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Chapters 1–12 Abass, H., Meadows, D., Brumley, J. and Venditto, J.: “Oriented Perforations—A Rock Mechanics View,” paper SPE 28555, presented at the SPE Annual Technical Conference and Exhibition, New Orleans, Louisiana, USA (September 25–28, 1994). Abass, H.H, Saeed, H. and Meadows, D.L.: “Non- planar Fracture Propagation from a Horizontal Wellbore: Experimental Study,” paper SPE 24823, presented at the SPE Annual Technical Conference and Exhibition, Washington, D.C., USA (October 4–7, 1992). Abdulraheem, A., Roegiers, J.-C. and Zaman, M.: “Mechanics of Pore Collapse and Compaction in Weak Porous Rocks,” Proc., 33rd U.S. Symposium on Rock Mechanics, Santa Fe, New Mexico, USA (1992), 233–242. Abou-Sayed, A.S. and Dougherty, R.L.: “Evaluation of the Influence of In Situ Reservoir Conditions on the Geometry of Hydraulic Fractures Using a 3D Simulator,” paper SPE 13275, presented at the SPE Annual Technical Conference and Exhibition, Houston, Texas, USA (September 16–19, 1984). Abou-Sayed, I.S., Schueler, S., Ehrl, E. and Hen- dricks, W.: “Multiple Hydraulic Fracture Stimulation in a Deep Horizontal Tight Gas Well,” paper SPE 30532, presented at the SPE Annual Technical Conference and Exhibition, Dallas, Texas, USA (October 22–25, 1995). Abousleiman, Y., Cheng, A.H.-D. and Gu, H.: “Formation Permeability Determination by Micro or Mini-Hydraulic Fracturing,” J. Ener. Res. Tech. (June 1994) 116, No. 2, 104–114. Abramowitz, M. and Stegun, I.A. (eds.): Handbook of Mathematical Functions, ninth edition, New York, New York, USA, Dover (1989). Acharya, A.R.: “Particle Transport in Viscous and Viscoelastic Fracturing Fluids,” paper SPE 13179, SPE Production Engineering (1986), 104. Acharya, A.R.: “Viscoelasticity of Crosslinked Fracturing Fluids and Proppant Transport,” paper SPE 16221, presented at the SPE Production Operations Symposium, Oklahoma City, Oklahoma, USA (March 8–10, 1987); also paper SPE 15937, SPE Production Engineering (November 1988), 483. Acharya, A.R. and Deysarkar, A.K.: “Rheology of Fracturing Fluids at Low-Shear Conditions,” paper SPE 16917, presented at the SPE Annual Technical Conference and Exhibition, Dallas, Texas, USA (September 27–30, 1987). Advani, S.H., Lee, T.S. and Dean, R.H.: “Variational Principles for Hydraulic Fracturing,” Journal of Applied Mechanics (December 1992) 59, No. 4, 819–826. Advani, S.H., Lee, T.S., Dean, R.H., Pak, C.K. and Avasthi, J.M.: “Consequences of Fracturing Fluid Lag in Three-Dimensional Hydraulic Fractures,” paper SPE 25888, presented at the SPE Rocky Mountain Regional/Low Permeability Reservoirs Symposium, Denver, Colorado, USA (April 12–14, 1993). Agarwal, R.G., Al-Hussainy, R. and Ramey, H.J. Jr.: “An Investigation of Wellbore Storage and Skin Effect in Unsteady Liquid Flow: I. Analytical Treatment,” paper SPE 2466, SPE Journal (September 1970) 10, No. 3, 279–290. Agarwal, R.G., Carter, R.D. and Pollock, C.B.: “Evaluation and Performance Prediction of Low Permeability Gas Wells Stimulated by Massive Hydraulic Fracturing,” paper SPE 6838, Journal of Petroleum Technology (March 1979) 31, No. 3, 362–372; also in Trans., AIME (1979) 267. Reservoir Stimulation R-1 References

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Chapters 1–12Abass, H., Meadows, D., Brumley, J. and Venditto,J.: “Oriented Perforations—A Rock MechanicsView,” paper SPE 28555, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 25–28, 1994).

Abass, H.H, Saeed, H. and Meadows, D.L.: “Non-planar Fracture Propagation from a HorizontalWellbore: Experimental Study,” paper SPE 24823,presented at the SPE Annual Technical Conferenceand Exhibition, Washington, D.C., USA (October4–7, 1992).

Abdulraheem, A., Roegiers, J.-C. and Zaman, M.:“Mechanics of Pore Collapse and Compaction inWeak Porous Rocks,” Proc., 33rd U.S. Symposiumon Rock Mechanics, Santa Fe, New Mexico, USA(1992), 233–242.

Abou-Sayed, A.S. and Dougherty, R.L.: “Evaluationof the Influence of In Situ Reservoir Conditions onthe Geometry of Hydraulic Fractures Using a 3DSimulator,” paper SPE 13275, presented at the SPEAnnual Technical Conference and Exhibition,Houston, Texas, USA (September 16–19, 1984).

Abou-Sayed, I.S., Schueler, S., Ehrl, E. and Hen-dricks, W.: “Multiple Hydraulic Fracture Stimulationin a Deep Horizontal Tight Gas Well,” paper SPE30532, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(October 22–25, 1995).

Abousleiman, Y., Cheng, A.H.-D. and Gu, H.:“Formation Permeability Determination by Micro or Mini-Hydraulic Fracturing,” J. Ener. Res. Tech.(June 1994) 116, No. 2, 104–114.

Abramowitz, M. and Stegun, I.A. (eds.): Handbookof Mathematical Functions, ninth edition, New York,New York, USA, Dover (1989).

Acharya, A.R.: “Particle Transport in Viscous andViscoelastic Fracturing Fluids,” paper SPE 13179,SPE Production Engineering (1986), 104.

Acharya, A.R.: “Viscoelasticity of CrosslinkedFracturing Fluids and Proppant Transport,” paperSPE 16221, presented at the SPE ProductionOperations Symposium, Oklahoma City, Oklahoma,USA (March 8–10, 1987); also paper SPE 15937,SPE Production Engineering (November 1988), 483.

Acharya, A.R. and Deysarkar, A.K.: “Rheology ofFracturing Fluids at Low-Shear Conditions,” paperSPE 16917, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(September 27–30, 1987).

Advani, S.H., Lee, T.S. and Dean, R.H.: “VariationalPrinciples for Hydraulic Fracturing,” Journal ofApplied Mechanics (December 1992) 59, No. 4,819–826.

Advani, S.H., Lee, T.S., Dean, R.H., Pak, C.K. andAvasthi, J.M.: “Consequences of Fracturing FluidLag in Three-Dimensional Hydraulic Fractures,”paper SPE 25888, presented at the SPE RockyMountain Regional/Low Permeability ReservoirsSymposium, Denver, Colorado, USA (April 12–14,1993).

Agarwal, R.G., Al-Hussainy, R. and Ramey, H.J. Jr.:“An Investigation of Wellbore Storage and SkinEffect in Unsteady Liquid Flow: I. AnalyticalTreatment,” paper SPE 2466, SPE Journal(September 1970) 10, No. 3, 279–290.

Agarwal, R.G., Carter, R.D. and Pollock, C.B.:“Evaluation and Performance Prediction of LowPermeability Gas Wells Stimulated by MassiveHydraulic Fracturing,” paper SPE 6838, Journal of Petroleum Technology (March 1979) 31, No. 3, 362–372; also in Trans., AIME (1979) 267.

Reservoir Stimulation R-1

References

Page 2: buenoooo

Ahmed, G., Horne, R.N. and Brigham, W.E.:“Theoretical Development of Flow into a WellThrough Perforations,” report DE90000251, U.S.DOE (August 1990).

Ahmed, U., Newberry, B.M. and Cannon, D.E.:“Hydraulic Fracture Treatment Design of Wells withMultiple Zones,” paper SPE 13857, presented at theSPE Low Permeability Gas Reservoir Symposium,Denver, Colorado, USA (May 19–22, 1985).

Ainley, B.R.: “Development of Foam Fracturing andCementing Fluids for Use in Tight Gas Sands,” pre-sented at the 1983 AIChE National Meeting, Denver,Colorado, USA (August 28–31, 1983).

Akram, A.H., Fitzpatrick, A.J. and Halford, F.R.: “AModel to Predict Wireline Formation Tester SampleContamination,” paper SPE 48959, presented at theSPE Annual Technical Conference and Exhibition,New Orleans, Louisiana, USA (September 27–30,1998).

Albright, J.N. and Pearson, C.F.: “Acoustic Emissionsas a Tool for Hydraulic Fracture Location: Experienceat the Fenton Hill Hot Dry Rock Site,” paper SPE9509, SPE Journal (August 1982) 22, No. 4, 523–530.

Aleksandrowksi, P., Inderhaug, O.H. and Knapstad,B.: “Tectonic Structures and Wellbore BreakoutOrientation,” Proc., 33rd U.S. Symposium on RockMechanics, Santa Fe, New Mexico, USA (June 3–5,1992).

Al-Hussainy, R. and Ramey, H.J. Jr.: “Application ofReal Gas Theory to Well Testing and DeliverabilityForecasting,” paper SPE 1243-B, Journal of Petrol-eum Technology (May 1966) 18, 637–642.

Al-Hussainy, R., Ramey, H.J. Jr. and Crawford, P.B.:“The Flow of Real Gases Through Porous Media,”paper SPE 1243-A, Journal of Petroleum Technology(May 1966) 18, 624–636.

Allen, L.S., Tittle, C.W., Mills, W.R. and Caldwell,R.L.: “Dual Spaced Neutron Logging for Porosity,”Geophysics (1967), 32, No. 1.

Allen, T.O. and Worzel, H.C.: “Productivity Methodof Evaluating Gun Perforating,” Drilling and Pro-duction Practice 1956, New York, New York, USA,American Petroleum Institute (1957), 112–125.

Almond, S.W., Bland, W.E. and Ripley, H.E.: “TheEffect of Break Mechanisms on Gelling Agent

Residue and Flow Impairment in 20/40 Mesh Sand,”paper CIM 84-35-30, presented at the 35th AnnualTechnical Meeting of Petroleum Society of CIM andCanadian Association of Drilling Engineers, Calgary,Alberta, Canada (June 10–13, 1984).

Almond, S.W. and Garvin, T.R.: “High EfficiencyFracturing Fluids for Low Temperature Reservoirs,”Proc., 31st Annual Southwestern Petroleum ShortCourse, Lubbock, Texas, USA (1984), 76–88.

Amadei, B., Swolfs, H.S. and Savage, W.S.: “GravityInduced Stresses in Stratified Rock Masses,” RockMechanics and Rock Engineering (January 1988) 21,No. 1, 1–20.

Amyx, B., et al.: Petroleum Reservoir EngineeringPhysical Properties, McGraw Hill (1960).

Anderson, A.J., Ashton, P.J.N., Lang, J. and Samuel-son, M.L.: “Production Enhancement ThroughAggressive Flowback Procedures in the CodellFormation,” paper SPE 36468, presented at the SPEAnnual Technical Conference and Exhibition,Denver, Colorado, USA (October 6–9, 1996).

Anderson, B., Barber, T., Druskin, V., Lee, P., Dussan,V.E., Knizhnerman, L. and Davydycheva, S.: “TheResponse of Multiarray Induction Tools in HighlyDipping Formations with Invasion and in Arbitrary3D Geometries,” Transactions of the SPWLA 37thAnnual Logging Symposium (June 16–19, 1996),paper A.

Anderson, E.M.: The Dynamics of Faulting and DykeFormation with Application to Britain, second edition,Edinburgh, Scotland, Oliver and Boyd (1951).

Archie, G.E.: “The Electrical Resistivity Log as anAid in Determining Some Reservoir Characteristics,”Journal of Petroleum Technology (January 1942) 5.

Asadi, M. and Preston, F.W.: “Characterization of the Crushed-Zone Formed During Jet Perforation by Qualitative Scanning Electron Microscopy andQuantitative Image Analysis,” paper SPE 22812, pre-sented at the SPE Annual Technical Conference andExhibition, Dallas, Texas, USA (October 6–9, 1991).

Aseltine, C.: “Flash X-Ray Analysis of theInteraction of Perforators with Different TargetMaterials,” paper SPE 14322, presented at the SPEAnnual Technical Conference and Exhibition, LasVegas, Nevada, USA (September 22–25, 1985).

R-2 References

Page 3: buenoooo

Asgian, M.I., Cundall, P.A. and Brady, B.H.: “Mech-anical Stability of Propped Hydraulic Fractures: ANumerical Study,” paper SPE 28510, Journal ofPetroleum Technology (March 1995) 47, No. 3,203–208.

Atkinson, B.K. (ed.): Fracture Mechanics of Rock,London, UK, Academic Press (1987).

Atkinson, B.K. and Meredith, P.G.: “ExperimentalFracture Mechanics Data for Rocks and Minerals,”B.K. Atkinson (ed.): Fracture Mechanics of Rock,London, UK, Academic Press (1987), 477–525.

Aud, W.W., Sullivan, R.B., Coalson, E.B., Poulson,T.D. and Warembourg, P.A.: “Acid Refracturing Pro-gram Increases Reserves, Cottonwood Creek Unit,Washakie County, Wyoming,” paper SPE 21821,Journal of Petroleum Technology (January 1992), 11; also presented at the Rocky Mountain RegionalMeeting and Low-Permeability Reservoirs Symposium,Denver, Colorado, USA (April 15–17, 1992).

Aud, W.W., Wright, T.B., Cipolla, C.L., Harkrider,J.D. and Hansen, J.T.: “The Effect of Viscosity onNear-Wellbore Tortuosity and Premature Screenouts,”paper SPE 28492, presented at the SPE AnnualTechnical Conference and Exhibition, New Orleans,Louisiana, USA (September 25–28, 1994).

Ayoub, J.A., Bourdet, D.P. and Chauvel, Y.L.:“Impulse Testing,” paper SPE 15911, SPE FormationEvaluation (September 1988), 534.

Ayoub, J.A., Brown, J.E., Barree, R.D. and Elphick,J.J.: “Diagnosis and Evaluation of Fracturing Treat-ments,” SPE Production Engineering (February1992a), 39.

Ayoub, J.A., Kirksey, J.M., Malone, B.P. andNorman, W.D.: “Hydraulic Fracturing of SoftFormations in the Gulf Coast,” paper SPE 23805,presented at the SPE Formation Damage ControlSymposium, Lafayette, Louisiana, USA (February26–27, 1992b).

Babcock, R.E., Prokop, C.L. and Kehle, R.O.:“Distribution of Propping Agents in Vertical Frac-tures,” Production Monthly (November 1967), 11.

Badon Ghyben, W.: “Nota in Verband Met de Voor-genomen Putboring Nabij Amsterdam,” Tijdschr.Kon. Inst. Ing. (1888–1889), 1988, 8–22.

Baker, H.R., Bolster, R.N., Leach, P.B. and Little,R.C.: “Association Colloids in Nonaqueous Fluids,”Ind. Eng. Chem., Prod. Res. Develop. (1970) 9, No.4, 541–547.

Bale, A., Owren, K. and Smith, M.B.: “ProppedFracturing as a Tool for Sand Control and ReservoirManagement,” paper SPE 24992, presented at theSPE European Petroleum Conference, Cannes,France (November 16–18, 1992); also in SPEProduction & Facilities (February 1994a) 9, No. 1, 19–28.

Bale, A., Smith, M.B. and Settari, A.: “Post-FracProductivity Calculation for Complex Reservoir/Fracture Geometry,” paper SPE 28919, presented atthe European Petroleum Conference, London, UK(October 24-27, 1994b).

Baranet, S.E. and Ainley, B.R.: “Delayed CrosslinkingImproves Performance of Fracturing Fluids in DeepFormations,” paper CIM 85-36-39, presented at the36th Annual Technical Meeting of the PetroleumSociety of CIM, Edmonton, Alberta, Canada (June2–5, 1985).

Barenblatt, G.I.: “Mathematical Theory of EquilibriumCracks,” Advances in Applied Mech. (1962) 7, 56–131.

Barree, R.D.: “A Practical Numerical Simulator forThree-Dimensional Fracture Propagation in Hetero-geneous Media,” paper SPE 12273, presented at theSPE Reservoir Simulation Symposium, San Francisco,California, USA (November 15–18, 1983).

Barree, R.D.: “A New Look at Fracture-Tip Screen-out Behavior,” paper SPE 18955, Journal of Petro-leum Technology (February 1991) 43, No. 2, 138–143.

Barree, R.D. and Conway, M.W.: “Experimental andNumerical Modeling of Convective ProppantTransport,” paper SPE 28564, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 25–28, 1994);also in Journal of Petroleum Technology (March1995) 47, No. 3, 216–222.

Barree, R.D. and Mukherjee, H.: “Determination ofPressure Dependent Leakoff and Its Effect on FractureGeometry,” paper SPE 36424, presented at the SPEAnnual Technical Conference and Exhibition, Denver,Colorado, USA (October 6–9, 1996).

Reservoir Stimulation R-3

Page 4: buenoooo

Bartko, K.M., Robertson, B. and Wann, D.: “Imple-menting Fracturing Technology to the UKCSCarboniferous Formation,” paper SPE 38609, pre-sented at the SPE Annual Technical Conference andExhibition, San Antonio, Texas, USA (October 5–8,1997).

Barton, C. and Zoback, M.: “Stress PertubationsAssociated with Active Faults Penetrated by Bore-holes: Evidence for Near Complete Stress Drop and aNew Technique for Stress Magnitude Measurement,”Journal of Geophysical Research (1994) 99, 9373–9390.

Bartusiak, R., Behrmann, L.A. and Halleck, P.M.:“Experimental Investigation of Surge Flow Velocityand Volume Needed to Obtain Perforation Cleanup,”Journal of Petroleum Science & Engineering(February 1997) 13, Nos. 1–2, 19–28.

Batchelor, A.S., Baria, R. and Hearn, K.: “Monitoringthe Effects of Hydraulic Stimulation by MicroseismicEvent Location: A Case Study,” paper SPE 12109,presented at the SPE Annual Technical Conferenceand Exhibition, San Francisco, California, USA(October 5–8, 1983).

Baumgartner, W.E., Shlyapobersky, J., Abou-Sayed,I.S. and Jacquier, R.C.: “Fracture Stimulation of aHorizontal Well in a Deep, Tight Gas Reservoir: ACase History from Offshore The Netherlands,” paperSPE 26795, presented at the Offshore EuropeanConference, Aberdeen, Scotland (September 7–10,1993).

Beg, M.S., Kunak, A., Oguz, G., Ming, Z.D. andHill, A.D.: “A Systematic Experimental Study ofAcid Fracture Conductivity,” paper SPE 31098, pre-sented at the SPE International Symposium onFormation Damage Control, Lafayette, Louisiana,USA (February 14–15, 1996).

Beggs, H.D. and Brill, J.P.: “A Study of Two-PhaseFlow in Inclined Pipes,” paper SPE 4007, Journal ofPetroleum Technology (May 1973) 25, No. 5, 607–617.

Behie, A. and Settari, A.: “Perforation DesignModels for Heterogeneous, Multiphase Flow,” paperSPE 25901, presented at the SPE Rocky MountainRegional/Low Permeability Reservoirs Symposium,Denver, Colorado, USA (April 12–14, 1993).

Behrmann, L. and Elbel, J.: “Effect of Perforations on Fracture Initiation,” paper SPE 20661, Journal ofPetroleum Technology (May 1991) 43, No. 5, 608–615; also presented at the SPE Annual TechnicalConference and Exhibition, New Orleans, Louisiana,USA (September 23–26, 1992).

Behrmann, L., et al.: “Quo Vadis, Extreme Over-balance?” Oilfield Review (Autumn 1996) 8, No. 3, 18–33.

Behrmann, L.A.: “Underbalance Criteria for Mini-mum Perforation Damage,” paper SPE 30081, pre-sented at the SPE Formation Damage Symposium,The Hague, Netherlands (May 15–16, 1995).

Behrmann, L.A. and Halleck, P.M.: “Effects of Well-bore Pressure on Perforator Penetration Depth,” paperSPE 18243, presented at the SPE Annual TechnicalConference and Exhibition, Houston, Texas, USA(October 2–5, 1988).

Behrmann, L.A. and McDonald, B.: “Underbalanceor Extreme Overbalance,” paper SPE 31083, pre-sented at the SPE International Symposium onFormation Damage Control, Lafayette, Louisiana,USA (February 14–15, 1996).

Behrmann, L.A., Pucknell, J.K. and Bishop, S.R.:“Effects of Underbalance and Effective Stress onPerforation Damage in Weak Sandstone: InitialResults,” paper SPE 24770, presented at the SPEAnnual Technical Conference and Exhibition,Washington, D.C., USA (October 4–7, 1992).

Bell, W.T.: “Perforating Underbalanced—EvolvingTechniques,” paper SPE 13413, Journal of PetroleumTechnology (October 1984) 36, No. 11, 1653–1662.

Bell, W.T., Brieger, E.F. and Harrigan, J.W. Jr.:“Laboratory Flow Characteristics of Gun Perfora-tions,” paper SPE 3444, Journal of Petroleum Tech-nology (September 1972) 36, No. 11, 1095–1103.

Bell, W.T., Sukup, R.A. and Tariq, S.M.: Perforating,Henry L. Doherty Monograph Series, Richardson,Texas, USA, Society of Petroleum Engineers (1995)16.

Ben Naceur, K. and Economides, M.J.: “Productionfrom Naturally Fissured Reservoirs Intercepted by aVertical Hydraulic Fracture,” paper SPE 17425, pre-sented at the SPE California Regional Meeting, LongBeach, California, USA (March 23–25, 1988); also in

R-4 References

Page 5: buenoooo

SPE Formation Evaluation (December 1989) 4, No.4, 550–558.

Ben Naceur, K. and Roegiers, J.-C.: “Design ofFracturing Treatments in Multilayered Formations,”paper SPE 17712, presented at the SPE Gas Tech-nology Symposium, Dallas, Texas, USA (June 13–15,1988); also in SPE Production Engineering (February1990) 5, No. 1, 21–26.

Bennett, C.O., Reynolds, A.C. and Raghavan, R.:“Analysis of Finite-Conductivity Fractures InterceptingMultilayer Commingled Reservoirs,” paper SPE11030, SPE Formation Evaluation (June 1986) 1,259–274.

Bennett, C.O., Rodolpho, C.-V., Reynolds, A.C. andRaghavan, R.: “Approximate Solutions for FracturedWells Producing Layered Reservoirs,” paper SPE11599, SPE Journal (October 1985) 25, 729–742.

Bennett, C.O., Rosato, N.D., Reynolds, A.C. andRaghavan, R.: “Influence of Fracture Heterogeneityand Wing Length on the Response of VerticallyFractured Wells,” paper SPE 9886, SPE Journal(April 1983) 23, 219–230.

Besson, J.: “Performance of Slanted and HorizontalWells on an Anisotropic Medium,” paper SPE 20965,presented at Europec 90, The Hague, Netherlands(October 22–24, 1990).

Bhalla, K. and Brady, B.H.: “Formation and FractureCharacterization by Inversion of Fracture TreatmentRecords,” paper SPE 26526, presented at the SPEAnnual Technical Conference and Exhibition,Houston, Texas, USA (October 3–6, 1993).

Bilhartz, H.L. and Ramey, H.J. Jr.: “The CombinedEffects of Storage, Skin, and Partial Penetration onWell Test Analysis,” paper SPE 6753, presented atthe SPE Annual Technical Conference and Exhi-bition, Denver, Colorado, USA (October 9–12, 1977).

Biot, M.A.: “General Theory of Three-DimensionalConsolidation,” Journal of Applied Physics (February1941) 12, 155–164.

Biot, M.A.: “General Solutions of the Equations ofElasticity and Consolidation for a Porous Material,”Journal of Applied Mechanics (March 1956a) 23, No.1, 91–96.

Biot, M.A.: “Theory of Propagation of Elastic Wavesin a Fluid-Saturated Porous Solid. I. Low FrequencyRange,” J. Acoust. Soc. Am. (1956b) 28, 168–178.

Biot, M.A.: “Theory of Propagation of Elastic Wavesin a Fluid-Saturated Porous Solid. II. High Frequency,”J. Acoust. Soc. Am. (1956c) 28, 179–191.

Bird, K. and Dunmore, S.: “Optimising PerforationPerformance for the Armada Gas CondensateDevelopment,” paper SPE 30083, presented at the1995 European Formation Damage Conference, TheHague, Netherlands (May 15–16, 1995).

Boone, T.J., Kry, P.R., Bharatha, S. and Gronseth,J.M.: “Poroelastic Effects Related to StressDetermination by Micro-Frac Tests in PermeableRock,” Proc., 32nd U.S. Symposium on RockMechanics, Norman, Oklahoma, USA (1991), 25–34.

Boone, T.J., Wawryznek, P.A. and Ingraffea, A.R.:“Simulation of the Fracture Process in Rock withApplication to Hydrofracturing,” InternationalJournal of Rock Mechanics and Mining Sciences & Geomechanics Abstracts (June 1986) 23, No. 3,255–265.

Bourdet, D.: “Pressure Behavior of LayeredReservoirs with Crossflow,” paper SPE 13628, pre-sented at the SPE California Regional Meeting,Bakersfield, California, USA (March 27–29, 1985).

Bourdet, D., Alagoa, A., Ayoub, J.A. and Pirard,Y.M.: “New Type Curves Aid Analysis of FissuredZone Well Tests,” World Oil (April 1984) 198, No. 5, 111–124.

Bourdet, D., Ayoub, J.A. and Pirard, Y.M.: “Use of Pressure Derivative in Well-Test-Interpretation,”paper SPE 12777, SPE Facilities & Engineering(June 1989), 293–302; also in Trans., AIME 287.

Bourdet, D., Whittle, T.M., Douglas, A.A. and Pirard,Y.M.: “A New Set of Type Curves Simplifies WellTest Analysis,” World Oil (May 1983) 196, No. 6,95–106.

Boutéca, M.J., Bary, D., Piau, J.M., Kessler, N.,Boisson, M. and Fourmaintraux, D.: “Contribution of Poroelasticity to Reservoir Engineering: LabExperiments, Application to Core Decompressionand Implication in HP-HT Reservoirs Depletion,”Proc., Eurock ’94 Symposium, Delft, Netherlands(1994), 525–533.

Bradley, W.B.: “Failure of Inclined Boreholes,”Journal of Energy Research Technology (December1979) 101, 232–239.

Reservoir Stimulation R-5

Page 6: buenoooo

Brady, B.H., Ingraffea, A.R. and Morales, R.H.:“Three-Dimensional Analysis and Visualization ofthe Wellbore and the Fracturing Process in InclinedWells,” paper SPE 25889, presented at the SPERocky Mountain Regional/Low PermeabilityReservoirs Symposium, Denver, Colorado, USA(April 12–14, 1993).

Branagan, P.T., Warpinski, N.R., Engler, B.P. andWilmer, R.: “Measuring the Hydraulic Fracture-Induced Deformation of Reservoirs and AdjacentRocks Employing a Deeply Buried InclinometerArray: GRI/DOE Multi-Site Project,” paper SPE36451, presented at the SPE Annual TechnicalConference and Exhibition, Denver, Colorado, USA(October 6–9, 1996).

Brannon, H.D. and Pulsinelli, R.J.: “Breaker Concen-trations Required to Improve the Permeability ofProppant Packs Damaged by Concentrated Linearand Borate-Crosslinked Fracturing Fluids,” paperSPE 21583, SPE Production Engineering (November1992) 7, No. 4, 338–342.

Brannon, H.D. and Tjon-Jo-Pin, R.M.: “Biotechno-logical Breakthrough Improves Performance ofModerate to High-Temperature Fracturing Appli-cations,” paper SPE 28513, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 25–28, 1994).

Bratli, R.K. and Risnes, R.: “Stability and Failure ofSand Arches,” paper SPE 8427, SPE Journal (April1981) 21, No. 2, 236–248.

Bratton, T., Bornemann, T., Li, Q., Plumb, R. andRasmus, J.: “Logging-While-Drilling Images forGeomechanical, Geological and PetrophysicalInterpretations,” Transactions of the SPWLA 40thAnnual Logging Symposium, Olso, Norway (June8–10, 1999).

Breckels, I.M. and van Eekelen, H.A.M.: “Rela-tionship Between Horizontal Stress and Depth inSedimentary Basins,” paper SPE 10336, Journal ofPetroleum Technology (September 1982) 34, No. 9,2191–2199.

Brie, A., Endo, T., Johnson, D.L. and Pampuri, F.:“Quantitative Formation Permeability Evaluationfrom Stoneley Waves,” presented at the SPE AnnualTechnical Conference and Exhibition, New Orleans,Louisiana, USA (September 27–30, 1998).

Britt, L.K. and Bennett, C.O.: “Determination ofFracture Conductivity in Moderate-PermeabilityReservoirs Using Bilinear Flow Concepts,” paperSPE 14165, presented at the SPE Annual TechnicalConference and Exhibition, Las Vegas, Nevada, USA(September 22–25, 1985).

Britt, L.K., Hager, C.J. and Thompson, J.W.:“Hydraulic Fracturing in a Naturally Fractured Res-ervoir,” paper SPE 28717, presented at the SPEInternational Petroleum Conference and Exhibition of Mexico, Veracruz, Mexico (October 10–13, 1994).

Brown, E.T. (ed.): Rock Characterization Testing and Monitoring, International Society for RockMechanics, Commission on Testing Methods,Oxford, UK, Pergamon Press (1981).

Brown, J.E. and Economides, M.J.: “An Analysis ofHorizontally Fractured Horizontal Wells,” paper SPE24322, presented at the SPE Rocky MountainRegional Meeting, Casper, Wyoming, USA (May18–22, 1992).

Brown, J.E., King, L.R., Nelson, E.B. and Ali, S.A.:“Use of a Viscoelastic Carrier Fluid in Frac-PackApplications,” paper SPE 31114, presented at theSPE International Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February 14–15,1996).

Brown, K.E., et al.: The Technology of Artificial LiftMethods, Tulsa, Oklahoma, USA, PennWellPublishing Co. (1984).

Bui, H.D.: “An Integral Equations Method forSolving the Problem of a Plane Crack of ArbitraryShape,” J. Mech. Phys. Solids (February 1977) 25,No. 1, 29–39.

Burnham, J.W., Harris, L.E. and McDaniel, B.W.:“Developments in Hydrocarbon Fluids for High-Temperature Fracturing,” paper SPE 7564, presentedat the SPE Annual Technical Conference andExhibition, Houston, Texas, USA (October 1–3,1978); also in Journal of Petroleum Technology(February 1980) 32, No. 2, 217–220.

Camacho-V., R.G., Raghavan, R. and Reynolds,A.C.: “Response of Wells Producing LayeredReservoirs: Unequal Fracture Length,” paper SPE12844, SPE Formation Evaluation (March 1987) 2, 9–28.

R-6 References

Page 7: buenoooo

Cameron, J.R.: “Rheological Modeling and Scale-Upof a Delayed-Crosslinked Gel in NonhomogeneousFlow,” paper SPE 21858, presented at the SPE RockyMountain Regional Meeting and Low-PermeabilityReservoirs Symposium, Denver, Colorado, USA(April 15–17, 1991); also in SPE Production &Facilities (February 1993), 23.

Cameron, J.R., Joha, R.J. and Veatch, R.W. Jr.: “TheNonhomogeneous Flow Character of a DelayedCrosslinked Gel,” paper SPE 20638, presented at theSPE Annual Technical Conference and Exhibition,New Orleans, Louisiana, USA (September 23–26,1990).

Cameron, J.R. and Prud’homme, R.K.: “Fracturing-Fluid Flow Behavior,” Recent Advances in HydraulicFracturing, J.L. Gidley, S.A. Holditch, D.E. Nierodeand R.W. Veatch Jr. (eds.), Monograph Series,Richardson, Texas, USA, Society of PetroleumEngineers (1989), 177–209.

Cantu, L.A. and Boyd, P.A.: “Laboratory and FieldEvaluation of a Combined Fluid-Loss ControlAdditive and Gel Breaker for Fracturing Fluids,”paper SPE 18211, presented at the SPE AnnualTechnical Conference and Exhibition, Houston,Texas, USA (October 2–5, 1988).

Card, R.J., Howard, P.R. and Féraud, J.-P.: “Controlof Particulate Flowback in Subterranean Wells,” U.S.Patent No. 5,330,005 (July 19, 1994).

Card, R.J., Howard, P.R. and Féraud, J.-P.: “A NovelTechnology to Control Proppant Back Production,”paper SPE 31007, SPE Production & Facilities(November 1995), 271.

Carico, R.D. and Bagshaw, F.R.: “Description andUse of Polymers Used in Drilling, Workovers, andCompletions,” paper SPE 7747, presented at the SPEProduction Technology Symposium, Hobbs, NewMexico, USA (October 30–31, 1978).

Carmen, P.C.: “Fundamental Principles of IndustrialFiltration,” Trans. Inst. Chem. Eng. (1938) 16,168–188.

Carnahan, B., Luther, H.A. and Wilkes, J.O.: AppliedNumerical Methods, New York, New York, USA,John Wiley (1969).

Carslaw, H.S. and Jaeger, J.C.: Conduction of Heat inSolids, second edition, Oxford, UK, Clarendon Press(1959).

Carter, R.D.: “Derivation of the General Equation for Estimating the Extent of the Fractured Area,”Appendix I of “Optimum Fluid Characteristics forFracture Extension,” Drilling and ProductionPractice, G.C. Howard and C.R. Fast, New York,New York, USA, American Petroleum Institute(1957), 261–269.

Castillo, J.L.: “Modified Fracture Pressure DeclineAnalysis Including Pressure-Dependent Leakoff,”paper SPE 16417, presented at the SPE/DOE LowPermeability Reservoirs Symposium, Denver,Colorado, USA (May 18–19, 1987).

Cawiezel, K.E. and Elbel, J.L.: “A New System forControlling the Crosslinking Rate of Borate Frac-turing Fluids,” paper SPE 20077, presented at theSPE California Regional Meeting, Ventura, Cali-fornia, USA (April 4–6, 1990).

Cawiezel, K.E. and Niles, T.D.: “Rheological Prop-erties of Foam Fracturing Fluids Under DownholeConditions,” paper SPE 16191, presented at the SPEHydrocarbon Economics and Evaluation Symposium,Dallas, Texas, USA (March 2–3, 1987).

Cesaro, M., Cheung, P., Etchecopar, A. and Gonfalini,M.: “Shaping Up to Stress in the Appenines,” Italy2000: Value Added Reservoir Characterization (WellEvaluation Conference, Italy), Schlumberger (1997).

Chambers, M.R., Mueller, M.M. and Grossmann, A.:“Well Completion Design and Operations for a DeepHorizontal Well with Multiple Fractures,” paper SPE30417, presented at the Offshore Europe Conference,Aberdeen, Scotland (September 5–8, 1995).

Chaveteau, G.: “Fundamental Criteria in PolymerFlow Through Porous Media and Their RelativeImportance in the Performance Differences ofMobility Control Buffers,” Water Soluble Polymers,J.E. Glass (ed.), Advances in Chemistry Series(1986), 213.

Cheatham, J.B. Jr. and McEver, J.W.: “Behavior ofCasing Subjected to Salt Loading,” paper SPE 828,Journal of Petroleum Technology (September 1964)16, 1069–1075.

Chen, W.F. and Han, D.J.: Plasticity for StructuralEngineers, New York, New York, USA, Springer-Verlag (1988).

Chen, Z. and Economides, M.J.: “The Effect of Near-Wellbore Fracture Geometry on Fracture Execution

Reservoir Stimulation R-7

Page 8: buenoooo

and Post-Treatment Production of Deviated andHorizontal Wells,” paper SPE 39425, presented at the SPE International Formation Damage ControlConference, Lafayette, Louisiana, USA (February18–19, 1998).

Cheng, C.H. and Johnston, D.H.: “Dynamic andStatic Moduli,” Geophys. Res. Letters (January 1981)8, No. 1, 39–42.

Cherepanov, G.P.: Mechanics of Brittle Fracture,New York, New York, USA, McGraw-Hill (1979).

Chrisp, J.: U.S. Patent No. 3,301,723 (1967).

Cinco-Ley, H. and Meng, H.Z.: “Pressure TransientAnalysis of Wells with Finite Conductivity VerticalFractures in Double Porosity Reservoirs,” paper SPE18172, presented at the SPE Annual Technical Con-ference and Exhibition, Houston, Texas, USA(October 2–5, 1988).

Cinco-Ley, H., Ramey, H.J. Jr. and Miller, F.G.:“Pseudoskin Factors for Partially Penetrating Direc-tionally Drilled Wells,” paper SPE 5589, presented at the SPE Annual Technical Conference and Exhi-bition, Dallas, Texas, USA (September 28–October 1, 1975a).

Cinco-Ley, H., Ramey, H.J. Jr. and Miller, F.G.:“Unsteady-State Pressure Distribution Created by a Well with an Inclined Fracture,” paper SPE 5591,presented at the SPE Annual Technical Conferenceand Exhibition, Dallas, Texas, USA (September28–October 1, 1975b).

Cinco-Ley, H. and Samaniego-V., F.: “Effect ofWellbore Storage and Damage on the TransientPressure Behavior of Vertically Fractured Wells,”paper SPE 6752, presented at the SPE AnnualTechnical Conference and Exhibition, Denver,Colorado, USA (October 9–12, 1977).

Cinco-Ley, H. and Samaniego-V., F.: “TransientPressure Analysis: Finite Conductivity Fracture CaseVersus Damaged Fracture Case,” paper SPE 10179,presented at the SPE Annual Technical Conferenceand Exhibition, San Antonio, Texas, USA (October5–7, 1981a).

Cinco-Ley, H. and Samaniego-V., F.: “TransientPressure Analysis for Fractured Wells,” paper SPE7490, Journal of Petroleum Technology (September1981b) 33, 1749–1766.

Cinco-Ley, H., Samaniego-V., F. and Dominguez, N.:“Transient Pressure Behavior for a Well with a Finite-Conductivity Vertical Fracture,” paper SPE 6014,presented at the SPE Annual Technical Conferenceand Exhibition, New Orleans, Louisiana, USA(October 3–6, 1976); also in SPE Journal (August1978) 18, 253–264.

Clark, J.B.: “A Hydraulic Process for Increasing theProductivity of Wells,” Petroleum Trans., AIME(January 1949) 186, 1–8.

Clark, K.K.: “Transient Pressure Testing of FracturedWater Injection Wells,” paper SPE 1821, Journal ofPetroleum Technology (June 1968) 20, 639–643.

Clark, P.E.: “Stimulation Fluid Rheology—A NewApproach,” paper SPE 8300, presented at the SPEAnnual Technical Conference and Exhibition, LasVegas, Nevada, USA (September 23–26, 1979).

Clark, P.E., Balakrishnan, M. and Sundram, L.:“Crosslinking of Hydroxypropyl Guar with MetalIons,” paper SPE 25208, presented at the SPE Inter-national Symposium on Oilfield Chemistry, NewOrleans, Louisiana, USA (March 2–5, 1993).

Clark, P.E. and Barkat, O.: “Hydraulic FracturingFluids: The Crosslinking of Hydroxypropyl Guarwith Titanium Chelates,” paper SPE 19331, presentedat the SPE Eastern Regional Meeting, Morgantown,West Virginia, USA (October 24–27, 1989).

Clark, P.E. and Courington, T.J.: “Visualization ofFlow Into a Vertical Fracture,” paper SPE 27692,presented at the SPE Permian Basin Oil and GasRecovery Conference, Midland, Texas, USA (March16–18, 1994).

Clark, P.E. and Guler, N.: “Prop Transport in VerticalFractures: Settling Velocity Correlations,” paper SPE11636, presented at the SPE/DOE Symposium onLow Permeability, Denver, Colorado, USA (March14–16, 1983).

