RESERVOIR MODELLING
USING MBAL SOFTWARE
Instr. Eng. Moataz M. Altarhoni
E-mail: [email protected]
Online Course
Telegram Channel:
http:t.me/telepetrosoftware
Course Objectives
By the End of this Course, participants would have:
•Analysis the data; reservoir pressure, production profiles.
•Learn Pressure Normalization Technique.
•Gained the Knowledge on concept of Material Balance.
•Data requirements for conducting Material Balance study.
•You will learn interpretation techniques; to help you understanding the
reservoir performance.
•Analysis the reservoir drive mechanisms and the most prominent at
various date.
•You will learn how to Match the PVT Laboratory with Empirical
Correlations.
•Evaluate the Original Oil in place of the field.
•History Matching Technique (Analytically & Graphically).
Introduction to Reservoir Engineering
•Tasks of Reservoir Engineer.
•Classification of Reservoirs.
•Reservoir Fluid Properties.
•Reservoir Rock Properties.
•Methods of Original Oil in Place.
Tasks of Reservoir Engineering
•How much oil and gas is originally in place?
•What are the drive mechanisms for the reservoir?
•Does there existing of water influx? How much volumes?
•Evaluate the Strength and the Characterization of Aquifer?
•What will the recovery factor be by primary depletion?
Classification of Reservoirs
•Petroleum reservoirs are broadly classified as oil or gas reservoirs;
•Classify of reservoir depends on
‘’Phase diagram’’
•Classified based on the Location of the
point representing the
initial reservoir
pressure (pi)
and
Temperature (Ti).
•Oil reservoirs: When the reservoir
temperature Tis less than the critical
temperature Tc of the reservoir fluid.
•Gas reservoirs: When the reservoir
temperature Tis greater than the critical
temperature Tc of the hydrocarbon fluid.
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