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ه ىل دسترس ع و تسهي ران به منظور تسري نفت اي ى شرآت مل ى و آتابخانه مرآز ىمرآز اطالع رسان ب

تن از مستقي ىر دسترس نظي ى، امكانات از صنعت نفت مورد ني ى و فن ىاطالعات علم ام م االت تم ه مق م ب

يق جستجو در پايطري االت الت اه مق ابع الكترونيگ ايىكن و جستجو در من ود در وب س ز موج ت مرآ

اي بر اي . ن فراهم نموده است متخصصي ى را برا ىاطالع رسان اربران عضو وب س ت مرآز ن اساس آ

ابع موجود نترنت از مجموعهق اتصال به شبكه اي طري ازى و مكانىت زمانبدون محدودي توانند ىم من

االت فن در زمي شري ىنه مق ا ىك ات الكتروني ، آتب و ن ن آور ى در حوزه ه ي ى ف از، پتروش ت، گ ، ىم نف

ال ري، مدي ىانرژ صاد و م ردار ىت، اقت ره ب د نمايى به د از طري ىد م جدي ان متقاضي . ن دي توانن ت ريق م

.ند فوق استفاده نمايىگاه ها و رمز عبور جهت استفاده از پايىافت نام آاربرربط، نسبت به دريذي

وان استفاده از پايى راهنماىكخه الكترونينس به ذآر استالزم ا، تحت عن اه ه تفاده "گ دستورالعمل اس

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: باشدى مىر قابل دسترس زيى به نشانىاطالع رسان

ir.ibraryniocl.www

ت مرآز اطالع رساني اعضاء وب سايپراآندگي

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27%

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ستاد وزارت نفت شركت ملي صنايع پتروشيمي شركت ملي پااليش و پخش فرآورده هاي نفتي شركت ملي گاز شركت ملي نفت

      NIOC Information Center New Acquisitions                                                                                               Reports  

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1 The 2007 SPE/AAPG/WPC/SPEE Reserves and Resources Classification, Definitions and Guidelines. Defining the Standard!, SPE 107693/ John R. Etherington and John E. Ritter.- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Classification. 2.Petroleum.

3.Standards. 4.Evaluation. 5.Resources. 6.S.P.E. 7.A.A.P.G.

Doc. No: 8607 2 The 200th Horizontal Openhole Gravel-

Packing Operation in Campos Basin: A Milestone in the History of Petrobras Completion Practices in Ultra-deepwaters, SPE 106364/ L.C.C. Marques,...[et al].- Netherlands: Society of Petroleum Engineering (SPE), 2007.

1.Petrobras. 2.Deep water. 3.History. 4.Gravel. 5.Holes. 6.Packing. 7.Horizontal well. 8.Drilling fluids. Doc. No: 8601

3 2010 SPE Membership Salary Survey: Summary Results/ Developed by SPE Research Department.- : Society of Petroleum Engineering (SPE), 2010.

1.SPE Membership. 2.Salary. 3.Surveys.

4.Job function. 5.Gender. 6.Age. 7.Citizenship. 8.Experience. Doc. No: 8517

4 7 Principles for addressing climate change.- San Ramon: Chevron Texaco, 2007.

1.climate. 2.Principles. 3.Energy. 4.Global. 5.Security. 6.Conservation. 7.Trancparency. 8.Equitable Treatment. 9.Technology. 10.Chevron Texaco. Doc. No: 8726

5 An Accurate Method for Determining Oil PVT Properties Using the Standing-Katz Gas Z Factor Chart, SPE 103155/ R.P. Sutton.- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Estimating. 2.Techniques. 3.Pressure.

4.Temperature. 5.Volume. 6.Factor analysis. 7.Density. 8.Gravity.

Doc. No: 8328 6 An Accurate Set of Correlations for

Calculating Critical Properties and Acentric Factors for Single Carbon Number Groups, SPE 106338/ Ali A. Al-Meshari, and William D. McCain.- Saudi Arabia: Society of Petroleum Engineering (SPE), 2006.

1.Single carbon number groups.

2.Reservoir fluids. 3.Critical properties. 4.Acentric factors. 5.Calculation. 6.Correlations.

Doc. No: 8462

7 Acid Fracturing or Proppant Fracturing in Carbonate Formation? A Rock Mechanic's View, SPE 102590/ H.H. Abass,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Carbonate. 2.Acids. 3.Fracturing. 4.Rock mechanics. 5.Simulation. 6.Creep. Doc. No: 8587

8 Adaptive analysis of lifting technology for horizontal wellbore in low permeability oil field, SPE 131467/ Hongxing Wang,...[et al].- Beijing: Society of Petroleum Engineering (SPE), 2010.

1.Horizontal well. 2.Borehole. 3.lift system. 4.Permeability. 5.Oil fields. 6.Flow. 7.Fluids. 8.Pressure. 9.Distribution. 10.Pumps. Doc. No: 8265

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9 ADCO ESP Pilot, SPE 101492/ Hafsa A. Hashim.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Abu Dhabi Company for Onshore Oil

Operations (ADCO). 2.Electrical Submersible Pumps (ESPs). 3.Mature fields. 4.Horizontal oil wells. 5.Pilot projects. 6.Submersible pumps. 7.Electric power. Doc. No: 8402

10 Added Value for Producing Assets, SPE 93943/ L.I. Ray.- Oklahoma: Society of Petroleum Engineering (SPE), 2005.

1.Oilfields. 2.Assets. 3.Added value.

