Three-Phase SeparatorsĘ5Ģ.16.1: Liquid Handling and Liquid Retention TimeĘ5Ģ.16.5: Droplet Size (Liquid in gas phase)Ę8Ģ.17: Design Principles and sizing of Oil-gas SeparatorĘ8ģ.2: three phase separation equipment’sđ08ģ.2.3: Horizontal Three-Phase Separator with a Liquid “Boot”đ11ģ.5: Three-Phase Separator Design Theoryđ18ģ.6.1: Horizontal Three-phase Separator Sizing-Half-Fullđ21ģ.6.1.3: Settling Water Droplets from Oil Phaseđ22ģ.6.1.4: Separating Oil Droplets from Water Phaseđ23ģ.6.2.3: Settling Oil from Water Phase Constraintđ25ģ.7: Separator Design (second method)đ31Ĥ.2.3: Stability of oil water emulsionđ37Ĥ.3.2: Gunbarrel tanks with internal and external gas bootsđ44Ĥ.7.1: Gunbarrels with Internal/External Gas Bootđ84Ĭrude Oil Stabilization and Sweeteningđ93Ħ.6.1: Stage vaporization with stripping gas.Ē06Ħ.6.2: Trayed stabilization with stripping gas.Ē07Ħ.6.3: Reboiled trayed stabilization.Ē08ħ.2.1: Volumetric Measurement Meters (Orifice Meters)Ē21ħ.2.4: Turbine and Positive Displacement Meter SelectionĒ24Ĩ.2: Type Selection and IdentificationĒ28Ĩ.8.1: Two-Position (on-off) ControllersĒ45Ĩ.9.3: Flow Characteristics and Valve SelectionĒ49Ĩ.9.4: Fundamentals of Control Valve SizingĒ50ĩ.2: Relief Device Design and Requirements:Ē56ĩ.4: Special Relief System ConsiderationsĒ60
1.3: Physical properties of Hydrocarbon Gasesđ1ġ.3.2: Molecular weight and apparent molecular weightđ1ġ.3.3: Apparent molecular weight of gas mixtuređ2ġ.3.4: Gas Specific Gravity and Densityđ3ġ.3.7: Gas density at any condition of Pressure and temperatuređ8ġ.3.8: Gas volume at any condition of Pressure and temperatuređ9ġ.4: properties of Hydrocarbon Liquids (Crude Oil)Ē3Ģ.4: Principles of Physical Separation:Ĕ4Ģ.7: Separator categories and nomenclature:Ĕ7Ģ.8: Functional Sections of a Gas-Liquid SeparatorĔ7Ģ.10.3: Double-Barrel Horizontal Separatorsĕ3Ģ.10.4: Horizontal Separator with a “Boot” or “Water Pot”ĕ4Ģ.13: Control Components of Gas–Oil Separatorsė6Ģ.15.4: Fields with Different Flowing Tubing PressuresĘ3Ģ.15.5: Determining Separator Operating PressuresĘ4Ģ.15.6: Two-Phase vs.
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