Well test analysis : the use of advanced interpretation models /
Bourdet, Dominique,
Well test analysis : the use of advanced interpretation models / Dominique Bourdet. - First edition - xii, 426 pages : illustrations ; 25 cm - Handbook of petroleum exploration and production, . - Handbook of petroleum exploration and production, 3 1567-8032 ; . - Handbook of petroleum exploration and production .
Includes bibliographical references ( pages 401-412) and indexes.
1.Principles of Transient Testing -- 1.1 Introduction -- 1.2 Typical flow regimes -- 1.3 Well and reservoir characterization -- 2. The Analysis Methods -- 2.1 Log-log scale -- 2.2 Pressure curves analysis -- 2.3 Pressure derivative -- 2.4 The analysis scales -- 3. Wellbore Conditions -- 3.1 Well with wellbore storage and skin -- 3.2 Infinite conductivity or uniform flux vertical fracture -- 3.3 Finite conductivity vertical fracture -- 3.4 Well in partial penetration -- 3.5 Slanted well -- 3.6 Horizontal well -- 3.7 Skin factors -- 4. Effect of Reservoir Heterogeneities on Well Responses -- 4.1 Fissured reservoirs -- 4.2 Layered reservoirs with or without crossflow -- 4.3 Composite reservoirs -- 4.4 Combined reservoir heterogeneities -- 5. Effect of Reservoir Boundaries on Well Responses -- 5.1 Single sealing fault in a homogeneous reservoir -- 5.2 Two parallel sealing faults in homogeneous reservoir -- 5.3 Two intersecting sealing faults in homogeneous reservoir -- 5.4 Closed homogeneous reservoir -- 5.5 Constant pressure boundary -- 5.6 Communicating fault -- 5.7 Effect of boundaries in double porosity reservoirs -- 5.8 Effect of boundaries in double permeability reservoirs -- 5.9 Effect of boundaries in composite reservoirs -- 5.10 Other boundary configurations -- 5.11 Conclusion -- 6. Multiple Well Testing -- 6.1 Interference tests in reservoirs with homogeneous behavior -- 6.2 Factors complicating interference tests in reservoirs with homogeneous behavior -- 6.3 Interference tests in composite reservoirs -- 6.4 Interference tests in double porosity reservoirs -- 6.5 Interference tests in layered reservoirs -- 6.6 Pulse testing -- 6.7 Conclusion -- 7. Application to Gas Reservoirs -- 7.1 Description of gas wells pressure behavior -- 7.2 Practical transient analysis of gas welltests -- 7.3 Deliverability tests -- 7.4 Field example -- 8. Application to Multiphase Reservoirs -- 8.1 Perrine's method -- 8.2 Pseudo-pressure method -- 8.3 Pressure squared method -- 9. Special Tests -- 9.1 DST -- 9.2 Impulse test -- 9.3 Constant pressure test, and rate decline analysis -- 9.4 Vertical interference test -- 10. Practical Aspects of Well Test Interpretation -- 10.1 Factors complicating well test analysis -- 10.2 Interpretation procedure -- 10.3 Well and reservoir characterisation- interpretation results -- Appendix 1. Summary of Usual Log-Log Responses -- Appendix 2. Practical Metric System of Units -- Nomenclature -- References -- Author Index -- Subject Index.
0444509682 (alk. paper)
2002026548
Oil wells--Testing.
TN871 / .B54 2002
622.3382 / B.D.W
Well test analysis : the use of advanced interpretation models / Dominique Bourdet. - First edition - xii, 426 pages : illustrations ; 25 cm - Handbook of petroleum exploration and production, . - Handbook of petroleum exploration and production, 3 1567-8032 ; . - Handbook of petroleum exploration and production .
Includes bibliographical references ( pages 401-412) and indexes.
1.Principles of Transient Testing -- 1.1 Introduction -- 1.2 Typical flow regimes -- 1.3 Well and reservoir characterization -- 2. The Analysis Methods -- 2.1 Log-log scale -- 2.2 Pressure curves analysis -- 2.3 Pressure derivative -- 2.4 The analysis scales -- 3. Wellbore Conditions -- 3.1 Well with wellbore storage and skin -- 3.2 Infinite conductivity or uniform flux vertical fracture -- 3.3 Finite conductivity vertical fracture -- 3.4 Well in partial penetration -- 3.5 Slanted well -- 3.6 Horizontal well -- 3.7 Skin factors -- 4. Effect of Reservoir Heterogeneities on Well Responses -- 4.1 Fissured reservoirs -- 4.2 Layered reservoirs with or without crossflow -- 4.3 Composite reservoirs -- 4.4 Combined reservoir heterogeneities -- 5. Effect of Reservoir Boundaries on Well Responses -- 5.1 Single sealing fault in a homogeneous reservoir -- 5.2 Two parallel sealing faults in homogeneous reservoir -- 5.3 Two intersecting sealing faults in homogeneous reservoir -- 5.4 Closed homogeneous reservoir -- 5.5 Constant pressure boundary -- 5.6 Communicating fault -- 5.7 Effect of boundaries in double porosity reservoirs -- 5.8 Effect of boundaries in double permeability reservoirs -- 5.9 Effect of boundaries in composite reservoirs -- 5.10 Other boundary configurations -- 5.11 Conclusion -- 6. Multiple Well Testing -- 6.1 Interference tests in reservoirs with homogeneous behavior -- 6.2 Factors complicating interference tests in reservoirs with homogeneous behavior -- 6.3 Interference tests in composite reservoirs -- 6.4 Interference tests in double porosity reservoirs -- 6.5 Interference tests in layered reservoirs -- 6.6 Pulse testing -- 6.7 Conclusion -- 7. Application to Gas Reservoirs -- 7.1 Description of gas wells pressure behavior -- 7.2 Practical transient analysis of gas welltests -- 7.3 Deliverability tests -- 7.4 Field example -- 8. Application to Multiphase Reservoirs -- 8.1 Perrine's method -- 8.2 Pseudo-pressure method -- 8.3 Pressure squared method -- 9. Special Tests -- 9.1 DST -- 9.2 Impulse test -- 9.3 Constant pressure test, and rate decline analysis -- 9.4 Vertical interference test -- 10. Practical Aspects of Well Test Interpretation -- 10.1 Factors complicating well test analysis -- 10.2 Interpretation procedure -- 10.3 Well and reservoir characterisation- interpretation results -- Appendix 1. Summary of Usual Log-Log Responses -- Appendix 2. Practical Metric System of Units -- Nomenclature -- References -- Author Index -- Subject Index.
0444509682 (alk. paper)
2002026548
Oil wells--Testing.
TN871 / .B54 2002
622.3382 / B.D.W