4.Information access. 5.Information analysis. 6.Wellhead data. 7.Well failures. 8.Well management. 9.Field operations. 10.Innovations. Doc. No: 8444

11 Advanced nitrate-based technology for sulfide control and improved oil recovery, SPE 106154/ D.M. Dennis and D.O. Hitzman.- Houston: Society of Petroleum Engineering (SPE), 2007.

1.Nitrate. 2.Sulfide control. 3.Petroelum.

4.Oil recovery. 5.Treatment. 6.Increased Oil Recovery (I.O.R.).

Doc. No: 8163 12 Advanced wells: how to make a choice

between passive and active inflow-control completions, SPE 115742/ V.M. Birchenko,...[et al].- Denver: Society of Petroleum Engineering (SPE), 2008.

1.Horizontal well. 2.Borehole.

3.Reservoir. 4.Inflow control device (I.C.D.). 5.Well completion. 6.Fluids. 7.Permeability.

Doc. No: 8241

13 Air Drilling in the Presence of Hydrocarbons: A Time for Pause, IADC/SPE 108357/ Kenneth P. Malloy and George H. Medley and C. Rick Stone.- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Drilling. 2.Hydrocarbons. 3.Air.

4.Chemistry. 5.Reliability. 6.Downhole. 7.Fire. 8.Considration.

Doc. No: 8746

14 An Alternate Approach, Utilizing New

PDC Technology for Drilling Deep LNG Wells Delivers Significant Savings for Major Operator in Oman, SPE 97340/ P. Teasdale, N. Riley, and P. Mackinnon.- Dubai: Society of Petroleum Engineering (SPE), 2005.

1.Liquefied Natural Gas (LNG). 2.Deep wells. 3.Drilling. 4.Technology. 5.Oman. 6.Case studies.

Doc. No: 8396 15 Alternative approach to internal pipeline

condition assessment, SPE 100727/ K.E. Oliver, D.G. John, and A. Crossland.- Scotland: Society of Petroleum Engineering (SPE), 2006.

1.Pipelines. 2.Alternative methods. 3.Probability. 4.Models.

Doc. No: 8406

16 The Alwyn North Triassic Development :

Developing a Large Gas-Condensate Reservoir While Making Maximum Use of Existing Facilities, SPE 56926/ H.J. Murray,...[et al].- United Kingdom: Society of Petroleum Engineering (SPE), 1999.

1.Gas Condensate. 2.Reservoirs. 3.Alwyn North Triassic. 4.Drilling. 5.Three dimensional models. 6.Triassic.

Doc. No: 8536

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17 An analitical study of transient flow in systems with radial discontinuities, SPE 9399/ by Abdurrahman Satman,...[et al].- Texas: Society of Petroleum Engineering (SPE), 1980.

1.Transient. 2.Air injection. 3.Analitical study. 4.Flow. 5.Steam. 6.Methodes. Doc. No: 8489

18 Analysis of Long-Term Performance in

Tight Gas Wells: Field Examples, SPE 74360/ Jorge A. Arevalo-Villagran,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2002.

1.Gas Wells. 2.Tight gas. 3.Performance. 4.Matrix. 5.Linear flow. 6.Bilinear flow. 7.Transient. 8.Hydraulic fracturing. 9.Fields. Doc. No: 8679

19 Analysis of Operative Variables for Establishing a Procedure To Obtain Representative Fluid Samples in Gas/Condensate Fields, SPE 139141/ T.R. Olmos Torres.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Fields. 3.Analysis.

4.Fluids. 5.Reservoirs. 6.Rocks. 7.Properties. 8.Liquid. 9.Production. 10.Gas. 11.Flow.

Doc. No: 8659 20 Analysis of Possible Applications of Dual

ESPs A Reservoir Engineering Perspective, SPE 99878/ D.R. Davies,...[et al].- Vienna: Society of Petroleum Engineering (SPE), 2006.

1.E. S. P.(Electric Submersible Pumps).

2.Improved Oil Recovery (I.O.R.). 3.Reservoirs. 4.Management. 5.Backups. 6.Vertical wells. 7.Pumping. 8.Numerical models.

Doc. No: 8278

21 Analysis of Production Enhancement Related to Optimization of Propped Hydraulic Fracturing in GAZPROM's Yamburskoe Arctic Gas Condensate Field, Russia, SPE 94727/ K.K. Butula,...[et al].- Sheveningen: Society of Petroleum Engineering (SPE), 2005.

1.Gas condensate fields. 2.Yamburskoe Arctic Field. 3.Gazprom. 4.Propped hydraulic fracturing. 5.Optimization. 6.Production enhancement. Doc. No: 8448

22 An Analysis of Rate-Sensitive Skin in Oil

Wells, SPE 11187/ by Laura K. Blacker.- Louisiana: Society of Petroleum Engineering (SPE), 1982.