Clark, P.E., Halvaci, M., Ghaeli, H. and Parks, C.F.:“Proppant Transport by Xanthan and Xanthan-Hydroxypropylguar Solutions: Alternatives to Cross-linked Fluids,” paper SPE/DOE 13907, presented atthe SPE/DOE Low Permeability Gas ReservoirsConference, Denver, Colorado, USA, (May 19–22,1985).

R-8 References

Page 9: buenoooo

Clark, P.E., Harkin, M.W., Wahl, H.A. and Sievert,J.A.: “Design of a Large Vertical Prop TransportModel,” paper SPE 6814, presented at the SPEAnnual Technical Conference and Exhibition,Denver, Colorado, USA (October 9–12, 1977).

Clark, P.E., Manning, F.S., Quadir, J.A. and Guler,N.: “Prop Transport in Vertical Fractures,” paper SPE10261, presented at the SPE Annual Technical Con-ference and Exhibition, San Antonio, Texas, USA(October 5–7, 1981).

Clark, P.E. and Zhu, Q.: “Flow Visualization of FlowInto 8 Point-Source Fractures II: The Effect ofFracture Non-Uniformity and Fluid Crosslinking,”paper SPE 29503, presented at the SPE ProductionOperations Symposium, Oklahoma City, OK, USA(April 2–4, 1995a).

Clark, P.E. and Zhu, Q.: “Fluid Flow in VerticalFractures from a Point Source,” paper SPE 28509,presented at the SPE Annual Technical Conferenceand Exhibition, New Orleans, Louisiana, USA(September 25–28, 1994); also in Journal ofPetroleum Technology (March 1995b) 47, No. 3, 209–215.

Cleary, M., Johnson, D., Kogsboll, H., Owens, K.,Perry, K., de Pater, C., Stachel, A., Schmidt, H. andTambini, M.: “Field Implementation of ProppantSlugs to Avoid Premature Screen-Out of HydraulicFractures with Adequate Proppant Concentration,”paper SPE 25892, presented at the SPE RockyMountain Regional/Low Permeability ReservoirsSymposium, Denver, Colorado, USA (April 12–14,1993).

Cleary, M.P.: “Analysis of Mechanisms and Proced-ures for Producing Favourable Shapes of HydraulicFractures,” paper SPE 9260, presented at the SPEAnnual Technical Conference and Exhibition, Dallas,Texas, USA (September 21–24, 1980a).

Cleary, M.P.: “Comprehensive Design Formulae forHydraulic Fracturing,” paper SPE 9259, presented at the SPE Annual Technical Conference and Exhi-bition, Dallas, Texas, USA (September 21–24, 1980b).

Cleary, M.P., Doyle, R.S., Teng, E.Y., Cipolla, C.L.,Meehan, D.N., Massaras, L.V. and Wright, T.B.:“Major New Developments in Hydraulic Fracturing,with Documented Reductions in Job Costs andIncreases in Normalized Production,” paper SPE28565, presented at the SPE Annual Technical

Conference and Exhibition, New Orleans, Louisiana,USA (September 25–28, 1994).

Cleary, M.P. and Fonseca, A.: “Proppant Convectionand Encapsulation in Hydraulic Fracturing: PracticalImplications of Computer Laboratory Simulations,”paper SPE 24825, presented at the SPE AnnualTechnical Conference and Exhibition, Washington,D.C., USA (October 4–7, 1992).

Cleary, M.P., Keck, R.G. and Mear, M.E.: “Micro-computer Models for the Design of HydraulicFractures,” paper SPE 11628, presented at the SPE/DOE Symposium on Low Permeability, Denver,Colorado, USA (March 14–16, 1983).

Cleary, M.P., Wright, C.A. and Wright, T.B.:“Experimental and Modeling Evidence for MajorChanges in Hydraulic Fracturing Design and FieldProcedures,” paper SPE 21494, Proc., SPE GasTechnology Symposium, Houston, Texas, USA(1991), 131–146.

Clifton, R.J. and Abou-Sayed, A.S.: “On the Com-putation of the Three-Dimensional Geometry ofHydraulic Fractures,” paper SPE 7943, presented at the SPE/DOE Low Permeability Gas ReservoirsSymposium, Denver, Colorado, USA (May 20–22,1979).

Clifton, R.J. and Abou-Sayed, A.S.: “A VariationalApproach to the Prediction of the Three-DimensionalGeometry of Hydraulic Fractures,” paper SPE 9879,presented at the SPE Low Permeability Symposium,Denver, Colorado, USA (May 27–29, 1981).

Clifton, R.J. and Wang, J-J.: “Multiple Fluids,Proppant Transport, and Thermal Effects in Three-Dimensional Simulation of Hydraulic Fracturing,”paper SPE 18198, presented at the SPE AnnualTechnical Conference and Exhibition, Houston,Texas, USA (October 2–5, 1988).

Colle, E.A., Halleck, P.M., Saucier, R.J. and Wesson,D.S.: “Discussion of Simple Method PredictsDownhole Shaped-Charge Gun Performance,” SPEProduction & Facilities (November 1994) 9, No. 4,292–293.

Collins, R.E.: Flow of Fluids Through PorousMaterials, New York, New York, USA, Van NostrandReinhold (1961).

Constien, V.G., Brannon, H.D. and Bannister, C.E.:“Continuous Mix Technology Adds New Flexibility

Reservoir Stimulation R-9

Page 10: buenoooo

to Frac Jobs,” Oil & Gas Journal (June 6, 1988) 86,No. 23, 49–54.

Constien, V.G., Fellin, E.L. and King, M.T.: “Auto-mated Rheology Laboratory—Part 1,” ACS Symp.Ser. (1986) 313, 105.

Conway, M.W., Almond, S.W., Briscoe, J.E. andHarris, L.E.: “Chemical Model for the RheologicalBehavior of Crosslinked Fluid Systems,” paper SPE9334, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(September 21–24, 1980).

Cook, J.M., Bradford, I.D.R. and Plumb, R.A.: “AStudy of the Physical Mechanisms of Sanding andApplication to Sand Production Prediction,” paperSPE 28852, Proc., European Petroleum Conference,London, UK (1994), 473–480.

Cook, N.G.W.: “The Design of UndergroundExcavations,” Proc., 8th Symposium on RockMechanics, Minneapolis, Minnesota, USA (1967),167–193.

Cooke, C.E. Jr.: “Conductivity of Fracture Proppantsin Multiple Layers,” paper SPE 4117, Journal ofPetroleum Technology (September 1973) 25,1101–1107; also in Trans., AIME (1973) 255.

Cooke, C.E. Jr.: “Effect of Fracturing Fluids onFracture Conductivity,” paper SPE 5114, Journal of Petroleum Technology (October 1975) 27,1273–1282; also in Trans., AIME (1975) 259.

Coon, R.: “Correlation of Engineering Behaviourwith the Classification of In Situ Rock,” PhD disser-tation, University of Illinois, Illinois, USA (1968).

Cotton, F.A. and Wilkinson, G.: Advanced InorganicChemistry, New York, New York, USA, IntersciencePublishers (1972).

Coulter, A.W., Crowe, C.W., Barrett, N.D. andMiller, B.D.: “Alternate Stages of Pad Fluid and AcidProvide Improved Leakoff Control for FractureAcidizing,” paper SPE 6124, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (October 3–6, 1976).

Craft, B.C., Kemp, C.E. and Caulde, B.H.: WellDesign: Drilling and Production, Englewood Cliffs,New Jersey, USA, Prentice Hall (1962), 494.

Craigie, L.J.: “A New Method for Determining theRheology of Crosslinked Fracturing Fluids Using

Shear History Simulation,” paper SPE/DOE 11635,presented at the SPE/DOE Symposium on LowPermeability, Denver, Colorado, USA (March 14–16,1983).

Cramer, D.: “Limited Entry Extended to MassiveHydraulic Fracturing,” Oil & Gas Journal (December14, 1987) 85, No. 50, 40–50.

Cramer, D.D., Dawson, J. and Ouabdesselam, M.:“An Improved Gelled Oil System for High-Temperature Fracturing Applications,” paper SPE21859, presented at the Rocky Mountain RegionalMeeting and Low Permeability ReservoirsSymposium, Denver, Colorado, USA.

Crawford, D.L., Earl, R.B. and Monroe, R.F.:“Friction Reducing and Gelling Agent for OrganicLiquids,” U.S. Patent No. 3,757,864 (September 11,1973).

Crockett, A.R., Willis, R.M. and Cleary, M.P.:“Improvement of Hydraulic Fracture Predictions byReal-Time History Matching on Observed Pressures,”SPE Production Engineering (November 1989) 4,No. 4, 408–416.

Crouch, S.L. and Starfield, A.M.: Boundary ElementMethods in Solid Mechanics, London, UK, Allen andUnwin (1983).

Crowe, C.W.: “Clay Stabilization Ups Productivity,”Oil and Gas Suppliers’ Digest (1979) 1, No. 6.

Crowe, C.W., Hutchinson, B.H. and Trittipo, B.L.:“Fluid-Loss Control: The Key to Successful AcidFracturing,” SPE Production Engineering (August1989) 4, No. 3, 215–220.

Crowe, C.W., Martin, R.C. and Michaelis, A.M.:“Evaluation of Acid-Gelling Agents for Use in WellStimulation,” paper SPE 9384, SPE Journal (August1981), 415.

Crowe, C.W., McGowan, G.R. and Baranet, S.E.:“Investigation of Retarded Acids Provides BetterUnderstanding of Their Effectiveness and PotentialBenefits,” paper SPE 1822, SPE ProductionEngineering (May 1990), 166.

Crump, J. and Conway, M.: “Effects of Perforation-Entry Friction on Bottomhole Treating Analysis,”paper SPE 15474, Journal of Petroleum Technology(August 1988) 40, No. 8, 1041–1048.

R-10 References

Page 11: buenoooo

Daccord, G., Lamanczyk, R. and Vercaemer, C.:“Method for Obtaining Gelled Hydrocarbon Compo-sitions According to Said Method and Their Appli-cation the Hydraulic Fracturing of UndergroundFormations,” U.S. Patent No. 4,507,213 (March 26,1985).

Dake, L.: Fundamentals of Reservoir Engineering,Developments in Petroleum Science, Amsterdam,Netherlands, Elsevier Scientific Publishing Company(1982) 8.

Daneshy, A.A.: “Experimental Investigation ofHydraulic Fracturing Through Perforations,” paperSPE 4333, Journal of Petroleum Technology(October 1973) 25, No. 10, 1201–1206.

Darcy, H.: Les Fontaines Publiques de la Ville de Dijon, Paris, France, Victor Dalmont (1856).

Davidson, B.M., Saunders, B.F. and Holditch, S.A.:“Field Measurement of Hydraulic Fracture Fluids:Case Study,” paper SPE 27694, presented at the SPEPermian Basin Oil and Gas Recovery Conference,Midland, Texas, USA (March 16–18, 1994).

Davies, D.R., Bosma, M.G.R. and de Vries, W.:“Development of Field Design Rules for ViscousFingering in Acid Fracturing Treatments: A Large-Scale Model Study,” paper SPE 15772, presented atthe SPE Middle East Oil Show, Manama, Bahrain(March 7–10, 1987).

Davies, D.R., Lau, H.C., Kamphuis, H. and Rood-hart, L.P.: “Development and Field Testing of aNovel Fracturing Fluid,” paper SPE 23109, presentedat the SPE Offshore Petroleum Conference, Aber-deen, Scotland (September 3–6, 1991).

Davis, P.M.: “Surface Deformation Associated withDipping Hydrofracture,” Journal of GeophysicalResearch (July 10, 1983) 88, No. B7, 5826–5834.

Dawson, J.: “Method and Composition for Delayingthe Gellation of Borated Galactomannons,” U.S.Patent No. 5,082,579 (1992).

Dawson, J.C.: “A Thermodynamic Study of BorateComplexation with Guar and Guar Derivatives,”paper SPE 22837, presented at the SPE AnnualTechnical Conference and Exhibition, Dallas, Texas,USA (October 6–9, 1991).

Dees, J.M. and Handren, P.J.: “A New Method ofOverbalance Perforating and Surging of Resin for

Sand Control,” paper SPE 26545, presented at theSPE Annual Technical Conference and Exhibition,Houston, Texas, USA (October 3–6, 1993).

de Kruijf, A., Roodhart, L.P. and Davies, D.R.: “TheRelation Between Chemistry and Flow Mechanics ofBorate Crosslinked Fracturing Fluids,” paper SPE25206, presented at the SPE International Sympo-sium on Oilfield Chemistry in New Orleans,Louisiana, USA (March 2–5, 1993); also in SPEProduction & Facilities (August 1993), 165.

de Pater, C.J., Desroches, J., Gronenbroom, J. andWeijers, L.: “Physical and Numerical Modelling ofHydraulic Fracture Closure,” paper SPE 28561,presented at the SPE Annual Technical Conferenceand Exhibition, New Orleans, Louisiana, USA(September 25–28, 1994); also in SPE Production & Facilities (May 1996), 122.

de Pater, C.J., Weijers, L., Savic, M., Wolf, K.H.A.A.,van den Hoek, P.J. and Barr, D.T.: “ExperimentalStudy of Nonlinear Effects in Hydraulic FracturePropagation,” paper SPE 25893, presented at the SPE Joint Rocky Mountain Regional Meeting/LowPermeability Reservoirs Symposium, Denver,Colorado, USA (April 12–14, 1993); also in SPEProduction Engineering (November 1994) 9, No. 4, 239–246.

Deo, M., Tariq, S.M. and Halleck, P.M.: “Linear andRadial Flow Targets for Characterizing DownholeFlow in Perforations,” paper SPE 16896, SPE Pro-duction Engineering (August 1989) 4, No. 3, 295–300.

de Rozières, J.: “Measuring Diffusion Coefficients in Acid Fracturing Fluids and Their Application toGelled and Emulsified Acids,” paper SPE 28552, pre-sented at the SPE Annual Technical Conference andExhibition, New Orleans, Louisiana, USA (Sep-tember 25–28, 1994).

Desbrandes, R. and Gualdron, J.: “In Situ RockWettability Determination with Wireline FormationTester Data,” The Log Analyst (July–August 1988)29, No. 4, 244–252.

Desroches, J. and Kurkjian, A: “Applications ofWireline Stress Measurements,” paper SPE 58086,SPE Reservoir Evaluation (October 1999).

Desroches, J., Lenoach, B., Papanastasiou, P. andThiercelin, M.: “On the Modelling of Near Tip

Reservoir Stimulation R-11

Page 12: buenoooo

Processes in Hydraulic Fracturing,” InternationalJournal of Rock Mechanics and Mining Sciences & Geomechanics Abstracts (1993) 30, No. 7,1127–1134.

Desroches, J. and Thiercelin, M.: “Modelling thePropagation and Closure of Micro-Hydraulic Frac-tures,” International Journal of Rock Mechanics andMining Sciences & Geomechanics Abstracts (1993)30, No. 7, 1231–1234.

Desroches, J. and Woods, T.E.: “Stress Measurementsfor Sand Control,” paper SPE 47247, presented at theSPE/ISRM Eurock ‘98, Trondheim, Norway (July8–10, 1998).

Detournay, E. and Carbonell, R.: “Fracture MechanicsAnalysis of the Breakdown Process in Minifrac orLeak-Off Tests,” paper SPE 28076, presented at theSPE/ISRM Rock Mechanics in Petroleum Engi-neering Conference, Delft, Netherlands (August29–31, 1994).

Detournay, E. and Cheng, A.: “Poroelastic Responseof a Borehole in a Non-Hydrostatic Stress Field,”International Journal of Rock Mechanics and MiningSciences & Geomechanics Abstracts (June 1988) 25,No. 3, 171–182.

Detournay, E. and Cheng, A.: “Plane Strain Analysisof a Stationary Hydraulic Fracture in a PoroelasticMedium,” Int. J. Solids & Structures (March 1991)27, No. 13, 1645–1662.

Detournay, E. and Cheng, A.: “Influence of Pressuri-zation Rate on the Magnitude of the BreakdownPressure,” Proc., 33rd Symposium on RockMechanics, Santa Fe, New Mexico, USA (1992),325–333.

Detournay, E. and Cheng, A.: “Fundamentals ofPoroelasticity,” Comprehensive Rock Engineering,J.A. Hudson (ed.), Oxford, UK, Pergamon Press(1993) 2, 113–171.

Deuel, H. and Neukorn, H.: “Uber die Reacktion von Borsaure und Borax mit Polysacchariden undAnderen Hochmolekularen Polyoxy-Verbindungen,”Makromol. Chem. (1949) 13.

Dewprashad, B., Abass, H.H., Meadows, D.L.,Weaver, J.D. and Bennett, B.J.: “A Method to SelectResin-Coated Proppants,” paper SPE 26523, pre-sented at the SPE Annual Technical Conference and

Exhibition, Houston, Texas, USA (October 3–6,1993).

Dietz, D.N.: “Determination of Average ReservoirPressure from Build-Up Surveys,” paper SPE 1156,Journal of Petroleum Technology (August 1965) 17,No. 8, 955–959.

Dobecki, T.L.: “Hydraulic Fracture Orientation UsingPassive Borehole Seismics,” paper SPE 12110, pre-sented at the SPE Annual Technical Conference andExhibition, San Francisco, California, USA (October5–8, 1983).

Dobkins, T.A.: “Improved Methods to DetermineHydraulic Fracture Height,” paper SPE 8403, Journalof Petroleum Technology (April 1981) 33, No. 4,719–726.

Dovan, H.T. and Hutchins, R.D.: “CrosslinkedHydroxyethylcellulose and Its Uses,” U.S. Patent No. 5,207,934 (May 4, 1993).

Dunand, A., Guillot, D. and Soucemarianadin, A.:“Viscous Properties of Glass-Bead Suspensions andFalling Sphere Experiments in Hydroxypropyl GuarSolutions,” Proc., Ninth International Congress onRheology, Mexico City, Mexico (1984).

Dunning, J.D.: “Surfactants,” Chemtech (June 1980)10, No. 6, 356–359.

Dyes, A.B., Kemp, C.E. and Caudle, B.H.: “Effect of Fractures on Sweep-Out Pattern,” Trans., AIME(1958) 213, 245–249.

Earlougher, R.C. Jr.: Advances in Well Test Analysis,Dallas, Texas, USA, Society of Petroleum Engineers(1977).

Economides, M.J.: “Implications of Cementing onWell Performance,” Well Cementing, E.B. Nelson(ed.), Sugar Land, Texas, USA, Schlumberger (1990),1-1–1-6.

Economides, M.J., Brand, C.W. and Frick, T.P.: “WellConfigurations in Anisotropic Reservoirs,” SPEFormation Evaluation (December 1996) 11, No. 4,257–262.

Economides, M.J., Deimbacher, F.X., Brand, C.W.and Heinemann, Z.E.: “Comprehensive Simulation of Horizontal Well Performance,” SPE FormationEvaluation (December 1991) 6, No. 4, 418–426.

R-12 References

Page 13: buenoooo

Economides, M.J., Hill, A.D. and Ehlig-Economides,C.A.: Petroleum Production Systems, EnglewoodCliffs, New Jersey, USA, Prentice-Hall (1994).

Economides, M.J., McLennan, J.D., Brown, E. andRoegiers, J.-C.: “Performance and Stimulation ofHorizontal Wells,” World Oil (June–July 1989) 208,No. 6, 41–45, and 209, No. 1, 69–72 and 76–77.

Edimann, K., Somerville, J.M., Smart, B.G.D.,Hamilton, S.A. and Crawford, B.R.: “Predicting RockMechanical Properties from Wireline Porosities,”paper SPE 47344, presented at the SPE/ISRM Eurock‘98, Trondheim, Norway (July 8–10, 1998).

Ehlig-Economides, C.A.: “Implications of the TestArea of Investigation in Nonradial Geometries,” SPEMemorial Series, Richardson, Texas, USA, Society ofPetroleum Engineers (1995) 1, 103–112.

Ehlig-Economides, C.A., Chan, K.S. and Spath, J.B.:“Production Enhancement Strategies for StrongBottomwater Drive Reservoirs,” paper SPE 36613,presented at the SPE Annual Technical Conferenceand Exhibition, Denver, Colorado, USA (October6–9, 1996).

Ehlig-Economides, C.A. and Economides, M.J.:“Pressure Transient Analysis in an Elongated LinearFlow System,” SPE Journal (December 1985) 25,No. 6, 347–360.

Ehlig-Economides, C.A., Joseph, J., Erba, M. andVik, S.A.: “Evaluation of Single-Layer Transients ina Multilayered System,” paper SPE 15860, presentedat the European Petroleum Conference, London, UK(October 20–22, 1986).

Elbel, J.L.: “Designing Hydraulic Fractures forEfficient Reserve Recovery,” paper SPE 15231, pre-sented at the SPE Unconventional Gas TechnologySymposium, Louisville, Kentucky, USA (May 18–21,1986).

Elbel, J.L.: “Considerations for Optimum FractureGeometry Design,” SPE Production Engineering(August 1988) 3, No. 3, 323–327.

Elbel, J.L.: “A Method To Estimate MultizoneInjection Profiles During Hydraulic Fracturing,”paper SPE 21869, presented at the Rocky MountainRegional Meeting and Low-Permeability ReservoirsSymposium, Denver, Colorado, USA (April 15–17,1993).

Elbel, J.L. and Ayoub, J.A.: “Evaluation of ApparentFracture Lens Tip Indicated from Transient Tests,”paper 91-44, presented at the CIM-AOSTRA Tech-nical Conference, Banff, Alberta, Canada (April21–24, 1991); also in Journal of Canadian PetroleumTechnology (December 1992) 31, No. 10, 41–46.

Elbel, J.L., Howard, R.L., Talley, G.R. andMcLaughlin, B.H.: “Stimulation Study of CottageGrove Formation,” paper SPE 11564, Journal ofPetroleum Technology (July 1984), 1199–1205.

Elbel, J.L., Piggott, A.R. and Mack, M.G.:“Numerical Modeling of Multilayer FractureTreatments,” paper SPE 23982, presented at the SPEPermian Basin Oil and Gas Recovery Conference,Midland, Texas, USA (March 18–20, 1992).

Elbel, J.L. and Sookprasong, P.A.: “Use ofCumulative-Production Type Curves in FractureDesign,” SPE Production Engineering (August 1987)2, No. 3, 191–198.

El Rabaa, W.: “Experimental Study of HydraulicFracture Geometry Initiated from Horizontal Wells,”paper SPE 19720, presented at the SPE AnnualTechnical Conference and Exhibition, San Antonio,Texas, USA (October 8–11, 1989).

Ely, J.W.: Stimulation Treatment Handbook, Tulsa,Oklahoma, USA, PennWell Publishing Co. (1985).

Ely, J.W.: “GRI’s Fracture Fluid Rheology Unit—Portable Equipment for Measuring Fluid BehaviorUnder Simulated Downhole Conditions,” In Focus—Tight Gas Sands, Gas Research Institute (September1987) 4, No. 2.

Endo, T., Brie, A. and Badri, M.: “Fracture Evaluationfrom Dipole Shear Anisotropy and Borehole StoneleyWaves,” Transactions of the SPWLA 2nd AnnualLogging Symposium of Japan (1996), paper U.

Engelder, T.: Stress Regimes in the Lithosphere,Princeton, New Jersey, USA, Princeton UniversityPress (1993).

Enzendorfer, C., Harris, R.A., Valkó, P., Economides,M.J., Fokker, P.A. and Davies, D.D.: “Pipe Vis-cometry of Foams,” J. Rheol. (March–April 1995)39, No. 2, 345–358.

Esmersoy, C., Koster, K., Williams, M., Boyd, A. andKane, M.: “Dipole Shear Anisotropy Logging,”

Reservoir Stimulation R-13

Page 14: buenoooo

R-14 References

Proc., 64th International Meeting of the Society of Exploration Geophysicists (1994), 1139–1142.

Evans, K.F., Engelder, T. and Plumb, R.A.:“Appalachian Stress Study: 1. A Detailed Descriptionof In-Situ Stress Variations in Devonian Shales of theAppalachian Plateau,” Journal of GeophysicalResearch (1989) 94, No. B6, 7129–7154.

Fair, W.B. Jr.: “Pressure Buildup Analysis withWellbore Phase Distribution Effects,” SPE Journal(April 1981) 21, 259–270.

Fan, Y.: “Measurements of Viscous and DegradationProperties of Fracturing Fluids at Insitu Conditions of Shear Rate and Temperature Using FANN 50CViscometer,” PhD dissertation, Texas A&MUniversity, College Station, Texas, USA (1992).

Fan, Y. and Holditch, S.A.: “Testing CrosslinkedFluids on the Fann 50 Viscometer Using the Vol-umetric Average Shear Rate,” paper SPE 26895, pre-sented at the SPE Eastern Regional Conference andExhibition, Pittsburgh, Pennsylvania, USA(November 2–4, 1993).

Farris, R.F.: “Fracturing Formations in Wells,”reissue No. 23,733 of U.S. Patent No. 2,596,843(November 1953).

Fast, C.R., Holman, G.B. and Colvin, R.J.: “TheApplication of Massive Hydraulic Fracturing to theTight Muddy ‘J’ Formation, Wattenberg Field,Colorado,” paper SPE 5624, Journal of PetroleumTechnology (January 1977) 29, 10–17.

Felsenthal, M.: “Step Rate Tests to Determine SafeInjection Pressures in Floods,” Oil & Gas Journal(October 1994), 49–54.

Fenner, R.: “Untersuchen zur Erkentnis desGebirgsdrucks,” Glukauf (1938) 74.

Fletcher, P.A., Montgomery, C.T., Ramos, G.G.,Miller, M.E. and Rich, D.A.: “Using Fracturing as aTechnique for Controlling Formation Failure,” paperSPE 27899, presented at the Western RegionalMeeting, Long Beach, California, USA (March23–25, 1984).

Forchheimer, P.: “Wasserbewegung Durch Boden,”ZVDI (1901) 45, 1781.

Ford, T.F.: “Viscosity Concentration and Fluidity-Concentration Relationships for Suspensions of

Spherical Particles in Newtonian Liquids,” J. Phys.Chem. (1960), 1168–1174.

Ford, W.G.F.: “Foamed Acid—An Effective Stim-ulation Fluid,” paper SPE 9385, Journal of PetroleumTechnology (July 1981) 33, 1203–1210.

Fragachan, F.E., Mack, M.G., Nolte, K.G. and Teggin,D.E.: “Fracture Characterization from Measured andSimulated Bottomhole Pressures,” paper SPE 25848,presented at the SPE Rocky Mountain Regional/LowPermeability Reservoirs Symposium, Denver, Col-orado, USA (April 12–14, 1993).

Franquet, J.A. and Economides, M.J.: “Effect ofStress and Stress Path on Young’s Modulus andPoisson Ratio of Unconsolidated Rocks: A New Ideafor Hydraulic Fracturing,” paper SPE 54012, pre-sented at the SPE Latin America and CaribbeanPetroleum Engineering Conference, Caracas,Venezuela (April 21–23, 1999).

Fraser, C.D. and Petitt, B.E.: “Results of a Field Testto Determine the Type and Orientation of aHydraulically Induced Formation Fracture,” paperSPE 180, Journal of Petroleum Technology (May1962) 14, 463–466.

Frick, T.P. and Economides, M.J.: “Horizontal WellDamage Characterization and Removal,” SPE Pro-duction & Facilities (February 1993) 8, No. 1,15–22.

Friedman, G.M. and Sanders, J.E.: Principles ofSedimentology, John Wiley & Sons, New York, NewYork, USA (1978).

Friedman, M., Handin, J. and Alani, G.: “Fracture-Surface Energy of Rocks,” International Journal ofRock Mechanics and Mining Sciences & Geomech-anics Abstracts (November 1972) 9, No. 6, 757–766.

Frimann-Dahl, C., Irvine-Fortescue, J., Rokke, E.,Vik, S. and Wahl, O.: “Formation Testers Vs. DST—The Cost Effective Use of Transient Analysis to GetReservoir Parameters,” paper SPE 48962, presentedat the SPE Annual Technical Conference andExhibition, New Orleans, Louisiana, USA (Sep-tember 27–30, 1998).

Fung, R.L., Vilajakumar, S. and Cormack, D.E.:“Calculation of Vertical Fracture Containment inLayered Formations,” paper SPE 14707, SPEFormation Evaluation (December 1987) 2, No. 4, 518–523.

Page 15: buenoooo

Gadala-Maria, F. and Acrivos, A.: “Shear-InducedStructure in a Concentrated Suspension of SolidSpheres,” J. Rheol. (1980) 24, No. 6, 799–814.

Gall, B.L. and Raible, C.J.: “A Method to StudyFracturing Fluid Polymer Degradation Using SizeExclusion Chromatography,” DOE/BETC/RI-83/10(1984).

Gall, B.L. and Raible, C.J.: “Molecular Size Studiesof Degraded Fracturing Fluid Polymers,” paper SPE13566, presented at the SPE Oilfield and GeothermalChemistry Symposium, Phoenix, Arizona, USA(April 9–11, 1985).

Gardner, D.C.: “High Fracturing Pressures for Shalesand Which Tip Effects May Be Responsible,” paperSPE 24852, presented at the SPE Annual TechnicalConference and Exhibition, Washington, D.C., USA(October 4–7, 1992).

Gardner, D.C. and Eikerts, J.V.: “The Effects of Shearand Proppant on the Viscosity of Cross-LinkedFracturing Fluids,” paper SPE 11066, presented at theSPE Annual Technical Conference and Exhibition,New Orleans, Louisiana, USA (September 26–29,1982).

Gatens, J.M., Lee, W.J., Hopkins, C.W. and Lan-caster, D.E.: “The Effect of Permeability Anisotropyon the Evaluation and Design of Hydraulic FractureTreatments and Well Performance,” paper SPE21501, presented at the SPE Gas TechnologySymposium, Houston, Texas, USA (January 23–25,1991).

Gauthier, F., Goldsmith, H.L. and Mason, S.G.:“Particle Motions in Non-Newtonian Media,” Rheol.Acta (September 1971) 10, No. 3, 344–364.

Gdanski, R.D. and Norman, L.R.: “Using theHollow-Core Test to Determine Acid ReactionRates,” paper SPE 12151, SPE ProductionEngineering (March 1986), 111.

Geertsma, J.: “Estimating the Coefficient of InertialResistance in Fluid Flow Through Porous Media,”SPE Journal (October 1974) 14, No. 5, 445–450.

Geertsma, J.: “Some Rock-Mechanical Aspects of Oiland Gas Well Completions,” paper SPE 8073, SPEJournal (December 1985) 25, No. 6, 848–856.

Geertsma, J. and de Klerk, F.: “A Rapid Method ofPredicting Width and Extent of Hydraulic Induced

Fractures,” paper SPE 2458, Journal of PetroleumTechnology (December 1969) 21, 1571–1581.

Geertsma, J. and Haafkens, R.: “A Comparison of theTheories to Predict Width and Extent of Vertical,Hydraulically Induced Fractures,” Trans., AIME(March 1979) 101, 8.

Geilikman, M.B, Dusseault, M.B. and Dullien, F.A.:“Sand Production as a Viscoplastic Granular Flow,”paper SPE 27343, Proc., SPE International Sympo-sium on Formation Damage Control, Lafayette,Louisiana, USA (1994), 41–50.

Germanovich, L.N., Salganik, R.L., Dyskin, A.V. andLee, K.K.: “Mechanisms of Brittle Fracture of Rockwith Pre-Existing Cracks in Compression,” Pure andApplied Geophysics (1994) 143, Nos. 1–3, 117–149.

Gidley, J.L.: “A Method for Correcting DimensionlessFracture Conductivity for Non-Darcy Flow Effects,”paper SPE 20710, presented at the SPE AnnualTechnical Conference and Exhibition, New Orleans,Louisiana, USA (September 23–26, 1990); also inSPE Production Engineering (November 1991) 6,No. 4, 391–394.

Gidley, J.L., Holditch, S.A., Nierode, D.E. andVeatch, R.W. Jr.: Recent Advances in HydraulicFracturing, Monograph Series, Richardson, Texas,USA, Society of Petroleum Engineers (1989).

Gnirk, P.F.: “The Mechanical Behavior of UncasedWellbores Situated in Elastic/Plastic Media UnderHydrostatic Stress,” paper SPE 3224, SPE Journal(February 1972) 12, No. 1, 49–59.

Godbey, J.K. and Hodges, H.D.: “PressureMeasurements During Formation FracturingOperations,” Trans., AIME (1958) 213, 65–69.

Goel, N., Willingham, J.D., Shah, S.N. and Lord,D.L.: “A Comparative Study of Borate-CrosslinkedGel Rheology Using Laboratory and Field ScaleFracturing Simulations,” paper SPE 38618, presentedat the SPE Annual Technical Conference and Exhi-bition, San Antonio, Texas, USA (October 5–8,1997).

Goode, P.A., Pop, J.J. and Murphy, W.F. III:“Multiple-Probe Formation Testing and VerticalReservoir Continuity,” paper SPE 22738, presented at the SPE Annual Technical Conference andExhibition, Dallas, Texas, USA (October 6–9, 1991).

Reservoir Stimulation R-15

Page 16: buenoooo

R-16 References

Goodman, R.E.: Methods of Geological Engineeringin Discontinuous Rocks, St. Paul, Minnesota, USA,West Publishing (1976).

Graham, J.W., Kiel, O.M., Terry, W.M. and Sinclair,A.R.: “Hydraulic Fracturing Using Petroleum Coke,”U.S. Patent No. 3,664,420 (May 23, 1972).

Grebe, J.J. and Stoesser, M.: “Increasing CrudeProduction 20,000,000 Bbl. from Established Fields,”World Petroleum (August 1935), 473–482.

Griffith, A.A.: “The Phenomena of Rupture and Flowin Solids,” Phil. Trans. Roy. Soc. (1921) 221, 163–198.

Griffith, A.A.: “The Theory of Rupture,” Proc., 1stInternational Congress for Applied Mechanics, Delft,Netherlands (1924), 55–63.

Gringarten, A.C., Bourdet, D.P., Landel, P.A. andKniazeff, V.: “A Comparison Between Different Skinand Wellbore Storage Type-Curves for Early-TimeTransient Analysis,” paper SPE 8205, presented atthe SPE Annual Technical Conference and Exhi-bition, Las Vegas, Nevada, USA (September 23–26, 1979).

Gringarten, A.C. and Ramey, H.J. Jr.: “The Use ofSource and Green’s Functions in Solving UnsteadyFlow Problems in Reservoirs,” SPE Journal (October1973) 13, No. 5, 285–296.

Gringarten, A.C. and Ramey, H.J. Jr.: “Unsteady-State Pressure Distributions Created by a Well with a Single Horizontal Fracture, Partial Penetration, orRestricted Entry,” paper SPE 3819, SPE Journal(August 1974) 14, No. 4, 413–426.

Gringarten, A.C., Ramey, H.J. Jr. and Raghavan, R.:“Unsteady State Pressure Distributions Created by aWell with a Single Infinite-Conductivity VerticalFracture,” paper SPE 4051, SPE Journal (August1974) 14, No. 4, 347–360.

Gross, J.M.: “Gelling Organic Liquids,” U.S. PatentNo. 5,190,675 (March 2, 1993).

Gruesbeck, C. and Collins, R.E.: “Particle TransportThrough Perforations,” paper SPE 7006, presented atthe SPE Symposium on Formation Damage Control,Lafayette, Louisiana, USA (February 15–16, 1978).

Gu, H., Elbel, J.L., Nolte, K.G., Cheng, A.H.-D. andAbousleiman, Y.: “Formation Permeability Deter-mination Using Impulse Fracture Injection,” paper

SPE 25425, presented at the Production OperationsSymposium, Oklahoma City, Oklahoma, USA(March 21–23, 1993).

Guar and Derivatives, Henkel Corporation (1986).

Guenot, A.: “Instability Problems at Great DepthDrilling Boreholes and Wells,” Proc., Rock at GreatDepth, International Symposium of Rock Mechanics,Pau, France (1989), 1199–1208.

Guillot, D. and Dunand, A.: “Rheological Charac-terization of Fracturing Fluids by Using Laser Ane-mometry,” paper SPE 12030, SPE Journal (February1985), 39.

Gulbis, J.: “Dynamic Fluid Loss Study of FracturingFluid,” paper CIM 82-33-18, presented at the 33rdAnnual Technical Meeting of Petroleum Society ofCIM (1982).

Gulbis, J.: “Dynamic Fluid Loss of FracturingFluids,” paper SPE 12154, presented at the SPEAnnual Technical Conference and Exhibition, SanFrancisco, California, USA (October 5–8, 1983).

Gulbis, J., King, M.T., Hawkins, G.W. and Brannon,H.D.: “Encapsulated Breaker for Aqueous PolymericFluids,” SPE Production Engineering (February1992) 7, No. 1, 9–14.

Gulrajani, S.N., Mack, M.G. and Elbel, J.L.:“Pressure History Inversion for Interpretation ofFracture Treatments,” paper SPE 36439, presented at the SPE Annual Technical Conference andExhibition, Denver, Colorado, USA (October 6–9,1996); also in SPE Production & Facilities(November 1998) 13, No. 4, 258–266.

Gulrajani, S.N., Nolte, K.G. and Romero, J.:“Evaluation of the M-Site B-Sand Experiments: TheEvolution of a Pressure Analysis Methodology,”paper SPE 38575, presented at the SPE AnnualTechnical Conference and Exhibition, San Antonio,Texas, USA (October 5–8, 1997a).

Gulrajani, S.N. and Romero, J.: “Evaluation andModification of Fracture Treatments Showing Near-Wellbore Effects,” paper SPE 36901, presented at theSPE European Petroleum Conference, Milan, Italy(October 22–24, 1996).

Gulrajani, S.N., Tibbles, R.J. and Nolte, K.G.:“Evaluation of Calibration Treatments, for Frac-PackCompletions, in Offshore West Africa,” paper SPE

Page 17: buenoooo

Reservoir Stimulation R-17

38192, presented at the SPE European FormationDamage Symposium, The Hague, Netherlands (June2–3, 1997b).

Guo, F., Morgenstern, N.R. and Scott, J.D.:“Interpretation of Hydraulic Fracturing BreakdownPressure,” International Journal of Rock Mechanicsand Mining Sciences & Geomechanics Abstracts(1993) 30, No. 6, 617–626.

Guppy, K.H., Cinco-Ley, H. and Ramey, H.J. Jr.:“Pressure Buildup Analysis of Fractured WellsProducing at High Flow Rates,” paper SPE 10178,Journal of Petroleum Technology (November 1982a)34, 2656–2666.

Guppy, K.H., Cinco-Ley, H., Ramey, H.J. Jr. andSamaniego-V., F.: “Non-Darcy Flow in Wells withFinite-Conductivity Vertical Fractures,” paper SPE8281, SPE Journal (October 1982b) 22, No. 5,681–698.

Gupta, D.V.S. and Cooney, A.P.: “Encapsulations forTreating Subterranean Formations and Methods forthe Use Thereof,” U.S. Patent No. 5,164,099(November 17, 1992).

Hagedorn, A.R. and Brown, K.E.: “ExperimentalStudy of Pressure Gradients Occurring DuringContinuous Two-Phase Flow in Small-DiameterVertical Conduits,” paper SPE 940, Journal ofPetroleum Technology (April 1965) 17, 475–484.

Hagoort, J.: “Waterflood Induced Hydraulic Frac-turing,” PhD thesis, Delft University of Technology,Delft, Netherlands (1980).

Haimson, B. and Fairhurst, C.: “Hydraulic Fracturingin Porous-Permeable Materials,” paper SPE 2354,Journal of Petroleum Technology (July 1969) 21,811–817.

