• General Overview of FORGAS
• Creating a two well gas-water model
• Examination of FORGAS results: Text, plots, results layer and Excel spreadsheets
• Compressor optimization exercise
• If time permits, hydrate suppression techniques

• Length: 1 day
  Prerequisite:
  FORGAS 10 Introduction course, experience using FORGAS 10 or instructor approval.
  
  Topics Include:
  Learn how to use the new capabilities in FORGAS version 10.1, including optimizing and controlling production by using the powerful new plant constraints option.
  
  Update an existing FORGAS 10 gas field model by adding:

• Water influx reservoir data
• Reservoir connections
• Fluid property tables
• Equation of state methods
• Field extractor
• Wellbore temperature and wellhead choke calculations
• Report groups
• Companies (working interest)
• Automatic decline of import flow rates either by copying flow rates from a spreadsheet or using the Arps hyperbolic decline coefficients
• Plant constraints - constrain plant production to maximum CO2 and minimum gas rate specifications

Use the results layer to view results on the
schematic.
Use FBOExport to create annual reports.

Click here to register

• FORGAS Introduction course or instructor approval

• Discuss the steps required to model new fields
• Participants model a new offshore gas-condensate field
• Discuss the steps required to model existing fields
• Participants model and history match an existing on-shore gas-water field

• Length: ½ Day
  
• Presented by Alan Goddard, PMGroup Inc.
  Topics Include:
  
• Overview of reciprocating compressor operation
  Ways to optimize compressor performance
• 
  Click here to register
  

• Items to consider while optimizing gas fields
• How to find potential field optimizations using FORGAS output (text, plots, results layer and Excel spreadsheet)
• Hands-on practice in optimizing the production from a gas field using FORGAS

CALGARY:
September 30, 2010
November 18, 2010

1:30 p.m. – 4:30 p.m.

• Create a FORGAS input data file to correspond to an IMEX three dimensional black oil reservoir simulation model.
• Couple both programs to rigorously forecast long term deliverability and analyze potential system enhancements
  

• GEM coalbed methane wells
• IMEX tight gas wells
• Tight gas well producing from a gasifer
  
  
Couple FORGAS with IMEX (black oil reservoir simulator from the Computer Modelling Group (CMG)) and GEM (compositional reservoir simulator from CMG) to forecast long term deliverability and analyze system enhancements.