1.Oil well flooding. 2.Transient. 3.Kuparuk river. 4.Skin effect. 5.Damage. 6.Perforating. Doc. No: 8492

23 Analytical evaluation of gas/condensate

skin in hydraulically fractured wells, SPE 108016/ Reza Rostami Ravari,...[et al].- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Gas condensate. 2.Hydraulic fracturing. 3.Formation. 4.Borehole. 5.Permeability. 6.Flow rate. 7.Pressure. Doc. No: 8187

24 Annual Membership Salary Survey: Highlight Report/ Compiled by Western Management Group.- Texas: Society of Petroleum Engineering (SPE), 2010.

1.Salaries. 2.Surveys. 3.Reports. 4.S.P.E. 5.Job classification. 6.Gender. 7.Compensation. 8.Remuneration. 9.Regions. Doc. No: 8481

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25 Api: Monthly Statistical Report.- Washington, DC: American petroleum institute (api), 2011.

1.Statistical Report. 2.Petroleum. 3.Delivery systems. 4.Supply. 5.U.S.A. 6.American petroleum institute (api). Doc. No: 8697

26 Applicability of the VAPEX Process to Iranian Heavy Oil Reservoirs, SPE 92720/ R. Azin,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Heavy oil reservoirs. 2.Iranian reservoirs. 3.Fractured reservoirs. 4.VAPEX process. 5.Applicability. 6.Evaluation. 7.Kuh-e Mond heavy oil field. Doc. No: 8428

27 Applicability of Timely Gas Injection in

Gas Condensate Fields To Improve Well Productivity, SPE 75147/ D. Marokane, A.B. Logmo-Ngog, R. Sarkar.- Oklahoma: Society of Petroleum Engineering (SPE), 2002.

1.Gas Condensate. 2.Fields. 3.Gas Injection. 4.Gas wells. 5.Productivity. 6.Improvement. 7.Simulation. 8.Methodology. 9.Time measurement. 10.Modeling. 11.Pressure volume temperature (PVT). 12.Permiability. 13.Data. 14.Control. 15.Reservoirs. 16.Optimization. 17.Recovery. 18.Fluids. Doc. No: 8680

28 Application of Buildup Transient Pressure Analysis to Well Deliverability Forecasting in Gas Condensate Reservoirs Using Single-Phase and Two-Phase Pseudo-pressures , SPE 94018/ M. Bozorgzadeh and A.C. Gringarten.- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Gas condensate reservoirs. 2.Transient

pressure analysis. 3.Wells. 4.Deliverability. 5.Forecasting. 6.Single-Phase Pseudo-pressures. 7.Two-Phase Pseudo-pressures. 8.Permeability. 9.Simulation.

Doc. No: 8445

29 Application of Innovative Chemical and

Mechanical Processing for Treatment of Difficult Production-Waste Sludge, SPE 105584/ Jacquelyn F. Star,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Sludge. 2.Chemicals. 3.Treatment.

4.Indonesia. 5.Petroleum. 6.Recovery. Doc. No: 8599

30 Application of Intelligent-Completion Technology in a Triple-Zone Gravel Packed Commingled Producer, SPE 101021/ W.R. Brock,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Triple gravel packed Completion. 2.Intelligent technology. 3.Commingled reservoirs. 4.Geology. 5.Reservoirs. Doc. No: 8477

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31 Application of thermal processes in heavy oil carbonate reservoirs, SPE 105392/ Das, Swapan.- : Society of Petroleum Engineering (SPE), 2007.

1.Thermal methods. 2.Recovery. 3.carbonate. 4.reservoirs. 5.Heavy oils. 6.Oil sand. 7.Steam. 8.Drainage. 9.Gravity. 10.Sandstones. 11.Wettability. 12.Simulation. 13.Viscosity. Doc. No: 8359

32 Applications of Underbalanced Drilling

Reservoir Characterization for Water Shut Off in a Fractured Carbonate Reservoir - A Project Overview, SPE 93695/ D. Murphy,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005. 1.Underbalanced Drilling (UBD). 2.Reservoirs. 3.Characterization. 4.Fractured Carbonate Reservoirs. 5.Petroleum Development Oman (PDO). 6.Water shut off. Doc. No: 8441

33 Applying Integrated Project Management Methodology to Hydrocarbon Portfolio Analysis and Optimization, SPE 100967/ Sholarin Ebenezer Adekunle.- Beijing: Society of Petroleum Engineering (SPE), 2006.

1.Hydrocarbons. 2.Portfolio. 3.Analysis. 4.Optimization. 5.Project management. 6.Investments. 7.Petroleum. 8.Gasas. 9.Value. 10.Simulation. 11.Optimization. 12.Models. Doc. No: 8397

34 ARE YOU FIT TO FLY? MEDICAL FITNESS FOR AIR TRAVEL,SPE 86749/ A. Mehra, P. Masrani.- Calgary: Society of Petroleum Engineering (SPE), 2004.

1.Travel. 2.Air. 3.Medical treatment.

