During the course, you will learn how to use OFM as a quality assurance tool, seeking deficiencies in the data, before using the project data to illustrate primary and derived performance parameters.
The course also covers graphical display features, ranging from tabular plots, through line graphs, to GIS map-based representations.

Anyone interested in gaining a general understanding of OFM.  It will greatly benefit:

• Project Managers
• Production Operators
• Field Production Personnel / Supervisors / Superintendents
• Production Engineers
• Asset Managers
• Asset Support Engineers
• Reservoir Engineers
• Process Engineers
• Planning Engineers
• Production Accountants

Course Software

Schlumberger Oil Field Manager 2014.1 (latest available version). Also; the old interface of the software will be discussed.

OFM Fundamentals

This part of the course helps the attendees to become comfortable with the basic features of OFM software and some of its more advanced features.

• Opening and running an existing database,
• Creating a new project from scratch,
• Customizing project base maps,
• Data Categorizing,
• Filtering and grouping data,
• Creating the calculated variables,
• Creating single- and multiple-well plots,
• Creating and format well and field summary reports,
• Data Plotting (Stack, Average, Sum., and Contribution Plots), and
• Data Reporting, exporting and printing.

OFM Forecast Analysis Fundamental

Attendees will analyze historical production trends and future potential using a variety of techniques with OFM software.

• Performing rate versus time analysis,
• Setting up and change the variables used in decline curve analysis (DCA),
• Performing DCA to forecast production for individual or groups of wells,
• Saving DCA Cases,
• Selecting the working Historical Data,
• Generating reports and plots of forecasted results, and
• Ratio Forecasting.

OFM Mapping Applications Fundamentals

Attendees will learn the necessary skills to effectively use the robust mapping functions of OFM software.

• Creating bubble maps, grid maps, contour maps, and surface maps of time or static data,
• Creating and manipulate scatter plots,
• Creating XY Maps, and
• Creating and manipulate grid and bubble map overlay.

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.

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