Haimson, B.C.: “The Hydraulic Fracturing Method of Stress Measurement: Theory and Practice,”Comprehensive Rock Engineering, J. Hudson (ed.),Oxford, UK, Pergamon Press (1993), 3, 297–328.

Haimson, B.C. and Huang, X.: “Hydraulic FracturingBreakdown Pressure and In-Situ Stress at GreatDepth,” Rock at Great Depth, V. Fourmaintraux andD. Maury (eds.), Rotterdam, Netherlands, Balkema(1989), 939–946.

Haimson, B.C. and Zhongliang, Z.: “Effect ofBorehole Size and Pressurization Rate on Hydraulic

Fracturing Breakdown Pressure,” Proc., 32nd U.S.Symposium on Rock Mechanics, Norman, Okla-homa, USA (1991), 191–199.

Hainey, B.W., Weng, X. and Stoisits, R.F.: “Mit-igation of Multiple Fractures from Deviated Well-bores,” paper SPE 30482, presented at the SPEAnnual Technical Conference and Exhibition, Dallas,Texas, USA (October 22–25, 1995).

Hall, B.E. and Houk, S.G.: “Fluid-Loss Control in theNaturally Fractured Buda Formation,” paper SPE12152, presented at the SPE Annual Technical Con-ference and Exhibition, San Francisco, California,USA (October 5–8, 1983).

Hall, C.D. Jr. and Dollarhide, F.E.: “Effects ofFracturing Fluid Velocity on Fluid Loss Agent Per-formance,” paper SPE 736, Journal of PetroleumTechnology (May 1964), 555–560; also in Trans.,AIME (1964) 231.

Hall, C.D. Jr. and Dollarhide, F.E.: “Performance of Fracturing Fluid Loss Agents Under DynamicConditions,” paper SPE 1904, Journal of PetroleumTechnology (July 1968), 763–769.

Halleck, P.M.: “The Effects of Stress and PorePressure on Penetration of Jet Perforators in BereaSandstone,” final report, API Project 86-36, Amer-ican Petroleum Institute (1987).

Halleck, P.M.: “Further Effects of Stress on Pene-tration Flow Performance of Jet Perforations,” finalreport, API Project 87-36, American PetroleumInstitute (1988).

Halleck, P.M.: “Minimum Size and Stress Require-ments for a Possible API Standard Test Target forPerformance Evaluation of Shaped Charge Oil WellPerforators in Stressed Rock,” final report, APIProject 88-36, American Petroleum Institute (1989).

Halleck, P.M.: “The Application of PrototypePenetration and Flow Tests in Stressed Targets toSeveral Perforator Charges and Rocks,” final report,API Project 89-36, American Petroleum Institute(1990).

Halleck, P.M.: “Minimizing Skin in FracturedReservoirs,” final report GRI-95/0472, Contract5094-210-2901, Gas Research Institute (March1996a).

Page 18: buenoooo

R-18 References

Halleck, P.M.: “Studies Reveal Fractured ReservoirPerforating Damage,” Petroleum EngineeringInternational (April 1996b) 69, No. 4, 35–44.

Halleck, P.M., Atwood, D.C. and Black, A.D.: “X-RayCT Observations of Flow Distribution in a Shaped-Charge Perforation,” paper SPE 24771, presented atthe SPE Annual Technical Conference and Exhibi-tion, Washington, D.C., USA (October 4–7, 1992).

Halleck, P.M. and Behrmann, L.A.: “Penetration ofShaped Charges in Stressed Rock,” Rock MechanicsContributions and Challenges, Rotterdam, Nether-lands, Balkema (1990), 629–636; also presented atthe 31st U.S. Symposium on Rock Mechanics (1990).

Halleck, P.M. and Damasena, E.: “Sand ProductionTests Under Simulated Down Hole PressureConditions Using Shaped-Charge Perforated WellCores,” paper SPE 19748, presented at the SPEAnnual Technical Conference and Exhibition, SanAntonio, Texas, USA (October 8–11, 1989).

Halleck, P.M. and Deo, M.: “The Effect ofUnderbalance on Perforation Flow,” paper SPE16895, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(September 27–30, 1987); also in Journal ofProduction Engineering (May 1989) 4, No. 2,113–116.

Halleck, P.M., Poyol E. and Santarelli, F.J.:“Estimating Perforation Flow Performance fromVariation in Indentation Hardness,” paper SPE 24769,presented at the SPE Annual Technical Conferenceand Exhibition, Washington, D.C., USA (October4–7, 1992); also in SPE Drilling and Completion(December 1995) 10, No. 4, 271–275.

Halleck, P.M., Safargar, M.S. and Dogulu, Y.S.:“Perforating Naturally Fractured Formations:Fracture Plugging by Jet Metal and Rock Defor-mation,” Turkish Journal of Oil and Gas (1996) 2, 20–38.

Halleck, P.M., Saucier, R.J., Behrmann, L.A. andAhrens, T.J.: “Reduction of Jet Perforator Penetrationin Rock Under Stress,” paper SPE 18245, presentedat the SPE Annual Technical Conference and Exhi-bition, Houston, Texas, USA (October 2–5, 1988).

Halleck, P.M., Wesson, D.S., Snider, P.M. andNavarrete, M.: “Prediction of In-Situ Shaped ChargePenetration Using Acoustic and Density Logs,” paper

SPE 22808, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(October 6–9, 1991).

Handren, P.J., Jupp, T.B. and Dees, J.M.: “OverbalancePerforating and Stimulation Method for Wells,” paperSPE 26515, presented at the SPE Annual TechnicalConference and Exhibition, Houston, Texas, USA(October 3–6, 1993).

Hannah, R.R., Harrington, L.J. and Anderson, R.W.:“Measurement of Dynamic Proppant Fall Rates inFracturing Gels Using a Concentric Cylinder Tester,”paper SPE 7571, presented at the SPE AnnualTechnical Conference and Exhibition, Houston,Texas, USA (October 1–3, 1978).

Hannah, R.R., Harrington, L.J. and Lance, L.C.: “TheReal Time Calculation of Accurate BottomholeFracturing Pressure from Surface Measurements withMeasured Pressure as a Base,” paper SPE 12062, pre-sented at the SPE Annual Technical Conference andExhibition, San Francisco, California, USA (October5–8, 1983).

Hannah, R.R., Park, E.I., Porter, D.A. and Black,J.W.: “Combination Fracturing/Gravel PackingCompletion Technique on the Amberjack, MississippiCanyon 109 Field,” paper SPE 26562, SPE Produc-tion & Facilities (November 1994) 9, No. 4,262–267.

Hannah, R.R. and Walker, E.J.: “Fracturing a High-Permeability Oil Well at Prudhoe Bay, Alaska,” paperSPE 14372, presented at the SPE Annual TechnicalConference and Exhibition, Las Vegas, Nevada, USA(September 22–25, 1985).

Harrington, L. and Hannah, R.R.: “Fracturing DesignUsing Perfect Support Fluids for Selected FractureProppant Concentrations in Vertical Fractures,” paperSPE 5642, presented at the SPE Annual Meeting,Dallas, Texas, USA (September 28–October 1, 1975).

Harrington, L.J., Hannah, R.R. and Williams, D.:“Dynamic Experiments on Proppant Settling inCrosslinked Fracturing Fluids,” paper SPE 8342, pre-sented at the SPE Annual Technical Conference andExhibition, Las Vegas, Nevada, USA (September23–26, 1979).

Harrington, L.J., Whitsitt, N.F. and Hannah, R.R.:“Prediction of the Location and Movement of FluidInterfaces in the Fracture,” Southwestern Petroleum

Page 19: buenoooo

Reservoir Stimulation R-19

Short Course, Texas Tech University, Lubbock,Texas, USA (April 1973).

Harris, L.E., Holtmyer, M.D. and Pauls, R.W.:“Method for Fracturing Subterranean Formations,”U.S. Patent No. 4,622,155 (November 11, 1986).

Harris, M.H.: “The Effect of Perforating on WellProductivity,” paper SPE 1236, Journal of PetroleumTechnology (April 1966) 18, 518–528.

Harris, P.C.: “Dynamic Fluid-Loss Characteristics of Nitrogen Foam Fracturing Fluids,” Journal ofPetroleum Technology (October 1985) 18, No. 10,1847–1852.

Harris, P.C.: “Chemistry and Rheology of BorateCrosslinked Fluids at Temperatures Up to 300°F,”paper SPE 24339, presented at the SPE RockyMountain Regional Meeting, Casper, Wyoming, USA(May 18–21, 1993).

Harris, P.C. and Heath, S.J.: “Rheology of Cross-linked Foams,” paper SPE 28512-P, SPE Production& Facilities (May 1996) 11, No. 2, 113–116.

Harris, P.C. and Heath, S.J.: “Rheological Propertiesof Low-Gel-Loading Borate Fracture Gels,” paperSPE 52399, SPE Production & Facilities (1998).

Harrison, E., Kieschnick, W.F. Jr. and McGuire, W.J.:“The Mechanics of Fracture Induction and Exten-sion,” Trans., AIME (1954) 201, 252–263.

Hart, C.M., Engi, D., Fleming, R.P. and Morris, H.E.:“Fracture Diagnostics Results for the MultiwellExperiment’s Paludal Zone Stimulation,” paper SPE12852, presented at the SPE/DOW/GRI Uncon-ventional Gas Recovery Symposium, Pittsburgh,Pennsylvania, USA (May 13–15, 1984).

Hashem, M.N., Thomas, E.C., McNeil, R.I. andMullins, O.C.: “Determination of ProducibleHydrocarbon Type and Oil Quality in Wells Drilledwith Synthetic Oil-Based Muds,” paper SPE 39093,presented at the SPE Annual Technical Conferenceand Exhibition, San Antonio, Texas, USA (October5–8, 1997).

Haskin, C.A.: “A Review of Hydroxy AluminumTreatments,” paper SPE 5692, presented at the SPESymposium on Formation Damage Control, Houston,Texas, USA (January 29–30, 1976).

Havlena, D. and Odeh, A.S.: “The Material Balanceas an Equation of a Straight Line,” paper SPE 559,

Journal of Petroleum Technology (August 1963) 15,896–900.

Hawkins, G.W.: “Molecular Weight Reduction andPhysical Consequences of Chemical Degradation ofHydroxypropylguar in Aqueous Brine Solutions,”Proc., ACS Division of Polymeric Materials: Scienceand Engineering (1986) 55.

Hawkins, G.W.: “Laboratory Study of Proppant-PackPermeability Reduction Caused by Fracturing FluidsConcentrated During Closure,” paper SPE 18261,presented at the SPE Annual Technical Conferenceand Exhibition, Houston, Texas, USA (October 2–5,1988).

Hawkins, M.F.: “A Note on the Skin Effect,” Journalof Petroleum Technology (December 1956) 8, 356–357.

Hejjo, H., Fagan, J.E. and Shah, S.N.: “Flow Visual-ization Technique for Investigation of HydraulicFracturing,” paper SPE 38579, presented at the SPEAnnual Technical Conference and Exhibition, SanAntonio, Texas, USA (October 5–8, 1997).

Herron, M.M., Johnson, D.L. and Schwartz, L.M.: “ARobust Permeability Estimator for Siliclastics,” pre-sented at the SPE Annual Technical Conference andExhibition, New Orleans, Louisiana, USA (Sep-tember 27–30, 1998).

Herzberg, A.: “Die Wasserversorgung einigerNordseebaden,” Z. Gasbeleucht. Wasserverzorg.(1901) 44, 815–819, 824–844.

Hilbert, L.B., Hwong, T.K., Cook, N.G.W., Nihei,K.T. and Myer, L.R.: “Effects of Strain Amplitude on the Static and Dynamic Nonlinear Deformation of Berea Sandstone,” Proc., 1st North AmericanSymposium on Rock Mechanics, Austin, Texas, USA(1994), 497–504.

Hill, R.: The Mathematical Theory of Plasticity,Oxford, UK, Clarendon Press (1951).

Himes, R.E. and Vinson, E.F.: “Environmentally SafeSalt Replacement for Fracturing Fluids,” paper SPE23438, presented at the SPE Eastern RegionalMeeting, Lexington, Kentucky, USA (October 2–5,1991).

Hinkel, J.J.: “Breaker System for High ViscosityFluids,” U.S. Patent No. 4,250,044 (February 10,1981).

Page 20: buenoooo

R-20 References

Hirth, J.P. and Lothe, J.: Theory of Dislocations, NewYork, New York, USA, McGraw-Hill (1968).

Hodge, R.M.: “Hydraulic Fracturing Method UsingDelayed Crosslinker Composition,” U.S. Patent No.4,749,041 (June 7, 1988a).

Hodge, R.M.: “Method of Fracturing a SubterraneanFormation Using Delayed Crosslinker CompositionsContaining Organic Titanium Complexes,” U.S.Patent No. 4,749,040 (June 7, 1988b).

Hodge, R.M. and Baranet, S.E.: “Evaluation of FieldMethods to Determine Crosslink Times of FracturingFluids,” paper SPE 16249, presented at the SPEInternational Symposium on Oilfield Chemistry, SanAntonio, Texas, USA (February 4–6, 1987).

Hodgson, K. and Joughin, N.C.: “The RelationshipBetween Energy Release Rate, Damage and Seis-micity in Deep Mines,” Failure and Breakage ofRock, C. Fairhurst (ed.), Minneapolis, Minnesota,USA, University of Minnesota Press (1967), 194–203.

Holder, J., Morita, N., Kenrick, A.J., Thallak, S. andGray, K.E.: “Measurements of Effective FractureToughness Values for Hydraulic Fracture: Depen-dence on Pressure and Fluid Rheology,” paper SPE25491, presented at the SPE Production OperationsSymposium, Oklahoma City, Oklahoma, USA(March 21–23, 1993).

Holditch, S.A.: “Criteria of Propping Agent Selection,”prepared for the Norton Company (1979a).

Holditch, S.A.: “Factors Affecting Water Blockingand Gas Flow from Hydraulically Fractured GasWells,” Journal of Petroleum Technology (December1979b) 31, No. 12, 1515–1524.

Holditch, S.A. and Blakeley, D.M.: “Flow Char-acteristics of Hydraulic Fracture Proppants Subjectedto Repeated Production Cycles,” paper SPE 19091,SPE Production Engineering (February 1992) 7, No.1, 15–20.

Holditch, S.A., Jennings, J.W., Neuse, S.H. andWyman, R.E.: “The Optimization of Well Spacingand Fracture Length in Low Permeability GasReservoirs,” paper SPE 7496, presented at the SPEAnnual Technical Conference and Exhibition,Houston, Texas, USA (October 1–3, 1978).

Holditch, S.A. and Morse, R.A.: “The Effects ofNon-Darcy Flow on the Behavior of HydraulicallyFractured Gas Wells,” paper SPE 5586, Journal ofPetroleum Technology (October 1976) 28, 1169–1178.

Holditch, S.A. and Rahim, Z.: “Developing Data Setsfor 3D Fracture Propagation Models,” paper SPE26155, SPE Production & Facilities (November1994) 9, No. 4, 257–261.

Hornby, B.E.: “Tomographic Reconstruction of Near-Borehole Slowness Using Refracted Borehole SonicArrivals,” Geophysics (December 1993) 58, No. 12,1726–1738.

Horne, R.N.: Modern Well Test Analysis: Computer-Aided Approach, Palo Alto, California, USA,Petroway (1990).

Horner, D.R.: “Pressure Buildup in Wells,” Proc.,Third World Petroleum Congress, The Hague,Netherlands (1951) Sec. II, 503–523; also in PressureAnalysis Methods, SPE Reprint Series, Richardson,Texas, USA, Society of Petroleum Engineers (1967)9, 25–43.

Houzé, O.P., Horne, R.N. and Ramey, H.J. Jr.:“Pressure-Transient Response of an Infinite-Conductivity Vertical Fracture in a Reservoir withDouble-Porosity Behavior,” paper SPE 16778, SPEFormation Evaluation (September 1988) 3, No. 3,510–518.

Howard, G.C. and Fast, C.R.: “Optimum FluidCharacteristics for Fracture Extension,” Drilling andProduction Practice, New York, New York, USA,American Petroleum Institute (1957) 24, 261–270.(Appendix by E.D. Carter)

Howard, G.C. and Fast, C.R.: Hydraulic Fracturing,Monograph Series, Richardson, Texas, USA, Societyof Petroleum Engineers (1970) 2.

Howard, P.R., James, S.G. and Milton-Tayler, D.:“High Permeability Channels in Proppant PacksContaining Random Fibers,” SPE Production &Facilities (August 1999) 14, No. 3, 197.

Howard, P.R., King, M.T., Morris, M., Féraud, J.-P.,Slusher, G. and Lipari, S.: “Fiber/Proppant MixturesControl Proppant Flowback in South Texas,” paperSPE 30495, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(October 22–25, 1995).

Page 21: buenoooo

Reservoir Stimulation R-21

Hsia, T.-Y. and Behrmann, L.A.: “Perforating Skinsas a Function of Rock Permeability and Under-balance,” paper SPE 22810, presented at the SPEAnnual Technical Conference and Exhibition, Dallas,Texas, USA (October 6–9, 1991).

Hubbert, M.K. and Willis, D.G.: “Mechanics ofHydraulic Fracturing,” paper 686-G, presented at theSPE Annual Meeting, Los Angeles, California, USA(October 14–17, 1956); also in Journal of PetroleumTechnology (September 1957) 9, No. 6, 153–168 andTrans., AIME (1957) 210.

Huddleston, D.A.: “Liquid Aluminum Phosphate SaltGelling Agent,” U.S. Patent No. 5,110,485 (May 5,1992).

Hunt, J.L.: “Production Systems Analysis for Frac-tured Wells,” paper SPE 15931, presented at the SPEEastern Regional Meeting, Columbus, Ohio, USA(November 12–14, 1986).

Hunter, J. and Walker, R.N. Jr.: “Clean Frac FluidsImprove Load Recovery, Tight-Gas Production,”World Oil (October 1991) 212, No. 10, 76–78.

International Society for Rock Mechanics Commissionon Testing Methods: Suggested Methods for Deter-mining the Fracture Toughness of Rocks, Lisbon,Portugal, ISRM (1988).

Irwin, G.R.: “Analysis of Stresses and Strains Nearthe End of a Crack Traversing a Plate,” Journal ofApplied Mechanics (September 1957) 24, 361–364.

Ispas, I.N., Britt, L.K., Tiab, D., Valkó, P. andEconomides, M.J.: “Methodology of Fluid LeakoffAnalysis in High Permeability Fracturing,” paperSPE 39476, presented at the SPE Formation DamageConference, Lafayette, Louisiana, USA (February18–19, 1998).

ISRM Commission on Testing Methods: “SuggestedMethods for Determining Mode I Fracture ToughnessUsing Cracked Chevron Notched Brazilian Disc(CCNBD) Specimens,” International Journal of RockMechanics and Mining Sciences & GeomechanicsAbstracts (1995) 32, No. 1, 59–64.

Ito, T. and Hayashi, K.: “Physical Background to theBreakdown Pressure in Hydraulic Fracturing TectonicStress Measurements,” International Journal of RockMechanics and Mining Sciences & GeomechanicsAbstracts (1991) 28, No. 4, 285–293.

James, S.G., Samuelson, M.L., Reed, G.W. andSullivan, S.C.: “Proppant Flowback Control in HighTemperature Wells,” paper SPE 39960, presented atthe SPE Rocky Mountain Regional/Low PermeabilityReservoirs Symposium and Exhibition, Denver,Colorado, USA (April 5–8, 1998).

Jasinski, R., Redwine, D. and Rose, G.: “BoronEquilibria with High Molecular Weight Guar: AnNMR Study,” J. Polymer Science: Part B: PolymerPhysics (1996) 34, 1477–1488.

Jeffrey, R.G.: “The Combined Effect of Fluid Lagand Fracture Toughness on Hydraulic FracturePropagation,” paper SPE 18957, presented at the SPEJoint Rocky Mountain Regional/Low PermeabilityReservoirs Symposium, Denver, Colorado, USA(March 6–8, 1989).

Jennings, A.R.: “Fracturing Fluids—Then and Now,”paper SPE 36166-P, Journal of Petroleum Technology(July 1996) 48, No. 7, 604–611.

Jizba, D. and Nur, A.: “Static and Dynamic Moduliof Tight Gas Sandstones and Their Relation toFormation Properties,” Transactions of the SPWLA31st Annual Logging Symposium, Lafayette,Louisiana, USA (June 24–27, 1990), paper BB.

Johnson, D.E., Wright, T.B., Tambini, M., Moroli, R. and Cleary, M.P.: “Real-Data On-Site Analysis ofHydraulic Fracturing Generates Optimum Proceduresfor Job Design and Execution,” paper SPE 25920,presented at the SPE Rocky Mountain RegionalMeeting, Denver, Colorado, USA (April 12–14,1993).

Johnson, E. and Cleary, M.P.: “Implications of RecentLaboratory Experimental Results for HydraulicFractures,” paper SPE 21846, Proc., Rocky MountainRegional/Low-Permeability Reservoirs Symposium,Denver, Colorado, USA (1991), 413–428.

Jones, J. and Soler, D.: “Fracture Stimulation ofShallow, Unconsolidated Kern River Sands,” paperSPE 54102 (in press).

Jones, L.G., Tibbles, R.J., Myers, L., Bryant, D.,Hardin, J. and Hurst, G.: “Gravel Packing HorizontalWellbores with Leak-Off Using Shunts,” paper SPE38640, presented at the SPE Annual TechnicalConference and Exhibition, San Antonio, Texas,USA (October 5–8, 1997).

Page 22: buenoooo

R-22 References

Joshi, S.D.: “Augmentation of Well Productivity withSlant and Horizontal Wells,” paper SPE 15375,Journal of Petroleum Technology (June 1988) 40, No.6, 729–739.

Kamphuis, H., Davies, D.R. and Roodhart, L.P.: “A New Simulator for the Calculation of the In-SituTemperature Profile During Well StimulationFracturing Treatments,” paper CIM/SPE 90-46,Journal of Canadian Petroleum Technology (May1993) 30, No. 5, 38–47.

Kanninen, M.F. and Popelar, C.H.: AdvancedFracture Mechanics, New York, New York, USA,Oxford University Press (1985).

Karakas, M. and Tariq, S.: “Semi-AnalyticalProductivity Models for Perforated Completions,”paper SPE 18247, presented at the SPE AnnualTechnical Conference and Exhibition, Houston,Texas, USA (October 2–5, 1988).

Karakas, M., Yokoyama, Y. and Arima, E.: “WellTest Analysis of a Well with Multiple HorizontalDrainholes,” paper SPE 21424, presented at theMiddle East Oil Show, Bahrain (November 16–19,1991).

Kaufman, H. and Falcetta, J.: Introduction to PolymerScience and Technology, John Wiley and Sons, NewYork, New York, USA (1977), 153.

Kern, L.R., Perkins, T.K. and Wyant, R.E.: “TheMechanics of Sand Movement in Fracturing,”Journal of Petroleum Technology (July 1959), 55;also in Trans., AIME (1959) 216, 403–405.

Kesavan, S., Prud’homme, R.K. and Parris, M.D.:“Crosslinked Borate HPG Equilibria and RheologicalCharacterization,” paper SPE 25205, presented at theSPE International Symposium on Oilfield Chemistry,New Orleans, Louisiana, USA (March 2–5, 1993).

Khristianovich, S.A. and Zheltov, Y.P.: “Formation of Vertical Fractures by Means of Highly ViscousLiquid,” Proc., Fourth World Pet. Congress, Rome(1955) 2, 579–586.

Khristianovich, S.A., Zheltov, Y.P., Barenblatt, G.I.and Maximovich, G.K.: “Theoretical Principles ofHydraulic Fracturing of Oil Strata,” Proc., FifthWorld Petroleum Congress, New York (1959).

Kiel, O.M.: “Process of Hydraulic Fracturing withViscous Oil-in-Water Emulsion,” U.S. Patent No.3,552,494 (January 5, 1971).

Kim, C.M. and Willingham, J.R.: “Flow Response of Propped Fracture to Repeated Production Cycles,”paper SPE 16912, presented at the SPE AnnualTechnical Conference and Exhibition, Dallas, Texas,USA (September 27–30, 1987).

King, G.E.: “Foam Stimulation Fluids: What TheyAre, Where They Work,” Pet. Eng. Int. (July 1982)54, No. 8, 52–60.

King, G.E., Bingham, M.D. and Kidder, R.W.:“Factors Affecting Perforating Charge Performanceand Relationship to Port Plug Condition,” paper SPE13128, SPE Production Engineering (September1986) 1, No. 5, 379–387.

King, M.S.: “Static and Dynamic Elastic Propertiesof Rock from the Canadian Shield,” InternationalJournal of Rock Mechanics and Mining Sciences &Geomechanics Abstracts (October 1983) 20, No. 5,237–241.

Kirkby, L.L. and Rockefeller, H.A.: “ProppantSettling Velocities in Nonflowing Slurries,” paperSPE/DOE 13906, presented at the SPE/DOE LowPermeability Gas Reservoirs Symposium, Denver,Colorado, USA (May 19–22, 1985).

Knoll, S.K.: “Wall Slip Evaluation in Steady ShearViscosity Measurements of Hydraulic FracturingFluids,” paper SPE/DOE 13904, presented at theSPE/DOE Low Permeability Gas Reservoirs Sym-posium, Denver, Colorado, USA (May 19–22, 1985).

Kooijman, A.P., Halleck, P.M., de Bree, P. andKenter, C.J: “Large Scale Laboratory Sand Pro-duction Test,” paper SPE 24798, presented at the SPE Annual Technical Conference and Exhibition,Washington, D.C., USA (October 4–7, 1992).

Kowalski, J.: “Formation Strength Parameter fromWell Logs,” Transactions of the SPWLA 16th AnnualLogging Symposium (June 4–7, 1975), paper N.

Kuchuk, F.J., Goode, P.A., Brice, B.W., Sherrard,D.W. and Thambynayagam, R.K.M.: “PressureTransient Analysis and Inflow Performance forHorizontal Wells,” paper SPE 18300, presented at theSPE Annual Technical Conference and Exhibition,Houston, Texas, USA (October 2–5, 1988).

Kulhman, R.D., Heemstra, T.R., Ray, T.G., Lin, P.and Charlez, P.A.: “Field Tests of Downhole Exten-someter Used to Obtain Formation In-Situ StressData,” paper SPE 25905, Proc., Rocky Mountain/

Page 23: buenoooo

Reservoir Stimulation R-23

Low Permeability Reservoirs Symposium, Denver,Colorado, USA (1993), 625–634.

Labrid, J.C.: “Thermodynamic and Kinetic Aspectsof Argillaceous Sandstone Acidizing,” paper SPE5165, SPE Journal (April 1975), 117–128.

Labuz, J.F., Shah, S.P. and Dowding, C.H.:“Experimental Analysis of Crack Propagation inGranite,” International Journal of Rock Mechanicsand Mining Sciences & Geomechanics Abstracts(April 1985) 22, No. 2, 85–98.

Lagrone, K.W. and Rasmussen, J.W.: “A NewDevelopment in Completion Methods—The LimitedEntry Technique,” paper SPE 530, Journal ofPetroleum Technology (July 1963) 15, 695–702.

Lamb, H.: Hydrodynamics, sixth edition, New York,New York, USA, Dover Publications (1932),581–587.

Lambert, M.E.: “A Statistical Study of ReservoirHeterogeneity,” MS thesis, The University of Texasat Austin, Austin, Texas, USA (1981).

Lane, H.S.: “Numerical Simulation of Mud FiltrateInvasion and Dissipation,” Transactions of theSPWLA 34th Annual Logging Symposium (June13–16, 1993), paper D.

Larsen, L. and Hegre, T.M.: “Pressure-TransientBehavior of Horizontal Wells with Finite-Conductivity Vertical Fractures,” paper SPE 22076,presented at the International Arctic TechnologyConference, Anchorage, Alaska, USA (May 29–31,1991).

Last, N., Plumb, R., Harkness, R., Charlez, P., Alsen,J. and McLean, M.: “An Integrated Approach toEvaluating and Managing Wellbore Instability in theCusiana Field, Colombia, South America,” paperSPE 30464, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(October 22–25, 1995).

Lea, F.M.: The Chemistry of Cement and Concrete,third edition, New York, New York, USA, ChemicalPublishing Co. (1971).

Lear, T.A.: “Near-Wall Velocity Measurements UsingLaser Doppler Velocimetry in the FFCF Simulator,”MS thesis, University of Oklahoma, Oklahoma, USA(1996).

Lee, M.H. and Roberts, L.D.: “Effect of Heat ofReaction on Temperature Distribution in a Fracture,”paper SPE 7893, SPE Journal (December 1980) 20,No. 12, 501–507.

Lee, M.Y. and Haimson, B.C.: “Statistical Evaluationof Hydraulic Fracturing Stress MeasurementParameters,” International Journal of RockMechanics and Mining Sciences & GeomechanicsAbstracts (December 1989) 26, No. 6, 447–456.

Lee, W.J. and Holditch, S.A.: “Application ofPseudotime to Buildup Test Analysis of Low-Permeability Gas Wells with Long-Duration WellboreStorage Distortion,” paper SPE 9888, Journal ofPetroleum Technology (December 1982) 34, No. 12, 2877–2887.

Leighton, D. and Acrivos, A.: “The Shear-InducedMigration of Particles in Concentrated Suspensions,”J. Fluid Mech. (1987) 181, 415–439.

Lenoach, B.: “Hydraulic Fracture Model Based onAnalytical Near-Tip Solutions,” Computer Methodsand Advances in Geomechanics (1994), 1597–1602.

Lenoach, B.: “The Crack Tip Solution for HydraulicFracturing in a Permeable Solid,” J. Mech. Phys.Solids (1995) 43, No. 7, 1025.

Levine, D.C., Thomas, E.W., Bezner, H.P. and Talle,G.C.: “Annular Gas Flow After Cementing: A Lookat Practical Solutions,” paper SPE 8255, presented atthe SPE Annual Technical Conference and Exhi-bition, Las Vegas, Nevada, USA (September 23–26, 1979).

Li, Y., Sullivan, R.B., de Rozières, J., Gaz, G.L. andHinkel, J.J.: “An Overview of Current Acid Frac-turing Technology with Recent Implications forEmulsified Acids,” paper SPE 26581, presented at theSPE Annual Technical Conference and Exhibition,Houston, Texas, USA (October 3–6, 1993).

Lipton, D. and Burnett, D.B.: “Comparisons ofPolymers Used in Workover and Completion Fluids,”paper SPE 5872, presented at the Improved OilRecovery Symposium, Tulsa, Oklahoma, USA(March 22–24, 1976).

Locke, S.: “An Advanced Method for Predicting theProductivity Ratio of a Perforated Well,” paper SPE8804, Journal of Petroleum Technology (December1981) 33, 2481–2488.

Page 24: buenoooo

R-24 References

Lord, D.L., Shah, S.N., Rein, R.G. and Lawson, J.T.III: “Study of Perforation Friction PressureEmploying a Large-Scale Fracturing Flow Sim-ulator,” paper SPE 28508, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 25–28, 1994).

Love, A.E.H.: A Treatise on the Mathematical Theoryof Elasticity, fourth edition, New York, New York,USA, Dover Publications (1927).

Lubinski, A.: “The Theory of Elasticity for PorousBodies Displaying a Strong Pore Structure,” Proc.,2nd U.S. National Congress of Applied Mechanics(1954), 247.

Lund, K. and Fogler, H.S.: “Acidization V. ThePrediction of the Movement of Acid and PermeabilityFronts in Sandstone,” Chemical Engineering Science(1976) 31, No. 5, 381–392.

Mack, M.G. and Elbel, J.L.: “A Simulator forModeling Acid Fracturing Treatments,” Proc., 8thInternational Conference on Computer Methods andAdvances in Geomechanics, Morgantown, WestVirginia, USA (1994).

Mack, M.G., Piggott, A.R. and Elbel, J.L.: “Numer-ical Representation of Multilayer Hydraulic Frac-turing,” Proc., 33rd U.S. Symposium on RockMechanics, Santa Fe, New Mexico, USA (1992),335–344.

Mahoney, J.V., Stubbs, P.B., Schwerer, F.C. III andDobscha, F.X.: “Effects of a No-Proppant FoamStimulation Treatment on a Coal-Seam Degasifi-cation Borehole,” Journal of Petroleum Technology(November 1981), 2227.

Malone, B.P., Moran, J.H., Nasution, R.D., Putra,P.H. and Thurston, F.K.: “Start-Up of a TSO Frac-turing Campaign in Shallow, Heavy Oil Steamflood,”paper SPE 38096, presented at the Asia Pacific Oiland Gas Conference, Kuala Lumpur, Malaysia (April14–16, 1997).

Maloney, D.R., Gall, B.L. and Raible, C.J.: “Non-Darcy Flow Through Propped Fractures: Effect ofPartial Saturation, Gel Damage, and Stress,” paperSPE 16899, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(September 27–30, 1987).

Martin, J.C.: “Simplified Equations of Flow in GasDrive Reservoirs and the Theoretical Foundation of

Multiphase Pressure Buildup Analyses,” paper SPE1235-G, Journal of Petroleum Technology (October1959) 11, 321–323; also in Trans., AIME (1959) 216.

Martinez, A.D., Pardo, C.W., Ellis, P.D. and Pittman,R.W.: “Determination of Fracture Geometry UsingField Data Coupled with a Fracture Simulator,” paperSPE 24826, presented at the SPE Annual TechnicalConference and Exhibition, Washington, D.C., USA(October 4–7, 1992).

Martins, J.P., Abel, J.C., Dyke, C.G., Michel, C.M.and Stewart, G.: “Deviated Well Fracturing andProppant Production Control in the Prudhoe BayField,” paper SPE 24858, presented at the SPEAnnual Technical Conference and Exhibition,Washington, D.C., USA (October 4–7, 1992a).

Martins, J.P., Collins, P.J., Rylance, M., Ibe, O.E.,Kelly, R.T. and Bartel, P.A.: “Small, Highly Con-ductive Fractures Near Reservoir Fluid Contacts:Application to Prudhoe Bay,” paper SPE 24856,presented at the SPE Annual Technical Conferenceand Exhibition, Washington, D.C., USA (October 4–7, 1992b).

Martins, J.P. and Harper, T.R.: “Mini-Frac PressureDecline Analysis for Fractures Evolving from LongPerforated Intervals and Unaffected by ConfiningStrata,” paper SPE 13869, presented at the SPE/DOELow Permeability Gas Reservoirs Symposium,Denver, Colorado, USA (May 19–22, 1985).

Martins, J.P., Leung, K.H., Jackson, M.R., Stewart,D.R. and Carr, A.H.: “Tip Screen-Out FracturingApplied to the Ravenspurn South Gas Field Devel-opment,” paper SPE 19766, presented at the SPEAnnual Technical Conference and Exhibition, SanAntonio, Texas, USA (October 8–11, 1989; also inSPE Production Engineering (August 1992c) 7, No.3, 252–258.

Martins, J.P., Milton-Tayler, D. and Leung, H.K.:“The Effects of Non-Darcy Flow in ProppedHydraulic Fractures,” paper SPE 20709, presented at the SPE Annual Technical Conference and Exhi-bition, New Orleans, Louisiana, USA (September23–26, 1990).

Mason, J.N., Dees, J.M. and Kessler, N.: “BlockTests Model the Near-Wellbore in a PerforatedSandstone,” paper SPE 28554, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 25–28, 1994).

Page 25: buenoooo

Mathur, A.K., Ning, X., Marcinew, R.B., Ehlig-Economides, C.A. and Economides, M.J.: “HydraulicFracture Stimulation of Highly Permeable Forma-tions: The Effect of Critical Fracture Parameters onOilwell Production and Pressure,” paper SPE 30652,presented at the SPE Annual Technical Conferenceand Exhibition, Dallas, Texas, USA (October 22–25, 1995).

Maury, V.: “Rock Failure Mechanisms Identification:A Key for Wellbore Stability and Reservoir Behav-iour Problems,” Proc., Eurock ’94, Rock Mechanicsin Petroleum Engineering, Delft, Netherlands (1994),175–182.

Maury, V., Etchecopar, A. and Pezard, P.A.: “NewBorehole Imagery Techniques: An Aid for FailureModes and In Situ Stress Analysis and for Mini-mizing Drilling Incidents,” Transactions of theSPWLA 40th Annual Logging Symposium, Olso,Norway (June 8–10, 1999).

Mayerhofer, M.J., Economides, M.J. and Ehlig-Economides, C.A.: “Pressure Transient Analysis ofFracture Calibration Tests,” paper SPE 26527, pre-sented at the SPE Annual Technical Meeting andExhibition, Houston, Texas, USA (October 3–6, 1993).

Mayerhofer, M.J., Economides, M.J. and Nolte, K.G.:“An Experimental and Fundamental Interpretation ofFracturing Filter-Cake Fluid Loss,” paper SPE 22873,presented at the SPE Annual Technical Conferenceand Exhibition, Dallas, Texas, USA (October 6–9, 1991).

McCabe, M.A., Terracina, J.M. and Kunzl, R.A.:“Continuously Gelled Diesel Systems for FracturingApplications,” paper CIM/SPE 90-93, presented atthe Petroleum Society of CIM/SPE InternationalTechnical Meeting, Calgary, Alberta, Canada (June10–13, 1990).

McClain, C.: Fluid Flow in Pipes, New York, NewYork, USA, The Industrial Press (1963), 117–128.

McConnell, B.: “Fracturing Fluid High-TemperatureBreaker for Improving Well Performance,” paperSPE 28219, Journal of Petroleum Technology (May1994) 46, No. 5, 382.

McDaniel, R.R., Deysarkar, A.K., Callanan, M.J. andKohlhaas, C.A.: “An Improved Method for Mea-suring Fluid Loss at Simulated Fracture Conditions,”paper SPE 10259, SPE Journal (August 1985), 482.

McGuire, W.J. and Sikora, V.T.: “The Effect of Ver-tical Fractures on Well Productivity,” paper SPE1618-G, Journal of Petroleum Technology (October1960) 12, 72–74; also in Trans., AIME (1960) 219,401–403.

McKenzie, L.F. and Hughes, B.J.: “HydrocarbonGels of Alumino Alkyl Acid Orthophosphates,”paper SPE 9007, presented at the 5th InternationalSymposium on Oilfield and Geothermal Chemistry,Stanford, California, USA (May 28–30, 1980).

Meehan, D.N., Horne, R.N. and Aziz, K.: “Effects of Reservoir Heterogeneity and Fracture Azimuth onOptimization of Fracture Length and Well Spacing,”paper SPE 17606, presented at the SPE InternationalMeeting on Petroleum Engineering, Tianjin, China(November 1–4, 1988).

Meese, C.A., Mullen, M.E. and Barree, R.D.: “Off-shore Hydraulic Fracturing Technique,” paper SPE28159, Journal of Petroleum Technology (March1994) 46, No. 3, 226–229.

Meng, H.Z. and Brown, K.E.: “Coupling of Pro-duction Forecasting, Fracture Geometry Require-ments and Treatment Scheduling in the OptimumHydraulic Fracture Design,” paper SPE 16435, pre-sented at the SPE/DOE Low Permeability ReservoirsSymposium, Denver, Colorado, USA (May 18–19, 1987).

Meng, H.Z., Proano, E.A., Buhidma, I.M. and Mach,J.M.: “Production Systems Analysis of VerticallyFractured Wells,” paper SPE/DOE 10842, presentedat the SPE/DOE Unconventional Gas RecoverySymposium, Pittsburgh, Pennsylvania, USA (May16–18, 1982).

Menjivar, J.: “On the Use of Gelation Theory toCharacterize Metal Crosslinked Polymer Gels,”Proc., ACS Division of Polymer Materials: Scienceand Engineering, Washington, D.C., USA, AmericanChemical Society (1984), 88–95.