4.Stresses. 5.Air transport. Doc. No: 8633

35 Asphaltene Near-wellbore Formation Damage Modeling, SPE 39446/ Kosta J. Leontaritis.- Louisiana: Society of Petroleum Engineering (SPE), 1998.

1.Asphaltene. 2.Borehole. 3.Formations. 4.Damage. 5.Models. 6.Algorithm. 7.Simulation. Doc. No: 8675

36 Assessing Producibility of a Region's Gas/Condensate Reservoirs , SPE 95531/ C.S. Kabir and O.Badru and B.S. Carr.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Gas-condensate reservoirs.

2.Producibility. 3.Assessment. 4.Productivity. 5.Reserves. 6.Improved liquids recovery. 7.Lean-gas cycling. Doc. No: 8426

37 An Assessment of Economical and Environmental Drivers of Sour-Gas Management by Injection, SPE 97628/ A.S. Abou-Sayed, C. Summers, and K. Zaki.- Kuala Lumpur: Society of Petroleum Engineering (SPE), 2005.

1.Sour gas. 2.Management. 3.Injection.

4.Engineering. 5.Economical drivers. 6.Environmental drivers. Doc. No: 8416

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38 Assessment of Global Uncertainty for Early Appraisal of Hydrocarbon Fields, SPE 89943/ G. Caumon,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2004.

1.Hydrocarbon. 2.Reservoirs. 3.Appraisal. 4.Geological scenario. 5.Global. 6.Exploration. 7.Wells. Doc. No: 8563

39 Assessment of Rate-Dependent Skin

Factors in Gas Condensate and Volatile Oil Wells, SPE 143592/ A.C. Gringarten, O. Ogunrewo and G. Uxukbayev.- Vienna: Society of Petroleum Engineering (SPE), 2011.

1.Gas Condensate. 2.Oil Wells. 3.Volatiles. 4.Well tests. 5.Simulation. 6.Models. 7.Analysis. 8.Phase. 9.Skin. Doc. No: 8666

40 Assisted History Matching for Surface Coupled Gas Reservoir Simulation, SPE 101233/ D. Biswas.- Adelaide: Society of Petroleum Engineering (SPE), 2006.

1.Gas. 2.Reservoirs. 3.History.

4.Surfaces. 5.Nonlinear systems. 6.Algorithm. 7.Finite element analysis. 8.wellbore. 9.Simulation. 10.Delivery systems. 11.pipelines. 12.Networking. Doc. No: 8301

41 Assuring Stability in Extended Reach

Wells - Analyses, Practices and Mitigations, SPE/IADC 105405/ Stephen M. Willson,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Wells. 2.Stability. 3.Drilling. 4.Mitigation. 5.Real time. 6.High angle. Doc. No: 8543

42 Auto, Natural or In-Situ Gas-Lift Systems Explained, SPE 104202/ Adam Vasper.- Beijing: Society of Petroleum Engineering (SPE), 2006.

1.Gas lift operations. 2.Lift system. 3.Artificial lift. 4.Automation. 5.In situ. 6.Natural gas. 7.Underwater. 8.Production. Doc. No: 8339

43 Bati Raman Field Immiscible CO2 Application: Status Quo and Future Plans, SPE 106575/ Secaeddin Sahin, Ulker Kalfa and Demet Celebioglu.- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Oil fields. 2.Immiscible. 3.Turkey.

4.Carbon dioxide. 5.Injection. 6.Gas oil ratio (G.O.R). 7.Gas fields. 8.E.O.R. 9.Horizontal well. 10.Multilatheral well. Doc. No: 8168

44 Benchmarking the Formation Damage of Drilling Fluids, SPE 86544/ C.H. van der Zwaag.- Louisiana: Society of Petroleum Engineering (SPE), 2004.

1.Benchmarking (Management). 2.Drilling fluids. 3.Formations (geology). 4.Damage. 5.Laboratory study. Doc. No: 8199

45 Biodiversity Mapping At The Ormen Lange Field, SPE 98732/ J.R. Hasle and T. Jensen.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Mapping. 2.Biodiversity. 3.Petroleum. 4.Survey. 5.H.S.E. 6.Continental shelves. 7.Norwegian Sea. 8.Field. 9.R.O.V. Doc. No: 8640

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46 Black Oil Delumping , SPE 96571/ K. Ghorayeb and J. Holmes.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Black oil. 2.Reservoirs. 3.Simulation.

4.Delumping. 5.Natural depletion. 6.Water injection. 7.Gas injection. Doc. No: 8419

47 Block to Block Interaction Effect in Naturally Fractured Reservoirs, SPE 101733/ A. Shariat, A.R. Behbahaninia and M. Beigy.- Cancun: Society of Petroleum Engineering (SPE), 2006.

1.Interaction. 2.Fracture. 3.Reservoirs.

4.Drainage. 5.Recovery. 6.Gravity. 7.Models. 8.Porosity. 9.Permeability. 10.Simulation. 11.Capillary pressure. 12.Saturation.

Doc. No: 8309

48 Bp magazine: New prospects.- London:

British Petroleum Company (bp), 2011.

