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THERMAL RECOVERY 46.45119.I120 Gadelle.‘C.P. (‘I 01.: .. Heavy Oil Recovery by In-SituComhu&x-Two Field Caaca in Romania.” J. PH. Tmh. (Nov.1981) ‘057-66.121. Terwilllger. P.L. PI rrl.: “Flretlood of the P, 2 Sand Kcscrvoirin the Miga Field of Eastern Venezuela.” J. Pet. Tech. ~.lan. 1975)Y-14122. N&on. T.W. and McNeil. J.S.: “How to Engineer an In-SituComhuwon Project.” O’! I o,rt/ Cm J. (June 5. 1961) 59. No. ‘3.X-65.123. S&man. A.. BrIgham. W.E.. and Ramey, H.J. Jr.: “In-Situ ComhwtionModels ior the Steam Plateau and for Fleldwde 011 Recovery.”DOEiETIl2056-1 I. U S. DOE (June 1981).124. Gates, C.F. and Ramq, H.J. Jr.: “A Method for EngmeerinpIn-Situ Combustion 011 Recoverv Proiects.” J. Pc,r Td. (Feb.1980) 285-94.125. V&k. C.W. and Pryor. J.A.: “Steam Distillation DTIVL’. BreaField. Calilhrnia.” J. Per. k/r. (Aug. 1972) X99-906.126. Burke. R.E.: “Combu&n Proicct 1s Makmp a Profit.” Oi/a/zdCm J. (Jan. 18. 1965) 44-46.-127. Koch. R.L.: “Practical Use of Combustion Drive at West NewportField.” Per. Dz,q. (Jan. 1965) 72-81.128. Bowman. C.H: “A Two-Spot Comhustmn Recovery Project.”J Per. fdr. (Sept. 1965) 994-98.129. Tewilliger. P.L.: “Flrctlooding Shallow Tar Sands-A Case Histow.”J. C&I. Per. Tdz. (Oct.-Dec. 1976) 41-4X.I so. J&son. L.A. ($1 cri.: ” An Echomp In-Situ Comhu\tmn Oil-Recovcrv Proieci in a Utah Tar Sand.” J. fcdt. TVI 11 (Feb. 1980)295sioi _ .’131. Perry, C.W., Hertlherg. R.H.. and Stosur. J.J.: “The Status DIEnhanced Oil Recovery in the United States,“ Pmt., Tenth WorldPet. Congres. Bucharest (1980) 3. 257-66.132. Benham. A.L. and Poettmann. F.H.. “The Thermal RecoveryProcess-An Analyhia of Laboratory Combustion Data.” Trtr,r.\. ,AIME (1958) 213, 83-85.133. Caudle. B.H.. Hickman. B.M.. and Sllherberg. I.H.: “Performanceof the Skewed Four-Sp)t Injection Pattern.” J. /‘cr. Twh.(Nov. 1968) 1315-19.134. Cady. G.V., Hoffman. S J.. and Scarborough, R.M. “SilverdaleCombination Thermal Drive Project,” paper SPE 8904presented at the 1980 SPE California Regional Meetmg. Los Angeles.April 9m II135. de Haan. M.J. and Schenk. L.: “Pertormancc Analysis of a MaJorSteam Drive Project m the Tin Juana Field. Western Venczwla.” J. fcr. Td7. (Jan. 1969) I I l-19.136. “Texas Fireflood Looks Like a Winner.” Oil crnd Gtry J. (Feb.17. 1969) 52.137. A~~Ju. B.I.: “Conversion of Steam Injection to Waterllood. EastCoalinga Field.” J. Per. Twh. (Nov. 1974) 1227-32.138. Gate\. C.F and Brewer. S.W.: “Steam Iniection into the D andE Zone, Tulare Formation, South Belridge Field. Kern County,California.” J. Put. TK~. (March 1975) 343-4X.139. Gomaa, E.E.. Duerksen. J.H.. and Woo. P.T.: “Designing aSteamtlood Pilot in the Thick Monarch Sand of the Midwy-SunsetField,“ J. PH. Tech. (Dec. 1977) 1559-68.130. Chu. C. and Trimble. A.E: “Numerical Simulation ofSteam Displacement-FieldPerformance Applications,” J. fe/. Tkh. (June1975) 765-74.141. Joseph, C. and Pusch. W.H.: “A Field Comparison of Wet andDry Combustion,” J. PC/. Tech. (Sept. 1980) 1523-28142. Gates. C.F. and Holmes, B.C.: “Thermal Well Completion\ andOperation.” paper PDI I presented at the Seventh World Pet.Cmg.. Mexico City (1967).143. Fox. R.L.. Donaldwn. A.B., and Mulac, A J. “Developmentnf Technology for Dwnhole Steam Producti[m.” paper SPE 9776prehcnted at the 1981 SPEiDOE Joint Symposium cm EnhancedOil Recovery, Tulsa. April S-8.I4.L Carrawaq. P.M Kloth. T.L