Meyer, B.R.: “Design Formulae for 2-D and 3-DVertical Hydraulic Fractures: Model Comparison andParametric Studies,” paper SPE 15240, presented atthe SPE Unconventional Gas Technology Sympo-sium, Louisville, Kentucky, USA (May 18–21, 1986a).

Meyer, B.R.: “Generalized Drag Coefficient Appli-cable for All Flow Regimes,” Oil & Gas Journal(May 1986b), 71–77.

Reservoir Stimulation R-25

Page 26: buenoooo

Meyer, B.R.: “Heat Transfer in Hydraulic Frac-turing,” paper SPE 17041, presented at the SPEEastern Regional Meeting, Pittsburgh, Pennsylvania,USA (October 21–23, 1987).

Meyer, B.R. and Hagel, M.W.: “Simulated Mini-FracAnalysis,” Journal of Canadian Petroleum Engi-neering (September–October 1989) 28, No. 5, 63–73.

Michels, P.C. and Clark, D.S.: “Pressure Dependenceof Enzyme Catalysis,” Biocatalysis at Extreme Tem-peratures, M.W.W. Adams and R.M. Kelly (eds.),Symposium Series, Washington, D.C., USA, Amer-ican Chemical Society (1992), 498, 108–121.

Miller, B.D. and Warembourg, P.A.: “Prepack Tech-nique Using Fine Sand Improves Results of Frac-turing and Fracture Acidizing Treatments,” paperSPE 5643, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(September 28–October 1, 1975).

Miller, W.K. II and Smith, M.B.: “Reanalysis of theMWX Fracture Stimulation Data from the PaludalZone of the Mesaverde Formation,” paper SPE19772, SPE Annual Technical Conference and Exhi-bition, San Antonio, Texas, USA (October 8–11, 1989).

Millheim, K.K. and Cichowicz, L.: “Testing andAnalyzing Low-Permeability Fractured Gas Wells,”paper SPE 1768, Journal of Petroleum Technology(February 1968) 20, 193–198; also in Trans., AIME(1968) 243.

Minh, C.C., Freedman, R., Crary, S. and Cannon, D.:“Integration of NMR with Other Openhole Logs forImproved Formation Evaluation,” paper SPE 49012,presented at the SPE Annual Technical Conferenceand Exhibition, New Orleans, Louisiana, USA(September 27–30, 1998).

Misak, M.D.: “Temperature-Stable Aqueous Gels,”U.S. Patent No. 3,922,173 (November 25, 1975).

Mitchell, B.J.: “Viscosity of Foam,” PhD dissertation,Oklahoma University, Norman, Oklahoma, USA(1969).

Mitchell, B.J.: “Test Data Fill Theory Gap on UsingFoam as a Drilling Fluid,” Oil & Gas Journal(September 6, 1971), 96–100.

Mondshine, T.C.: “Crosslinked Fracturing Fluids,”U.S. Patent No. 4,619,776 (October 28, 1986).

Mondshine, T.C.: “Process for Decomposing Poly-saccharides in Alkaline Aqueous Systems,” U.S.Patent No. 5,253,711 (October 19, 1993).

Montgomery, K.T. and Berthelot, J.M.: “Effects ofFracture Fluid Invasion on Cleanup Behavior andPressure Buildup Analysis,” paper SPE 20643, pre-sented at the SPE Annual Technical Conference andExhibition, New Orleans, Louisiana, USA (Sep-tember 23–26, 1990).

Monus, F.L., Broussard, F.W., Ayoub, J.A. andNorman, W.D.: “Fracturing Unconsolidated SandFormations Offshore Gulf of Mexico,” paper SPE24844, presented at the SPE Annual TechnicalConference and Exhibition, Washington, D.C., USA(October 4–7, 1992).

Moore, J.E.: “Clay Mineralogy Problems in OilRecovery,” Petroleum Engineering (1960) B40.

Morales, R.H., Brady, B.H. and Ingraffea, A.R.:“Three-Dimensional Analysis and Visualization ofthe Wellbore and the Fracturing Process in InclinedWells,” paper SPE 25889, presented at the SPERocky Mountain Regional/Low Permeability Reser-voirs Symposium, Denver, Colorado, USA (April12–14, 1993).

Morales, R.H., Brown, J.E., Norman, W.D., DeBonis,V., Mathews, M., Park, E.I. and Brown, D.: “Mech-anical Skin Damage on Wells,” paper SPE 30459,presented at the SPE Annual Technical Conferenceand Exhibition, Dallas, Texas, USA (October 22–25, 1995).

Morales, R.H. and Marcinew, R.P.: “Fracturing ofHigh-Permeability Formations: Mechanical Prop-erties Correlations,” paper SPE 26561, presented at the SPE Annual Technical Conference and Exhi-bition, Houston, Texas, USA (October 3–6, 1993).

Moricca, G., Ripa, G., Sanfilippo, F. and Santarelli,F.J.: “Basin Scale Rock Mechanics: Field Obser-vation of Sand Production,” Proc., Eurock ’94, RockMechanics in Petroleum Engineering, Delft, Nether-lands (1994), 317–328.

Morita, N., Burton, R.C. and Davis, E.: “Fracturing,Frac Packing and Formation Control: Can ScreenlessCompletions Prevent Sand Production,” SPE Drillingand Completion (September 1998), 157–162.

R-26 References

Page 27: buenoooo

Morita, N., Whitfill, D.L., Fedde, O.P. and Levik,T.H.: “Parametric Study of Sand Production Pre-diction: Analytical Approach,” paper SPE 16990,SPE Production Engineering (February 1989) 4, No.1, 25–33.

Morita, N., Whitfill, D.L. and Wahl, H.A.: “Stress-Intensity Factor and Fracture Cross-Sectional ShapePredictions from a Three-Dimensional Model forHydraulically Induced Fractures,” paper SPE 14262,Journal of Petroleum Technology (October 1988) 40,No. 10, 1329–1342.

Morris, C.W. and Sinclair, A.R.: “Evaluation ofBottomhole Treatment Pressure for Geothermal WellHydraulic Fracture Stimulation,” paper SPE 11157,Journal of Petroleum Technology (May 1984), 829.

Morse, R.A. and Von Gonten, W.D.: “Productivity ofVertically Fractured Wells Prior to Stabilized Flow,”paper SPE 3631, Journal of Petroleum Technology(July 1972) 24, 807–812.

Mukherjee, H., Paoli, B.F., McDonald, T., Cartaya,H. and Anderson, J.A.: “Successful Control of Frac-ture Height Growth by Placement of Artificial Bar-rier,” paper SPE 25917, presented at the SPE RockyMountain Regional/Low Permeability ReservoirsSymposium, Denver, Colorado, USA (April 12–14,1994); also in SPE Production & Facilities (May1995), 89.

Mullen, M.E., Norman, W.D. and Granger, J.C.:“Productivity Comparison of Sand Control Tech-niques Used for Completions in the Vermilion 331Field,” paper SPE 27361, presented at the SPE Inter-national Symposium on Formation Damage Control,Lafayette, Louisiana, USA (February 7–10, 1994).

Muskat, M.: The Flow of Homogeneous FluidsThrough Porous Media, New York, New York, USA,McGraw-Hill Book Co. (1937).

Muskhelishvili, N.I.: Some Basic Problems of theTheory of Elasticity, fourth edition, J.R. Radok (trans.),Groningen, Netherlands, P. Noordhoff (1953).

Navarrete, R.C., Cawiezel, K.E. and Constien, V.G.:“Dynamic Fluid Loss in Hydraulic Fracturing UnderRealistic Shear Conditions in High-PermeabilityRocks,” paper SPE 28529, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 25–28, 1994);

also paper SPE 28529-P, SPE Production & Facilities(August 1996), 138.

Navarrete, R.C. and Mitchell, J.P.: “Fluid-LossControl for High-Permeability Rocks in HydraulicFracturing Under Realistic Shear Conditions,” paperSPE 29504, presented at the SPE Production Oper-ations Symposium, Oklahoma City, Oklahoma, USA(April 2–4, 1995).

Nelson, E.B.: “Introduction,” Well Cementing, E.B.Nelson (ed.), Houston, Texas, USA, Schlumberger(1990), I-1–I-3.

Nelson, E.B., Baret, J.-F. and Michaux, M.: “CementAdditives and Mechanisms of Action,” WellCementing, E.B. Nelson (ed.), Houston, Texas, USA,Schlumberger (1990), 3-1–3-37.

Nelson, E.B., Constien, V.G. and Cawiezel, K.E.:“Delayed Borate Crosslinked Fracturing FluidHaving Increased Temperature Range,” U.S. PatentNo. 5,658,861 (1997).

Nester, J.H., Jenkins, D.R. and Simon, R.: “Resis-tances to Failure of Oil-Well Casing Subjected toNon-Uniform Transverse Loading,” Drilling andProduction Practice, New York, New York, USA,American Petroleum Institute (1956), 374–378.

Nguyen, H.X. and Larson, D.B.: “Fracture HeightContainment by Creating an Artificial Barrier with a New Additive,” paper SPE 12061, presented at theSPE Annual Technical Conference and Exhibition,San Francisco, California, USA (October 5–8, 1983).

Nierode, D.E. and Kruk, K.F.: “An Evaluation ofAcid Fluid Loss Additives, Retarded Acids, andAcidized Fracture Conductivity,” paper SPE 4549,presented at the SPE Annual Meeting, Las Vegas,Nevada, USA (September 30–October 3, 1973).

Nikolaevskiy, V.N. and Economides, M.J.: “TheNear-Well State of Stress and Induced Rock Dam-age,” paper SPE 58716, presented at the SPE Inter-national Symposium on Formation Damage, Lafay-ette, Louisiana, USA (February 23–24, 2000).

Nimerick, K.H., McConnell, S.B. and Samuelson,M.L.: “Compatibility of Resin-Coated Proppants withCrosslinked Fracturing Fluids,” paper SPE 20639,presented at the SPE Annual Technical Conferenceand Exhibition, New Orleans, Louisiana, USA(September 23–26, 1990); also in SPE ProductionEngineering (February 1992), 29.

Reservoir Stimulation R-27

Page 28: buenoooo

Nolte, K.G.: “Determination of Fracture Parametersfrom Fracturing Pressure Decline,” paper SPE 8341,presented at the SPE Annual Technical Conferenceand Exhibition, Las Vegas, Nevada, USA (September23–26, 1979).

Nolte, K.G.: “Fracture Design Considerations Basedon Pressure Analysis,” paper SPE 10911, presented atthe SPE Cotton Valley Symposium, Tyler, Texas,USA (May 20, 1982).

Nolte, K.G.: “Fracturing Fluid Breaker System WhichIs Activated by Fracture Closure,” U.S. Patent No.4,506,734 (March 26, 1985).

Nolte, K.G.: “A General Analysis of FracturingPressure Decline Analysis with Application to ThreeModels,” paper SPE 12941, SPE FormationEvaluation (December 1986a) 1, No. 6, 571–583.

Nolte, K.G.: “Determination of Proppant and FluidSchedules from Fracturing Pressure Decline,” paperSPE 13278, SPE Production Engineering (July 1986b)1, No. 4, 255–265.

Nolte, K.G.: “Discussion of Influence of GeologicDiscontinuities on Hydraulic Fracture Propagation,”paper SPE 17011, Journal of Petroleum Technology(August 1987) 39, No. 8, 998.

Nolte, K.G.: “Application of Fracture Design Basedon Pressure Analysis,” paper SPE 13393, SPEProduction Engineering (February 1988a) 3, No. 1, 31–42.

Nolte, K.G.: “Fluid Flow Considerations in HydraulicFracturing,” paper SPE 18537, Proc., SPE EasternRegional Meeting, Charleston, West Virginia, USA(1988b), 145–156.

Nolte, K.G.: “Principles for Fracture Design Basedon Pressure Analysis,” paper SPE 10911, SPEProduction Engineering (February 1988c) 3, No. 1, 22–30.

Nolte, K.G.: “Derivations and Considerations forPressure Decline Analysis,” Appendix J of RecentAdvances in Hydraulic Fracturing, J.L. Gidley, S.A.Holditch, D.E. Nierode and R.W. Veatch Jr. (eds.),Monograph Series, Richardson, Texas, USA, Societyof Petroleum Engineers (1989), 410–415.

Nolte, K.G.: “Fracturing Pressure Analysis for Non-Ideal Behavior,” paper SPE 20704, presented at theSPE Annual Technical Conference and Exhibition,

New Orleans, Louisiana, USA (September 23–26,1990); also in Journal of Petroleum Technology(February 1991) 43, No. 2, 210–218.

Nolte, K.G.: “Background for After-Closure Analysisof Calibration Treatments,” paper SPE 39407 (1998).

Nolte, K.G. and Economides, M.J.: “Fracture Designand Validation with Uncertainty and Model Limi-tations,” paper SPE 18979, Journal of PetroleumTechnology (September 1991) 43, No. 9, 1147–1155.

Nolte, K.G., Mack, M.G. and Lie, W.L.: “A System-atic Method for Applying Fracturing PressureDecline: Part 1,” paper SPE 25845, presented at theSPE Rocky Mountain Regional Meeting and LowPermeability Reservoirs Symposium, Denver,Colorado, USA (April 12–14, 1993).

Nolte, K.G., Maniere, J.L. and Owens, K.A.: “After-Closure Analysis of Fracture Calibration Tests,”paper SPE 38676, presented at the SPE AnnualTechnical Conference and Exhibition, San Antonio,Texas, USA (October 5–8, 1997).

Nolte, K.G. and Smith, M.B.: “Interpretation ofFracturing Pressures,” paper SPE 8297, presented at the SPE Annual Technical Conference and Exhi-bition, Las Vegas, Nevada, USA (September 23–26,1979); also in Journal of Petroleum Technology(September 1981) 33, No. 9, 1767–1775.

Nordgren, R.P.: “Propagation of a Vertical HydraulicFracture,” paper SPE 7834, SPE Journal (August1972) 12, No. 8, 306–314.

Norman, L.R.: “Properties and Early Field Results of a Liquid Gelling Agent for Acid,” paper SPE 7834,presented at the SPE Production Technology Sym-posium, Hobbs, New Mexico, USA (October 30–31, 1978).

Norman, L.R., Hollenbeak, K.H. and Harris, P.C.:“Fracture Conductivity Impairment Removal,” paperSPE 19732, presented at the SPE Annual TechnicalConference and Exhibition, San Antonio, Texas,USA (October 8–11, 1989).

Norman, L.R., Terracina, J.M., McCabe, M.A. andNguyen, P.D.: “Application of Curable Resin-CoatedProppants,” paper SPE 20640, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 23–26, 1990);also in SPE Production Engineering (November1992), 343.

R-28 References

Page 29: buenoooo

Reservoir Stimulation R-29

Norman, R.O.C.: Principles of Organic Synthesis,London, UK, Methuen & Co., Ltd. (1968).

Norris, M.R., Berntsen, B.A., Myhre, P. and Winters,W.J.: “Multiple Proppant Fracturing of a HorizontalWellbore: An Integration of Two Technologies,”paper SPE 36899, presented at the SPE EuropeanPetroleum Conference, Milan, Italy (October 22–24, 1996).

Novotny, E.J.: “Proppant Transport,” paper SPE6813, presented at the SPE Annual Technical Con-ference and Exhibition, Denver, Colorado, USA(October 9–12, 1977).

Olejniczak, S.J., Swaren, J.A., Gulrajani, S.N. andOlmstead, C.C.: “Fracturing Bypassed Pay in Tubing-less Completions,” paper SPE 56467, presented at the SPE Annual Technical Conference and Exhi-bition, Houston, Texas, USA (October 3–6, 1999).

Ong, S.H. and Roegiers, J.-C.: “Influence of Aniso-tropies in Borehole Stability,” International Journalof Rock Mechanics and Mining Sciences & Geome-chanics Abstracts (June 1993) 30, No. 7, 1069–1075.

Ott, R.E., Bell, W.T., Golian, T.G. and Harrigan, J.W.Jr.: “Simple Method Predicts Downhole ShapedCharge Gun Performance,” paper SPE 27424, SPEProduction & Facilities (August 1994a) 9, No. 3,171–178.

Ott, R.E., Bell, W.T., Golian, T.G. and Harrigan, J.W.Jr.: “Authors’ Reply to Discussion of Simple MethodPredicts Downhole Shaped Charge Gun Perfor-mance,” paper SPE 30069, SPE Production &Facilities (November 1994b) 9, No. 4, 294–295.

Ouchterlony, F.: “Review of Fracture Toughness inRock,” Solid Mechanics Archives (1982) 7, No. 2,131–211.

Ozkan, E. and Raghavan, R.: “New Solutions forWell Test Analysis Problems: Part I—AnalyticalConsiderations,” paper SPE 18615, SPE FormationEvaluation (September 1991) 6, No. 3, 359–368.

Pacelli Zitha: “Effects of Bridging-Adsorption ofMacromolecules on the Flow of Linear FlexiblePolymer Solutions in Porous Media,” C.R. Acad. Sci.Paris, Serie IIb (1995), 320, 447–453.

Paillet, F.L. and Chang, C.H.: Acoustic Waves inBoreholes: CRC Press, Inc., Boca Raton, Florida,USA (1991).

Palmer, I.D.: “Induced Stresses due to ProppedHydraulic Fracture in Coalbed Methane Wells,” paperSPE 25861, Proc., Rocky Mountain Regional/LowPermeability Reservoirs Symposium, Denver,Colorado, USA (1993), 221–232.

Palmer, I.D. and Veatch, R.W. Jr.: “Abnormally HighFracturing Pressures in Step-Rate Tests,” paper SPE16902, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(September 27–30, 1987).

Papamichos, E., Vardoulakis, I. and Ouadfel, H.:“Permeability Reduction due to Grain CrushingAround a Perforation,” International Journal of RockMechanics and Mining Sciences & GeomechanicsAbstracts (December 1993), 30, No. 7, 1223–1229.

Papanastasiou, P.: “A Coupled Elasto-PlasticHydraulic Fracturing Model,” International Journalof Rock Mechanics and Mining Sciences & Geome-chanics Abstracts (1997) 34, 240.

Papanastasiou, P. and Thiercelin, M.: “Influence ofInelastic Rock Behavior in Hydraulic Fracturing,”International Journal of Rock Mechanics and MiningSciences & Geomechanics Abstracts (June 1993) 30,No. 7, 1241–1247.

Papanastasiou, P., Thiercelin, M., Cook, J. andDurban, D.: “The Influence of Plastic Yielding onBreakdown Pressure in Hydraulic Fracturing,” Proc.,35th U.S. Symposium on Rock Mechanics, Reno,Nevada, USA (1995), 281–286.

Papinczak, A. and Miller, W.K. II: “Fracture Treat-ment Design to Overcome Severe Near-WellboreDamage in a Moderate Permeability Reservoir,Mereenie Field, Australia,” paper SPE 25379, pre-sented at the Asia Pacific Oil and Gas Conferenceand Exhibition, Singapore (February 8–10, 1993).

Parcevaux, P., Rae, P. and Drecq, P.: “Prevention of Annular Gas Migration,” Well Cementing, E.B.Nelson (ed.), Houston, Texas, USA, Schlumberger(1990), 8-1–8-22.

Parlar, M., Nelson, E.B., Walton, I.C., Park, E. andDebonis, V.: “An Experimental Study on Fluid-LossBehavior of Fracturing Fluids and Formation Damagein High-Permeability Porous Media,” paper SPE30458, presented at the SPE Annual Technical Con-ference and Exhibition, Dallas, Texas, USA (October22–25, 1995).

Page 30: buenoooo

Pattillo, P.D. and Smith, M.B.: “The Effect ofFormation Flow on the Integrity of PerforatedCasing,” paper SPE 11123, SPE Journal (October1985) 25, No. 5, 637–646.

Payne, K.L. and Harms, S.D.: “Chemical Processesfor Controlling Crosslinking Reaction Rates,” pre-sented at the AIChE National Spring Meeting, Ana-heim, California, USA (May 20, 1984).

Pearson, C.M., Bond, A.J., Eck, M.E. and Schmidt,J.H.: “Results of Stress Oriented and Aligned Perfo-rating in Fracturing Deviated Wells,” paper SPE22836, Journal of Petroleum Technology (January1992) 44, 10–18.

Penny, G.S.: “An Evaluation of the Effects of Envi-ronmental Conditions and Fracturing Fluids upon theLong-Term Conductivity of Proppants,” paper SPE16900, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(September 27–30, 1987).

Penny, G.S., Conway, M.W. and Lee, W.: “Controland Modeling of Fluid Leakoff During HydraulicFracturing,” paper SPE 12486, Journal of PetroleumTechnology (June 1985) 37, No. 6, 1071–1081.

Penny, G.S. and Jin, L.: “The Development of Lab-oratory Correlations Showing the Impact of Multi-phase Flow, Fluid, and Proppant Selection upon GasWell Productivity,” paper SPE 30494, presented atthe SPE Annual Technical Conference and Exhi-bition, Dallas, Texas, USA (October 22–25, 1995).

Penny, G.S., Soliman, M.Y., Conway, M.W. andBriscoe, J.E.: “Enhanced Load Water-Recovery Tech-nique Improves Stimulation Results,” paper SPE12149, presented at the SPE Annual Technical Con-ference and Exhibition, San Francisco, California,USA (October 5–8, 1983).

Perkins, T.K.: “Discussion of ‘On the Design ofVertical Hydraulic Fractures,’” Journal of PetroleumTechnology (January 1973) 25, No. 1, 80–81; also in Trans., AIME (1973) 255, 93–95.

Perkins, T.K. and Gonzalez, J.A.: “Changes in EarthStresses Around a Wellbore Caused by RadiallySymmetrical Pressure and Temperature Gradients,”paper SPE 10080, SPE Journal (April 1984), 129–140.

Perkins, T.K. and Kern, L.R.: “Widths of HydraulicFractures,” paper SPE 89, Journal of PetroleumTechnology (September 1961) 13, No. 9, 937–949.

Perkins, T.K. and Krech, W.W.: “The Energy BalanceConcept of Hydraulic Fracturing,” paper SPE 1901,SPE Journal (March 1968) 8, No. 1, 1–12.

Perkins, T.K. and Weingarten, J.S.: “Stability andFailure of Spherical Cavities in Unconsolidated Sandand Weakly Consolidated Rock,” paper SPE 18244,presented at the SPE Annual Technical Conferenceand Exhibition, Houston, Texas, USA (October 2–5, 1988).

Perrine, R.L.: “Analysis of Pressure-BuildupCurves,” Drilling and Production Practice 1956,New York, New York, USA, American PetroleumInstitute (1957), 482–509.

Peterson, R.E., Wolhart, S.L., Frohne, K.-H., Warp-inski, N.R., Branagan, P.T. and Wright, T.B.: “Frac-ture Diagnostics Research at the GRI/DOE Multi-SiteProject: Overview of the Concept and Results,” paperSPE 36449, presented at the SPE Annual TechnicalConference and Exhibition, Denver, Colorado, USA(October 6–9, 1996).

Petitjean, L., Couet, B., Abel, J.C., Schmidt, J.H. andFerguson, K.R.: “Well Productivity ImprovementUsing Extreme Overbalanced Perforating andSurging—Case History,” paper SPE 30527, presentedat the SPE Annual Technical Conference and Exhi-bition, Dallas, Texas, USA (October 22–25, 1995).

Pezron, E., Leibler, L., Ricard, A. and Audebert, R.:“Glactomannan-Borate Systems: A ComplexationStudy,” Giol. Synt. Polym. Network, O. Kramer (ed.)(1988a), 113–126.

Pezron, E., Ricard, A., Lafuma, F. and Audebert, R.:“Reversible Gel Formations Induced by Ion Com-plexation,” Macromolecules (1988b) 21, No. 4,1121–1125.

Phelps, G.D., Stewart, G., Peden, J.M. and Heriot-Watt, U.: “The Analysis of the Invaded ZoneCharacteristics and Their Influence on Wireline Logand Well-Test Interpretation,” paper SPE 13287,presented at the SPE Annual Technical Conferenceand Exhibition, Houston, Texas, USA (September16–19, 1984).

R-30 References

Page 31: buenoooo

Piggott, A.R., Brady, B.H. and Gu, H.: “ReservoirFormation Characterization from Hydraulic Frac-turing Records,” Proc., Eurock ’92 Symposium,London, UK (1992), 360–365.

Plahn, S.V., Nolte, K.G., Thompson, L.G. and Miska,S.: “A Quantitative Investigation of the FracturePump-In/Flowback Test,” paper SPE 30504, pre-sented at the SPE Annual Technical Conference andExhibition, Dallas, Texas, USA (October 22–25,1995); also in SPE Production & Facilities (February1997) 12, No. 1, 20–27.

Plona, T.J. and Cook, J.M.: “Effects of Stress Cycleson Static and Dynamic Young’s Moduli in CastlegateSandstones,” Proc., 35th U.S. Symposium on RockMechanics, Reno, Nevada, USA (1995), 155–160.

Plumb, R.A.: “Influence of Composition and Textureon the Failure Properties of Clastic Rocks,” paperSPE 28022, presented at the SPE/ISRM Rock Mec-hanics in Petroleum Engineering Conference, Delft,Netherlands (August 29–31, 1994a).

Plumb, R.A.: “Variations of the Least HorizontalStress Magnitude in Sedimentary Rocks,” Proc., 1stNorth American Symposium on Rock Mechanics,Austin, Texas, USA (1994b), 71–78.

Plumb, R.A. and Cox, J.W.: “Stress Directions inEastern North American Determined to 4.5 Km fromBorehole Elongation Measurements,” Journal ofGeophysical Research (1987) 92, No. B6, 4805–4816.

Plumb, R.A., Evans, K.F. and Engelder, T.: “Geo-physical Log Responses and Their Correlation withBed-to-Bed Stress Contrasts in Paleozoic Rocks,Appalachian Plateau, New York,” Journal of Geo-physical Research (August 1991) 96, No. B9,14509–14528.

Plumb, R.A. and Hickman, S.H.: “Stress InducedBorehole Elongation: A Comparison Between Four-Arm Dipmeter and the Borehole Televiewer in theAuburn Geothermal Well,” Journal of GeophysicalResearch (1985), 90, No. B7, 5513–5521.

Poe, B.D. Jr., Elbel, J.L., Spath, J.B. and Wiggins,M.L.: “Prediction of Future Well Performance,Including Reservoir Depletion Effects,” paper SPE29465, presented at the SPE Operations Symposium,Denver, Colorado, USA (April 2–4, 1995).

Poe, B.D. Jr., Shah, P.C. and Elbel, J.L.: “PressureTransient Behavior of a Finite-Conductivity FracturedWell with Spatially Varying Fracture Properties,”paper SPE 24707, presented at the SPE Annual Tech-nical Conference and Exhibition, Washington, D.C.,USA (October 4–7, 1992).

Pop, J.J., Badry, R.A., Morris, C.W., Wilkinson, D.J.,Tottrup, P. and Jonas, J.K.: “Vertical InterferenceTesting with a Wireline-Conveyed Straddle-PackerTool,” paper SPE 26481, presented at the SPEAnnual Technical Conference and Exhibition,Houston, Texas, USA (October 3–6, 1993).

Pope, D., Britt, L., Constien, V., Anderson, A. andLeung, L.: “Field Study of Guar Removal fromHydraulic Fractures,” paper SPE 31094, presented at the SPE International Symposium on FormationDamage Control, Lafayette, Louisiana, USA(February 14–15, 1996).

Pope, D.S., Leung, L.K.-W., Gulbis, J. and Constien,V.G.: “Effects of Viscous Fingering on Fracture Con-ductivity,” paper SPE 28511, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 25–28, 1994).

Pospisil, G., Carpenter, C.C. and Pearson, C.M.:“Impacts of Oriented Perforating on Fracture Stim-ulation Treatments: Kuparuk River Field, Alaska,”paper SPE 29645, presented at the SPE WesternRegional Meeting, Bakersfield, California, USA(March 8–10, 1995).

Poupon, A., Clavier, C., Dumanoir, J., Gaynard, R. and Misk, A.: “Log Analysis of Sand-ShaleSequences: A Systematic Approach,” Journal of Petroleum Technology (July 1970), 867–881.

Power, D.J., Paterson, L. and Boger, D.V.: “TheInfluence of Fluid Properties on the Success ofHydraulic Fracturing Operations,” paper SPE 28804,presented at the SPE Asia Pacific Oil & Gas Con-ference, Melbourne, Australia (November 7–10,1994).

Prats, M.: “Effect of Vertical Fractures on ReservoirBehavior—Incompressible Fluid Case,” paper SPE1575-G, SPE Journal (June 1961) 1, No. 1, 105–118;also in Trans., AIME (1961) 222.

Prats, M.: “Effect of Burial History on the SubsurfaceHorizontal Stresses of Formations Having Different

Reservoir Stimulation R-31

Page 32: buenoooo

Material Properties,” paper SPE 9017, SPE Journal(December 1981) 21, No. 6, 658–662.

Prats, M., Hazebroek, P. and Strickler, W.R.: “Effectof Vertical Fractures on Reservoir Behavior—Com-pressible Fluid Case,” paper SPE 98, SPE Journal(June 1962) 2, No. 2, 87–94.

Press, W.H., Flannery, B.P., Teukolsky, S.A. andVetterling, W.T.: Numerical Recipes—The Art ofScientific Computing, New York, New York, USA,Cambridge University Press (1986).

Proano, E.A. and Lilley, I.J.: “Derivative of Pressure:Application to Bounded Reservoir Interpretation,”paper SPE 15861, presented at the SPE EuropeanPetroleum Conference, London, UK (October 20–22, 1986).

Prud’homme, R.K.: “Rheological Characterization of Fracturing Fluids,” final report, API PracticesProjects 84-45, 85-45 and 86-45, American Petrol-eum Institute (1984–1986).

Prud’homme, R.K.: “Laboratory Preparation andRheological Characterization of Crosslinked Frac-turing Fluids,” paper SPE 20637 (1990).

Prud’homme, R.K.: “Rheology of Fracturing FluidGels and Slurries,” GRI/API Quarterly ProgressReport (April 1991).

Prud’homme, R.K., Constien, V.G. and Knoll, S.:“The Effects of Shear History on the Rheology ofHydroxypropyl Guar Gels,” Polymers in AqueousMedia, J.E. Glass (ed.), Advances in ChemistrySeries, Washington, D.C., USA, American ChemicalSociety (1989), 223.

Prud’homme, R.K., Ellis, S., Constien, V.G. andKnoll, S.: “Reproducible Rheological Measurementson Crosslinked Fracturing Fluids,” paper SPE 18210,presented at the SPE Annual Technical Conferenceand Exhibition, Houston, Texas, USA (October 2–5, 1988).

Prud’homme, R.K. and Khan, S.A. (eds.): Foams:Theory, Measurements, and Applications, MarcelDekker, Inc. (1996).

Prud’homme, R.K. and Wang, J.K.: “Filter-CakeFormation of Fracturing Fluids,” paper SPE 25207,presented at the SPE International Symposium onOilfield Chemistry, New Orleans, Louisiana, USA(March 2–5, 1993).

Pucknell, J.K. and Behrmann, L.A.: “An Investi-gation of the Damaged Zone Created by Perforating,”paper SPE 22811, presented at the SPE AnnualTechnical Conference and Exhibition, Dallas, Texas,USA (October 6–9, 1991).

Quadir, J.A.: “Particle Transport by Non-NewtonianFluids in Vertical Slots,” MS thesis, The Universityof Tulsa, Tulsa, Oklahoma, USA (1981).

Quirein, J., Kimminau, S., LaVigne, J., Singer, J. andWendel, F.: “A Coherent Framework for Developingand Applying Multiple Formation EvaluationModels,” Transactions of the SPWLA 27th AnnualLogging Symposium (June 9–13, 1986), paper DD.

Raghavan, R.: “Some Practical Considerations in theAnalysis of Pressure Data,” paper SPE 5876, Journalof Petroleum Technology (October 1976) 28, 1256–1268.

Raghavan, R., Chen, C. and Agarwal, B.: “AnAnalysis of Horizontal Wells Intercepted by MultipleFractures,” paper SPE 27652, presented at the SPEPermian Basin Oil and Gas Recovery Conference,Midland, Texas, USA (March 16–18, 1994).

Raghavan, R. and Joshi, S.D.: “Productivity ofMultiple Drainholes or Fractured Horizontal Wells,”paper SPE 21263, SPE Formation Evaluation (March1993) 8, No. 1, 11–16.

Rahim, Z. and Holditch, S.A.: “The Effects ofMechanical Properties and Selection of CompletionInterval upon the Created and Propped FractureDimensions in Layered Reservoirs,” paper SPE24349, presented at the SPE Rocky MountainRegional Meeting, Casper, Wyoming, USA (May18–21, 1992).

Ramakrishnan, T.S., Dave, Y. and Cappiello, A.: “A Laboratory Investigation of Permeability inHemispherical Flow with Application to FormationTesters,” paper SPE 22689, presented at the SPEAnnual Technical Conference and Exhibition, Dallas,Texas, USA (October 6–9, 1991).

Ramlakhan, T.: “Characterization of the Altered ZoneAround a Shaped-Charge Perforation Using X-RayComputerized Tomography,” thesis, PennsylvaniaState University, Pennsylvania, USA (1994).

Ramos, G.G., Katahara, K.W., Gray, J.D. and Knox,D.J.W.: “Sand Production in Vertical and Horizontal

R-32 References

Page 33: buenoooo

Wells in a Friable Sandstone Formation, North Sea,”Proc., Eurock ’94, Rock Mechanics in PetroleumEngineering, Delft, Netherlands (1994), 309–315

Raymond, L.R. and Binder, G.G.: “Productivity ofWells in Vertically Fractured, Damaged Formations,”paper SPE 1454, Journal of Petroleum Technology(January 1967) 19, 120–130.

Recommended Practice for Standard Procedures forEvaluation of Hydraulic Fracturing Fluids (RP 39),second edition, Dallas, Texas, USA, AmericanPetroleum Institute (1983).

Recommended Practices for Evaluation of WellPerforators (RP 43), fourth edition, New York, NewYork, USA, American Petroleum Institute (August1985).

Recommended Practices for Testing Sand Used inHydraulic Fracturing Operations (RP 56), first edi-tion, Dallas, Texas, USA, American PetroleumInstitute (1983).

Regalbuto, J.A. and Riggs, R.S.: “UnderbalancedPerforation Characteristics as Affected by DifferentialPressure,” paper SPE 15816, SPE Production Engi-neering (February 1988) 3, No. 1, 83–88.

Reidenbach, V.G., Harris, P.C., Lee, Y.N. and Lord,D.L.: “Rheological Study of Foam Fracturing FluidsUsing Nitrogen and Carbon Dioxide,” paper SPE12026, SPE Production Engineering (January 1986)1, No. 1, 31–41.

Reimers, D.R. and Clausen, R.A.: “High-PermeabilityFracturing at Prudhoe Bay, Alaska,” paper SPE22835, presented at the SPE Annual Technical Con-ference and Exhibition, Dallas, Texas, USA (October22–25, 1991).

Rice, J.R.: “Mathematical Analysis in the Mechanicsof Fracture,” Fracture, An Advanced Treatise, NewYork, New York, USA, Academic Press (1968), 2.

Rice, J.R.: “Pore Pressure Effects in Inelastic Con-stitutive Formulations for Fissured Rock Masses,”Advances in Civil Engineering Through EngineeringMechanics, New York, New York, USA, AmericanSociety of Civil Engineers (1977), 295–297.

Risnes, R., Bratli, R.K. and Horsrud, P.: “SandStresses Around a Wellbore,” paper SPE 9650, SPEJournal (December 1982) 22, No. 6, 893–898.

Roberts, B.E., van Engen, H. and van Kruysdijk,C.P.J.W.: “Productivity of Multiply Fractured Hori-zontal Wells in Tight Gas Reservoirs,” paper SPE23113, presented at the SPE Offshore Europe Con-ference, Aberdeen, Scotland (September 3–6, 1991).

Roberts, C.N.: “Fracture Optimization in a Tight GasPlay: Muddy-J Formation, Wattenberg Field, Colo-rado,” paper SPE 9851, presented at the SPE LowPermeability Symposium, Denver, Colorado, USA(May 27–29, 1981).

Robinson, B.M., Holditch, S.A. and Peterson, R.E.:“The Gas Research Institute’s Second Staged FieldExperiment: A Study of Hydraulic Fracturing,” paperSPE 21495, presented at the SPE Gas TechnologySymposium, Houston, Texas, USA (January 23–25,1991).

Robinson, G., Ross-Murphy, S.B. and Morris, E.R.:“Viscosity-Molecular Weight Relationships, IntrinsicChain Flexibility, and Dynamic Solution Properties of Guar Galactomannan,” Carbohydrate Research(1982) 107, 17–32.

Rochon, J., Creusot, M.R., Feugas, D., Thibeau, S.and Bergerot, J-L.: “Viscous Fluids Characterize theCrushed Zone,” paper SPE 27383, SPE Drilling andCompletion (September 1995) 10, No. 3, 198–203.

Rodriguez, F., Horne, R.N. and Cinco-Ley, H.: “Par-tially Penetrating Vertical Fractures: Pressure Trans-ient Behavior of a Finite-Conductivity Fracure,”paper SPE 13057, presented at the SPE Annual Tech-nical Conference and Exhibition, Houston, Texas,USA (September 16–19, 1984).

Romero, J. and Féraud, J.P.: “Stability of ProppantPacks Reinforced with Fiber for Proppant FlowbackControl,” paper SPE 31093, presented at the SPEInternational Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February 14–15,1996).

Romero, J., Mack, M.G. and Elbel, J.L.: “TheoreticalModel and Numerical Investigation of Near-WellboreEffects in Hydraulic Fracturing,” paper SPE 30506,presented at the SPE Annual Technical Conferenceand Exhibition, Dallas, Texas, USA (October 22–25, 1995).

Roodhart, L.P.: “Fracturing Fluids: Fluid-Loss Mea-surements Under Dynamic Conditions,” paper SPE11900, SPE Journal (October 1985a), 629–636.

Reservoir Stimulation R-33

Page 34: buenoooo

Roodhart, L.P.: “Proppant Settling in Non-NewtonianFracturing Fluids,” paper SPE/DOE 13905, presentedat the SPE/DOE 1985 Low Permeability Gas Reser-voirs Symposium, Denver, Colorado, USA (May 19–22, 1985b).

Roodhart, L.P., Kamphuis, H. and Davies, D.R.:“Improved Acid-Fracturing Treatment Designs Basedon In-Situ Temperature Calculations,” paper SPE26185, presented at the SPE Gas Technology Sym-posium, Calgary, Alberta, Canada (June 28–30,1993).

Roodhart, L., Kulper, T.O.H. and Davies, D.R.:“Proppant Pack and Formation Impairment DuringGas-Well Hydraulic Fracturing,” paper SPE 15629,presented at the SPE Annual Technical Conferenceand Exhibition, New Orleans, Louisiana, USA(October 5–8, 1986).

Rosen, M.J.: “Relation of Structure to Properties inSurfactants,” J. Amer. Oil Chem. Soc. (1972) 49, No.5, 293–297.

Rosepiler, M.J.: “Determination of Principal Stressesand Confinement of Hydraulic Fractures in CottonValley,” paper SPE 8405, presented at the SPEAnnual Technical Conference and Exhibition, LasVegas, Nevada, USA (September 23–26, 1979).

Rowan, G.: “Theory of Acid Treatment of LimestoneFormations,” International Institute Petroleum (1957)45, No. 431.

Royce, T.N., Beck, L.M. and Rickards, A.R.: “Rhe-ological Characteristics of Adjustable CrosslinkedFracturing Fluids,” paper SPE 13178, presented at the SPE Annual Technical Conference and Exhi-bition, Houston, Texas, USA (September 16–19,1984).

