Fekete
Software & Services
F.A.S.T. Piper™ Training Course

Who Should Attend: This course is designed for technical personnel involved in the modeling of gas gathering systems.

General Notes: 2 Day Course. Basic Windows navigation skills are recommended prior to attending.

Course Description

F.A.S.T. Piper™ 2 Day Course

This course is designed for technical personnel involved in the modeling of gas gathering systems. It covers the sizing of new pipelines and compressors, evaluation of the performance of existing systems and a methodology for the construction of reliable forecasting models. The objectives of this course are to familiarize each participant with:

  • The basic features of the software, including ample opportunity to work (hands on) with the software.
  • The Gas Gathering System modeling method as developed by Fekete, with background theory as required.
Course Topics
  • Geographical referencing of facilities in F.A.S.T. Piper™
  • Building gathering systems using the on-screen editing tools & imports
  • Pressure loss correlations
  • Modeling pipeline loops and multiple delivery points
  • Deliverability and reserves
  • Modeling compression
  • Modeling procedure
Course Instructor
Lane Olafson, P. Eng.
Lane is a senior technical advisor at Fekete, and has worked with the F.A.S.T. Piper™ development team for two years. Lane completed his Mechanical Engineering Degree at the University of Calgary, where he graduated with honours. He has over 10 years of experience in fluid flow analysis and design. Lane brings a broad range of design experience and technical expertise to the F.A.S.T. Piper™ team.
Tara Bobocel, C.E.T.
Tara Bobocel is a project technologist at Fekete and specializes in the optimization of gas gathering systems using F.A.S.T. Piper™. She completed the Petroleum Engineering Technology program at SAIT and has worked at Fekete since 2001. She uses F.A.S.T. Piper™ on a daily basis to evaluate optimization potential for clients. Tara has modeled numerous gas gathering systems, producing as much as 400 MMcfd.