and Bull. A I): “Co-Gcneratiirn.A New Energy Sy\tem to Generate Both Steam and Iilectricitq .”paper SPE 9907. presented ~11 the 1081 C,~lili~rniu Regional Mcel-1”;. Bahcrst’icld. March 25-26.135. Strange. L.K.: “Ignition: Key Phase m Comhu&on Rcwvcry.”fci. Crfi. (Nov. 1964) 105-09, (Dec. 1964) Y7~106.146. Shore. R.A.: “The Kern River SCAN Automation System Snrwple. Control and Alarm Network,” paper SPE 3 I73 prcscntcd atthe 1972 SPE California Regional Meeting. Baker~i‘ield. Novn-10.147. “Bodcau In-Situ Combustion ProJect.” iir\t annual report. DOEPublications SAN-1 189-2. U.S. DOE (Sept. 1977).148. Wagner. O.R.: “The Use of Tracer5 in ‘Diagnosing lntcrwcllReservoir Hetero~eneitics-FIleId Rcwlt\.” J. fcv. Tech (Nov.1977) 1410-16. -149. Yoelin. S.D.: “The TM Sand System Stimulation Pqect.” J.Per. Tdz. (Aug 1971) 987-94.I so. Meldau. R.F., Shipley. R.G.. and Coats. K H : “CyclicGas/Steam Stimulation of Heavy-011 Wells.” J. Pd. Twk. (Oct.1981) 1990-98.151. B&on, M.W. or (I/.: “The Street Ranch Pilot Test ot FrnctuwAssisted Steamflood Technology.” J. PC,/. Tdz. (March 19X3)511-21.152. Sahuquet. B.C. and Ferrier. J.J.: “Steam-Drive Pilot in u FracturcdCarbonate Reservoir: Lacq Superieur Field.” J. fvi. T~I.(April 19X2) X73-80.153. Hxjirdos. L.J.. Howard, J.V.. and Roberts. G.W.: “EnhancedOil Recovery Through Oxygen-Enriched In-Situ Comhu\tion: TestResults from the Forest Hill Field in Texas.” J. PCI. Tdf. (JunelY83) 1061-70154. Prata. M,: TIwrw/ R~w\w:~. Monograph Scrlch, SPE. Richardson.TX (1983) 201-38.155. Beal. C.: “The Viscosity of Air. Water. Natural Gas. Crude Oiland Its Associated Gases at Oil Field Tempxzturcs and Pressures.”Twm., AIME (1946) 165. 103.156. Prfml~ur?! Pmdudon HrznrlhooX. T C. Frick (ed ) Vol. Il.McGraw-Hill Book Co. Inc.. New York City (1962) 19-39.157. Chew, J. and Connally. CA. Jr: “A Vi\co\ity Correlation lixGas-Saturated Crude Oils.” Trcins., AIME (1959) 216, 23-25.isx. Bcggs. H.D. and Robinson. J.R.: “Estimating the Viwosity ofCrude 011 Systems.” J. Per. Tech. (Sept. 1975) 1140-41.159. Brooks. R.H. and Corey. A.T.: “Propertics of Porous MediaAffectinfi Fluid Flow,” frw., ASCE. lrrlratmn and Drainage\Div. (19k6) 92. No. 1R2.160. Somertan, W.H. and Udell, K.S.: “Thermal and High TernperaturePropertIes of Rock-Fluid Systems.” paper prerented at the1981 OASTRA Workshop on Computer Modeling. Edmonton.Alta.. Jan. 28-30.161. Poston. S.W. CI cl/.: “The Effect of Tcmperaturc on lrreduclbleWater Saturation and Relative Permeahdlty of UnconwhdatcdSands.” .Soc Pet. Eq. J. (June 1970) 171-80.162. Weinbrandt, R.M.. Ramey, H.J. Jr., and Cabs& F.J.: “The Ett’cctof Temperature on Relative and Absolute Permeahiluy of Sandstones.”Sot. ftv. Et?& J. (Oct. 1975) 376-X4.163. Sawahini. C.T., Chilingar. G.V., and Allen. D.R.: “Comprcaslhilityof Unconsolidated. Arkosic Oil Sand\.” Sot. Pcl. E!I,~.J. (April 1974) 132-38.164. Somerton, W.H., Keese, J.A., and Chu. S.L.: “Thermal Behaviorof Unconsolidated Oil Sands.” Sot. /‘ntal and Theoretical Studies on theFluid Properties Required for Simulation of Thermal Procewx”Sot. Per:Org. J. (bet. 1981) 535-50.167. Fassihl. M.R., Brigham. W.E , and Ramcy. H.J. Jr.: “The ReactionKinetics of In-Situ Combustion.” Sot,. Per. ,!?I~. J. (Aug.1984) 408- 16.168. “1967 ASTM Steam Tables.” ASME, New York City (1967).General References“Blblmgraphy of Thermal Methods of Oil Rccoverg,” J. C&I. Per.T&. (April-June 1975) 55-65.