Rudnicki, J.W.: “Effect of Pore Fluid Diffusion onDeformation and Failure of Rock,” Mechanics ofGeomaterials, Proc., IUTAM William Prager Sym-posium on Mechanics of Geomaterials: Rocks, Con-crete, Soils, Chichester, UK, Wiley (1985), 315–347.

Rummo, G.J.: “Crosslinking Delay Achieved withGel Additive,” Oil & Gas Journal (September 13,1982) 80, No. 37, 84–89.

Ruseska, I., Robbins, J. and Costerton, J.W.: “BiocideTesting Against Corrosion-Causing Oil-Field BacteriaHelps Control Plugging,” Oil & Gas Journal (March8, 1982) 80, No. 10, 253–264.

Russell, D.G. and Truitt, N.E.: “Transient PressureBehavior in Vertically Fractured Reservoirs,” paperSPE 967, Journal of Petroleum Technology (October1964) 16, 1159–1170.

Rutqvist, J. and Stephansson, O.: “A CyclicHydraulic Jacking Test to Determine the In SituStress Normal to a Fracture,” International Journal of Rock Mechanics and Mining Sciences & Geome-chanics Abstracts (1996) 33, No. 7, 695.

Sack, R.A.: “Extension of Griffith’s Theory ofRupture to Three Dimensions,” Proc. Phys. Soc. of London (1946) 58, 729–736.

Salz, L.B.: “Relationship Between Fracture Propa-gation Pressure and Pore Pressure,” paper SPE 6870,presented at the SPE Annual Technical Conferenceand Exhibition, Denver, Colorado, USA (October9–12, 1977).

Samuel, M., Card, R.J., Nelson, E.B., Brown, J.E.,Vinod, P.S., Temple, H.L., Qu, Q. and Fu, D.K.:“Polymer-Free Fluid for Hydraulic Fracturing,” paperSPE 38622, presented at the SPE Annual TechnicalConference and Exhibition, San Antonio, Texas,USA (October 5–8, 1997).

Santarelli, F.J., Dahen, D., Baroudi, H. and Sliman,K.B.: “Mechanisms of Borehole Instability inHeavily Fractured Rock Media,” InternationalJournal of Rock Mechanics and Mining Sciences & Geomechanics Abstracts (October 1992) 29, No. 5, 457–467.

Santarelli, F.J., Ouadfel, H. and Zundel, J.P.: “Opti-mizing the Completion Procedure to Minimize SandProduction Risk,” paper SPE 22797, presented at theSPE Annual Technical Conference and Exhibition,Dallas, Texas, USA (October 6–9, 1991).

Sattler, A.R., Raible, C.J. and Gall, B.R.: “Integrationof Laboratory and Field Data for Insight on theMultiwell Experiment Paludal Stimulation,” paperSPE 13891, presented at the SPE/DOE 1985 LowPermeability Gas Reservoirs Symposium, Denver,Colorado, USA (May 19–22, 1985).

Saucier, R.J. and Lands, J.F.: “A Laboratory Study of Perforations in Stressed Formations,” paper SPE6758, Journal of Petroleum Technology (September1978) 30, 1447–1353.

Savage, W.Z., Swolfs, H.S. and Powers, P.S.: “Gravi-tational Stresses in Long Symmetric Ridges and

R-34 References

Page 35: buenoooo

Valleys,” International Journal of Rock Mechanicsand Mining Sciences & Geomechanics Abstracts(October 1985) 22, No. 5, 291–302.

Savins, J.G.: “Generalized Newtonian (Pseudoplastic)Flow and Stationary Pipes and Annuli,” Trans.,AIME (1958) 213, 325.

Schatz, J.F., Olszewski, A.J. and Schraufnagel, R.A.:“Scale Dependence of Mechanical Properties:Application to the Oil and Gas Industry,” paper SPE25904, Proc., Rocky Mountain Regional/LowPermeability Reservoirs Symposium and Exhibition,Denver, Colorado, USA (1993), 615–624.

Schechter, R.S. and Gidley, J.L.: “The Change inPore Size Distribution from Surface Reactions inPorous Media,” AIChE J. (May 1969) 15, 339–350.

Scherubel, G.A. and Crowe, C.W.: “Foamed Acid: A New Concept in Fracture Acidizing,” paper SPE7568, presented at the SPE Annual TechnicalConference and Exhibition, Houston, Texas, USA(October 1–3, 1978).

Schiuma, M., Claverie, M. and Brie, A.: “Hydro-carbon Identification from Shear Sonic Logs in theNewquen Basin, Argentina,” Transactions of theSPWLA 38th Annual Logging Symposium (1997),paper EEE.

Schlottman, B.W., Miller, W.K. II and Lueders, R.K.:“Massive Hydraulic Fracture Design for the EastTexas Cotton Valley Sands,” paper SPE 10133, pre-sented at the SPE Annual Technical Conference andExhibition, San Antonio, Texas, USA (October 5–7, 1981).

Schmidt, R.A.: “Fracture Toughness Testing of Lime-stone,” Exp. Mech. (May 1976) 16, No. 5, 161–167.

Schmidt, R.A. and Huddle, C.W.: “Effect of Con-fining Pressure on Fracture Toughness of IndianaLimestone,” International Journal of Rock Mechanicsand Mining Sciences & Geomechanics Abstracts(November 1977) 14, Nos. 5–6, 289–293.

Schmidt, R.A. and Lutz, T.J.: “Klc and Jlc of WesterlyGranite—Effects of Thickness and In-Plane Dimen-sions,” Fracture Mechanics Applied to BrittleMaterials, S.W. Freidman (ed.), Philadelphia,Pennsylvania, USA, ASTM STP (1979), 166–182.

Schols, R.S. and Visser, W.: “Proppant Bank Buildupin a Vertical Fracture Without Fluid Loss,” paper SPE

4834, presented at the SPE European Spring Meeting,Amsterdam, Netherlands (May 29–30, 1974).

Schriefer, F.E. and Shaw, M.S.: “Use of Fine Salt as a Fluid Loss Material in Acid Fracturing StimulationTreatments,” paper SPE 7570, presented at the SPEAnnual Technical Conference and Exhibition,Houston, Texas, USA (October 1–3, 1978).

SCR Geomechanics Group: “On the Modelling ofNear Tip Processes in Hydraulic Fractures,” Inter-national Journal of Rock Mechanics and MiningSciences & Geomechanics Abstracts (1993) 30, No.7, 1127–1134.

“Section 2,” Recommended Practices for Evaluationof Well Perforators (RP 43), fifth edition, Dallas,Texas, USA, American Petroleum Institute (January1991).

“Section 4,” Recommended Practices for Evaluationof Well Perforators (RP 43), fifth edition, Dallas,Texas, USA, American Petroleum Institute (January1991).

Senseny, T.W. and Pfiefle, T.W.: “Fracture Toughnessof Sandstones and Shales,” Proc., 25th U.S. Sym-posium on Rock Mechanics (1984), 390–397.

Serra, O. and Andreani, M.: Thin Beds, Schlumberger(1991).

Settari, A.: “A New General Model of Fluid Loss in Hydraulic Fracturing,” paper SPE 11625, SPEJournal (August 1985) 25, No. 4, 491–501.

Settari, A.: “Modeling of Acid-Fracturing Treat-ments,” paper SPE 21870, presented at the SPERocky Mountain Regional/Low Permeability Res-ervoirs Symposium, Denver, Colorado, USA (April15–17, 1991); also in SPE Production & Facilities(February 1993) 8, No. 1, 30–38.

Settari, A. and Cleary, M.P.: “Three-DimensionalSimulation of Hydraulic Fracturing,” paper SPE10504, presented at the SPE Symposium on Reser-voir Simulation, New Orleans, Louisiana, USA(January 31–February 3, 1982); also in Journal of Petroleum Technology (July 1984) 36, No. 7,1177–1190.

Shah, S.N.: “Proppant-Settling Correlations for Non-Newtonian Fluids,” paper SPE 13835, SPE Pro-duction Engineering (November 1986), 446.

Reservoir Stimulation R-35

Page 36: buenoooo

Shah, S.N. and Asadi, M.: “Convection/Encapsulationin Hydraulic Fracture,” paper SPE 39961, presentedat the SPE Rocky Mountain Regional/Low Permea-bility Reservoirs Symposium, Denver, Colorado,USA (April 5–8, 1998).

Shah, S.N., Asadi, M. and Lord, D.L.: “ProppantTransport Characterization of Hydraulic FracturingFluids Using a High Pressure Simulator Integratedwith a Fiber Optic/LED Vision System,” paper SPE49040, presented at the SPE Annual TechnicalConference and Exhibition, New Orleans, Louisiana,USA (September 27–30, 1998).

Shah, S.N. and Lee, Y.N.: “Friction Pressures ofProppant-Laden Hydraulic Fracturing Fluids,” paperSPE 13836, SPE Production Engineering (November1986), 437–445.

Shah, S.N. and Lord, D.L.: “Hydraulic FracturingSlurry Transport in Horizontal Pipes,” paper SPE18994, SPE Drilling Engineering (September 1990)5, No. 3, 225–232.

Shah, S.N. and Subramanian, R.: “Effects of CoiledTubing Shear History on the Rheological andHydraulic Properties of Fracturing Fluids,” paperSPE 38421, presented at the SPE 2nd North Amer-ican Coiled Tubing Roundtable, Montgomery, Texas,USA (April 1–3, 1997).

Shah, S.N., et al.: New Correlations for PerforationPressure Loss, GRI Technical Summary (1996) GRI-96/0208.

Shaly Sands, Reprint Volume, SPWLA (July 1982).

Sharman, W.R., Richards, E.L. and Malcolm, G.N.:“Hydrodynamic Properties of Aqueous Solutions ofGalactomannans,” Biopolymers (1978) 17, 2817–2833.

Sheppard, C.S. and Kamath, V.R.: “Azo and PeroxideFree Radical Initiators: What They Are, How TheyDiffer, and How They Work,” Proc., 33rd AnnualTechnical Conference of Reinforced Plastics/Composites Institute, The Society of the PlasticsIndustry, Inc. (February 7–10, 1978), section 5-D.

Shlyapobersky, J.: “Energy Analysis of HydraulicFracturing,” Proc., 26th U.S. Symposium on RockMechanics, Rapid City, South Dakota, USA (1985),539–546.

Shlyapobersky, J., Walhaug, W.W., Sheffield, R.E.and Huckabee, P.T.: “Field Determination of Frac-turing Parameters for Overpressure Calibrated Designof Hydraulic Fracturing,” paper SPE 18195, pre-sented at the SPE Annual Technical Conference and Exhibition, Houston, Texas, USA (October 2–5, 1988a).

Shlyapobersky, J., Wong, G.K. and Walhaug, W.W.:“Overpressure Calibrated Design of HydraulicFracture Simulations,” paper SPE 18194, presented at the SPE Annual Technical Conference and Exhi-bition, Houston, Texas, USA (October 2–5, 1988b).

Siegfried, R. and Simmons, G.: “Characterization ofOriented Cracks with Differential Strain Analysis,”Journal of Geophysical Research (February 1978) 83,No. B3, 1269–1278.

Sievert, J.A., Wahl, H.A., Clark, P.E. and Harkin,M.W.: “Propped Transport in a Large VerticalModel,” paper SPE 9865, presented at the SPE/DOELow Permeability Symposium, Denver, Colorado,USA (May 27–29, 1981).

Simmons, G. and Brace, W.F.: “Comparison of Staticand Dynamic Measurements of Compressibility ofRocks,” Journal of Geophysical Research (November1965) 70, No. 22, 5649–5656.

Simonson, E.R., Abou-Sayed, A.S. and Clifton, R.J.:“Containment of Massive Hydraulic Fractures,”paper SPE 6089, SPE Journal (February 1978) 18, No. 1, 27–32.

Sinclair A.R.: “Heat Transfer Effects in Deep WellFracturing,” paper SPE 3011, Journal of PetroleumTechnology (November 1971) 23, No. 11, 1484–1492.

Singh, P.K., Agarwal, R.G. and Krase, L.D.: “System-atic Design and Analysis of Step-Rate Tests toDetermine Formation Parting Pressure,” paper SPE16798, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(September 27–30, 1985).

Sinha, B.K.: “Fluid Leak-Off Under Dynamic andStatic Conditions Utilizing the Same Equipment,”paper SPE 6126, presented at the SPE AnnualTechnical Conference and Exhibition, New Orleans,Louisiana, USA (October 3–6, 1976).

R-36 References

Page 37: buenoooo

Sizer, J.P., Moullem, A.S. and Abou-Sayed, I.S.:“Evaluation of Closed Fracture Acidizing Performedin a Tight Limestone Formation,” paper SPE 21440,presented at the SPE Middle East Oil Show, Bahrain(November 16–19, 1991).

Skempton, A.W.: “Effective Stress in Soils, Concreteand Rocks,” Proc., Pore Pressure and Suction inSoils, London, UK, Butterworth (1960), 4–16.

Slattery, J.C. and Bird, R.B.: “Non-Newtonian FlowPast a Sphere,” Chem. Eng. Sci. (1961) 16, 231–241.

Smith, M.B.: “Effect of Fracture Azimuth onProduction with Application to the Wattenberg GasField,” paper SPE 8298, presented at the SPE AnnualTechnical Conference and Exhibition, Las Vegas,Nevada, USA (September 23–26, 1979).

Smith, M.B.: “Stimulation Design for Short, PreciseHydraulic Fractures,” paper SPE 10313, SPE Journal(June 1985), 371.

Smith, M.B., Bale, A., Britt, L.K., Hainey, B.E. andKlein, H.K.: “Enhanced 2D Proppant TransportSimulation: The Key to Understanding ProppantFlowback and Post-Frac Productivity,” paper SPE38610, presented at the SPE Annual Technical Con-ference and Exhibition, San Antonio, Texas, USA(October 5–8, 1997).

Smith, M.B. and Hannah, R.R.: “High PermeabilityFracturing: The Evolution of a Technology,” paperSPE 27984-P, Journal of Petroleum Technology (July1996), 628.

Smith, M.B. and Klein, H.H.: “Practical Applicationsof Coupling Fully Numerical 2-D Transport Calcu-lation with a PC-Based Fracture Geometry Simu-lator,” paper SPE 30505, presented at the SPEAnnual Technical Conference and Exhibition, Dallas,Texas, USA (October 22–25, 1995).

Smith, M.B., Miller, W.K. and Haga, J.: “Tip Screen-Out Fracturing: A Technique for Soft, UnstableFormations,” paper SPE 13273, presented at the SPE Annual Technical Conference and Exhibition,Houston, Texas, USA (September 16–19, 1984); alsoin SPE Production Engineering (May 1987) 2, No. 2, 95–103.

Smith, M.B., Reeves, T.L. and Miller, W.K. II:“Multiple Fracture Height Measurements: A CaseHistory,” paper SPE 19092, presented at the SPE Gas

Technology Symposium, Dallas, Texas, USA (June7–9, 1989).

Smith, M.B., Rosenberg, R.J. and Bowen, J.F.:“Fracture Width: Design vs. Measurement,” paperSPE 10965, presented at the SPE Technical Confer-ence and Exhibition, New Orleans, Louisiana, USA(September 26–29, 1982).

Smith, R.C.: “Successful Primary Cementing Can Bea Reality,” paper SPE 13498, Journal of PetroleumTechnology (November 1984) 36, No. 11, 1851–1858.

Smith, V.T., Colt, J.R., Johnson, R.L. II and Sinclair,A.R.: “Proppant Effects on Zirconium CrosslinkedFrac Fluids,” paper SPE 27720, presented at the SPEPermian Basin Oil and Gas Recovery Conference,Midland, Texas, USA (March 16–18, 1994).

Smits, R.M.M., de Waal, J.A. and van Kooten, J.F.C.:“Prediction of Abrupt Reservoir Compaction andSubsurface Subsidence Caused by Pore Collapse in Carbonates,” paper SPE 15642, SPE FormationEvaluation (June 1988) 3, No. 2, 340–346.

Sneddon, I.N.: “The Distribution of Stress in theNeighbourhood of a Crack in an Elastic Solid,” Proc.,Royal Soc. London (1946) 187, Ser. A., 229–260.

Sneddon, I.N. and Elliot, A.A.: “The Opening of aGriffith Crack Under Internal Pressure,” Quarterly of Appl. Math. (1946) 4, 262–267.

Snider, P.M., Hall, F.R. and Whisonant, R.J.: “Exper-iences with High Energy Stimulations for EnhancingNear-Wellbore Conductivity,” paper SPE 35321,presented at the SPE International Petroleum Con-ference and Exhibition, Villahermosa, Mexico(March 5–7, 1996).

Soliman, M.Y.: “Design and Analysis of a Fracturewith Changing Conductivity,” J. Cdn. Pet. Tech.(September–October 1986a) 25, No. 5, 62–67.

Soliman, M.Y.: “Fracture Conductivity DistributionStudied,” Oil & Gas Journal (February 10, 1986b)84, No. 6, 89–93.

Soliman, M.Y.: “Technique for Considering FluidCompressibility and Temperature Changes in Mini-Frac Analysis,” paper SPE 15370, presented at theSPE Annual Technical Conference and Exhibition,New Orleans, Louisiana, USA (October 5–8, 1986c).

Reservoir Stimulation R-37

Page 38: buenoooo

Soliman, M.Y., Hunt, J.L. and El Rabaa, A.M.:“Fracturing Aspects of Horizontal Wells,” paper SPE18542, Journal of Petroleum Technology (August1990) 42, No. 8, 966–973.

Soliman, M.Y., Kuhlman, R.D. and Poulsen, D.K.:“Minifrac Analysis for Heterogeneous Reservoirs,”paper SPE 21554, presented at the CIM/SPE Inter-national Technical Meeting, Calgary, Alberta, Canada(June 10–13, 1990).

Souhaite, P., Misk, A. and Poupon, A.: “Rt Determi-nation in the Eastern Hemisphere,” Transactions ofthe SPWLA 16th Annual Logging Symposium (June4–7, 1975), paper LL.

Spath, J.B., Ozkan, E. and Raghavan, R.: “An Effi-cient Algorithm of Well Responses in CommingledReservoirs,” paper SPE 21550, SPE FormationEvaluation (June 1994) 9, No. 2, 115–121.

Stadulis, J.: “Development of a Completion Design to Control Screenouts Caused by Multiple Near-Wellbore Fractures,” paper SPE 29549, presented atthe SPE Rocky Mountain Regional/Low PermeabilityReservoirs Symposium, Denver, Colorado, USA(March 20–22, 1995).

Starfield, A.M., Smith, K.A. and Bleloch, A.L.: Howto Model It—Problem Solving for the Computer Age,New York, New York, USA, McGraw-Hill (1990).

Stewart, B.R., Mullen, M.E., Howard, W.J. andNorman, W.D.: “Use of a Solids-Free ViscousCarrying Fluid in Fracturing Applications: AnEconomic and Productivity Comparison in ShallowCompletions,” paper SPE 30114, presented at theSPE European Formation Damage Conference, TheHague, Netherlands (May 15–16, 1995).

Stewart, G., Heriot-Watt, U. and Ayestaran, L.: “TheInterpretation of Vertical Pressure Gradients Mea-sured at Observation Wells in Developed Reservoirs,”paper SPE 11132, presented at the SPE AnnualTechnical Conference and Exhibition, New Orleans,Louisiana, USA (September 26–29, 1982).

Stiles, D.A.: “Compatibility of Curable Resin-CoatedProppants with Breakers in Crosslinked FracturingFluids,” presented at the 1991 Southwestern Petro-leum Short Course, Lubbock, Texas, USA (April 17–18, 1991).

Strickland, F.G.: “Reasons for Production Decline inthe Diatomite, Belridge Oil Field: A Rock Mechanics

View,” paper SPE 10773, Journal of PetroleumTechnology (March 1985) 37, No. 3, 521–526.

Strickland, F.G. and Ren, N.-K.: “Predicting the In-Situ Stress for Deep Wells Using Differential StrainCurve Analysis,” paper SPE 8954, Proc., SPE/DOESymposium on Unconventional Gas Recovery,Pittsburgh, Pennsylvania, USA (1980), 251–258.

Sukup, R.A., Ott, R.E., Robson, M.K. and Bell, W.T.:“Simple Method Tracks Charge Performance,” paperSPE 17172, Journal of Petroleum Technology(October 1989) 41, No. 10, 1026–1032.

Swanson, P.L. and Spetzler, H.: “Ultrasonic Probingof the Fracture Process Zone in Rock Using SurfaceWaves,” Proc., 25th U.S. Symposium on RockMechanics, Evanston, Illinois, USA (1984), 67–76.

Talley, G.R., Swindell, T.M., Waters, G.A. and Nolte,K.G.: “Field Application of After-Closure Analysis of Fracture Calibration Tests,” paper SPE 52220,presented at the SPE Mid-Continent OperationsSymposium, Oklahoma City, Oklahoma, USA(March 28–31, 1999).

Talobre, J.: La Mécanique des Roches, Paris, France,Dunod (1957).

Talobre, J.: “Dix Ans de Mesures de CompressionInterne des Roches: Progrès et Résultats Pratiques,”Geologie Bauwes. (1958) 25, 148–165.

Tan, H.C., Wesselowski, K.S. and Willingham, J.D.:“Delayed Borate Crosslinked Fluids Minimize PipeFriction Pressure,” paper SPE 24342, presented at theSPE Rocky Mountain Regional Meeting, Casper,Wyoming, USA (May 18–21, 1992).

Tariq, S.M.: “Evaluation of Flow Characteristics ofPerforations Including Nonlinear Effects Using Finite-Element Method,” paper SPE 12781, presented at theSPE California Regional Meeting, Long Beach,California, USA (April 11–13, 1984).

Tariq, S.M.: “New, Generalized Criteria for Deter-mining the Level of Underbalance for ObtainingClean Perforations,” paper SPE 20636, presented at the SPE Annual Technical Conference and Exhi-bition, New Orleans, Louisiana, USA (September 23–26, 1990).

Tehrani, M.A.: “An Experimental Study of ParticleMigration in Pipe Flow of Viscoelastic Fluids,” J.Rheol. (1996) 40, 1057–1077.

R-38 References

Page 39: buenoooo

Terzaghi, K. van: “Die Berechnung der Durchlassig-keitsziffer des Tones aus dem Verlauf der Hydro-dynamischen Spannungserscheinungen,” Sitzungsber.Akad. Wiss., Wien Math. Naturwiss. Kl. (1923) 132,105–124.

Teufel, L.W.: “Determination of the In-Situ Stressfrom Anelastic Strain Recovery Measurements ofOriented Cores,” paper SPE 11649, Proc., SPE/DOESymposium on Low-Permeability Reservoirs, Denver,Colorado, USA (1983), 421–427.

Teufel, L.W. and Farrell, H.E.: “In-Situ Stress andNatural Fracture Distribution in the Ekofisk Field,North Sea,” presented at the 3rd North Sea ChalkSymposium, Copenhagen, Denmark (June 11–12,1990).

Teufel, L.W. and Rhett, D.W.: “Geomechanical Evi-dence for Shear Failure of Chalk During Productionof the Ekofisk Field,” paper SPE 22755, presented at the SPE Annual Technical Conference and Exhi-bition, Dallas, Texas, USA (October 6–9, 1991).

The Log Analyst, Special Issue on NMR Logging(November–December 1996) 37, No. 6.

The Log Analyst, Special Issue on NMR Logging(March–April 1997) 38, No. 2.

Thiercelin, M.: “Fracture Toughness Under ConfiningPressure Using the Modified Ring Test,” Proc., 20thU.S. Symposium on Rock Mechanics, Tucson,Arizona, USA (June 29–July 1, 1987), 149–156.

Thiercelin, M.: “Fracture Toughness and HydraulicFracturing,” International Journal of Rock Mechanicsand Mining Sciences & Geomechanics Abstracts(July 1989) 26, Nos. 3–4, 177–183.

Thiercelin, M., Desroches, J. and Kurkjian, A.: “OpenHole Stress Test in Shales,” Proc., Eurock ’94 Sym-posium, Delft, Netherlands (1994), 921–928.

Thiercelin, M., Jeffrey, R.G. and Ben Naceur, K.:“Influence of Fracture Toughness on the Geometry of Hydraulic Fractures,” paper SPE 16431, SPEProduction Engineering (November 1989) 4, No. 4, 435–442.

Thiercelin, M. and Plumb, R.A.: “A Core-BasedPrediction of Lithologic Stress Contrasts in EastTexas Formations,” paper SPE 21847, presented atthe SPE Rocky Mountain Regional Meeting/LowPermeability Reservoirs Symposium, Denver,

Colorado, USA (April 15–17, 1991); also in SPEFormation Evaluation (December 1994) 4, No. 4,251–258.

Thiercelin, M., Plumb, R.A., Desroches, J.,Bixenman, B., Jonas, J.K. and Davie, W.: “A NewWireline Tool for In-Situ Stress Measurements,”paper SPE 25906, Proc., Rocky Mountain Regional/Low Permeability Reservoirs Symposium and Exhi-bition, Denver, Colorado, USA (1993), 635–646.

Thiercelin, M. and Roegiers, J.-C.: “ToughnessDetermination with the Modified Ring Test,” Proc.,27th U.S. Symposium on Rock Mechanics, Tusca-loosa, Alabama, USA (1986), 615–622.

Thomas, R.L., Crowe, C.W. and Simpson, B.E.:“Effect of Chemical Treatment upon Formation ClaysIs Revealed by Improved SEM Technique,” paperSPE 6007, presented at the SPE Annual TechnicalConference and Exhibition, New Orleans, Louisiana,USA (October 3–6, 1976).

Thomas, R.L. and Elbel, J.L.: “The Use of ViscosityStabilizers in High-Temperature Fracturing,” paperSPE 8344, presented at the SPE Annual TechnicalConference and Exhibition, Las Vegas, Nevada, USA(September 23–26, 1979).

Thompson, G.D.: Effects of Formation CompressiveStrength on Perforator Performance,” Drilling andProduction Practice, 1962, New York, New York,USA, American Petroleum Institute (1963) 191–197.

Thompson, M. and Willis, J.R.: “A Reformulation of the Equations of Anisotropic Poro-Elasticity,”Journal of Applied Mechanics (September 1991) 58,No. 3, 612–616.

Thorne, B.J. and Morris, H.E.: “Advances in Bore-hole Seismic Fracture Diagnostics,” paper SPE/DOE16405, presented at the SPE/DOE Low PermeabilityReservoirs Symposium, Denver, Colorado, USA(May 18–19, 1987).

Tiab, D. and Kumar, A.: “Application of the pD´Function of Interference Analysis,” paper SPE 6053,Journal of Petroleum Technology (August 1980) 32,1465–1470.

Tiab, D. and Puthigai, S.K.: “Pressure-DerivativeType Curves for Vertically Fractured Wells,” paperSPE 11028, SPE Formation Evaluation (March1988) 3, No. 1, 156–158.

Reservoir Stimulation R-39

Page 40: buenoooo

Timoshenko, S.P. and Goodier, J.N.: Theory ofElasticity, third edition, New York, New York, USA,McGraw-Hill Book Company (1970).

Timur, A.: “An Investigation of Permeability, Por-osity and Water Saturation Relationships,” Trans-actions of the SPWLA 9th Annual Logging Sym-posium, New Orleans, Louisiana, USA (June 23–26,1968), paper J.

Tinker, S.J.: “Equilibrium Acid Fracturing: A NewFracture Acidizing Technique for Carbonate For-mations,” paper SPE 18883, SPE Production Engi-neering (February 1991) 6, No. 1, 25–32.

Tinsley, J.M., Williams, J.R., Tiner, R.L. and Malone,W.T.: Vertical Fracture Height—Its Effect on SteadyState Production Increase,” paper SPE 1900, Journalof Petroleum Technology (May 1969) 21, 633–638.

Tittman, J. and Wahl, J.S.: “The Physical Foundationsof Formation Density Logging (Gamma/Gamma),”Geophysics (1965) 30, No. 2.

Torrest, R.S.: “Aspects of Slurry and Particle Settlingand Placement for Viscous Gravel Packing (AQUA-PAC),” paper SPE 11009, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 26–29, 1982).

Trouiller, J.-C., Delhomme, J.-P., Carlin, S. andAnxionnaz, H.: “Thin-Bed Reservoir Analysis fromBorehole Electrical Images,” paper SPE 19578, pre-sented at the SPE Annual Technical Conference andExhibition, San Antonio, Texas, USA (October 8–11, 1989).

Truby, L.S., Keck, R.G. and Withers, R.J.: “DataGathering for a Comprehensive Hydraulic FractureDiagnostic Project: A Case Study,” paper SPE 27506,presented at the IADC/SPE Drilling Conference,Dallas, Texas, USA (February 15–18, 1994).

Turian, R.M.: “An Experimental Investigation of theFlow of Aqueous Non-Newtonian High PolymerSolutions Past a Sphere,” AiChE J. (1967) 13, No. 5, 999–1006.

Underdown, D.R., Das, K. and Nguyen, H.: “GravelPacking Highly Deviated Wells with a CrosslinkedPolymer System,” paper SPE 12481, presented at theSPE Formation Damage Symposium, Bakersfield,California, USA (February 13–14, 1984).

Unwin, A.T. and Hammond, P.S.: “Computer Simula-tions of Proppant Transport in a Hydraulic Fracture,”paper SPE 29649, presented at the SPE WesternRegional Meeting, Bakersfield, California, USA(March 8–10, 1995).

Valkó, P. and Economides, M.J.: “A Continuum-Damage-Mechanics Model of Hydraulic Fracturing,”paper SPE 25304, Journal of Petroleum Technology(March 1993a) 45, No. 3, 198–205.

Valkó, P. and Economides, M.J.: “Fracture HeightContainment with Continuum Damage Mechanics,”paper SPE 26598, presented at the SPE AnnualTechnical Conference and Exhibition, Houston,Texas, USA (October 3–6, 1993b).

Valkó, P. and Economides, M.J.: “Propagation ofHydraulically Induced Fractures—A ContinuumDamage Mechanics Approach,” InternationalJournal of Rock Mechanics and Mining Sciences & Geomechanics Abstracts (June 1994) 31, No. 3,221–229.

Valkó, P. and Economides, M.J.: Hydraulic FractureMechanics, Chichester, UK, Wiley (1995).

Valkó, P. and Economides, M.J.: “Performance of a Longitudinally Fractured Horizontal Well,” paperSPE 31050-P, SPE Journal (March 1996a) 1, No. 1,11–19.

Valkó, P. and Economides, M.J.: “Performance ofFractured Horizontal Wells in High-PermeabilityReservoirs,” paper SPE 31149, presented at the SPEInternational Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February 14–15, 1996b).

Valkó, P. and Economides, M.J.: “Fluid LeakoffDelineation in High-Permeability Fracturing,” paperSPE 37403, presented at the SPE Production Oper-ations Symposium, Oklahoma City, Oklahoma, USA(March 9–11, 1997).

van Dam, D.B., de Pater, C.J. and Romijn, R.:“Analysis of Fracture Closure in Laboratory Exper-iments,” paper SPE 47380, presented at the SPE/ISRM Eurock ’98, Trondheim, Norway (July 8–10, 1998).

Vandamme, L., Jeffrey, R.G. and Curran, J.H.: “Pres-sure Distribution in Three-Dimensional HydraulicFractures,” paper SPE 15265, SPE ProductionEngineering (May 1988), 181.

R-40 References

Page 41: buenoooo

van de Ketterij, R.G.: “Raw Data of HydraulicFracturing Model Tests—Series 5,” test report, DelftUniversity of Technology, Delft, Netherlands (April1996).

van der Vlis, A.C., Haafkens, R., Schipper, B.A. andVisser, W.: “Criteria for Proppant Placement andFracture Conductivity,” paper SPE 5637, presented at the SPE Annual Technical Conference and Exhi-bition, Dallas, Texas, USA (September 28–October 1, 1975).

Van Domelen, M.S.: “Optimizing Fracture AcidizingTreatment Design by Integrating Core Testing, FieldTesting, and Computer Simulation,” paper SPE22393, presented at the SPE International Meeting on Petroleum Engineering, Beijing, China (March24–27, 1992).

Van Everdingen, A.F. and Hurst, W.: “The Applicationof the Laplace Transformation to Flow Problems inReservoirs,” Trans., AIME (1949) 186, 305–324.

van Heerden, W.L.: “General Relations BetweenStatic and Dynamic Moduli of Rocks,” InternationalJournal of Rock Mechanics and Mining Sciences & Geomechanics Abstracts (1987) 24, No. 6, 381–385.

van Kruysdijk, C.P.J.W.: “Semianalytical Modelingof Pressure Transients in Fractured Reservoirs,” paperSPE 18169, presented at the SPE Annual TechnicalConference and Exhibition, Houston, Texas, USA(October 2–5, 1988).

van Kruysdijk, C.P.J.W. and Dullaert, G.M.: “ABoundary Element Solution to the Transient PressureResponse of Multiple Fractured Horizontal Wells,”presented at the 2nd European Conference on theMathematics of Oil Recovery, Cambridge, UK (July25–27, 1989).

van Poollen, H.K., Tinsley, J.M. and Saunders, C.D.:“Hydraulic Fracturing: Fracture Flow Capacity vs.Well Productivity,” Trans., AIME (1958) 213, 91–95.

Veatch, R.W. Jr.: “Overview of Current HydraulicFracturing Design and Treatment Technology—Part1,” paper SPE 10039, Journal of Petroleum Tech-nology (April 1983) 35, No. 4, 677–687.

Veatch, R.W. Jr.: “Economics of Fracturing: SomeMethods, Examples, and Case Studies,” paper SPE15509, presented at the SPE Annual Technical

Conference and Exhibition, New Orleans, Louisiana,USA (October 5–8, 1986).

Veatch, R.W. Jr. and Crowell, R.F.: “Joint ResearchOperations Programs Accelerate Massive HydraulicFracturing Technology,” paper SPE 9337, Journal of Petroleum Technology (December 1982) 34, No. 2, 2763–2775.

Veeken, C.A.M., Davies, D.R., Kenter, C.J. andKooijman, A.P.: “Sand Production PredictionReview: Developing an Integrated Approach,” paperSPE 22792, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(October 6–9, 1991).

Veley, C.D.: “How Hydrolyzable Metal Ions Reactwith Clays to Control Formation Water Sensitivity,”paper SPE 2188, Journal of Petroleum Technology(September 1969) 21, No. 9, 1111–1118.

Venghiattis, A.A.: “Prediction of the Efficiency of a Perforator Down-Hole Based on Acoustic LoggingInformation,” paper SPE 422, Journal of PetroleumTechnology (July 1963) 15, No. 6, 761–768.

Vincent, M.C. and Pearson, C.M.: “The RelationshipBetween Fractured Well Performance and HoleDeviation,” paper SPE 29569, presented at the SPERocky Mountain Regional Low-Permeability Res-ervoirs Symposium, Denver, Colorado, USA (March20–22, 1995).

Vinegar, H.J., Wills, P.B., DeMartini, D.C., Shlya-pobersky, J., Deeg, W.F.J., Adair, R.G., Woerpel, J.C.,Fix, J.E. and Sorrells, G.G.: “Active and PassiveSeismic Imaging of a Hydraulic Fracture in Diato-mite,” paper SPE 22756, Journal of PetroleumTechnology (January 1992) 44, 28–34, 88–90.

Vinod, P.L., Flindt, M.L., Card, R.J. and Mitchell,J.P.: “Dynamic Fluid-Loss Studies in Low-Permeability Formations with Natural Fractures,”paper SPE 37486, presented at the SPE ProductionOperations Symposium, Oklahoma City, Oklahoma,USA (March 9–11, 1997).

Vliet, M.R.A. v.: “Size Effect of Concrete and RockUnder Uniaxial Tension,” Delft University of Tech-ology, Delft, Netherlands (1999).

Vogel, J.V.: “Inflow Performance Relationships forSolution-Gas Drive Wells,” paper SPE 1476, Journalof Petroleum Technology (January 1968) 20, 83–92.

Reservoir Stimulation R-41

Page 42: buenoooo

Voight, B.: “Determination of the Virgin State ofStress in the Vicinity of a Borehole from Measure-ments of a Partial Anelastic Strain Tensor in DrillCores,” Felsmech. Ingenieur Geol. (1968) 6, No. 4,201–215.

Wagoner, J.C. van, Mitchum, R.M., Campion, K.M.and Rahmanian, V.D.: Siliclastic Sequence Stratig-raphy in Well Logs, Core and Outcrops, Tulsa,Oklahoma, USA, American Association of PetroleumGeologists (1990).

Walker, M.L., Shuchart, C.E., Yaritz, J.G. andNorman, L.R.: “Effects of Oxygen on FracturingFluids,” paper SPE 28978, presented at the SPEInternational Symposium on Oilfield Chemistry, SanAntonio, Texas, USA (February 14–17, 1995).

Walles, W.E., Williamson, T.D. and Tomkinson, D.L.:“Method for Testing Subterranean Formations,” U.S.Patent No. 4,741,401 (May 3, 1988).

Walsh, J.B.: “Effect of Pore Pressure and ConfiningPressure on Fracture Permeability,” InternationalJournal of Rock Mechanics and Mining Sciences & Geomechanics Abstracts (1981) 18, 429–435.

Ward, V.L.: “Nitrogen and Carbon Dioxide in the OilField: Stimulation and Completion Applications,”paper SPE 12594, presented at the SPE Permian BasinOil & Gas Recovery Conference, Midland, Texas,USA (March 8–9, 1984).

Warpinski, N.R.: “Investigation on the Accuracy andReliability of In Situ Stress Measurements UsingHydraulic Fracturing in Perforated Cased Holes,”Rock Mechanics: Theory-Experiment-Practice,Proceedings of the 24th U.S. Symposium on RockMechanics (June 1983), 773–776.

Warpinski, N.R.: “Measurement of Width and Pres-sure in a Propagating Hydraulic Fracture,” paper SPE11648, SPE Journal (February 1985) 25, No. 1, 46–54.

Warpinski, N.R.: “Dual Leakoff Behavior inHydraulic Fracturing of Tight, Lenticular Gas Sands,”paper SPE 18259, SPE Production Engineering(August 1990), 243.

Warpinski, N.R.: “Hydraulic Fracturing in Tight,Fissured Media,” paper SPE 21054, Journal ofPetroleum Technology (February 1991) 43, No. 2, 146–152, 208–209.

Warpinski, N.R.: “Interpretation of HydraulicFracture Mapping Experiments,” paper SPE 27985,presented at the University of Tulsa CentennialPetroleum Engineering Symposium, Tulsa,Oklahoma, USA (August 29–31, 1994).

Warpinski, N.R. and Branagan, P.T.: “Altered StressFracturing,” paper SPE 17533, Proc., SPE RockyMountain Regional Meeting, Casper, Wyoming, USA(1988), 465–476.

Warpinski, N.R., Branagan, P.T., Peterson, R.E. andWolhart, S.L.: “An Interpretation of M-Site HydraulicFracture Diagnostic Results,” paper SPE 39950, pre-sented at the SPE Rocky Mountain Regional/LowPermeability Reservoirs Symposium, Denver, Colo-rado, USA (April 5–8, 1998a).

Warpinski, N.R., Branagan, P. and Wilmer, R.: “In-Situ Stress Measurements at the DOE’s MultiwellExperiment Site, Mesaverde Group, Rifle, Colorado,”paper SPE 12142, Journal of Petroleum Technology(March 1985) 37, 527–536.

Warpinski, N.R., Engler, B.P., Young, C.J., Peterson,R.E., Branagan, P.T. and Fix, J.E.: “MicroseismicMapping of Hydraulic Fractures Using Multi-LevelWireline Receivers,” paper SPE 30507, presented atthe SPE Annual Technical Conference and Exhi-bition, Dallas, Texas, USA (October 22–25, 1995).

Warpinski, N.R., Lorenz, J.C., Branagan, P.T., Myal,F.R. and Gall, B.L.: “Examination of a CoredHydraulic Fracture in a Deep Gas Well,” paper SPE22876, SPE Formation Evaluation (September 1993)8, No. 3, 150–158.

