor train |
18:00 |
End of day 2 |
Day 3 |
09:30 |
Tutorial: Specifying operating procedures in gPROMS |
10:15 |
Tutorial: Organising operating procedures in TASKs |
10:30 |
Break |
10:45 |
Hands-on session: Operating a batch reactor |
11:30 |
Tutorial: Using gO:RUN to deploy models with Excel |
12:00 |
Lunch |
13:00 |
Tutorial: Using gO:RUN to deploy models with Excel |
14:00 |
Break |
14:15 |
Hands-on session: Setting up a gO:RUN model |
15:00 |
Tutorial: Steady-state modelling with gPROMS |
15:30 |
Hands-on session: Steady-state tubular reactor |
16:00 |
End of day 3 |