1.prospects. 2.Assets. 3.Corrosion.4.Investments. 5.B.P. Doc. No: 8695

49 Bp magazine: Perfegting the blind.- London: British Petroleum Company (bp), 2011.

1.B.P. 2.Report. 3.Gulf of Mexico. 4.Operation. 5.Commitment. 6.Oman. 7.Development. 8.Gas. 9.China. 10.Business. 11.Biofuels. 12.B.P.

Doc. No: 8480

50 Bp statistical review of world energy.- London: British Petroleum Company (bp).

1.Statistical review. 2.World Energy. 3.Petroleum. 4.Natural gas. 5.Coal. 6.Nuclear energy. 7.Hydroelectricity. 8.Renewable energy. 9.Primary energy. 10.B.P. 11.Oil industry. Doc. No: 8696

51 Briding the Atlantic: Brazil and Sub-Saharan Africa South-South Partnering for Growth.- Washington, DC: The world bank group, [s.d.].

1.Brazil. 2.South Africa. 3.Atlantic.

4.Trade. 5.Investment. 6.Relations. 7.History. Doc. No: 8175

52 C-curve and independent Oil-rate and Oil-cut Decline, SPE 96092/ P.R.P. Cunningham and M.N. Lecompte.- Scotland: Society of Petroleum Engineering (SPE), 2005.

1.C-curve. 2.Decline analysis. 3.Independent oil-rate. 4.Independent Oil-cut. 5.Producing fields. Doc. No: 8422

53 Cal Canal Field, California: Case History of a Tight and Abnormally Pressured Gas Condensate Reservoir, SPE 13650/ by R. Engineer.- California: Society of Petroleum Engineering (SPE), 1985.

1.Gas condensate. 2.Reservoirs. 3.Cal

canal field. 4.Well testing. 5.Well pressure. 6.Fluids. 7.Geology. 8.Simulation.

Doc. No: 8496

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54 Calculation of productivity of a gas-condensate well: application of skin with rate dependent pseudo-pressure, SPE 94718/ M. Jamiolahmady,...[et al].- Sheveningen: Society of Petroleum Engineering (SPE), 2005.

1.Gas condensate wells. 2.Productivity.

3.Calculation. 4.Perforation. 5.Skin factor. 6.Pseudo pressure.

Doc. No: 8456

55 Capturing Composition Variation in a

3,800-ft- Thick Gas Condensate Reservoir: How We Done It, SPE 141774/ Sergey Ryzhov,Tina Lee Ting Tan and Suvaluck Ratanavanich.- Jakarta: Society of Petroleum Engineering (SPE), 2011.

1.Gas Condensate. 2.Reservoirs.

3.Pressure volume temperature (PVT). 4.Analysis. 5.Statistics (data). 6.Models. 7.Pressure. 8.Production. 9.Fields. 10.Dynamics.

Doc. No: 8662

56 Carbon Dioxide Capture and Geological Storage: Contributing to Climate Change Solutions, SPE 98583/ H. Kheshgi,...[et al].- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Carbon Dioxide(CO2). 2.Capture and Storage. 3.Climate change. 4.Geology. 5.Gases. 6.Energy technology. 7.Solution. Doc. No: 8639

57 Case Histories: Damage Preventions by Leakoff Control of Fracturing Fluids in Appalachian Gas Reservoirs, SPE 98145/ J. Paktinat,...[et al].- Louisiana: Society of Petroleum Engineering (SPE), 2006.

1.Gas Reservoirs. 2.Fracturing. 3.Fluids. 4.Leakoff Control. 5.microemulsion system. Doc. No: 8535

58 Case studies illustrating the use of reservoir simulation results in the reserves estimation process, SPE 110066/ Dean Rietz and Adnan Usmani.- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Reservoirs. 2.Reserves. 3.Simulation. Doc. No: 8210

59 A Case Study in the Removal of Deposited Wax From a Major Subsea Flowline System in the Gannet Field, SPE 105048/ H.A. Craddock,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Wax. 2.Deposition. 3.Underwater. 4.Chemicals. 5.Offshore. 6.Determinant. Doc. No: 8595

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60 Cased-Hole Reservoir Saturation Monitoring in Mixed Salinity Environments - A New Integrated Approach, SPE 92426/ S.M. Ma,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Mixed salinity environments. 2.Mature reservoirs. 3.Oil saturation. 4.Ceased hole saturation monitoring. Doc. No: 8427

61 Casing Directional Drilling Using a

Rotary Steerable System, SPE/IADC 92195/ Robert Strickler,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2005.

1.Directional drilling. 2.Rotary Steerable Systems (R.S.S.). 3.Motors. 4.well tests. 5.Technology. Doc. No: 8751

62 Cementing of Liners in Horizontal and High-Angle Wells at Prudhoe Bay, Alaska, SPE 16682/ R.H Reiley,...[et al].- Texas: Society of Petroleum Engineering (SPE), 1987.

1.Cementing. 2.Horizontal wells. 3.Linings. 4.Techniques. 5.High angle. 6.Design. 7.Simulation. 8.Formations (geology). 9.Rotation. 10.Reservoirs. Doc. No: 8618

63 The Challenge of Squeezing a Water

Sensitive HP/HT Reservoir - Lab and Field Experiences with a Novel Non Aqueous Inhibitor/Squeeze Enhancer Package, SPE 87435/ Ping Chen,...[et al].- United Kingdom: Society of Petroleum Engineering (SPE), 2004.