Warpinski, N.R., Peterson, R.E., Branagan, P.T.,Engler, B.P. and Wolhart, S.L.: “In Situ Stress andModuli: Comparison of Values Derived from Mul-tiple Techniques,” paper SPE 49190, presented at the SPE Annual Technical Conference and Exhi-bition, New Orleans, Louisiana, USA (September 27–30, 1998b).

Warpinski, N.R. and Teufel, L.W.: “In-Situ Stressesin Low-Permeability, Nonmarine Rocks,” paper SPE16402, Journal of Petroleum Technology (April 1989)41, No. 4, 405–414.

Warpinski, N.R., Wright, T.B., Uhl, J.E., Engler, B.P.,Drozda, P.M., Peterson, R.E. and Branagan, P.T.:“Microseismic Monitoring of the B-Sand HydraulicFracture Experiment at the DOE/GRI Multi-Site Proj-

R-42 References

Page 43: buenoooo

ect,” paper SPE 36450, presented at the SPE AnnualTechnical Conference and Exhibition, Denver, Colo-rado, USA (October 6–9, 1996).

Watkins, E.K., Wendorff, C.L. and Ainley, B.R.: “ANew Crosslinked Foamed Fracturing Fluid,” paperSPE 12027, presented at the SPE Annual TechnicalConference and Exhibition, San Francisco, Cali-fornia, USA (October 5–8, 1983).

Wattenbarger, R.A. and Ramey, H.J. Jr.: “Gas WellTesting with Turbulence, Damage, and WellboreStorage,” paper SPE 1835, Journal of PetroleumTechnology (August 1968) 20, No. 8, 877–887; alsoin Trans., AIME (1968) 243.

Wattenbarger, R.A. and Ramey, H.J. Jr.: “Well TestInterpretation in Vertically Fractured Gas Wells,”paper SPE 2155, Journal of Petroleum Technology(May 1969) 21, No. 5, 625–632; also in Trans.,AIME (1969) 246.

Webster K.R., Goins, W.C. and Berry S.C. “A Con-tinuous Multistage Fracturing Technique,” paper SPE977, Journal of Petroleum Technology (June 1965)17, No. 6, 619–625.

Weijers, L.: The Near-Wellbore Geometry of Hydrau-lic Fractures Initiated from Horizontal and DeviatedWells, Delft, Netherlands, Delft University Press(1995).

Wendorff, C.L. and Ainley, B.R.: “Massive HydraulicFracturing of High-Temperature Wells with StableFrac Foams,” paper SPE 10257, presented at the SPEAnnual Technical Conference and Exhibition, SanAntonio, Texas, USA (October 5–7, 1981).

Weng, X.: “Incorporation of 2D Fluid Flow into aPseudo-3D Hydraulic Fracturing Simulator,” paperSPE 21849, presented at the SPE Rocky MountainRegional Meeting and Low-Permeability ReservoirsSymposium, Denver, Colorado, USA (April 15–17,1991).

Whistler, R.L. (ed.): Industrial Gums, New York,New York, USA, Academic Press (1959).

White, J.L. and Daniel, E.F.: “Key Factors in MHFDesign,” paper SPE 9065, Journal of PetroleumTechnology (August 1981) 33, No. 8, 1501–1512.

Whitehead, W.S., Hunt, E.R. and Holditch, S.A.:“The Effects of Lithology and Reservoir Pressure onthe In-Situ Stresses in the Waskom (Travis Peak)

Field,” paper SPE 16403, presented at the SPE/DOELow Permeability Reservoirs Symposium, Denver,Colorado, USA (May 18–19, 1987).

Whitsitt, N.F. and Dysart, G.R.: “The Effect of Tem-perature on Stimulation Design,” paper SPE 2497,presented at the SPE Annual Meeting, Denver,Colorado, USA (September 28–October 1, 1969);also in Journal of Petroleum Technology (April1970), 493–502; also in Trans., AIME (1970) 249.

Wilkinson, D.J. and Hammond, P.A.: “A PertubationTheorem for Mixed Boundary Value Problems inPressure Transient Testing,” Transport in PorousMedia (1992) 5, 609–636.

Willberg, D.M., Steinsberger, N., Hoover, R., CardR.J. and Queen, J.: “Optimization of Fracture Clean-up Using Flowback Analysis,” paper SPE 39920,presented at the SPE Rocky Mountain Regional/LowPermeability Reservoirs Symposium and Exhibition,Denver, Colorado, USA (April 5–8, 1998).

Williams, B.B.: “Fluid Loss from HydraulicallyInduced Fractures,” paper SPE 2769, Journal ofPetroleum Technology (July 1970) 22, No. 6, 882–888.

Williams, B.B., Gidley J.L. and Schechter, R.S.:Acidizing Fundamentals, Richardson, Texas, USA,Society of Petroleum Engineers (1979).

Williamson, C.D. and Allenson, S.J: “A New Non-damaging Particulate Fluid-Loss Additive,” paperSPE 18474, presented at the SPE International Sym-posium on Oilfield Chemistry, Houston, Texas, USA(February 8–10, 1989).

Willson, S.M.: “Maximizing Completions EfficiencyThrough High Overbalanced Perforating,” TerraTek(February 1995) CEA 61 Phase I.

Winkler, K.W. and Murphy, W.F. III: “AcousticVelocity and Attenuation in Porous Rocks,” RockPhysics and Phase Relations. A Handbook of Phys-ical Constants, AGU Reference Shelf, Washington,D.C., USA, American Geophysical Union (1995) 3,20–34.

Winkler, W., Valkó, P. and Economides, M.J:“Laminar and Drag-Reduced Polymeric Foam Flow,”J. Rheol. (January–February 1994) 38, No. 1, 111–127.

Reservoir Stimulation R-43

Page 44: buenoooo

Wiprut, D.J. and Zoback, M.D.: “High HorizontalStress in the Visund Field, Norwegian North Sea:Consequences for Borehole Stability and SandProduction,” paper SPE 47244, presented at theSPE/ISRM Eurock ’98, Trondheim, Norway (July8–10, 1998).

Withjack, E.M.: “Computed Tomography for Rock-Property Determination and Fluid-Flow Visualization,”paper SPE 16951, presented at the SPE AnnualTechnical Conference and Exhibition, Dallas, Texas,USA (September 27–30, 1987).

Wong, D.W., Harrington, A.G. and Cinco-Ley, H.:“Application of the Pressure Derivative Function inthe Pressure Transient Testing of Fractured Wells,”paper SPE 13056, presented at the SPE Annual Tech-nical Conference and Exhibition, Houston, Texas,USA (September 16–19, 1984).

Woo, G.T. and Cramer, P.D.: “Laboratory and FieldEvaluation of Fluid-Loss Additive Systems Used inthe Williston Basin,” paper SPE 12899, presented atthe SPE Rocky Mountain Regional Meeting, Casper,Wyoming, USA (May 21–23, 1984).

Wood, M.D., Smith, M.B., Abbot, R.L., Cox, D. andO’Shea, P.: “Fracture Proppant Mapping by Use ofSurface Superconducting Magnetometers,” paperSPE 11612 (1983).

Worlow, D.W.: “Development and Testing of a Stan-dard Procedure for Determining the Viscous Prop-erties of Crosslinked Fracturing Fluids,” MS thesis,Texas A&M University, College Station, Texas, USA(1987).

Wright, C.A., Weijers, L., Minner, W.A. and Snow,D.M.: “Robust Technique for Real-Time ClosureStress Estimation,” paper SPE 30503, presented atthe SPE Annual Technical Conference and Exhi-bition, Dallas, Texas, USA (October 22–25, 1995).

Wroth, C.: “In-Situ Measurement of Initial Stressesand Deformation Characteristics,” Proc., ACE Spec-ialty Conference in In-Situ Measurements of SoilProperties, Raleigh, North Carolina, USA (1975),181–230.

Wylie, D.J. and Rose, W.D.: “Some Theoretical Con-siderations Related to the Quantitative Evaluation ofPhysical Characteristics of Reservoir Rocks fromElectrical Log Data,” Trans., AIME (1950) 189, 105–108.

Yale, D.P., Nieto, J.A. and Austin, S.P.: “The Effectof Cementation on the Static and Dynamic Mech-anical Properties of the Rotliegendes Sandstone,”Proc., 35th U.S. Symposium on Rock Mechanics,Reno, Nevada, USA (1995), 169–175.

Yeager, R.R. and Bailey, D.E.: “Diesel-Based GelConcentrate Improves Rocky Mountain RegionFracture Treatments,” paper SPE 17535, presented at the SPE Rocky Mountain Regional Meeting,Casper, Wyoming, USA (May 11–13, 1988).

Yew, C.H. and Li, Y.: “Fracturing of a Deviated Well,”paper SPE 16930, SPE Production Engineering(November 1988) 3, No. 4, 429–437.

Yew, C.H. and Liu, G.F.: “Fracture Tip and CriticalStress Intensity Factor of a Hydraulically InducedFracture,” paper SPE 22875, SPE Production &Facilities (August 1993) 8, No. 3, 171–177.

Yew, C.H., Mear, M.E., Chang, C.C. and Zhang,X.C.: “On Perforating and Fracturing of DeviatedCased Wellbores,” paper SPE 26514, presented at the SPE Annual Technical Conference and Exhi-bition, Houston, Texas, USA (October 3–6, 1993).

Yew, C.H., Schmidt, J.H. and Li, Y.: “On FractureDesign of Deviated Wells,” paper SPE 19722, pre-sented at the SPE Annual Technical Conference andExhibition, San Antonio, Texas, USA (October 8–11, 1989).

Yew, C.H. and Zhang, X.: “A Study of the DamageZone Created by Shaped-Charge Perforating,” paperSPE 25902, presented at the Rocky MountainRegional/Low Permeability Reservoirs Symposium,Denver, Colorado, USA (April 12–14, 1993).

Zasadzinski, J.A.N., Kramer, J., Chu, A. andPrud’homme, R.A.: “Transmission Electron Micros-copy of Aqueous Polymer Gel Network Morph-ology,” Chem. Eng. Comm. (1987) 52, 283–289.

Zemanek, J., Caldwell, R.L., Glenn, E.F., Holcomb,S.V, Norton, L.J. and Straus, A.J.D: “The BoreholeTeleviewer—A New Logging Concept for FractureLocation and Other Types of Borehole Inspection,”paper SPE 2402, Journal of Petroleum Technology(June 1969) 21, 762–774; also in Trans., AIME(1969) 246.

Zemlak, W., Lemp, S. and McCollum, R.: “SelectiveHydraulic Fracturing of Multiple Perforated Intervalswith a Coiled Tubing Conduit: A Case History of the

R-44 References

Page 45: buenoooo

Unique Process, Economic Impact and RelatedProduction Improvements,” paper SPE 54474, pre-sented at the SPE/ICOTA Coiled Tubing Roundtable,Houston, Texas, USA (May 25–26, 1999).

Zhao, X.L., Roegiers, J.-C. and Guo, M.: “TheDetermination of Fracture Toughness of Rocks byChevron-Notched Brazilian Disk Specimens,” 4thAnnual SCA Technical Conference, Dallas, Texas,USA (August 15–16, 1990), paper 9014.

Zhao, Z.-Y., Cui, M., Conway, M.W. and Chang, F.F.:“The Rheology of Chinese XD and ZW BorateCrosslinked Fracturing Fluids and Their ProppantTransport Capability,” paper SPE 29991, presented at the SPE International Meeting on Petroleum Engi-neering, Beijing, People’s Republic of China (No-vember 14–17, 1995).

Zimmerman, R.W., Somerton, W.H. and King, M.S.:“Compressibility of Porous Rock,” Journal of Geo-physical Research (November 1986) 91, No. B12,12765–12777.

Zimmerman, T., MacInnis, J., Hoppe, J., Pop, J. andLong, T.: “Application of Emerging Wireline For-mation Testing Technologies,” paper OSEA 90105,presented at the Offshore South East Asia Confer-ence, Singapore (December 4–7, 1990).

Zoback, M.D., Moos, D. and Mastin, L.: “Well BoreBreakouts and In Situ Stress,” Journal of GeophysicalResearch (1985) 90, No. B7, 5523–5530.

Chapters 13–20Abdel-Mota’al, A.A.: “Detection and Remedy of Behind-Casing Communication During WellCompletion,” paper SPE 11498, presented at the SPE Middle East Oil Technical Conference,Manama, Bahrain (March 14–17, 1983).

Abrams, A.: “Mud Design to Minimize RockImpairment Due to Particle Invasion,” paper SPE5713, Journal of Petroleum Technology (March1977), 586–592.

Abrams, A., Scheuerman, R.F., Templeton, C.C. andRichardson, E.A.: “Higher-pH Acid StimulationSystems,” paper SPE 7892, Journal of PetroleumTechnology (December 1983), 2175–2184.

Adair, P. and Smith, P.S.: “The Miller Field:Appraisal and Development Formation DamageExperiences,” paper SPE 27406, presented at theSPE International Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February 7–10,1994).

Addison, G.E.: “Identification and Treating ofDownhole Organic Deposits,” paper SPE 18894, presented at the SPE Production OperationsSymposium, Oklahoma City, Oklahoma, USA(March 13–14, 1989).

Ali, S.A., Durham, D.K. and Elphingstone, E.A.:“Testing Identifies Acidizing Fluid/CrudeCompatibility Problems,” Oil & Gas Journal(March 1994), 47–51.

Ali, S.A., Hill, D.G., McConnell, S.B. and Johnson,M.R.: “Process, Optimized Acidizing ReduceProduction Facility Upsets,” Oil & Gas Journal(February 1997), 44–48.

Allen, T.O.: “Creative Task Force Attack on ProfitLoss Due to Formation Damage,” paper SPE 4658,presented at the SPE Annual Meeting, Las Vegas,Nevada, USA (September 30–October 3, 1973).

Almond, S.W., Brady, J.L. and Underdown, D.R.:“Prudhoe Bay Field Study—Return Fluid Analysis,”paper SPE 18223, Journal of Petroleum Technology(April 1990) 42, No. 4, 466.

Amaefule, J.O., et al.: “Advances in FormationDamage Assessment and Control Strategies,” paperCIM 88-39-65 (1988).

Amaefule, J.O., Padilla, P.C., McCaffery, F.G. andTeal, S.L.: “Steam Condensate: Formation Damageand Chemical Treatments for Injectivity Improve-ment,” paper SPE 12499, presented at the SPEFormation Damage Control Symposium, Bakersfield,California, USA (February 13–14, 1984).

Antheunis, D., Luque, F.R., van der Vlis, A.C. andVriezen, P.B.: “The Onset of Sand Influx from Gas-Producing Friable Sandstone Formations—Labor-atory Investigations,” paper SPE 8031 (1979).

Antheunis, D., Vriezen, P.B., Schipper, B.A. and van der Vlis, A.C.: “Perforation Collapse: Failure of Perforated Friable Sandstones,” paper SPE 5750,presented at the SPE European Spring Meeting,Amsterdam, Netherlands (April 8–9, 1976).

Reservoir Stimulation R-45

Page 46: buenoooo

Ayorinde, A., Granger, C. and Thomas, R.L.: “TheApplication of Fluoboric Acid in Sandstone MatrixAcidizing: A Case Study,” paper IPA92-2.3.23,presented at the 21st Annual Indonesian PetroleumAssociation Convention, Jakarta, Indonesia (October1992).

Azari, M. and Leimkuhler, J.: “Completion FluidInvasion Simulation and Permeability Restoration by Sodium- and Potassium-Based Brines,” paperSPE 19431, presented at the SPE Formation DamageControl Symposium, Lafayette, Louisiana, USA(February 22–23, 1990a).

Azari, M. and Leimkuhler, J.: “FormationPermeability Damage Induced by CompletionBrines,” paper SPE 17149, Journal of PetroleumTechnology (April 1990b), 486.

Bale, G.E.: “Matrix Acidizing in Saudi Arabia UsingBuoyant Ball Sealers,” paper SPE 11500, presentedat the SPE Middle East Oil Technical Conference,Manama, Bahrain (March 14–17, 1983).

Ballard, T.J. and Dawe, R.A.: “Wettability AlterationInduced by Oil-Based Drilling Fluid,” paper SPE17160, presented at the SPE Formation DamageControl Symposium, Bakersfield, California, USA(February 8–9, 1988).

Bandbach, P.L.: “The How and Why of Emulsions,”Oil & Gas Journal (September 7, 1970).

Bansal, K.M.: “Effect of Nonproduced Fluids onProduced Water Treatment Equipment Efficiency,”paper SPE 25199, presented at the SPE InternationalSymposium on Oilfield Chemistry, New Orleans,Louisiana, USA (March 2–5, 1993).

Barna, B.A. and Patton, J.T.: “Permeability Damagefrom Drilling Fluid Additives,” paper SPE 3830, pre-sented at the SPE Rocky Mountain Regional Meeting,Denver, Colorado, USA (April 10–12, 1972).

Barron, A.N., Hendrickson, A.R. and Wieland, D.R.:“The Effect of Flow on Acid Reactivity in a Carbon-ate Fracture,” Journal of Petroleum Technology(April 1962), 409–415.

Bartko, K.M., Acock, A.M., Robert, J.A. andThomas, R.L.: “A Field Validated Matrix AcidizingSimulator for Production Enhancement in Sandstoneand Carbonates,” paper SPE 38170, presented at theSPE European Formation Damage Conference, TheHague, Netherlands (June 2–3, 1997).

Bartko, K.M., Montgomery, C.T., Boney, C.L. andWard, V.L.: “Development of a Stimulation Treat-ment Integrated Model,” paper SPE 35991, presentedat the SPE Petroleum Computer Conference, Dallas,Texas, USA (June 2–5, 1996).

Bazin, B., Roque, C. and Bouteca, M.: “A Labor-atory Evaluation of Acid Propagation in Relation toAcid Fracturing: Results and Interpretation,” paperSPE 30085, presented at the SPE EuropeanFormation Damage Conference, The Hague,Netherlands (May 15–16, 1995).

Beadie, G.: “Well Productivity Awareness School(WPAS),” paper SPE 30131, presented at the SPEEuropean Formation Damage Conference, TheHague, Netherlands (May 15–16, 1995).

Behenna, F.R.: “Interpretation of Matrix AcidizingTreatments Using a Continuously Monitored SkinFactor,” paper SPE 27401, presented at the SPEInternational Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February 7–10,1994).

Behenna, F.R.: “Acid Diversion from an Undamagedto a Damaged Core Using Multiple Foam Slugs,”paper SPE 30121, presented at the SPE EuropeanFormation Damage Conference, The Hague,Netherlands (May 15–16, 1995).

Behrmann, L.A.: “Underbalance Criteria for Min-imum Perforation Damage,” paper SPE 30081, pre-sented at the SPE European Formation DamageConference, The Hague, Netherlands (May 15–16,1995).

Ben Marek, F.: “Permeability Loss in Depletion ofReservoirs,” paper SPE 8433, presented at the SPEAnnual Technical Conference and Exhibition, LasVegas, Nevada, USA (September 23–26, 1979).

Bergman, I.: “Silica Powders of Respirable Sizes IV.The Long-Term Dissolution of Silica Powders inDilute Hydrofluoric Acid: An Anisotropic Mech-anism of Dissolution for the Coarser QuartzPowders,” J. Appl. Chem. (August 1963) 3, 356–361.

Bernadiner, M.G., Thompson, K.E. and Fogler, H.S.:“The Effect of Foams Used During CarbonateAcidizing,” paper SPE 21035, SPE ProductionEngineering (November 1992), 350–356.

Bernard, G.G., Holm, L.W. and Jacobs, W.L.:“Effect of Foam on Trapped Gas Saturation and

R-46 References

Page 47: buenoooo

on Permeability of Porous Media to Water,” SPEJournal (December 1965), 295.

Bertaux, J.: “Treatment Fluid Selection for Sand-stone Acidizing: Permeability Impairment inPotassic Mineral Sandstones,” paper SPE 15884,SPE Production Engineering (February 1989), 41.

Bikerman, J.J.: “Foams and Emulsions—FormationProperties and Breakdowns,” presented at theChemistry and Physics of Interfaces—Symposiumon Interfaces (June 15–16, 1964).

Bird, K. and Dunmore, S.: “Optimising PerforationPerformance for the Armada Gas CondensateDevelopment,” paper SPE 30083, presented at theSPE European Formation Damage Conference, TheHague, Netherlands (May 15–16, 1995).

Black, A.D., Dearing, H.L. and DiBona, B.G.:“Effects of Pore Pressure and Mud Filtration onDrilling Rates in a Permeable Sandstone,” paper SPE12117, Journal of Petroleum Technology (September1985), 1671.

Black, S.J. and Rike, J.L.: “The Role of the Consult-ant in Meeting the Formation Damage Challenge,”paper SPE 5700, presented at the SPE Symposiumon Formation Damage Control, Houston, Texas,USA (January 29–30, 1976).

Blacker, L.K.: “An Analysis of Rate-Sensitive Skinin Oil Wells,” paper SPE 11187, presented at theSPE Annual Technical Conference and Exhibition,New Orleans, Louisiana, USA (September 26–29,1982).

Blann, J.R. and Williams J.D.: “Determining theMost Profitable Gas Injection Pressure for a Gas LiftInstallation,” paper SPE 12202, Journal of Petro-leum Technology (August 1994), 1305.

Blanton, R.J.: “Formation Damage Control DuringUnderreaming and Gravel Packing in an Over-pressured Reservoir,” paper SPE 23804, presented at the SPE International Symposium on FormationDamage Control, Lafayette, Louisiana, USA(February 26–27, 1992).

Blanton, T.L. III: “Deformation of Chalk UnderConfining Pressure and Pore Pressure,” paper SPE8076, presented at the SPE European OffshorePetroleum Conference and Exhibition, London, UK (October 24–27, 1978).

Boyer, R.C. and Wu, C.-H.: “The Role of ReservoirLithology in Design of an Acidization Program:Kuparuk River Formation, North Slope, Alaska,”paper SPE 11722, presented at the SPE CaliforniaRegional Meeting, Ventura, California, USA (March23–25, 1983).

Brannon, D.H., Netters, C.K. and Grimmer, P.J.:“Matrix Acidizing Design and Quality-ControlTechniques Prove Successful in Main Pass AreaSandstone,” paper SPE 14827, Journal of PetroleumTechnology (August 1987), 931–942.

Brannon, H.D. and Pulsinelli, R.J.: “Evaluation ofthe Breaker Concentrations Required to Improve thePermeability of Proppant Packs Damaged byHydraulic Fracturing Fluids,” paper SPE 19402,presented at the SPE Formation Damage ControlSymposium, Lafayette, Louisiana, USA (February22–23, 1990).

Brown, R.W., Neill, G.H. and Loper, R.G.: “FactorsInfluencing Optimum Ball Sealer Performance,”Journal of Petroleum Technology (April 1963),450–454.

Browne, S.V., Ryan, D.F., Chambers, B.D., Oilchrist,J.M. and Bamforth, S.A: “Simple Approach to theClean-Up of Horizontal Wells with Pre-PackedScreen Completions,” paper SPE 30116, presented at the SPE European Formation Damage Conference,The Hague, Netherlands (May 15–16, 1995).

Brownson, G.W., Peyden, J.M. and Heriot-Watt, U.:“A Systematic Approach to Assessing PermeabilityImpairment Due to Drilling Fluids,” paper SPE 9727(November 18, 1980).

Bruist, E.H.: “Better Performance of Gulf CoastWells,” paper SPE 4777, presented at the SPESymposium on Formation Damage Control, NewOrleans, Louisiana, USA (February 7–8, 1974).

Bryant, S.L.: “An Improved Model of Mud Acid/Sandstone Chemistry,” paper SPE 22855, presentedat the SPE Annual Technical Conference andExhibition, Dallas, Texas, USA (October 6–9, 1991).

Bryant, S.L. and Buller, D.C.: “Formation Damagefrom Acid Treatments,” paper SPE 17597, SPEProduction Engineering (November 1990), 455.

Bryant, S.L., Mellor, D.W. and Cade, C.A.: “Physi-cally Representative Network Models of Transport

Reservoir Stimulation R-47

Page 48: buenoooo

in Porous Media,” AIChE J. (March 1993) 39, No. 3, 387.

Buijse, M.A.: “Understanding Wormholing Mech-anisms Can Improve Acid Treatments in CarbonateFormations,” paper SPE 38166, presented at the SPEEuropean Formation Damage Conference, TheHague, Netherlands (June 2–3, 1997).

Bunger, J.W.: “Chemistry of Asphaltenes—Summaryof Symposium,” Proc., Salt Lake City, Utah, USA(1979), 1028–1031.

Burger, E.D., Perkins, T.K. and Striegler, J.H.:“Studies of Wax Deposition in the Trans AlaskaPipeline,” paper SPE 8788, Journal of PetroleumTechnology (June 1981), 1075–1086.

Burman, J.W. and Hall, B.E.: “Foam as a DivertingTechnique for Matrix Sandstone Stimulation,” paperSPE 15575, presented at the SPE Annual TechnicalConference and Exhibition, New Orleans, Louisiana,USA (October 5–8, 1986).

Burton, B.: “Estimate Formation Damage Effects onHorizontal Wells,” Petroleum Engineer International(August 1995), 29–34.

Carlson, V., Bennett, E.O. and Rowe, J.A. Jr.:“Microbial Flora in a Number of Oilfield Water-Injection Systems,” paper SPE 1553-G, SPE Journal(June 1961), 71.

Chatelain, J.C., Silberberg, I.H. and Schechter, R.S.:“Thermodynamic Limitations in Organic-Acid/Carbonate Systems,” paper SPE 5647, SPE Journal(August 1976), 189–195.

Chenevert, M.E. and Thompson, T.W.: “PerforationStability in Low-Permeability Gas Reservoirs,”paper SPE 13902, presented at the SPE/DOE LowPermeability Gas Reservoirs Symposium, Denver,Colorado, USA (May 19–22, 1985).

Cheung, S.K.: “Effect of Acids on Gravels andProppants,” paper SPE 13842, SPE ProductionEngineering (May 1988), 201.

Christian, W.W. and Ayres, H.J.: “FormationDamage Control in Sand Control and StimulationWork,” paper SPE 4775, presented at the SPESymposium on Formation Damage Control, NewOrleans, Louisiana, USA (February 7–8, 1974).

Christofferson, J. and Christofferson, M.R.: “TheKinetics of Dissolution of Calcium Sulphate Dihy-drate in Water,” J. Crystal Growth (1976) 35, 79–88.

Chuah, B.-S., Hasumi, A.R., Samsudin, N. andMatzain, A.: “Formation Damage in Gravel Packedand Non-Gravel Packed Completions: A Compre-hensive Case Study,” paper SPE 27360, presented at the SPE International Symposium on FormationDamage Control, Lafayette, Louisiana, USA(February 7–10, 1994).

Cinco-Ley, H., Ramey, H.J. Jr. and Miller, F.G.:“Unsteady-State Pressure Distribution Created by a Well with an Inclined Fracture,” paper SPE 5591,presented at the SPE Annual Technical Conferenceand Exhibition, Dallas, Texas, USA (September28–October 1, 1975).

Clementz, D.M.: “Alteration of Rock Properties byAdsorption of Petroleum Heavy Ends: Implicationfor Enhanced Oil Recovery,” paper SPE 10683, pre-sented at the SPE/DOE Third Joint Symposium onEnhanced Oil Recovery, Tulsa, Oklahoma, USA(April 4–7, 1982).

Clementz, D.M., Patterson, D.E., Aseltine, R.J. andYoung, R.E.: “Stimulation of Water Injection Wellsin the Los Angeles Basin by Using Sodium Hypo-chlorite and Mineral Acids,” paper SPE 10624,Journal of Petroleum Technology (September 1982),2087–2096.

Clemmit, A.F., Ballance, D.C. and Hunton, A.G.:“The Dissolution of Scales in Oilfield Systems,”paper SPE 14010, presented at the SPE OffshoreEurope 85 Conference, Aberdeen, Scotland, UK(September 10–13, 1985).

Cole, R.J. and Jessen, F.W.: “Paraffin Deposition,”Oil & Gas Journal (September 19, 1960), 87–91.

Collins, S.H. and Melrose, J.C.: “Adsorption ofAsphaltenes and Water on Reservoir RockMinerals,” paper SPE 11800, presented at the SPEInternational Symposium on Oilfield and GeothermalChemistry, Denver, Colorado, USA (June 1–3,1983).

Cooper, R.E. and Bolland, J.A.: “Effective DiversionDuring Matrix Acidization of Water and InjectionWells,” paper OTC 4795, presented at the OffshoreTechnology Conference, Houston, Texas, USA(1984).

R-48 References

Page 49: buenoooo

Coppel, C.P.: “Factors Causing Emulsion Upsets in Surface Facilities Following Acid Stimulation,”paper SPE 5154, Journal of Petroleum Technology(September 1975), 1060–1066.

Cowen, J.C. and Weintritt, D.J.: Water Formed ScaleDeposits, Houston, Texas, USA, Gulf Publishing Co.(1976).

Crowe, C.W.: “Evaluation of Oil Soluble ResinMixtures as Diverting Agents for Matrix Acidizing,”paper SPE 3505, presented at the SPE AnnualMeeting, New Orleans, Louisiana, USA (October3–6, 1971).

Crowe, C.W.: “Evaluation of Agents for PreventingPrecipitation of Ferric Hydroxide from SpentTreating Acid,” paper SPE 12497, Journal ofPetroleum Technology (April 1985), 691–695.

Crowe, C.W.: “Precipitation of Hydrated Silica fromSpent Hydrofluoric Acid—How Much of a ProblemIs It?,” paper SPE 13083, Journal of PetroleumTechnology (1986), 1234.

Crowe, C.W. and Cryar, H.B. Jr.: “Development ofOil Soluble Resin Mixture for Control of Fluid Lossin Water Base Workover and Completion Fluids,”paper SPE 5662, presented at the SPE AnnualTechnical Conference and Exhibition, Dallas, Texas,USA (September 28–October 1, 1975).

Crowe, C.W., Martin, R.C. and Michaelis, A.M.:“Evaluation of Acid Gelling Agents for Use in WellStimulation,” paper SPE 9384, SPE Journal (August1981), 415.

Crowe, C.W., McGowan, G.R. and Baranet, S.E.:“Investigation of Retarded Acids Provides BetterUnderstanding of Their Effectiveness and PotentialBenefits,” paper SPE 18222, SPE ProductionEngineering (May 1990), 166.

Crowe, C.W. and Minor, S.S.: “Acid CorrosionInhibitor Adsorption and Its Effect on Matrix Stim-ulation Results,” paper SPE 10650, presented at theSPE Formation Damage Control Symposium,Lafayette, Louisiana, USA (March 24–25, 1982).

Crowe, C.W. and Minor, S.S.: “Effect of Acid Cor-rosion Inhibitors on Matrix Stimulation Results,”paper SPE 11119, Journal of Petroleum Technology(1985), 1853.

Cunningham, W.C. and Smith, D.K.: “Effect of SaltCement Filtrate on Subsurface Formations,” paperSPE 1920, Journal of Petroleum Technology (March1968), 259–264.

Cussler, E.L.: Diffusion: Mass Transfer in FluidSystems, New York, New York, USA, CambridgeUniversity Press (1984).

Daccord, G.: “Acidizing Physics,” ReservoirStimulation, M.J. Economides and K.G. Nolte (eds.),second edition, Englewood Cliffs, New Jersey, USA,Prentice Hall (1989), 13-1–13-13.

Daccord, G. and Lenormand, R.: “Fractal Patternsfrom Chemical Dissolution,” Nature (1987) 325,41–43.

Daccord, G., Lenormand, R. and Liétard, O.:“Chemical Dissolution of a Porous Medium by a Reactive Fluid,” Chemical Engineering Science(1993) 48, No. 1, 169–186.

Daccord, G., Touboul, E. and Lenormand, R.:“Carbonate Acidizing: Toward a Quantitative Modelof the Wormholing Phenomenon,” paper SPE 16887,SPE Production Engineering (February 1989),63–68.

Dahlgaard, C.C.: “Compressed Air and Foam,Cleanout Technique for Old Open HoleCompletions,” paper SPE 11854, presented at theSPE Rocky Mountain Regional Meeting, Salt LakeCity, Utah, USA (May 23–25, 1983).

da Motta, E.P., Hill, A.D. and Sepehrnoori, K.:“Selective Matrix Acidizing of Horizontal Wells,”paper SPE 27399, presented at the SPE InternationalSymposium on Formation Damage Control, Lafay-ette, Louisiana, USA (February 7–10, 1994).

da Motta, E.P., Plavnik, B. and Schechter, R.S.:“Optimizing Sandstone Acidization,” SPE ReservoirEngineering (February 1992a), 149–153.

da Motta, E.P., Plavnik, B., Schechter, R.S. and Hill,A.D.: “The Relationship Between Reservoir Min-eralogy and Optimum Sandstone Acid Treatment,”paper SPE 23802, presented at the SPE InternationalSymposium on Formation Damage Control, Lafay-ette, Louisiana, USA (February 26–27, 1992b).

Danesh, A., et al.: “Asphaltene Deposition inMiscible Gas Flooding of Oil Reservoirs,” Chem.Eng. Res. Des. (July 1988) 66, 339–344.

Reservoir Stimulation R-49

Page 50: buenoooo

Davies, D.K.: “Clay Technology and Well Stim-ulation,” presented at Southwestern Petroleum ShortCourse, Lubbock, Texas, USA (April 20–21, 1978).

Davies, D.R., Faber, R., Nitters, G. and Ruessink,B.H.: “A Novel Procedure to Increase WellResponse to Matrix Acidising Treatments,” paperSPE 23621, presented at the Second SPE LatinAmerican Petroleum Engineering Conference,Caracas, Venezuela (March 8–11, 1992).

Davies, D.R., Lievaart, L. and Nitters, G.: “TheEffects of Corrosion Inhibitors and Mutual Solventson Matrix Acidizing Treatments,” paper SPE 17153,presented at the SPE Formation Damage ControlSymposium, Bakersfield, California, USA (February8–9, 1988).

De Ghetto, G.: “Chart Eases Field Use of AGIPMatrix-Stimulation Method If Computer ProgramNot Available,” Oil & Gas Journal (November 29,1982), 76–77.

Denson, A.H., Smith, J.T. and Cobb, W.M.: “Deter-mining Well Drainage Pore Volume and Porosityfrom Pressure Buildup Tests,” SPE Journal (August1976), 209–216.

de Rozières, J., Chang, F.F. and Sullivan, R.B.:“Measuring Diffusion Coefficients in Acid Frac-turing Fluids and Their Application to Gelled andEmulsified Acids,” paper SPE 28552, presented atthe SPE Annual Technical Conference and Exhi-bition, New Orleans, Louisiana, USA (September25–28, 1994).

de Vries, A.S. and Wit, K.: “Rheology of Gas/WaterFoam in the Quality Range Relevant to SteamFoam,” SPE Reservoir Engineering (May 1990),185–192.

Doerler, N. and Prouvost, L.P.: “Diverting Agents:Laboratory Study and Modeling of Resultant ZoneInjectivities,” paper SPE 16250, presented at the SPEInternational Symposium on Oilfield Chemistry, SanAntonio, Texas, USA (February 4–6, 1987).

Dria, M.A., Schechter, R.S. and Lake, L.W.: “AnAnalysis of Reservoir Chemical Treatments,” paperSPE 13551, SPE Production Engineering (February1988), 52.

Droddy, M.J., Jones, T.A. and Shaw, D.B.: “DrillFluid and Return Permeability Tests of South TexasWilcox Cores,” paper SPE 17159, presented at the

SPE Formation Damage Control Symposium,Bakersfield, California, USA (February 8–9, 1988).

Dullien, F.A.L.: Porous Media: Fluid Transport and Pore Structure, New York, New York, USA,Academic Press (1979).

Dunlap, D.D. and Houchin, L.R.: “Evaluation ofAcid System Design and Formation Damage UsingPolarized Microscopy,” paper SPE 19425, presentedat the SPE Formation Damage Control Symposium,Lafayette, Louisiana, USA (February 22–23, 1990).

Dunn, L.A. and Stokes, R.H.: “The Diffusion ofMonocarboxylic Acids in Aqueous Solution at 25°,”Aust. J. Chem. (1965) 18, 285–296.

Durham, D.K., Ali, S.A. and Stone, P.J.: “Causesand Solutions to Surface Facilities Upsets FollowingAcid Stimulation in the Gulf of Mexico,” paper SPE29528, presented at the SPE Production OperationsSymposium, Oklahoma City, Oklahoma, USA (April2–4, 1995).

Dusseault, M.B. and Gray, K.E.: “Mechanisms of Stress-Induced Wellbore Damage,” paper SPE23825, presented at the SPE International Sympo-sium on Formation Damage Control, Lafayette,Louisiana, USA (February 26–27, 1992).

Earlougher, R.C. Jr.: Advances in Well Test Analysis,Dallas, Texas, USA, Society of Petroleum Engineers(1977).

Eaton, B.A. and Smithey, M.: “Formation Damagefrom Workover and Completion Fluids,” paper SPE3707, presented at the SPE Annual CaliforniaRegional Meeting, Los Angeles, California, USA,(November 4–5, 1971).

Economides, M.J., Ben Naceur, K. and Klem, R.C.:“Matrix Stimulation Method for Horizontal Wells,”paper SPE 19719, Journal of Petroleum Technology(July 1991), 854–861.

Economides, M.J., Cikes, M., Pforter, H., Udick,T.H. and Uroda, P.: “The Stimulation of a Tight,Very-High-Temperature Gas-Condensate Well,”paper SPE 15239, SPE Formation Evaluation(March 1989), 63.

Economides, M.J. and Frick, T.P.: “Optimization of Horizontal Well Matrix Stimulation Treatments,”paper SPE 22334, presented at the SPE InternationalMeeting on Petroleum Engineering, Beijing, China(March 24–27, 1992).

R-50 References

Page 51: buenoooo

Economides, M.J., Hill, A.D. and Ehlig-Economides,C.: Petroleum Production Systems, EnglewoodCliffs, New Jersey, USA, Prentice-Hall (1994).

Efthim, F.P., Garner, J.J., Bilden, D.M., Kovacevich,S.T. and Pence, T.C.: “Evaluation and Treatment ofOrganic and Inorganic Damage in an UnconsolidatedAsphaltic Crude Reservoir,” paper SPE 19412,presented at the SPE Formation Damage ControlSymposium, Lafayette, Louisiana, USA (February22–23, 1990).

Ehlig-Economides, C.A. and Joseph, J.A.: “A NewTest for Determination of Individual LayerProperties in a Multilayered Reservoir,” paper SPE14167, presented at the SPE Annual TechnicalConference and Exhibition, Las Vegas, Nevada,USA (September 22–25, 1985).

Elbel, J.L., Navarrete, R.C. and Poe, B.D. Jr.:“Production Effects of Fluid Loss in FracturingHigh-Permeability Formations,” paper SPE 30098,presented at the SPE European Formation DamageConference, The Hague, Netherlands (May 15–16,1995).

Erbstoesser, S.R.: “Improved Ball Sealer Diversion,”paper SPE 8401, Journal of Petroleum Technology(November 1980), 1903.

Ettinger, R.A. and Radke, C.J.: “Influence of Textureon Steady Foam Flow in Berea Sandstone,” paperSPE 19688, SPE Reservoir Engineering (February1992), 83.

Ezeukwu, T., Thomas, R.L. and Gunneroed, T.:“Fines Migration Control in High-Water-CutNigerian Oil Wells: Problems and Solutions,” paperSPE 39482, presented at the SPE InternationalSymposium on Formation Damage Control,Lafayette, Louisiana, USA (February 18–19, 1998).

