Mazda Irani

Inflow Control Devices; Design and Fundamentals

9:43 Hours
This course introduces the design and optimization of Inflow Control Devices (ICDs) in horizontal wells, applicable to both conventional and thermal reservoirs. It covers the fundamentals of various ICD types, the interaction between the reservoir and the ICD, and discusses design charts used to evaluate the performance of the devices.

01-00 – Introduction (1 min.)
01-01 – Types of Flow Control Devices (FCDs) (30 min.)
01-02 – Types of Flow Control Devices (FCDs) – continued (32 min.)
01-03 – Autonomous Inflow Control Valves (AICV) (21 min.)
01-04 – Example 1 (11 min.)
01-05 – Flashing In the Device (47 min.)

02-01 – Steam Saturation Curve (24 min.)
02-02 – How Steam Enthalpy Varies From Boiler To Producer (41 min.)
02-03 – Steam Trap Control (33 min.)
02-04 – Definition Of The Liquid-Pool (32 min.)
02-05 – Liquid-Pool Model (20 min.)
02-06 – What Is IPR or PI? (27 min.)
02-07 – How FCDs Help Steam Coning (32 min.)
02-08 – Liquid-Pool Flashing (15 min.)
02-09 – Dalton’s Law of Partial Pressures (20 min.)
02-10 – Example 2 (19 min.)
02-11 – Example 3 (13 min.)

03-01 – What is IPR or PI: How Applications Consider It (15 min.)
03-02 – How FCDs Help Conformance (8 min.)
03-03 – Correct Modelling Questions (9 min.)
03-04 – Annular Cross-Flow (13 min.)
03-05 – Segregated Flow (7 min.)
03-06 – Example 4 (21 min.)

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