1.Water. 2.Inhibitors. 3.Formations (geology). 4.Laboratory study. 5.History. 6.Treatment. 7.Fields. Doc. No: 8401

64 Challenges and Strategy for Increased Oil Recovery, IPTC 10146/ W.M. Schulte.- Qatar: International Petroleum Technology Conference (IPTC), 2005.

1.Recovery. 2.Strategy. 3.Petroleum.

4.Tachnology. 5.Portfolio. 6.Enhanced oil recovery. 7.Production. 8.Monitoring. 9.Horizontal wells. 10.Research and Development. Doc. No: 8730

65 Challenges in Improving the Hydrocarbon Gas Recovery: Case Study Using a Carbonate Gas Condensate Field in Malaysia, SPE 145867/ Mohd Azran Abd Jalil,...[et al].- Jakarta: Society of Petroleum Engineering (SPE), 2011.

1.Gas Condensate. 2.Fields. 3.Hydrocarbon. 4.Gas. 5.Recovery. 6.Malaysia. 7.Improvement. 8.Three dimensional models. Doc. No: 8668

66 Changing the Value Equation for

Underbalanced Drilling, SPE 91559/ I. Davidson,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2004.

1.Drilling. 2.Value. 3.Equation. 4.Change. 5.Cost. 6.North America. Doc. No: 8400

67 The characteristic flow behavior of low-permeability reservoir systems, SPE 114168/ T.A. Blasingame.- Keystone: Society of Petroleum Engineering (SPE), 2008.

1.Reservoirs. 2.Permeability. 3.Heterogenity. 4.Flow. 5.Tight gas. 6.Darcy's law. Doc. No: 8237

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68 Characterization of the Plus Fraction and Prediction of the Dewpoint Pressure for Gas Condensate Reservoirs, SPE 68776/ Adel M. Elsharkawy.- Bakersfield: Society of Petroleum Engineering (SPE), 2001.

1.Gas condensate reservoirs. 2.Plus fraction. 3.Characterization. 4.Dewpoint pressure. 5.Prediction. 6.Gas analysis. 7.Reservoirs. 8.Temperature. Doc. No: 8470

69 Chayvo Field, Sakhalin Island, Russia: Identification of a Significant Oil Leg from 3D Seismic and Execution of a World Class Extended Reach Drilling Program, SPE 103588/ Ted G. Apotria,...[et al].- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Petroleum. 2.Three dimensional

models. 3.3D Seismic. 4.Drilling. 5.Exploration. 6.History. 7.Surveys.

Doc. No: 8592

70 Chemical Stimulation of Gas/Condensate

Reservoirs, SPE 102669/ V. Kumar,...[et al].- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Condensate. 2.Oil and Gas reserves. 3.Reservoirs. 4.Simulation. 5.Fracture. 6.Gas injection. 7.Solvents. 8.Bottom hole. Doc. No: 8323

71 Chevron: Annual Report.- San Ramon: Chevron Texaco, 2010.

1.Chevron Texaco. 2.Annual Report. 3.Financial. 4.Operating. 5.Energy. 6.History. 7.Corporate Officers. 8.Stockholder. Doc. No: 8723

72 Chevron: Corporate Responsibility Report.- San Ramon: Chevron Texaco. 1.Chevron Texaco. 2.Report. 3.Corporate. 4.Responsibility. Doc. No: 8722

73 Chevron: Supplement to the Annual Report.- San Ramon: Chevron Texaco, 2010.

1.Chevron Texaco. 2.Annual Report. 3.Supplement. 4.Financial. 5.Upstream. 6.Downstream. 7.Businesses. Doc. No: 8724

74 Closing the loop for improved oil and gas production management, SPE 111997/ Freek van Dijk and Keat Choon Goh and Jan Willem van Lienden.- Amsterdam: Society of Petroleum Engineering (SPE), 2008.

1.Petroleum. 2.Gas. 3.Production. 4.Process control. 5.Optimization. 6.Management. Doc. No: 8229

75 Co-Generation: A New Energy System to

Generate Both Steam and Electricity , SPE 10146/ by Paul M. Carraway,Terry L. Kloth, Autry D. Bull.- Texas: Society of Petroleum Engineering (SPE), 1981.

1.Energy. 2.Steam. 3.System.

4.Generations. 5.Technology. Doc. No: 8490

76 CO2 EOR and Sequestration in a

Depleted Gas-Condensate Reservoir: UKNS Case Study, SPE 150752/ Obuekwe Mogbo.- Abuja: Society of Petroleum Engineering (SPE), 2011.

1.Gas Condensate. 2.Crbon dioxide

(CO2). 3.Enhanced oil recovery (E.O.R.). 4.Sequestration. 5.Reservoirs. 6.Models. 7.Simulation. 8.One-dimensional model. 9.Injection.

Doc. No: 8547

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77 CO2 Flood Potential of California Oil Reservoirs and Possible CO2 Sources, SPE 63305/ P.A. Jeschke,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2000.