Faber, M.J., Davies, D.R., Nitters, G. and Ruessink,B.H.: “A Novel Procedure to Increase WellResponse to Matrix Acidising Treatments,” paperSPE 23621, SPE Advanced Technology Series (1994)2, No. 1, 5–14.

Falls, A.H., Musters, I.J. and Ratulowski, J.: “TheApparent Viscosity of Foams in Homogeneous BeadPacks,” paper SPE 16048, SPE Reservoir Engi-neering (May 1989), 1263.

Farley, J.T., Miller, B.M. and Schoettle, V.: “DesignCriteria for Matrix Stimulation with Hydrochloric-

Hydrofluoric Acid,” paper SPE 2621, Journal ofPetroleum Technology (April 1970), 433–440.

Fetkovitch, M.J. and Vienot, M.E.: “Shape Factor,CA, Expressed as Skin, sCA,” paper SPE 13304,Journal of Petroleum Technology (February 1985),321.

Fischer, P.W., Gallus, J.P., Krueger, R.F., Pye, D.S.,Simmons, F.J. and Talley, B.E.: “An Organic ‘ClaySubstitute’ for Nondamaging Water Base Drillingand Completion Fluids,” paper SPE 4651, presentedat the SPE Annual Meeting, Las Vegas, Nevada,USA (September 30–October 3, 1973).

Fisher, A.W., Foulser, R.W.S. and Goodyear, S.G.:“Mathematical Modeling of Foam Flooding,” paperSPE 20195, presented at the SPE/DOE Symposiumon Enhanced Oil Recovery, Tulsa, Oklahoma, USA(April 22–25, 1990).

Flanigan, M.J.: “Smaller Gravel and Coated ScreensEnhance 50-Year-Old Field,” paper SPE 7973,Journal of Petroleum Technology (May 1980),757–763.

Fletcher, P.A., Montgomery, C.T. and Ramos, G.G.:“Optimizing Hydraulic Fracture Length to PreventFormation Failure in Oil and Gas Reservoirs,” Proc.,35th U.S. Rock Mechanics Symposium, Reno,Nevada, USA (June 1995), 293–298.

Fogler, H.S. and Crain, E.R.: “Stimulation of GasStorage Fields to Restore Deliverability,” paper SPE8731, Journal of Petroleum Technology (September1980), 1612–1620.

Fogler, H.S., Lund, K. and McCune, C.C.: “Acid-ization. Part 3. The Kinetics of the Dissolution ofSodium and Potassium Feldspar in HF/HCl AcidMixtures,” Chem. Eng. Sci. (1975) 30, No. 11,1325–1332.

Fogler, H.S., Lund, K. and McCune, C.C.:“Predicting the Flow and Reaction of HCl/HFMixtures in Porous Sandstone Cores,” paper SPE5646, SPE Journal (October 1976), 248–260.

Fogler, H.S., Lund, K., McCune, C.C. and Ault,J.W.: “Dissolution of Selected Minerals in MudAcid,” paper 52C, presented at the AmericanInstitute of Chemical Engineers 74th NationalMeeting, New Orleans, Louisiana, USA (March1973).

Reservoir Stimulation R-51

Page 52: buenoooo

Frasch, H.: “Increasing the Flow of Oil Wells,” U.S. Patent No. 556,669 (March 17, 1896).

Fredd, C.N.: “The Influence of Transport andReaction on Wormhole Formation in CarbonatePorous Media: A Study of Alternative StimulationFluids,” PhD thesis, University of Michigan, AnnArbor, Michigan, USA (1998).

Fredd, C.N. and Fogler, H.S.: “AlternativeStimulation Fluids and Their Impact on CarbonateAcidizing,” paper SPE 31074, presented at the SPEInternational Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February14–15, 1996).

Fredd, C.N. and Fogler, H.S.: “Alternative Stimula-tion Fluids and Their Impact on Carbonate Acid-izing,” SPE Journal (March 1998a) 13, No. 1, 34.

Fredd, C.N. and Fogler, H.S.: “Influence of Trans-port and Reaction on Wormhole Formation in PorousMedia,” AIChE J. (September 1998b), 1933–1949.

Fredd, C.N. and Fogler, H.S.: “The Influence ofChelating Agents on the Kinetics of Calcite Dissol-ution,” J. Colloid and Interface Science (August1998c) 204, No. 1, 187–197.

Fredd, C.N. and Fogler, H.S.: “The Kinetics ofCalcite Dissolution in Acetic Acid Solutions,” Chem.Eng. Sci. (October 1998d) 53, No. 22, 3863–3894.

Fredd, C.N., Tija, R. and Fogler, H.S.: “TheExistence of an Optimum Damköhler Number forMatrix Stimulation of Carbonate Formations,” paperSPE 38167, presented at the SPE European Forma-tion Damage Control Conference, The Hague,Netherlands (June 2–3, 1997).

Frick, T.P. and Economides, M.J.: “Horizontal WellDamage Characterization and Removal,” paper SPE 21795, presented at the SPE Western RegionalMeeting, Long Beach, California, USA (March20–22, 1991).

Frick, T.P., Kürmayr, M. and Economides, M.J.:“Modeling of Fractal Patterns in Matrix Acidizingand Their Impact on Well Performance,” paper SPE23789, presented at the SPE International Sympo-sium on Formation Damage, Lafayette, Louisiana,USA (February 26–27, 1992); also in SPEProduction & Facilities (February 1994a), 61–68.

Frick, T.P., Mostofizadeh, B. and Economides, M.J.:“Analysis of Radial Core Experiments for Hydro-chloric Acid Interaction with Limestones,” paperSPE 27402, presented at the SPE InternationalSymposium on Formation Damage Control, Lafay-ette, Louisiana, USA (February 7–10, 1994b).

Friedmann, F., Chen, W.H. and Gauglitz, P.A.:“Experimental and Simulation Study of High-Temperature Foam Displacement in Porous Media,”paper SPE 17357, SPE Reservoir Engineering(February 1991), 37–75.

Friedmann, F. and Jensen, J.A.: “Some ParametersInfluencing the Formation and Propagation of Foamsin Porous Media,” paper SPE 15087, presented at theSPE California Regional Meeting, Oakland,California, USA (April 2–4, 1986).

Fulford, R.S.: “Effects of Brine Concentration andPressure Drop on Gypsum Scaling in Oil Wells,”paper SPE 1830, Journal of Petroleum Technology(June 1968), 559–564.

Gabriel, G.A. and Erbstoesser, S.R.: “The Design ofBuoyant Ball Sealer Treatments,” paper SPE 13085,presented at the SPE Annual Technical Conferenceand Exhibition, Houston, Texas, USA (September16–19, 1984).

Gadiyar, B.R. and Civan, F.: “Acidization-InducedFormation Damage: Experimental and ModelingStudies,” paper SPE 27400, presented at the SPEInternational Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February 7–10,1994).

Garrels, R.M. and Christ, C.L.: Solutions, Mineralsand Equilibria, New York, New York, USA, Harper& Row (1965).

Gdanski, R.: “Kinetics of Tertiary Reaction of HF onAlumino-Silicates,” paper SPE 31076, presented atthe SPE International Symposium on FormationDamage Control, Lafayette, Louisiana, USA(February 14–15, 1996).

Gdanski, R.D.: “AlCl3 Retards HF Acid for MoreEffective Stimulations,” Oil & Gas Journal (October28, 1985), 111–115.

Gdanski, R.D.: “Experience and Research Show BestDesigns for Foam-Diverted Acidizing,” Oil & GasJournal (September 1993), 85–89.

R-52 References

Page 53: buenoooo

Gdanski, R.D. and Peavy, M.A.: “Well ReturnAnalysis Causes Re-Evaluation of HCl Theories,”paper SPE 14825, presented at the SPE Symposiumon Formation Damage Control, Lafayette, Louisiana,USA (February 26–27, 1986).

Gidley, J.L.: “Stimulation of Sandstone Formationswith the Acid-Mutual Solvent Method,” paper SPE3007, Journal of Petroleum Technology (May 1971),551–558.

Gidley, J.L.: “Acidizing Sandstone Formations: ADetailed Examination of Recent Experience,” paperSPE 14164, presented at the SPE Annual TechnicalConference and Exhibition, Las Vegas, Nevada,USA (September 22–25, 1985).

Gidley, J.L., Brezovec, E.J. and King, G.E.: “AnImproved Method for Acidizing Oil Wells in Sand-stone Formations,” paper SPE 26580, SPEProduction & Facilities (February 1996).

Gidley, J.L. and Hanson, H.R.: “Prevention ofCentral Terminal Upsets Related to Stimulation andConsolidation Treatments,” paper SPE 4551, pre-sented at the SPE Annual Meeting, Las Vegas,Nevada, USA (September 30–October 3, 1973).

Gidley, J.L., Penny, G.S. and McDaniel, R.R.:“Effect of Proppant Failure and Fines Migration on Conductivity of Propped Fractures,” paper SPE24008, presented at the SPE Permian Basin Oil andGas Recovery Conference, Midland, Texas, USA(March 18–20, 1992); also in SPE Production &Facilities (February 1995), 20.

Ginest, N.H., Phillips, J.E., Al-Gamber, A.W.A. andWright, D.W.: “Field Evaluation of Acid StimulationDiverter Materials and Placement Methods in Arab-D Injection Wells with Openhole Completions,”paper SPE 25412, presented at the SPE Middle EastOil Technical Conference and Exhibition, Bahrain(April 3–6, 1993).

Givens, J.C.: “Old Idea (with New Application)Increases Oil and Gas Production,” paper SPE 6499(November 1976).

Goode, D.L, Berry, S.D. and Stacy, A.L.: “Aqueous-Based Remedial Treatments for Reservoirs Damagedby Oil-Phase Drilling Muds,” paper SPE 12501, pre-sented at presented at the SPE Formation DamageControl Symposium, Bakersfield, California, USA(February 13–14, 1984).

Gougler, P.D. Jr., Hendrick, J.E. and Coulter, A.W.:“Field Investigation Identifies Source and Magnitudeof Iron Problems,” paper SPE 13812, presented atthe SPE Production Operations Symposium, Okla-homa City, Oklahoma, USA (March 10–12, 1985).

Gudmundson, J.S. and Ortiz-R., J.: “Two-PhaseFlow and Calcite Deposition,” paper SPE 12741,presented at the SPE California Regional Meeting,Long Beach, California, USA (April 11–13, 1984).

Guidry, G.S., Ruiz, G.A. and Saxon, A.: “SXE/N2

Matrix Acidizing,” paper SPE 17951, presented atthe SPE Middle East Oil Technical Conference andExhibition, Manama, Bahrain (March 11–14, 1989).

Guin, J.A. and Schechter, R.S.: “Matrix Acidizationwith Highly Reactive Acids,” SPE Journal(December 1971), 390–398.

Guin, J.A., Schechter, R.S. and Silberberg, I.H.:“Chemically Induced Changes in Porous Media,”Ind. & Eng. Chem. Fund. (February 1971) 10, No. 1, 50–54.

Gulati, M.S. and Maly, G.P.: “Thin-Section andPermeability Studies Call for Smaller Gravels inGravel Packing,” paper SPE 4773, Journal ofPetroleum Technology (January 1975), 107–112.

Gunter, W.D., Zhou, Z. and Perkins, E.H.:“Modeling Formation Damage Caused by Kaolinitefrom 25 to 300 Degrees Centigrade in the Oil SandReservoirs of Alberta,” paper SPE 23786, presentedat the SPE International Symposium on FormationDamage Control, Lafayette, Louisiana, USA(February 26–27, 1992).

Hall, B.E.: “The Effect of Mutual Solvents onAdsorption in Sandstone Acidizing,” Journal ofPetroleum Technology (December 1975), 1439.

Hall, B.E.: “Workover Fluids: Parts 1–5,” World Oil(May–July, October and December 1986), 111–114,64–67, 65–68, 61–63 and 49–50.

Hall, B.E. and Dill, W.R.: “Iron Control Additivesfor Limestone and Sandstone Acidizing of Sweetand Sour Wells,” paper SPE 17159, presented at theSPE Formation Damage Control Symposium,Bakersfield, California, USA (February 8–9, 1988).

Hall, B.E., Tinnemeyer, A.C. and Underwood, P.J.:“Stimulation of the North Coles Levee Field with aRetarded HF-Acid,” paper SPE 9934, presented at

Reservoir Stimulation R-53

Page 54: buenoooo

the SPE California Regional Meeting, Bakersfield,California, USA (March 25–26, 1981).

Harrison, N.W.: “Diverting Agents—History andApplication,” paper SPE 3653, Journal of PetroleumTechnology (May 1972), 593.

Hassen, B.R.: “New Technique Estimates DrillingFiltrate Invasion,” paper SPE 8791, presented at theSPE Symposium on Formation Damage Control,Bakersfield, California, USA (January 28–29, 1980).

Hausler, R.H.: “Guidelines Help Avoid, Treat OilField Emulsions,” Oil & Gas Journal (September 4, 1978).

Hebert, P.B., Khatib, Z.I., Norman, W.D., Acock, A.and Johnson, M: “Novel Filtration Process Elimin-ates System Upset Following Acid StimulationTreatment,” paper SPE 36601, presented at the SPEAnnual Technical Conference and Exhibition,Denver, Colorado, USA (October 6–9, 1996).

Hekim, Y., Fogler, H.S. and McCune, C.C.: “TheRadial Movement of Permeability Fronts and Mul-tiple Reaction Zones in Porous Media,” SPE Journal(February 1982), 99–107.

Hendrickson, A.R.: “Stimulation of CarbonateReservoirs,” Oil and Gas Production from Carbon-ate Rocks, G.V. Chilingar, R.W. Manson and H.H.Ricke (eds.), New York, New York, USA, Elsevier(1972), 309–339.

Hendrickson, A.R., Hurst, R.E. and Wieland, D.R.:“Engineered Guide for Planning Acidizing Treat-ments Based on Specific Reservoir Characteristics,”Trans., AIME (January 1960) 219, 16–23.

Hill, A.D. and Galloway, P.J.: “Laboratory andTheoretical Modeling of Diverting Agent Behavior,”paper SPE 11576, Journal of Petroleum Technology(July 1984), 1157.

Hill, A.D., Lindsay, D.M., Schechter, R.S. andSilberberg, I.H.: “Sandstone Acidizing: The Devel-opment of Design Method,” paper SPE 6607, pre-sented at the SPE-AIME International Symposiumon Oilfield and Geothermal Chemistry, La Jolla,California, USA (June 27–28, 1977).

Hill, A.D. and Rossen, W.R.: “Fluid Placement andDiversion in Matrix Acidizing,” paper SPE 27982,presented at the University of Tulsa CentennialPetroleum Engineering Symposium, Tulsa, Okla-homa, USA (August 29–31, 1994).

Hill, A.D. and Zhu, D.: “Real-Time Monitoring ofMatrix Acidizing Including the Effects of DivertingAgents,” paper SPE 28548, presented at the SPEAnnual Technical Conference and Exhibition, NewOrleans, Louisiana, USA (September 25–28, 1994).

Himmatramka, A.K.: “Analysis of ProductivityReduction Due to Non-Darcy Flow and True Skin inGravel-Packed Wells,” paper SPE 10084, presentedat the SPE Annual Technical Conference and Exhi-bition, San Antonio, Texas, USA (October 5–7,1981).

Hinchman, S.P. and Barree, R.D.: “Productivity Lossin Gas Condensate Reservoirs,” paper SPE 14203,presented at the SPE Annual Technical Conferenceand Exhibition, Las Vegas, Nevada, USA(September 22–25, 1985).

Hirasaki, G.J.: “A Review of Steam-Foam ProcessMechanisms,” paper SPE 19518 (1989a).

Hirasaki, G.J.: “The Steam-Foam Process,” paperSPE 19505, Journal of Petroleum Technology (May1989b), 449–456.

Hirschberg, A., deJong, L.N.J., Schipper, B.A. andMeijer, J.G.: “Influence of Temperature and Pressureon Asphaltenes Flocculation,” paper SPE 11202,SPE Journal (1984), 283.

Hodge, R.M., MacKinlay, W.M. and Landrum, W.R.:“The Selection and Application of Loss ControlMaterials to Minimize Formation Damage in GravelPacked Completions for a North Sea Field,” paperSPE 30119, presented at the SPE European Forma-tion Damage Conference, The Hague, Netherlands(May 15–16, 1995).

Hoefner, M.L. and Fogler, H.S.: “Effective MatrixAcidizing in Carbonates Using Microemulsions,”Chem. Eng. Prog. (May 1985), 40–44.

Hoefner, M.L. and Fogler, H.S.: “Pore Evolution andChannel Formation During Flow and Reaction inPorous Media,” AIChE J. (January 1988) 34, No. 1, 45–54.

Hoefner, M.L., Fogler, H.S., Stenius, P. and Sjöblom,J.: “Role of Acid Diffusion in Matrix Acidizing ofCarbonates,” Journal of Petroleum Technology(February 1987), 203–208.

Holcomb, D.L.: “Low Surface Tension Hydro-chloric-Hydrofluoric Acid Mixtures in Low Porosity,Low Permeability Sandstones,” paper SPE 5411,

R-54 References

Page 55: buenoooo

presented at the SPE Oklahoma City RegionalMeeting, Oklahoma City, Oklahoma, USA (March24–25, 1975).

Holub, R.W., Maly, G.P., Noel, R.P. and Weinbrandt,R.M.: “Scanning Electron Microscope Pictures ofReservoir Rocks Reveal Ways to Increase OilProduction,” paper SPE 4787, presented at the SPESymposium on Formation Damage Control, NewOrleans, Louisiana, USA (February 7–8, 1974).

Hong, K.C: “Productivity of Perforated Completionsin Formations With or Without Damage,” paper SPE4653, Journal of Petroleum Technology (August1975), 1027–1038.

Hoover, J.E. (ed.): Remington’s PharmaceuticalSciences, 14th edition, Easton, Pennsylvania, USA,Mack Publishing Co. (1970).

Horton, H.L., Hendrickson, A.R. and Crowe, C.W.:“Matrix Acidizing of Limestone Reservoirs,” paperAPI N906-10-F, presented at the Spring Meeting ofthe Southwestern District, Dallas, Texas, USA(March 10–12, 1965).

Houchin, L.R., Dunlap, D.D., Arnold, B.D. andDomke, K.M.: “The Occurrence and Control ofAcid-Induced Asphaltene Sludge,” paper SPE19410, presented at the SPE Formation DamageControl Symposium, Lafayette, Louisiana, USA(February 22–23, 1990).

Houchin, L.R., Dunlap, D.D., Hudson, L.M. andBegnaud, P.C.: “Evaluation of Oil-Soluble Resin asan Acid-Diverting Agent,” paper SPE 15574, pre-sented at the SPE Annual Technical Conference andExhibition, New Orleans, Louisiana, USA (October5–8, 1986).

Houchin, L.R. and Hudson, L.M.: “The Prediction,Evaluation and Treatment of Formation DamageCaused by Organic Deposition,” paper SPE 14818,presented at the SPE Symposium on FormationDamage Control, Lafayette, Louisiana, USA(February 26–27, 1986).

Hower, W.F.: “Influence of Clays on the Productionof Hydrocarbons,” paper SPE 4785, presented at theSPE Symposium on Formation Damage Control,New Orleans, Louisiana, USA (February 7–8, 1974).

Hsia, T-Y. and Behrmann, L.A.: “Perforating Skinsas a Function of Rock Permeability and Under-balance,” paper SPE 22810, presented at the SPE

Annual Technical Conference and Exhibition, Dallas,Texas, USA (October 6–9, 1991).

Huang, T., Hill, A.D. and Schechter, R.S.: “ReactionRate and Fluid Loss: The Keys to Wormhole Initia-tion and Propagation in Carbonate Acidizing,” paperSPE 37312, presented at the SPE InternationalSymposium on Oilfield Chemistry, Houston, Texas,USA (February 18–21, 1997).

Huh, D.G. and Handy, L.L: “Comparison of Steady-and Unsteady-State Flow of Gas and FoamingSolution in Porous Media,” paper SPE 15078, SPEReservoir Engineering (February 1989), 77–84.

Hung, K.M.: “Modeling of Wormhole Behavior inCarbonate Acidizing,” PhD dissertation, The Uni-versity of Texas at Austin, Austin, Texas, USA(1987).

Hung, K.M., Hill, A.D. and Sepehrnoori, K.: “A Mechanistic Model of Wormhole Growth inCarbonate Matrix Acidizing and Acid Fracturing,”paper SPE 16886, Journal of Petroleum Technology(January 1989) 41, No. 1, 59–66.

Hurst, R.E.: “Our Petroleum Reservoirs DeserveBetter Care,” paper SPE 4659, presented at the SPEAnnual Meeting, Las Vegas, Nevada, USA(September 30–October 3, 1973).

Iler, R.K.: The Chemistry of Silica: Solubility, Poly-merization, Colloid and Surface Properties, andBiochemistry, New York, New York, USA, J. Wileyand Sons, Inc. (1979).

Jacobs, I.C. and Thorne, M.A.: “Asphaltene Precip-itation During Acid Stimulation Treatments,” paperSPE 14823, presented at the SPE Symposium onFormation Damage Control, Lafayette, Louisiana,USA (February 26–27, 1986).

Jensen, J.A. and Friedmann, F.: “Physical andChemical Effects of an Oil Phase on the Propagationof Foam in Porous Media,” paper SPE 16375, pre-sented at the SPE California Regional Meeting,Ventura, California, USA (April 8–10, 1987).

Jiang, R. and Anson, F.C.: “Association of Electro-active Counterions with Polyelectrolytes. 4.Coordinative Binding of Ru (EDTA) to Poly (4-Vinylpyridine),” J. Phys. Chem. (1992) 96, 452.

Jiao, D. and Sharma, M.M.: “Formation DamageDue to Static and Dynamic Filtration of Water-BasedMuds,” paper SPE 23823, presented at the SPE

Reservoir Stimulation R-55

Page 56: buenoooo

International Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February26–27, 1992).

Jones, A.T. and Davies, D.R.: “Qualifying AcidPlacement: The Key to Understanding DamageRemoval in Horizontal Wells,” paper SPE 31146,presented at the SPE International Formation ControlSymposium, Lafayette, Louisiana, USA (February14–15, 1996).

Jones, D.L. and Brown, K.: “Application of SystemsAnalysis Can Increase Production by 200 Percent inHigh Volume Gas Lift Wells,” paper SPE 3547, pre-sented at the SPE Annual Meeting, New Orleans,Louisiana, USA (October 3–6, 1971).

Jones, F.O. Jr.: “Influence of Chemical Compositionof Water on Clay Blocking of Permeability,” paperSPE 631, Journal of Petroleum Technology (April1964), 441.

Jones, L.G., Blount, E.M. and Glaze, O.H.: “Use ofShort Term Multiple Rate Flow Tests to PredictPerformance of Wells Having Turbulence,” paperSPE 6133, presented at the SPE Annual TechnicalConference and Exhibition, New Orleans, Louisiana,USA (October 3–6, 1976).

Jones, L.G. and Watts, J.W.: “Estimating Skin Effectin a Partially Completed Damaged Well,” paper SPE2616, Journal of Petroleum Technology (February1971), 249–252.

Jones, L.G., Yeh, C.S., Yates, T.J., Bryant, D.W.,Doolittle, M.W. and Healy, J.C.: “Alternate PathGravel Packing,” paper SPE 22796, presented at theSPE Annual Technical Conference and Exhibition,Dallas, Texas, USA (October 6–9, 1991a).

Jones, R.R., Carpenter, R.B. and Conway, M.W.: “A Study of Formation Damage Potential DuringCementing Operations,” paper SPE 22777, presentedat the SPE Annual Technical Conference and Exhi-bition, Dallas, Texas, USA (October 6–9, 1991b).

Kalfayan, L.J. and Watkins, D.R.: “A New Methodfor Stabilizing Fines and Controlling DissolutionDuring Sandstone Acidizing,” paper SPE 20076,presented at the SPE California Regional Meeting,Ventura, California, USA (April 4–6, 1990).

Kawanaka, S., Park, S.J. and Mansoori, G.A.:“Organic Deposition from Reservoir Fluids: A

Thermodynamic Predictive Technique,” paper SPE17376, SPE Reservoir Engineering (May 1991), 185.

Keelan, D.K. and Koepf, E.H.: “The Role of Coresand Core Analysis in Evaluation of FormationDamage,” paper SPE 5696, Journal of PetroleumTechnology (May 1977), 482–490.

Keeney, B.R. and Frost, J.G.: “Guidelines Regardingthe Use of Alcohols in Acidic Stimulation Fluids,”paper SPE 5181, Journal of Petroleum Technology(May 1975), 552–554.

Keese, J.A. and Oden, A.L.: “A Comparison of JetPerforating Services: Kern River Field,” paper SPE5690, presented at the SPE Symposium on Forma-tion Damage Control, Houston, Texas, USA (January29–30, 1976).

Kennedy, D.K., Kitziger, F.W. and Hall, O.E.: “CaseStudy on the Effectiveness of Nitrogen Foams andWater-Zone Diverting Agents in Multistage MatrixAcid Treatments,” paper SPE 20621, SPEProduction Engineering (May 1992), 203.

Khatib, Z.I., Hirasaki, G.J. and Falls, A.H.: “Effectsof Capillary Pressure on Coalescence and PhaseMobilities in Foams Flowing Through PorousMedia,” SPE Reservoir Engineering (August 1988),919.

Khilar, K.C. and Fogler, S.H.: “Water Sensitivity ofSandstones,” paper SPE 10103, presented at the SPEAnnual Technical Conference and Exhibition, SanAntonio, Texas, USA (October 5–7, 1981); also inJournal of Petroleum Technology (February 1983),55–64.

Kibodeaux, K.R., Zeilinger, S.C. and Rossen, W.R.:“Sensitivity Study of Foam Diversion Processes forMatrix Acidization,” paper SPE 28550, presented atthe SPE Annual Technical Conference and Exhi-bition, New Orleans, Louisiana, USA (September25–28, 1994).

King, G.E., Anderson, A. and Bingham, M.: “AField Study of Underbalance Pressures Necessary toObtain Clean Perforations Using Tubing-ConveyedPerforating,” paper SPE 14321, presented at the SPEAnnual Technical Conference and Exhibition, LasVegas, Nevada, USA (September 22–25, 1985).

King, G.E. and Hollingsworth, H.F.: “Evaluation ofDiverting Agent Effectiveness and Cleanup Charac-

R-56 References

Page 57: buenoooo

teristics Using a Dynamic Laboratory Model—HighPermeability Case,” paper SPE 8400, presented atthe SPE Annual Technical Conference and Exhi-bition, Las Vegas, Nevada, USA (September 23–26,1979).

King, G.E. and Lee, R.M.: “Adsorption and Chlor-ination of Mutual Solvents Used in Acidizing,”paper SPE 14432, SPE Production Engineering(May 1988), 205–209.

Kline, W.E.: “The Catalyzed Dissolution of SilicateMaterials by Hydrofluoric Acid,” PhD dissertation,University of Michigan, Michigan, USA (1980).

Kline, W.E. and Fogler, H.S.: “Dissolution Kinetics:The Nature of the Particle Attack of Layered Sili-cates in HF,” Chem. Eng. Sci. (1981a) 36, 871–884.

Kline, W.E. and Fogler, H.S.: “Dissolution of Sili-cate Minerals by Hydrofluoric Acid,” Ind. Eng.Chem. Fundam. (1981b) 20, 155–161.

Klotz, J.A., Krueger, R.F. and Pye, D.S.: “MaximumWell Productivity in Damaged Formations RequiresDeep, Clean Perforations,” paper SPE 4792, present-ed at the SPE Symposium on Formation DamageControl, New Orleans, Louisiana, USA (February7–8, 1974).

Knobloch, T.S., Farouq Ali, S.M. and Diaz, M.J.T.:“The Role of Acid-Additive Mixtures on AsphaltenePrecipitation,” paper SPE 7627, presented at the SPEEastern Regional Meeting, Washington, D.C., USA(November 1–3, 1978).

Kovscek, A.R. and Radke, C.J.: “Fundamentals ofFoam Transport in Porous Media,” Foams: Funda-mentals and Applications in the Petroleum Industry,L.L. Schramm (ed.), ACS Advances in ChemistrySeries, American Chemical Society, Washington,D.C., USA (1994) 3.

Krause, D.C.: “Solids-Free Brines: Efficient Dis-placement Techniques Can Save You Money,” paperSPE 14830, presented at the SPE Symposium onFormation Damage Control, Lafayette, Louisiana,USA (February 26–27, 1986).

Krueger, R.F.: “An Overview of Formation Damageand Well Productivity in Oil Field Operations,”paper SPE 10029, Journal of Petroleum Technology(February 1986), 131–152.

Krueger, R.F.: “An Overview of Formation Damageand Well Productivity in Oilfield Operations: AnUpdate,” paper SPE 17459, presented at the SPECalifornia Regional Meeting, Long Beach,California, USA (March 23–25, 1988).

Krueger, R.G., Vogel, L.C. and Fischer, P.W.: “Effectof Pressure Drawdown on Clean-Up of Clay- or Silt-Blocked Sandstone,” paper SPE 1605, Journal ofPetroleum Technology (March 1967), 397–403.

Kular, G.S., Lowe, K. and Coombe, D.: “FoamApplication in an Oil Sands Steamflood Process,”paper SPE 19690, presented at the Annual TechnicalConference and Exhibition, San Antonio, Texas,USA (October 8–11, 1989).

Kunze, K.R. and Shaughnessy, C.M.: “AcidizingSandstone Formations with Fluoboric Acid,” paperSPE 9387, SPE Journal (February 1983), 65–72.

Kuo, C.H.: “On the Production of Hydrogen Sulfide-Sulfur Mixtures from Deep Formations,” Journal ofPetroleum Technology (September 1972),1142–1146.

Kutasov, I.M. and Bizanti, M.S.: “Fluid LossesWhile Drilling,” paper SPE 13963 (1985).

Labrid, J.C.: “Stimulation Chimique: Etude Theor-ique et Experimentale des Equilibres ChimiquesDecrivant l’Attaque Fluorhydrique d’un GresArgileux,” Revue d’Institut Français du Pétrole(October 1971) 26, No. 10, 855–876.

Labrid, J.C.: “Thermodynamic and Kinetic Aspectsof Argillaceous Sandstone Acidizing,” paper SPE5165, SPE Journal (April 1975), 117–128.

Lambert, M.E.: “A Statistical Study of ReservoirHeterogeneity,” MS thesis, The University of Texasat Austin, Austin, Texas, USA (1981).

Lauritzen, S.E., Odling, N. and Petersen, J.: “Model-ling the Evolution of Channel Networks in Carbon-ate Rocks,” presented at the Eurock Conference(September 1992).

Lea, C.-M., Hill, A.D. and Sepehrnoori, K.: “Effectof Fluid Diversion on the Acid Stimulation of aPerforation,” paper SPE 22853, SPE Production & Facilities (May 1993), 131.

Lee, H.O., Heller, J.P. and Hoofer, A.M.W.: “Changein Apparent Viscosity of CO2 Foam with Rock

Reservoir Stimulation R-57

Page 58: buenoooo

Permeability,” paper SPE 20194, SPE ReservoirEngineering (November 1991), 421–428.

Lejon, K., Thingvoll, J.T., Vollen, E.A. andHammonds, P.: “Formation Damage Due to Lossesof Ca-Based Brine and How It Was RevealedThrough Post Evaluation of Scale Dissolver andScale Inhibitor Squeeze Treatments,” paper SPE30086, presented at the SPE European FormationDamage Conference, The Hague, Netherlands (May15–16, 1995).

Leon, L.: “The Role of the Service Company inMinimizing and Reducing Formation Contamin-ation,” paper SPE 4660, presented at the SPEAnnual Meeting, Las Vegas, Nevada, USA(September 30–October 3, 1973).

Leontaritis, K.J.: “Asphaltene Deposition: AComprehensive Description of ProblemManifestations and Modeling Approaches,” SPE18892, presented at the SPE Production OperationsSymposium, Oklahoma City, Oklahoma, USA(March 13–14, 1989).

Leontaritis, K.J., Amaefule, J.O. and Charles, R.E.:“A Systematic Approach for the Prevention andTreatment of Formation Damage Caused by Asphal-tene Deposition,” paper SPE 23810, presented at theSPE International Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February26–27, 1992).

Leontaritis, K.J. and Mansoori, G.A.: “AsphalteneFlocculation During Oil Production and Processing:A Thermodynamic Colloidal Model,” paper SPE16258, presented at the SPE InternationalSymposium on Oilfield Chemistry, San Antonio,Texas, USA (February 4–6, 1987).

Levich, V.G.: Physicochemical Hydrodynamics,Englewood Cliffs, New Jersey, USA, Prentice Hall(1962).

Li, Y., Sullivan, R.B., de Rozières, J., Gaz, G.L. andHinkel, J.J.: “An Overview of Current Acid Frac-turing Technology with Recent Implications forEmulsified Acids,” paper SPE 26581, presented atthe SPE Annual Technical Conference and Exhi-bition, Houston, Texas, USA (October 3–6, 1993).

Liétard, O., Bellarby, J. and Holcomb, D.: “Design,Execution, and Evaluation of Acid Treatments ofNaturally Fractured Carbonate, Oil Reservoirs of the

North Sea,” paper SPE 30411, presented at theOffshore Europe Conference, Aberdeen, Scotland(September 5–8, 1995).

Liétard, O. and Daccord, G.: “Acid Wormholing inCarbonate Reservoirs: Validation of ExperimentalGrowth Laws Through Field Data Interpretation,”presented at the 195th National Meeting of theAmerican Chemical Society, Toronto, Ontario,Canada (June 5–11, 1988).

Lieu, V.T., Miller, S.G. and Miller S.: “ChemicalReactions with Reservoir Sand in the Recovery ofPetroleum by Alkaline Flooding,” paper SPE 12561(1983).

Lissant, K.J.: Emulsions and Emulsion Technology,part 1, New York, New York, USA, Dekker, Inc.(1974).

Lissant, K.J. and Mayhan, K.G.: “A Study ofMedium and High Internal Phase Ratio Water/Poly-mer Emulsions,” J. Colloid and Interface Science(January 1973), 201–208.

Locke, S.: “An Advanced Method for Predicting theProductivity Ratio of a Perforated Well,” paper SPE8804, Journal of Petroleum Technology (Decmeber1981), 2481.

Lund, K. and Fogler, H.S.: “Acidization V. ThePrediction of the Movement of Acid and Perme-ability Fronts in Sandstone,” Chemical EngineeringScience (1976) 31, No. 5, 381–392.

Lund, K., Fogler, H.S. and McCune, C.C.:“Acidization I: The Dissolution of Dolomite inHydrochloric Acid,” Chemical Engineering Science(1973) 28, 691–700.

Lund, K., Fogler, H.S., McCune, C.C. and Ault,J.W.: “Acidization II—The Dissolution of Calcite inHydrochloric Acid,” Chemical Engineering Science(1975) 30, 825–835.

Lybarger, J.H. and Gates, H.R.: “SGMA Perfor-mance, Design—Part 1: New Acidizing SystemYields Sustained Production Increase,” Oil & GasJournal (October 16, 1978a), 59–64.

Lybarger, J.H. and Gates, H.R.: “SGMAPerformance, Design—Part 2: Proper ReservoirChoice, Fluid Design Keys to SGMA Success,” Oil& Gas Journal (October 23, 1978b), 137–142.

R-58 References

Page 59: buenoooo

Mahajan, N.C. and Barron, B.M.: “Bridging ParticleSize Distribution: A Key Factor in the Designing ofNon-Damaging Completion Fluids,” paper SPE8792, presented at the SPE Symposium onFormation Damage Control, Bakersfield, California,USA (January 28–29, 1980).

Maly, G.P.: “Close Attention to the Smallest JobDetails Vital for Minimizing Formation Damage,”paper SPE 5702, presented at the SPE Symposiumon Formation Damage Control, Houston, Texas,USA (January 29–30, 1976).

Manlowe, D.J. and Radke, C.J.: “A Pore-LevelInvestigation of Foam/Oil Interactions in PorousMedia,” paper SPE 18069, SPE ReservoirEngineering (November 1990), 495.

Maya, L.: “Fluoroboric Acid and Its Hydroxy Deriv-atives—Solubility and Spectroscopy,” J. Inorg. Nucl.Chem. (1977) 39, 225–231.

McClaflin, G.G. and Whitfill, D.L.: “Control ofParaffin Deposition in Production Operations,” paperSPE 12204, presented at the SPE Annual TechnicalConference and Exhibition, San Francisco, Cali-fornia, USA (October 5–8, 1983).

McCorriston, L.L., Demby, R.A. and Pease, E.C.:“Study of Reservoir Damage Produced in Heavy OilFormations Due to Steam Injection,” paper SPE10077, presented at the SPE Annual Technical Con-ference and Exhibition, San Antonio, Texas, USA(October 5–7, 1981).

McCune, C.C., Fogler, H.S., Lund, K., Cunningham,J.R. and Ault, J.W: “A New Model of the Physicaland Chemical Changes in Sandstone DuringAcidizing,” paper SPE 5157, SPE Journal (October1975), 361–370.

McDougall, L.A.: “Corrosion Inhibitors for HighTemperature Applications,” Mater. Protection(August 1969), 31–32.

McElhiney, J.E., Schalge, A.L., McKnight, R.S. andRobinson, J.R. 1978: “Coreflood Acidization:Model, Measurement, and Methodology,” paper SPE7891, presented at the SPE International Symposiumon Oilfield and Geothermal Chemistry, Houston,Texas, USA (January 22–24, 1979).

McKinney, L.K. and Azar, J.J.: “Formation DamageDue to Synthetic Oil Mud Filtrates at ElevatedTemperatures and Pressures,” paper SPE 17162, pre-

sented at the SPE Formation Damage ControlSymposium, Bakersfield, California, USA (February8–9, 1988).

McLeod, H.O. Jr.: “The Effect of PerforatingConditions on Well Performance,” paper SPE 10649,Journal of Petroleum Technology (January 1983), 21.

McLeod, H.O. Jr.: “Matrix Acidizing,” paper SPE13752, Journal of Petroleum Technology (December1984) 36, 2055–2069.

McLeod, H.O. and Coulter, A.W.: “The Use ofAlcohol in Gas Well Stimulation,” paper SPE 1663,presented at the SPE Eastern Regional Meeting,Columbus, Ohio, USA (November 10–11, 1966).

McLeod, H.O. Jr. and Coulter, A.W. Jr.: “TheStimulation Treatment Pressure Record—AnOverlooked Formation Evaluation Tool,” paper SPE2287, Journal of Petroleum Technology (August1969) 71, No. 8, 951–960.

McLeod, H.O. Jr., Ledlow, L.B. and Till, M.V.: “ThePlanning, Execution and Evaluation of Acid Treat-ments in Sandstone Formations,” paper SPE 11931,presented at the SPE Annual Technical Conferenceand Exhibition, San Francisco, California, USA(October 5–8, 1983).

McLeod, H.O. Jr. and Minarovic, M.J.: “Monitoringand Analysis of Gravel-Packing Procedures toExplain Well Performance,” paper SPE 27356, pre-sented at the SPE International Symposium onFormation Damage Control, Lafayette, Louisiana,USA (February 9–10, 1994); also in Journal ofPetroleum Technology (October 1994), 878–883.

Meehan, D.N. and Schell, E.J.: “An Analysis ofRate-Sensitive Skin in Gas Wells,” paper SPE12176, presented at the SPE Annual TechnicalConference and Exhibition, San Francisco,California, USA (October 5–8, 1983).

Methven, N.E. and Kemick, J.G.: “Drilling andGravel Packing with an Oil Base Fluid System,”Journal of Petroleum Technology (June 1969),671–679.

Millhone, R.S.: “Completion Fluids for MaximizingProductivity—State of the Art,” paper SPE 10030,Journal of Petroleum Technology (January 1983), 47.