46-46 PETROLEUM ENGINEERING HANDBOOKCrawford. P.B.: “In-Situ Combustion.” Se~omltrr~ trd rertilrr~Oii R
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Chapter 53Other Well LogsRichard M.
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OTHER WELL LOGS 53-3Fig. 53.3-MWD l
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OTHER WELL LOGS 53-5NORT”-100 100
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OTHER WELL LOGS53-72. Vertical Sect
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OTHER WELL LOGS 53-9TABLE 53.2-DEVI
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OTHER WELL LOGS 53-l 1RESISTIVITYAR
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OTHER WELL LOGSBuried Bar with Shal
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OTHER WELL LOGS 53-15as dips and de
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OTHER WELL LOGS53-17limestone, dolo
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OTHER WELL LOGS53-19TUBING PROFILE
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OTHER WELL LOGS 53-21I;2ux leakage.
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OTHER WELL LOGS 53-23there is zero
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OTHER WELL LOGSLOWER ARRAY IUPPERAR
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Chapter 54AcidizingA.W. Coulter Jr.
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ACIDIZING 54-3Determination of acid
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ACIDIZING 54-5.INTENSIFIED- MARBLE5
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ACIDIZING 54-7ẕST 3;2 lpoo0’ a
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ACIDIZING 54-9500m250I 2 3 4 6 7 0
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ACIDIZING 54-11gal of acid per foot
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ACIDIZING 54-13Davis. J.J., Mantill
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Chapter 55Formation FracturingS.J.
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FORMATION FRACTURING 55-3(AVERAGE F
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FORMATION FRACTURING 55-5good propp
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FORMATIONFRACTURING0flow RATE , bbl
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FORMATIONFRACTURING55-9cial techniq
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FORMATION FRACTURING 55-11Baumgartn
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Chapter 56Remedial Cleanup, Sand Co
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REMEDIAL CLEANUP, SAND CONTROL, & O
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Chapter 59SPE Letter and Computer S
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WE LETTER AND COMPUTER SYMBOLS STAN
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Author IndexAbbott, W.A.. v, 4-11Ab
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AUTHOR INDEX 3Broussard, W.F., 12-4
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AUTHOR INDEX 5Essley, P.L. Jr.. 40-
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AUTHOR INDEXHsiao, L., 44-5 1 Jacuz
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AUTHOR INDEX 9McAdams, W-H.. 46-43M
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AUTHOR INDEX 11QQuadir, J.A., 55-l
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AUTHOR INDEX 13Swetnam. J.C.. 7-17S
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Subject IndexAAbandonment pressure,
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SUBJECT INDEXI7American Sot. for Te
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SUBJECT INDEX19Biostromes, 29-4, 29
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SUBJECTINDEXCase histories. thermal
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SUBJECT INDEX 23internal yield, 2-3
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SUBJECT INDEX 25Correction,of obser
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SUBJECT INDEXDensity meters, instal
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SUBJECT INDEX 29Drillstem test or t
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SUBJECT INDEX 31Equation, general f
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SUBJECT INDEX33regulations, 3-34sen
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SUBJECT INDEX 3.5Gamma ray absorpti
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SUBJECT INDEX 37Geopressure detecti
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SUBJECT 1NDEX 39Hydrocarbon chromat
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SUBJECT INDEX 41in inert gas inject
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SUBJECT INDEX 43thread height dimen
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SUBJECT INDEX 45Mechanically set pa
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SUBJECT INDEX 47Multicomponent Rash
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SUBJECT INDEX 49practical considera
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SUBJECT INDEX 51Oxygen (O,), 6-55,
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SUBJECT INDEX 53Pneumatic actuators
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SUBJECT INDEX 55data, 7-9, 37-3, 37
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SUBJECT INDEX 57RRabbiting, 56-3Rad
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SUBJECT INDEX 59Reserves, oil and g
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SUBJECT INDEX 61Sample containers.
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SUBJECT INDEX63Silicon-controlled r
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SUBJECTINDEXStandard conditions. de
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SUBJECT INDEX 67Surging flow. 13-52
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SUBJECT INDEX 69Tool characteristxs
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iUBJECT INDEX 71Morkill’F method,
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SUBJECT INDEX 73Water gradient. 6-2
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