1.Carbon dioxide (co2). 2.Flooding. 3.Oil reservoirs. 4.Enhanced oil recovery (E.O.R.). 5.California. Doc. No: 8551

78 CO2 injection in carbonates , SPE 93773/

O. Izgec,...[et al].- Irvine: Society of Petroleum Engineering (SPE), 2005.

1.Carbonates. 2.Carbon dioxide (CO2).

3.Injection. 4.Enhanced Oil Recovery (EOR).

Doc. No: 8442

79 CO2 Injection in Croatia: Revised Expectations for Ivanic and Zutica Oil Fields, SPE 100198/ S. unjerga, D. Domitrovi , and M. Tuschl..- Vienna: Society of Petroleum Engineering (SPE), 2006.

1.Gas injection. 2.Croatia. 3.Carbon

dioxide (Co2). 4.Oil fields. 5.water. 6.Flooding. 7.Simulation. 8.Recovery. Doc. No: 8287

80 CO2 IOR Potential in Naturally Fractured Haft Kel Field, Iran, IPTC 10641/ A. Al-Hamadah, A. Aruri, and A. Al-Kanaan.- Kingdom of Bahrain: International Petroleum Technology Conference (IPTC), 2005.

1.Carbon dioxide (co2). 2.Haft Kel Field.

3.Recovery. 4.Model. 5.Injection gas. 6.Mechanism. 7.Reservoir. 8.Matrix. 9.Permiability.

Doc. No: 8734

81 CO2 Sequestration in Depleted Gas/Condensate Reservoirs, SPE 102284/ E. Shtepani.- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Carbon dioxide (Co2). 2.Condensate. 3.Reservoirs. 4.Sequestration. 5.Flooding. Doc. No: 8316

82 CO2 storage geomechanics for

performance and risk management, SPE 108528/ T. Berard,...[et al].- Aberdeen: Society of Petroleum Engineering (SPE), 2007.

1.Carbon dioxide. 2.Storage. 3.Fluids. 4.Pressure. 5.Risk management. 6.Injection (oil wells). 7.Fluid flow. Doc. No: 8200

83 Colloidal Silica Cement: Description and

Use in North Sea Operations, SPE 26725/ Audun Bjordal, K.L. Harris, S.R. Olaussen.- United Kingdom: Society of Petroleum Engineering (SPE), 1993.

1.Cements. 2.Cementing. 3.Colloidal

silica. 4.Oil and gas migration. Doc. No: 8516

84 Commercial Success of Polymer Flooding in Daqing Oilfield--Lessons Learned , SPE 100855/ Wang Yupu, and Liu He.- Adelaide: Society of Petroleum Engineering (SPE), 2006.

1.Polymers. 2.Flooding. 3.Oil fields. 4.China. 5.Slug test. 6.Combination flooding. 7.Injection. 8.Recovery. 9.Improvement. 10.Economic competition. 11.Permeability. Doc. No: 8294

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85 Comparative Well-Test Behaviours in Low-Permeability Lean, Medium-rich, and Rich Gas-Condensate Reservoirs, SPE 134452/ Thabo C. Kgogo and Alain C. Gringarten.- Florence: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Reservoirs. 3.Well

tests. 4.Permeability. 5.Behaviour. 6.Simulation. 7.Models. 8.Analysis.

Doc. No: 8651

86 Comparison of vertical, slanted, and horizontal wells productivity in layered gas-condensate reservoirs, SPE 107168/ M. Jamiolahmady,...[et al].- London: Society of Petroleum Engineering (SPE), 2007.

1.Vertical well. 2.Horizontal well. 3.Gas condensate. 4.Reservoirs. 5.Fluids. 6.Gridding. 7.Heterogeneous materials. 8.Modelling. 9.Recovery. Doc. No: 8174

87 Comparison of Well Productivity Between Vertical, Horizontal and Hydraulically Fractured Wells in Gas-Condensate Reservoirs, SPE 94178/ A. Hashemi and A.C. Gringarten.- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Gas condensate reservoirs. 2.Productivity. 3.Vertical wells. 4.Horizontal wells. 5.Hydraulically fractured wells. 6.Simulation. Doc. No: 8452

88 Complex Unconventional Wells Addressing Difficult Reservoir Development : A Case Study of West Kuwait Jurassic Reservoirs, IPTC 11716/ Naveen K. Verma,...[et al].- Dubai: International Petroleum Technology Conference (IPTC), 2007.

1.Reservoir. 2.Development. 3.Unconventional oil. 4.Oil wells. 5.Jurassic Reservoirs. 6.West Kuwait. 7.Complex. 8.Drilling. 9.Evaluation. 10.Formation. 11.Horizontal well. Doc. No: 8738

89 Compositional Modeling of Retrograde

Gas-Condensate Reservoirs in Multi-Mechanistic Flow Domains, SPE 94856/ F. Ayala,T. Ertekin and M. Adewumi.- Rio de Janeiro,: Society of Petroleum Engineering (SPE), 2005.

1.Retrograde gas condensate reservoirs.

