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Advanced User Symposium Course Content

Day 1    Day 2

1. Gas turbine modeling
   1. Physical model tuning
   2. Data-defined model adjustments
   3. GT TEMPLATE – defining a gas turbine from vendor curves
   4. Modeling engine operation on low BTU fuels
   5. GE APPS utility
2. HRSG modeling
   1. Heat balance design
   2. Physical design
   3. Matching a vendor spec
   4. HRSG tuning
   5. Import HRSG model from another file
   6. External reheat, sulphur dewpoint estimation
3. Steam turbine modeling
   1. Casing configuration
   2. Control valves
   3. Efficiency of turbine groups
   4. Exhaust ends
   5. Leakages
   6. Steam turbine bypass
   7. Matching a vendor spec
   8. Import ST model from another file
4. Cooling system modeling
   1. Import cooling system model from another file
   2. Resizing cooling systems at off-design
   3. Optimized part load cooling system operation
5. IGCC modeling
   1. Fuel selection and impact on design
   2. Gasifier configurations

3. Air Separation Unit configurations
4. Syngas cleanup features

5. Gas turbine model adjustments

6. IGCC Cost estimation
5. BOP
   1. Pipes, Pumps, Tanks, etc. – Sizing, Cost Estimation, Re-Sizing
6. District Heating system modeling
   1. Configurations in GTP/M
   2. THERMOFLEX features to augment GTP/M
7. Desalination

   1. Configurations

    UTILITY PROGRAMS

1. MACRO & E-LINK – making batch runs with Thermoflow programs
2. E-LINK – building a custom simulator with a graphical user interface

    STEAM PRO / STEAM MASTER / PEACE

1. Boiler modeling

1. Automatic boiler design
2. PC boiler
3. Brown Coal boiler
4. CFB boiler

2. Steam turbine modeling

5. Features shared with GTP/M
6. Asymmetric Turbines
7. Multiple Condensers

3. Off-design studies

8. Cooling system operation optimization
9. Power/Heat Rate effects of bypassing the top heater

    THERMOFLEX / PEACE

1. THERMOFLEX Connectivity
   1. Starting from GT PRO & STEAM PRO
   2. Linking to sub-models in GT PRO, GT MASTER, & STEAM MASTER
2. Assemblies – modeling systems built from multiple components
   1. Creating a steam turbine genset model from a collection of expanders
   2. Creating an HRSG model from a collection of heat exchangers
3. Select Features
   1. Logical components – methods for achieving model control objectives
   2. Internal & External MACRO programs for batch runs
   3. Control Loop – establishing user-defined relationships between model parameters
4. User-defined Component
   1. Building your own THERMOFLEX icon

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