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Analysis of Ultimate Gas Recovery in Marcellus Shale Reservoirs
Yiming Zhang
, Andrew Kleit
,
Eugene Morgan
,
John Wang
John and Willie Leone Department of Energy & Mineral Engineering (EME)
Research output
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Chapter in Book/Report/Conference proceeding
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Dive into the research topics of 'Analysis of Ultimate Gas Recovery in Marcellus Shale Reservoirs'. Together they form a unique fingerprint.
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Keyphrases
Gas Recovery
100%
Marcellus Shale
100%
Shale Reservoir
100%
Stimulated Reservoir Volume
100%
Recovery Factor
75%
Shale Gas Reservoir
25%
Wellbore
18%
Matrix Permeability
18%
Operating Conditions
12%
Gas Production
12%
Fracture Treatment
12%
Marcellus Shale Gas
12%
Fracture Half-length
12%
Fracture Conductivity
12%
Matrix Effect
6%
Natural Gas
6%
Markov Chain Monte Carlo
6%
Dual-porosity Dual-permeability
6%
Size Dependence
6%
Numerical Experiments
6%
Probability Distribution
6%
Horizontal Well
6%
Dual-permeability Model
6%
Bottom-hole Pressure
6%
Ultimate Recovery
6%
Decline Rate
6%
Development Strategy
6%
Production Period
6%
Reliable Model
6%
Well Development
6%
Infill Well
6%
Sichuan Basin
6%
Volume Size
6%
Treatment Design
6%
Economic Recovery
6%
Production Decline
6%
Methodology Models
6%
Engineering
Reservoir Volume
100%
Recovery Factor
75%
Gas Reservoir
25%
Shale Gas
25%
Wellbore
18%
Parametric Study
12%
Gas Production
12%
Fracture Half-Length
12%
Key Parameter
6%
Horizontal Wells
6%
Spatial Variation
6%
Natural Gas
6%
Multistage
6%
Fracture Permeability
6%
Numerical Experiment
6%
Bottom Hole Pressure
6%
Decline Rate
6%
Porosity
6%