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A semi-analytical solution to compositional flow in liquid-rich gas plays
Miao Zhang
,
Luis F. Ayala
John and Willie Leone Department of Energy & Mineral Engineering (EME)
Research output
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Contribution to journal
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Article
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peer-review
11
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Dive into the research topics of 'A semi-analytical solution to compositional flow in liquid-rich gas plays'. Together they form a unique fingerprint.
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Keyphrases
Fluid Composition
100%
Semi-analytical Solution
100%
Rich Gas
100%
Gas Play
100%
Liquid-rich
100%
Gas Oil
66%
Radial Flow
66%
Constant Bottomhole Pressure
66%
Liquid-rich Gas Reservoirs
66%
Infinite-acting
66%
Composition Analysis
33%
In Situ
33%
Flow Behavior
33%
Hydraulically Fractured Horizontal Well
33%
Phase Behavior
33%
Complex Flow
33%
Water Flow
33%
Gas Well
33%
Numerical Modeling
33%
Production Data
33%
Flow Condition
33%
Analytical Approach
33%
Field Production
33%
Approaches to Study
33%
Partial Differential Equations
33%
Producing Well
33%
Similarity Theory
33%
Flow System
33%
Numerical Simulation Data
33%
Compositional Variation
33%
Complex Phase
33%
Linear Regime
33%
Pressure Condition
33%
Similarity-based
33%
Team Composition
33%
Analytical Development
33%
Flowing Fluid
33%
Linear Flow
33%
Composition Variation
33%
Gas Condensation
33%
Well Fluid
33%
Gas Condensate Well
33%
Revaporization
33%
Boltzmann Transformation
33%
Unconventional Formation
33%
Engineering
Rich Liquid
100%
Phase Composition
100%
Gas Oil
50%
Gas Reservoir
33%
Similarities
33%
Radial Flow
33%
Oil Ratio
33%
Bottom Hole Pressure
33%
Flow Behavior
16%
Horizontal Wells
16%
Gas Well
16%
Numerical Modeling
16%
Production Data
16%
Wellbore
16%
Flow Condition
16%
Constant Value
16%
Analytical Approach
16%
Vaporization
16%
Flow System
16%
Boltzmann Equation
16%
Observed Flow
16%
Complex Phase
16%
Condensate Gas
16%
Flowing Fluid
16%
Linear Flow
16%
Partial Differential Equation
16%
Linear Regime
16%
Chemical Engineering
Gas Condensate
100%