Milne, A.: “Horizontal Well Completion &Stimulation Technology,” Schlumberger Dowell(1991).

Reservoir Stimulation R-59

Page 60: buenoooo

Monger, T.G. and Fu, J.C.: “The Nature of CO2-Induced Organic Deposition,” paper SPE 16713,presented at the SPE Annual Technical Conferenceand Exhibition, Dallas, Texas, USA (September27–30, 1987).

Monger, T.G. and Trujillo, D.E.: “Organic Deposi-tion During COs and Rich-Gas Flooding,” paper SPE 18063, SPE Reservoir Engineering (February1991), 17.

Montgomery, C.T., Jan, Y.-M. and Niemeyer, B.L.:“Development of a Matrix Acidizing StimulationTreatment Evaluation and Recording System,” paperSPE 26579, presented at the SPE Annual TechnicalConference and Exhibition, Houston, Texas, USA(October 3–6, 1994); also in SPE Production &Facilities (November 1995) 10, No. 6, 219.

Montgomery, M.: “Discussion of the Drilling MudDilemma—Recent Examples,” paper SPE 14481,Journal of Petroleum Technology (July 1985), 1230.

Moore, E.W., Crowe, C.W. and Hendrickson, A.R.:“Formation, Effect and Prevention of AsphalteneSludges During Stimulation Treatments,” paper SPE1163, Journal of Petroleum Technology (September1965), 1023–1028.

Morales, R.H., Brown, E., Norman, W.D., DeBonis,V., Mathews, M., Park, E.I. and Brown, D.: “Mech-anical Skin Damage on Wells,” paper SPE 30459,presented at the SPE Annual Technical Conferenceand Exhibition, Dallas, Texas, USA (October 22–25,1995).

Morgenthaler, L.N.: “Formation Damage Tests ofHigh-Density Brine Completion Fluids,” paper SPE13811, SPE Production Engineering (November1986), 432.

Morita, N., Gray, K.E., Srouji, F.A.A. and Jogi, P.N.:“Rock Property Change During Reservoir Compac-tion,” paper SPE 13099, presented at the SPEAnnual Technical Conference and Exhibition,Houston, Texas, USA (September 16–19, 1984).

Mostofizadeh, B. and Economides, M.J.: “OptimumInjection Rate from Radial Acidizing Experiments,”paper SPE 28547, presented at the SPE AnnualTechnical Conference and Exhibition, New Orleans,Louisiana, USA (September 25–28, 1994).

Muecke, T.W.: “Formation Fines and FactorsControlling Their Movement in Porous Media,”

Journal of Petroleum Technology (February 1979),144–150.

Muhr, A.H. and Blanchard, J.M.V.: “Diffusion inGels,” Polymer (July 1982 Suppl.) 23, 1012–1026.

Mungan, N.: “Permeability Reduction Due toSalinity Changes,” J. Can. Pet. Tech. (July–September 1968), 113–117.

Muskat, M.: Physical Properties of Oil Production:New York, New York, USA, McGraw-Hill BookCompany (1949), 242.

NACE International: Standard RecommendedPractice: Handling and Proper Usage of InhibitedOilfield Acids, NACE Standard RP0273-95, ItemNo. 21009 (1995).

Nancollas, G.H. and Sawada, K.: “Formation ofScales of Calcium Carbonate Polymorphs: TheInfluence of Magnesium Ion and Inhibitors,” paperSPE 8992, Journal of Petroleum Technology (March1982), 645.

Newberry, M.E.: “Chemical Effects on Crude OilPipeline Pressure Problems,” paper SPE 11561,Journal of Petroleum Technology (May 1984), 779.

Newberry, M.E., Addison, G.E. and Barker, K.M.:“Paraffin Control in the Northern Michigan NiagaranReef Trend,” paper SPE 12320, SPE ProductionEngineering (May 1986), 213.

Newberry, M.E. and Barker, K.M.: “FormationDamage Prevention Through the Control of Paraffinand Asphaltene Deposition,” paper SPE 13796, pre-sented at the SPE Production Operations Sympos-ium, Oklahoma City, Oklahoma, USA (March10–12, 1985).

Newman, G.H.: “The Effect of Water Chemistry on the Laboratory Compression and PermeabilityCharacteristics of Some North Sea Chalks,” paperSPE 10203, Journal of Petroleum Technology (May1983), 976.

Nierode, D.E. and Kruk, K.F.: “An Evaluation ofAcid Fluid Loss Additives, Retarded Acids andAcidized Fracture Conductivity,” paper SPE 4549,presented at the SPE Annual Meeting, Las Vegas,Nevada, USA (September 30–October 3, 1973).

Nierode, D.E. and Williams, B.B.: “Characteristicsof Acid Reactions in Limestone Formations,” paperSPE 3101, presented at the SPE Annual Meeting,

R-60 References

Page 61: buenoooo

Houston, Texas, USA (October 4–7, 1970); also inSPE Journal (December 1971), 406–418.

Nitters, G. and Hagelaars, A.M.P.: “Careful Planningand Sophisticated Support: The Key to ImprovedAcidisation Results,” paper SPE 20967, presented at Europec 90, The Hague, Netherlands (October22–24, 1990).

Nougaro, J. and Labbé, C.: “Etude des Lois deL’Acidification dans le Cas d’un Calcaire Vacu-olaire,” Rev. Fran. Pet. (1955) 10, No. 5, 354.

Oddo, J.E., Smith, J.P. and Tomson, M.B.: “Analysisof and Solutions to the CaCO3 and CaSO4 ScalingProblems Encountered in Wells Offshore Indonesia,”paper SPE 22782, presented at the SPE AnnualTechnical Conference and Exhibition, Dallas, Texas,USA (October 6–9, 1991).

Odeh, A.S.: “Steady-State Flow Capacity of Wellswith Limited Entry to Flow,” paper SPE 1797, SPEJournal (March 1968), 43–51.

Ogino, K. and Onishi, M.: “Interfacial Action ofNatural Surfactants in Oil/Water Systems,” J.Colloid and Interface Science (September 1981) 83,No. 1, 18–25.

Oudeman, P., ter Avest, D., Grodal, E.O., Asheim,H.A. and Meissner, R.J.H.: “Bull Heading to KillLive Gas Wells,” paper SPE 28896, presented at theSPE European Petroleum Conference, London, UK(October 25–27, 1994).

Oyenenin, M.B., Peden, J.M, Hosseini, A. and Ren,G.: “Factors to Consider in the Effective Manage-ment and Control of Fines Migration in High Perme-ability Sands,” paper SPE 30112, presented at theSPE European Formation Damage Conference, TheHague, Netherlands (May 15–16, 1995).

Paccaloni, G.: “Field History Verifies Control, Eval-uation,” Oil & Gas Journal (November 26, 1979a)77, No. 46, 61–65.

Paccaloni, G.: “New Method Proves Value of Stim-ulation Planning,” Oil & Gas Journal (November19, 1979b) 77, No. 45, 155–160.

Paccaloni, G.: “A New, Effective Matrix StimulationDiversion Technique,” paper SPE 24781, presentedat the SPE Annual Technical Conference andExhibition, Washington, D.C., USA (October 4–7,1992); also in SPE Production & Facilities (August1995), 151–156.

Paccaloni, G. and Tambini, M.: “Advances in MatrixStimulation Technology,” paper SPE 20623, pre-sented at the SPE Annual Technical Conference and Exhibition, New Orleans, Louisiana, USA(September 23–26, 1990).

Paccaloni, G., Tambini, M. and Galoppini, M.: “KeyFactors for Enhanced Results of Matrix StimulationTreatments,” paper SPE 17154, presented at the SPEFormation Damage Control Symposium, Bakersfield,California, USA (February 8–9, 1988).

Paktinat, J.: “Reduced Adsorption and EmulsionTendencies in Sandstone Formation Through the Useof Ethoxylates,” paper SPE 21011, presented at theSPE International Symposium on Oilfield Chemistry,Anaheim, California, USA (February 20–22, 1991).

Parlar, M., Nelson, E.B., Walton, I.C., Park, E. andDeBonis, V.: “An Experimental Study on Fluid-LossBehavior of Fracturing Fluids and Formation Dam-age in High-Permeability Porous Media,” paper SPE 30458, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(October 22–25, 1995).

Parlar, M., Parris, M.D., Jasinski, R.J. and Robert,J.A.: “An Experimental Study of Foam FlowThrough Berea Sandstone with Applications to FoamDiversion in Matrix Acidizing,” paper SPE 29678,presented at the SPE Western Regional Meeting,Bakersfield, California, USA (March 8–10, 1995).

Patton, J.T. and Phelan, P.F.: “Well Damage HazardsAssociated with Conventional Completion Fluids,”paper SPE 13800, presented at the SPE ProductionOperations Symposium, Oklahoma City, Oklahoma,USA (March 10–12, 1985).

Paul, J.R. and Plonka, J.H.: “Solids Free CompletionFluids Maintain Formation Permeability,” paper SPE4655, presented at the SPE Annual Meeting, LasVegas, Nevada, USA (September 30–October 3,1973).

Persoff, P., Pruess, K., Benson, S.M., Wu, Y.S.,Radke, C.J. and Witherspoon, P.A.: “Aqueous Foamsfor Control of Gas Migration and Water Coning inAquifer Gas Storage,” Energy Sources (1990) 12,479–497.

Persoff, P., Radke, C.J., Pruess, K., Benson, S.M.and Witherspoon, P.A.: “A Laboratory Investigationof Foam Flow in Sandstone at Elevated Pressure,”SPE Reservoir Engineering (August 1991), 365–372.

Reservoir Stimulation R-61

Page 62: buenoooo

Perthuis, H., Touboul, E. and Piot, B.: “AcidReactions and Damage Removal in Sandstones: AModel for Selecting the Acid Formulation,” paperSPE 18469, presented at the SPE InternationalSymposium on Oilfield Chemistry, Houston, Texas,USA (February 8–10, 1989).

Petitjean, L., Couet, B., Abel, J.C., Schmidt, J.H.and Ferguson, K.R.: “Well Productivity Improve-ment Using Extreme Overbalance Perforating andSurging—Case History,” paper SPE 30527, present-ed at the SPE Annual Technical Conference andExhibition, Dallas, Texas, USA (October 22–25,1995).

Phelps, G.D., Stewart, G., Peden, J.M. and Heriot-Watt, U.: “The Analysis of the Invaded ZonesCharacteristics and Their Influence on Wireline Logand Well-Test Interpretation,” paper SPE 13287, pre-sented at the SPE Annual Technical Conference andExhibition, Houston, Texas, USA (September 16–19,1984).

Pichler, T., Frick, T.P., Economides, M.J. andNittmann, J.: “Stochastic Modeling of WormholeGrowth in Carbonate Acidizing with Biased Ran-domness,” paper SPE 25004, presented at the SPEEuropean Petroleum Conference, Cannes, France(November 16–18, 1992).

Piro, G., Barberis Canonico, L., Galbariggi, G.,Bertero, L. and Carniani, C.: “Experimental Studyon Asphaltene Adsorption onto Formation Rock: An Approach to Asphaltene Formation DamagePrevention,” paper SPE 30109, presented at the SPE European Formation Damage Conference, TheHague, Netherlands (May 15–16, 1995).

Pittaway, K.R., Albright, J.C., Hoover, J.W. andMoore, J.S.: “The Maljamar CO2 Pilot: Review andResults,” paper SPE 14940, Journal of PetroleumTechnology (October 1987), 1256.

Place, M.C. Jr. and Smith, J.T.: “An Unusual Case of Salt Plugging in a High-Pressure Sour Gas Well,”paper SPE 13246, presented at the SPE AnnualTechnical Conference and Exhibition, Houston,Texas, USA (September 16–19, 1984).

Plummer, L.N., Wigley, T.M.L. and Parkhurst, D.L.:“The Kinetics of Calcite Dissolution in CO2-WaterSystems at 5° to 60°C and 0.0 to 1.0 atm CO2,” Am.J. Sci. (February 1978) 278, 179–216.

Porter, K.: “An Overview of Formation Damage,”paper SPE 19894, Journal of Petroleum Technology(1989), 780.

Potter, G.F.: “Formation Damage of Brine CorrosionInhibitors,” paper SPE 12495, presented at theFormation Damage Control Symposium, Bakersfield,California, USA (February 13–14, 1984).

Priisholm, S., Nielsen, B.L. and Haslund, O.: “FinesMigration, Blocking, and Clay Swelling of PotentialGeothermal Sandstone Reservoirs, Denmark,” SPEFormation Evaluation (June 1987), 168.

Prouvost, L. and Economides, M.J.: “Real-TimeEvaluation of Matrix Acidizing Treatments,” Pet.Sci. and Eng. (November 1987), 145–154.

Prouvost, L. and Economides, M.J.: “Applications of Real-Time Matrix-Acidizing Evaluation Method,”paper SPE 17156, SPE Production Engineering(November 1989) 4, No. 6, 401–407.

Pye, D.S., Gallus, J.P. and Kemp, J.D.: “PlacementControl Boosts Well-Stimulation Results,” Oil &Gas Journal (November 9, 1970), 76–80.

Quinn, M.A.: “Designing Effective Sandstone Acid-izing Treatments Through Geochemical Modeling,”MS thesis, The University of Texas at Austin,Austin, Texas, USA (1994).

Radke, C.J. and Gillis, J.V.: “A Dual Gas TracerTechnique for Determining Trapped Gas SaturationDuring Steady Foam Flow in Porous Media,” paperSPE 20519, presented at the SPE Annual TechnicalConference and Exhibition, New Orleans, Louisiana,USA (September 23–26, 1990).

Raleigh, J.T. and Flock, D.L.: “A Study of Forma-tion Plugging with Bacteria,” Journal of PetroleumTechnology (February 1965), 201–206.

Recommended Practices for Laboratory Testing ofSurface Active Agents for Well Stimulation (RP 42),second edition, Dallas, Texas, USA, AmericanPetroleum Institute (January 1, 1977).

Records, L.R.: “Drilling Practices that AffectFormation Damage,” paper SPE 5714, presented atthe SPE Symposium on Formation Damage Control,Houston, Texas, USA (January 29–30, 1976).

Records, L.R. and Ritter, J.E.: “Results of Field Useof Very Low Water Loss Oil Well Cements forBetter Production Capability of Oil and Gas Wells,”

R-62 References

Page 63: buenoooo

paper SPE 7010, presented at the SPE Symposiumon Formation Damage Control, Lafayette, Louisiana,USA (February 15–16, 1978).

Reed, M.G.: “Gravel Pack and Formation SandstoneDissolution During Steam Injection,” Journal ofPetroleum Technology (June 1980), 941–949.

Reid, P.: “Formation Damage,” Drilling Fluids, E. Potts (ed.), Elsevier (1996).

Ridwan, A. and Cannan, W.: “Well StimulationReview for the Arun Limestone Reservoir,” paperOSEA-90140 (1990).

Rike, J.L.: “The Relationship Between Clean Fluidsand Effective Completions,” paper SPE 9426, pre-sented at the SPE Annual Technical Conference andExhibition, Dallas, Texas, USA (September 21–24,1980).

Rike, J.L. and Pledger, T.M.: “Clean Fluids ImproveCompletion Results,” paper SPE 9752, presented atthe SPE Production Operation Symposium, Okla-homa City, Oklahoma, USA (March 1–3, 1981).

Robert, J.A. and Mack, M.G.: “Foam DiversionModeling and Simulation,” paper SPE 29676, pre-sented at the SPE Western Regional Meeting,Bakersfield, California, USA (March 8–10, 1995).

Roberts, L.D. and Guin, J.A.: “The Effect of SurfaceKinetics in Fracture Acidizing,” paper SPE 4349,SPE Journal (August 1974), 385–396; also in Trans.,AIME 257.

Rogers, B.A., Burk, M.K. and Stonecipher, S.A.:“Designing of Remedial Acid Treatment for Gulf of Mexico Deepwater Turbidite Sands ContainingZeolite Cement,” paper SPE 39595, presented at theSPE International Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February18–19, 1998).

Rogers, E.B. Jr.: “Successful Well StimulationProgram Has Revitalized a California Oil Field,”Journal of Petroleum Technology (December 1976),1420–1426.

Rosen, M.J.: Surfactants and Interfacial Phenomena,second edition, John Wiley and Sons (1989), 207.

Rossen, W.R.: “Theory of Minimum PressureGradient of Flowing Foams in Porous Media. I.Incompressible Foam, II. Effect of Compressibility,

III. Asymmetric Lamella Shapes,” J. Colloid andInterface Sci. (1990) 136, 1, 17, 38 and (1990) 139.

Rossen, W.R.: “Foams in Enhanced Oil Recovery,”Foams: Theory, Measurements and Applications,R.K. Prud’homme and S. Khan (eds.), New York,New York, USA, Marcel Dekker (in press).

Rossen, W.R. and Zhou, Z.H.: “Modeling FoamMobility at the Limiting Capillary Pressure,” SPEAdvanced Technology Series (1995) 3, 146.

Rowan, G.: “Theory of Acid Treatment of LimestoneFormations,” J. Inst. Pet. (November 1959) 45, No.431, 321.

Ryan, D.F., Browne, S.V. and Burnham, M.P.: “MudClean-Up in Horizontal Wells: A Major Joint Indus-try Study,” paper SPE 30528, presented at the SPEAnnual Technical Conference and Exhibition, Dallas,Texas, USA (October 22–25, 1995).

Saidikowski, R.M.: “Numerical Simulations of theCombined Effects of Wellbore Damage and PartialPenetration,” paper SPE 8204, presented at the SPEAnnual Technical Conference and Exhibition, LasVegas, Nevada, USA (September 23–26, 1979).

Samuelson, M.L.: “Alternatives to Aromatics forSolvency of Organic Deposits,” paper SPE 23816,presented at the SPE International Symposium onFormation Damage Control, Lafayette, Louisiana,USA (February 26–27, 1992).

Sands, E.E. Jr.: “Good Communications, a Tool forthe Prevention of Formation Damage,” paper SPE4657, presented at the SPE Annual Meeting, LasVegas, Nevada, USA (September 30–October 3,1973).

Sanner, D.O. and Azar, J.J.: “Alteration of ReservoirRock Wettability and Its Flow Properties Caused byOil-Based and Water-Based Drilling Muds,” paperSPE 27354, presented at the SPE InternationalSymposium on Formation Damage Control,Lafayette, Louisiana, USA (February 7–10, 1994).

Saucier, R.J. and Lands, J.F.: “A Laboratory Study of Perforations in Stressed Formations,” paper SPE6758, Journal of Petroleum Technology (September1978) 30, 1447–1353.

Saxon, A., Chariag, B. and Rahman, M.R.A.: “AnEffective Matrix Diversion Technique for Carbonate

Reservoir Stimulation R-63

Page 64: buenoooo

Formations,” paper SPE 37734, presented at the SPEMiddle East Oil Conference and Exhibition,Manama, Bahrain (March 17–20, 1997).

Schantz, S.S. and Stephenson, W.K.: “AsphalteneDeposition: Development and Application ofPolymeric Asphaltene Dispersants,” paper SPE22783, presented at the SPE Annual TechnicalConference and Exhibition, Dallas, Texas, USA(October 6–9, 1991).

Schechter, R.S.: Oil Well Stimulation, EnglewoodCliffs, New Jersey, USA, Prentice Hall (1992).

Schechter, R.S. and Gidley, J.L.: “The Change inPore Size Distribution from Surface Reactions inPorous Media,” AIChE J. (May 1969) 15, No. 3,339–350.

Scheuerman, R.F.: “A Buffer-Regulated HF Acid forSandstone Acidizing to 550°F,” paper SPE 13563,SPE Production Engineering (February 1988), 13.

Schiable, D.F., Akpan, B. and Ayoub, J.A.: “Identi-fication, Evaluation, and Treatment of FormationDamage, Offshore Louisiana,” paper SPE 14820,presented at the SPE Symposium on FormationControl, Lafayette, Louisiana, USA (February26–27, 1986).

Schramm, L.L. (ed.): Foams: Fundamentals andApplications in the Petroleum Industry, ACSAdvances in Chemistry Series, Washington, D.C.,USA, American Chemical Society (1994) 3, No.242.

Schramm, J.L. and Novosad, J.J.: “The Destabil-ization of Foams for Improved Oil Recovery byCrude Oils: Effect of Nature of the Oil,” J. Petr. Sci.Eng. (1992) 7, 77–90.

Seanard, K.C.: “Underbalanced Perforating in aClosed System,” paper SPE 14828, presented at theSPE Symposium on Formation Damage Control,Lafayette, Louisiana, USA (February 26–27, 1986).

Sengupta, S.K., Hayatdavoudi, A., Tiab, J.O., Kalra,S.K., LeBlanc, J.L. and Schluntz, E.K.: “Effect ofFlow Rate and Rheology on Shear Strength ofMigrating Formation Fines Due to Flow of Pseudo-plastic Fluids,” paper SPE 10669, presented at theSPE Formation Damage Control Symposium,Lafayette, Louisiana, USA (March 24–25, 1982).

Settari, A.: “Modeling of Acid-Fracturing Treat-ments,” paper SPE 21870, presented at the SPERocky Mountain Regional/Low PermeabilityReservoirs Symposium, Denver, Colorado, USA(April 15–17, 1991); also in SPE Production &Facilities (February 1993) 8, No. 1, 30–38.

Sevougian, S.D., Lake, L.W. and Schechter, R.S.: “A New Geochemical Simulator to Design MoreEffective Sandstone Acidizing Treatments,” paperSPE 24780, presented at the SPE Annual TechnicalConference and Exhibition, Washington, D.C., USA(October 4–7, 1992).

Sharma, B.G. and Sharma, M.M.: “PolymerizableUltra-Thin Films: A New Technique for FinesStabilization,” paper SPE 27345, presented at theSPE International Symposium on Formation DamageControl, Lafayette, Louisiana, USA (February 7–10,1994).

Sharma, M.M., Yortsos, Y.C. and Handy, L.L.:“Release and Deposition of Clays in Sandstones,”paper SPE 13562, presented at the InternationalSymposium on Oilfield and Geothermal Chemistry,Phoenix, Arizona, USA (April 9–11, 1985).

Shaughnessy, C.M. and Kline, W.E.: “EDTARemoves Formation Damage at Prudhoe Bay,”Journal of Petroleum Technology (October 1983),1783–1792.

Shaughnessy, C.M. and Kunze, K.R.:“Understanding Sandstone Acidizing Leads toImproved Field Practices,” paper SPE 9388, Journalof Petroleum Technology (July 1981), 1196–1202.

Shaw, R.C. and Rugg, F.E.: “Clean Fluids Lead toBetter Completions,” paper SPE 4778, presented atthe SPE Symposium on Formation Damage Control,New Orleans, Louisiana, USA (February 7–8, 1974).

Sherman, P. (ed.): Emulsion Science, London,England, Academic Press (1968).

Shuchart, C.E. and Ali, S.A.: “Identification ofAluminum Scale with the Aid of SyntheticallyProduced Basic Aluminum Fluoride Complexes,”paper SPE 23812, presented at the SPE InternationalSymposium on Formation Damage Control,Lafayette, Louisiana, USA (February 26–27, 1992).

R-64 References

Page 65: buenoooo

Shuchart, C.E. and Gdanski, R.D.: “ImprovedSuccess in Acid Stimulations with a New Organic-HF System,” paper SPE 36907, presented at the SPEEuropean Petroleum Conference, Milan, Italy(October 22–24, 1996).

Shuler, P.J., Baudoin, D.A. and Weintritt, D.J.:“Diagnosis and Prevention of NORM at EugeneIsland 341-A,” paper SPE 29711, presented at theSPE/EPA Exploration & Production EnvironmentalConference, Houston, Texas, USA (March 27–29,1995).

Simon, D.E., Kaul, F.W. and Culbertson, J.N.:“Anadarko Basin Morrow-Springer SandstoneStimulation Study,” paper SPE 6757, Journal of Petroleum Technology (June 1979), 683.

Simpson, J.P.: “Drilling Fluid Filtration UnderSimulated Downhole Conditions,” paper SPE 4779,presented at the SPE Formation Damage ControlSymposium, New Orleans, Louisiana, USA(February 7–8, 1974).

Simpson, J.P.: “Author's Reply to Discussion of TheDrilling Mud Dilemma—Recent Examples,” paperSPE 14527, Journal of Petroleum Technology (July1985a), 1230.

Simpson, J.P.: “The Drilling Mud Dilemma—RecentExamples,” paper SPE 13927, Journal of PetroleumTechnology (February 1985b), 201–206.

Singhal, H.K., Sahai, G.C., Pundeer, G.S. andChandra, K.: “Designing and Selecting Wax CrystalModifier for Optimum Field Performance Based onCrude Oil Composition,” paper SPE 22784, present-ed at the SPE Annual Technical Conference andExhibition, Dallas, Texas, USA (October 6–9, 1991).

Sjöberg, E.L. and Rickard, D.T.: “Calcite DissolutionKinetics: Surface Speciation and the Origin of theVariable pH Dependence,” Chem. Geol. (1984) 42,119.

Sloan, J.P., Brooks, J.P. and Dear, S.F. III: “A New,Nondamaging, Acid-Soluble Weighting Material,”paper SPE 4782, Journal of Petroleum Technology(January 1975), 15–20.

Smith, C.F., Crowe, C.W. and Nolan, T.J. III:“Secondary Deposition of Iron CompoundsFollowing Acidizing Treatments,” paper SPE 2358,Journal of Petroleum Technology (September 1969),1121–1129.

Smith, C.F., Dollarhide, F.E. and Byth, N.J.: “AcidCorrosion Inhibitors—Are We Getting What WeNeed?,” paper SPE 5644, Journal of PetroleumTechnology (May 1978), 737–747.

Smith, C.F. and Hendrickson, A.R.: “HydrofluoricAcid Stimulation of Sandstone Reservoirs,” paperSPE 980, Journal of Petroleum Technology(February 1965), 215–222.

Smith, C.F., Ross, W.M. and Hendrickson, A.R.:“Hydrofluoric Acid Stimulation—Developments forField Application,” paper SPE 1284, presented at theSPE Annual Meeting, Denver, Colorado, USA(October 3–6, 1965).

Smith, C.L., Anderson, J.L. and Roberts, P.G.: “NewDiverting Techniques for Acidizing and Fracturing,”paper SPE 2751, presented at the SPE AnnualCalifornia Regional Meeting, San Francisco,California, USA (November 6–7, 1969).

Sparlin, D.D.: “Sand and Gravel: A Study of TheirPermeabilities,” paper SPE 4772, presented at theSPE Symposium on Formation Damage Control,New Orleans, Louisiana, USA (February 7–8, 1974).

Sparlin, D.D. and Hagen, R.W.: “SPE Short Courseon Formation Damage Prevention,” InternationalCompletion Consultants, Inc. (1983).

Stadalman, J.R., Novotny, R.J. and Houchin, L.R.:“Understanding Changing Wellbore PressuresImproves Sand Control Longevity,” paper SPE14160, presented at the SPE Annual TechnicalConference and Exhibition, Las Vegas, Nevada,USA (September 22–25, 1985).

Stein, N. and Hilchie, D.W.: “Estimating theMaximum Production Rate Possible from FriableSandstones Without Using Sand Control,” paper SPE3499, Journal of Petroleum Technology (September1972), 1157–1160.

Stein, N., Odeh, A.S. and Jones, L.G.: “EstimatingMaximum Sand-Free Production Rates from FriableSands for Different Well Completion Geometries,”paper SPE 4534, Journal of Petroleum Technology(October 1974), 1156–1158.

Stewart, B.R., Mullen, M.E., Howard, W.J. andNorman, W.D.: “Use of Solid-Free Viscous CarryingFluid in Fracturing Applications: An Economic andProductivity Comparison in Shallow Completions,”paper SPE 30114, presented at the SPE European

Reservoir Stimulation R-65

Page 66: buenoooo

Formation Damage Conference, The Hague,Netherlands (May 15–16, 1995).

Strickland, F.G.: “Reasons for Production Decline inthe Diatomite, Belridge Oil Field: A RockMechanics View,” paper SPE 10773, Journal ofPetroleum Technology (March 1985) 37, No. 3,521–526.

Suman, G.O. Jr.: “Perforations—A Prime Source of Well Performance Problems,” paper SPE 3445,Journal of Petroleum Technology (April 1972),399–411.

Sumotarto, U.: “Sandstone Acidizing Simulation:Development of an Expert System,” PhD disserta-tion, The University of Texas at Austin, Austin,Texas, USA (1995).

Sutton, G.D. and Roberts, L.D.: “Paraffin Precip-itation During Fracture Stimulation,” paper SPE4411, Journal of Petroleum Technology (September1974), 997–1006.

Svetgoff, J.: “Paraffin Problems Can Be Resolvedwith Chemicals,” Oil & Gas Journal (February 27,1984), 79–82.

Taha, R., Hill, A.D. and Sepehrnoori, K.: “Simu-lation of Sandstone Matrix Acidizing in Hetero-geneous Reservoirs,” paper SPE 13218, Journal of Petroleum Technology (July 1986), 753.

Taha, R., Hill, A.D. and Sepehrnoori, K.: “SandstoneAcidizing Design with a Generalized Model,” paperSPE 16885, SPE Production Engineering (February1989), 49–55.

Takhar, S., Ravenscroft, P.D. and Nicoll, D.C.A.:“Prediction of Asphaltene Deposition DuringProduction—Model Description and ExperimentalDetails,” paper SPE 30108, presented at the SPEEuropean Formation Damage Conference, TheHague, Netherlands (May 15–16, 1995).

Takulpakdee, S.: “Flow and Reaction of Weak Acidsin Carbonate Porous Media,” MS thesis, Chula-longkorn University, Bangkok, Thailand (1998).

Tambini, M.: “An Effective Matrix StimulationTechnique for Horizontal Wells,” paper SPE 24993,presented at the European Petroleum Conference,Cannes, France (November 16–18, 1992).

Tariq, S.M.: “Evaluation of Flow Characteristics of Perforations Including Nonlinear Effects Using

Finite-Element Method,” paper SPE 12781, pre-sented at the SPE California Regional Meeting, LongBeach, California, USA (April 11–13, 1984).

Templeton, C.C., Richardson, E.A., Karnes, G.T. andLybarger, J.H.: “Self-Generating Mud Acid,” paperSPE 5153, Journal of Petroleum Technology(October 1975), 1199.

Tetelman, A.S.: “Recent Developments in Classical(Internal) Hydrogen Embrittlement,” ASM Sym-posium Series on Hydrogen in Metals (1973).

Thawer, R., Nicoll, D.C.A. and Dick, G.: “Asphal-tene Deposition in Production Facilities,” paper SPE18473, SPE Production Engineering (November1990), 475.

Thomas, D.C.: “Selection of Paraffin ControlProducts and Applications,” paper SPE 17626, pre-sented at the SPE International Meeting onPetroleum Engineering, Tianjin, China (November1–4, 1988).

Thomas, R.L., Ali, S.A., Robert, J.A. and Acock,A.M.: “Field Validation of a Foam Diversion Model:A Matrix Stimulation Case Study,” paper SPE39422, presented at the SPE International Sympo-sium on Formation Damage Control, Lafayette,Louisiana, USA (February 18–19, 1998).

Thomas, R.L. and Crowe, C.W.: “Matrix TreatmentEmploys New Acid System for Stimulation andControl of Fines Migration in Sandstone Forma-tions,” paper SPE 7566, presented at the SPE AnnualTechnical Conference and Exhibition, Houston,Texas, USA (October 1–3, 1978); also in Journal ofPetroleum Technology (August 1981), 1491–1500.

Thomas, R.L. and Milne, A.: “The Use of CoiledTubing During Matrix Acidizing of CarbonateReservoirs,” paper SPE 29266, presented at the SPEAsia Pacific Oil and Gas Conference, Kuala Lumpur,Malaysia (March 20–22, 1995).

Thompson, K.E. and Fogler, H.S.: “Modeling Flowin Disordered Packed Beds from Pore-Scale FluidMechanics,” AIChE J. (1997) 43, No. 6, 1377.

Thompson, K.E. and Gdanski, R.D.: “LaboratoryStudy Provides Guidelines for Diverting Acid withFoam,” paper SPE 23436, SPE Production & Facil-ities (November 1993), 285.

R-66 References

Page 67: buenoooo

Tippie, D.B. and Kohlhaas, C.A.: “Variation of SkinDamage with Flow Rate Associated with Sand Flowor Stability in Unconsolidated-Sand Reservoirs,”paper SPE 4886, presented at the SPE AnnualCalifornia Regional Meeting, San Francisco,California, USA (April 4–5, 1974).

Tuttle, R.N.: “High-Pour-Point and Asphaltic CrudeOils and Condensates,” paper SPE 10004, Journal ofPetroleum Technology (June 1983), 1192–1196.

Tuttle, R.N. and Barkman, J.H.: “New Nondamagingand Acid-Degradable Drilling and CompletionFluids,” paper SPE 4791, Journal of PetroleumTechnology (November 1974), 1221–1226.

Tyler, T.N., Metzger, R.R. and Twyford, L.R.:“Analysis and Treatment of Formation Damage atPrudhoe Bay, Alaska,” paper SPE 12471, Journal of Petroleum Technology (June 1985), 1010–1018.

Vaidya, R.N. and Fogler, H.S.: “Fines Migration and Formation Damage: Influence of pH and IonExchange,” paper SPE 19413, presented at the SPEFormation Damage Control Symposium, Lafayette,Louisiana, USA (February 22–23, 1990); also inSPE Production Engineering (November 1992), 325.

Van Ditzhuijzen, P.J.D. and de Waal, J.A.: “ReservoirCompaction and Surface Subsidence in the CentralLuconia Gas Bearing Carbonates, Offshore Sarawak,East Malaysia,” paper SPE 12400, presented at theOffshore South East Asia Conference, Singapore(February 21–24, 1984).

Van Everdingen, A.F. and Hurst, W.: “The Appli-cation of the Laplace Transformation to FlowProblems in Reservoirs,” Trans., AIME (1949) 186,305–324.

Ventresca, M.L., Betancourt, J., Castillo, J., Ciguela,S. and Azuaje, C.: “Chemical System for TreatingFormation Damage Induced by Inverted Oil Muds,”paper SPE 30125, presented at the SPE EuropeanFormation Damage Conference, The Hague,Netherlands (May 15–16, 1995).

Vetter, O.J. and Kandarpa, V.: “Prediction of CaCO3

Scale Under Downhole Conditions,” paper SPE8991, presented at the SPE International Symposiumon Oilfield and Geothermal Chemistry, Stanford,California, USA (May 28–30, 1980).

Vetter, O.J.G. and Phillips, R.C.: “Prediction ofDeposition of Calcium Sulfate Scale Under Down-Hole Conditions,” Journal of Petroleum Technology(October 1970), 1299–1308.

Vitagliano, V. and Lyons, P.A.: “Diffusion in Aque-ous Acetic Acid Solutions,” J. Am. Chem. Soc.(1956) 78, 4538.

Walsh, M.P., Lake, L.W. and Schechter, R.S.: “ADescription of Chemical Precipitation Mechanismsand Their Role in Formation Damage DuringStimulation by Hydrofluoric Acid,” paper SPE10625, presented at the SPE Symposium onFormation Damage Control, Lafayette, Louisiana,USA (March 24–25, 1982); also in Journal ofPetroleum Technology (September 1982),2097–2112.

Wamser, C.A.: “Hydrolysis of Fluoboric Acid in Aqueous Solution,” J. Am. Chem. Soc. (March1948), 1209–1215.

Wang, Y.: “Existence of an Optimum Rate inCarbonate Acidizing and the Effect of RockHeterogeneity on Wormholes Patterns,” PhD disser-tation, The University of Texas at Austin, Austin,Texas, USA (1993).

Wang, Y., Hill, A.D. and Schechter, R.S.: “TheOptimum Injection Rate for Matrix Acidizing ofCarbonate Formations,” paper SPE 26578, presentedat the SPE Annual Technical Conference andExhibition, Houston, Texas, USA (October 3–6,1993).

Wat, R.M.S., Sorbie, K.S., Todd, A.C., Ping, C.,Ping, J. and Heriot-Watt, U.: “Kinetics of BaSO4

Crystal Growth and Effect in Formation Damage,”paper SPE 23814, presented at the SPE InternationalSymposium on Formation Damage Control,Lafayette, Louisiana, USA (February 26–27, 1992).

Weeks, S.G.: “Formation Damage or LimitedPerforating Penetration? Test-Well Shooting MayGive a Clue,” Journal of Petroleum Technology(September 1974), 979–984.

Weingarten, J.S. and Perkins, T.K.: “Prediction ofSand Production in Gas Wells: Methods and Gulf ofMexico Case Studies,” paper SPE 24797, presentedat the SPE Annual Technical Conference andExhibition, Washington, D.C., USA (October 4–7,

Reservoir Stimulation R-67

Page 68: buenoooo

1992); also in Journal of Petroleum Technology (July1995), 596.

Wendorff, C.L.: “New Solids-Free, High DensityBrines Solve Many Workover and CompletionProblems,” paper SPE 4788, presented at the SPESymposium on Formation Damage Control, NewOrleans, Louisiana, USA (February 7–8, 1974).

Williams, B.B.: “Hydrofluoric Acid Reaction withSandstone Formations,” J. Eng. for Ind. (February1975), 252–258.

Williams, B.B., Gidley, J.L, Guin, J.A. andSchechter, R.S.: “Characterization of Liquid-SolidReactions: Hydrochloric Acid–Calcium CarbonateReaction,” Ind. Eng. Chem. Fund. (1970) 9, No. 4,589.

Williams, B.B., Gidley, J.L. and Schechter, R.S.:Acidizing Fundamentals, Monograph Series,Richardson, Texas, USA, Society of PetroleumEngineers (1979) 6.

Wilson, M.D. and Pittman, E.D.: “Authigenic Claysin Sandstones: Recognition and Influence on Reser-voir Properties and Paleoenvironmental Analysis,”Journal of Sedimentary Petrology (March 1977) 47,No. 1.

Woodroof, R.A. Jr. and Anderson, R.W.: “SyntheticPolymer Friction Reducers Can Cause FormationDamage,” paper SPE 6812, presented at the SPEAnnual Technical Conference and Exhibition,Denver, Colorado, USA (October 9–12, 1977).

Yeager, V.J.: “Investigation of Gravel Pack DamageDue to HF Acidizing,” paper SPE 19406, presentedat the SPE Formation Damage Control Symposium,Lafayette, Louisiana, USA (February 22–23, 1990).

Zeilinger, S.C., Wang, M., Kibodeaux, K.R. andRossen, W.R.: “Improved Prediction of Foam Diver-sion in Matrix Acidization,” paper SPE 29529, pre-sented at the SPE Production Operations Symposium,Oklahoma City, Oklahoma, USA (April 2–4, 1995).

Zerhboub, M., Ben-Naceur, K., Touboul, E. andThomas, R.: “Matrix Acidizing: A Novel Approachto Foam Diversion,” paper SPE 22854, presented atthe SPE Annual Technical Conference and Exhi-bition, Washington, D.C., USA (October 4–7, 1992);also Zerhboub, M., Touboul, E., Ben-Naceur, K. andThomas, R.L., in SPE Production & Facilities (May1994), 121–126.

Zhou, Z.H. and Rossen, W.R.: “Applying Fractional-Flow Theory to Foams for Diversion in Matrix Acid-ization,” paper SPE 24660, presented at the SPEAnnual Technical Conference and Exhibition, Wash-ington, D.C., USA (October 4–7, 1992); also in SPEProduction & Facilities (February 1994) 9, 29.

Zhou, Z.H. and Rossen, W.R.: “Applying Fractional-Flow Theory to Foam Processes at the ‘LimitingCapillary Pressure,’” SPE Advanced TechnologySeries (1996) 3, No. 1, 154.

R-68 References