2.Compositional modeling. 3.Multi-mechanistic flow domains. 4.Simulation. Doc. No: 8436

90 Compositional Simulation of Asphaltene

Deposition and Plugging, SPE 48996/ Long X. Nghiem, Dennis A. Coombe, S.M. Farouq Ali.- Louisiana: Society of Petroleum Engineering (SPE), 1998.

1.Asphaltene. 2.Deposition.

3.Simulation. 4.Compositions. 5.Equation of state (E.O.S.). 6.Termodynamic. 7.Adsorption. 8.Simulation. Doc. No: 8527

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91 Computer-Based Engineering Evaluation on Underground Waterflooding Fields in the Appalachian Region, SPE 98003/ J. Zaghloul,...[et al].- West Virginia: Society of Petroleum Engineering (SPE), 2005.

1.Waterflooding fields. 2.Underground fields. 3.Computer based engineering. 4.Evaluation. 5.Appalachian region. 6.Case studies. Doc. No: 8415

92 Consistency Check and Reconciliation of

PVT Data from Samples Obtained with Formation Testers Using EOS Models, SPE 36743/ Jitendra Kikani, John Ratulowski.- Colorado: Society of Petroleum Engineering (SPE), 1996.

1.Hydrocarbon fluids. 2.Properties.

3.Pressure. 4.Volume. 5.Temperature. 6.PVT. 7.Formation. 8.Testers. 9.Equations of State (EOS). 10.Models. 11.Consistency. Doc. No: 8469

93 A Consistent Procedure for the

Estimation of Pseudo-Component Properties, SPE 26611/ C.F. Leibovici, P.L. Govel,Thomas Piacentino.- Texas: Society of Petroleum Engineering (SPE), 1993.]

1.Pseudo components. 2.Properties. 3.Estimation. 4.Reservoir fluids. 5.Pressure. 6.Temperature. Doc. No: 8468

94 Constant reservoir evaluation through real-time data as a service, SPE 109856/ A.G. Mezzatesta, D.C. Shaw and S.J. Webb.- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Reservoirs. 2.Management. 3.Monitoring. 4.Intelligent oil field. Doc. No: 8209

95 Construction method of horizontal steam-injection and producing oil wells on the test sections OPU-4 and OPU-5 yarega heavy oil deposit, SPE 117378/ Loparev Denis.- Moscow: Society of Petroleum Engineering (SPE), 2008.

1.Heavy oil. 2.Steam injection.

3.S.A.G.D. 4.Well completion. 5.Horizontal well. 6.Drilling rig. Doc. No: 8244

96 Control of sulfate reducing bacteria in oil

& gas pipelines, SPE 118410/ M. D. Lohithesh, A. K. Agnihotri and Banwari Lal.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2008.

1.Petroleum. 2.Gas pipelines. 3.Sulfates.

4.Microbiologically influenced corrosion. 5.Biocides. 6.Microbial induced corrosion (M.I.C.). Doc. No: 8251

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97 Controlling Corrosive Biofilms by the Application of Biocides , SPE 93172/ S. Maxwell.- Aberdeen: Society of Petroleum Engineering (SPE), 2005.

1.Biofilms. 2.Corrosion. 3.Control.

4.Biocides. 5.Bacterial activity. 6.Seawater injection systems. Doc. No: 8431

98 Core Data Preprocessing To Improve Permeability Log Estimation, SPE 100748/ M. Cozzi,...[et al].- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Permeability. 2.Data Preprocessing. 3.Artificial intelligence. 4.Neural networks. 5.Modelling. 6.Core. 7.Dynamic properties. 8.Cleaning. 9.Plug. 10.Synthetic. 11.Scales. 12.Well logging. 13.Lithology. 14.Improvement. Doc. No: 8292

99 The Corporate Response to HIV/AIDS: A Comparison between the Global Fortune 100 and the Oil and Gas Industry, SPE 111715/ J. McCashin.- France: Society of Petroleum Engineering (SPE), 2008.

1.Oil Industry. 2.Gas Industry.

3.Response. 4.HIV. 5.Health. 6.Global. 7.Method. Doc. No: 8647

100 Correlating Wettability Alteration with

Changes in Elative Permeability of Gas Condensate Reservoirs, SPE 141419/ S.F. Gilani,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2011.

1.Gas Condensate. 2.Reservoirs.

3.Permeability. 4.Gas. 5.Wettability. 6.Solubility. 7.Imbibition. 8.Testing. 9.Coreflooding. Doc. No: 8661

101 A Correlation Approach for Prediction of Crude-Oil PVT Properties, SPE 104543/ M.N. Hemmati and R. Kharrat,.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2006.

1.Crude oil. 2.Correlations. 3.Pressure.

4.Temperature. 5.Volume. Doc. No: 8340

102 A Correlation To Predict Maximum Condensation for Retrograde Condensation Fluids and Its Use in Pressure-Depletion Calculations, SPE 14268/ S.J. Cho,F. Civan, K.E. Starling.- Las Vegas: Society of Petroleum Engineering (SPE), 1985.

1.Condensation. 2.Retrograde fluids. 3.Pressure depletion. 4.Calculation. 5.Prediction. 6.Phase behavior. Doc. No: 8474

103 Creating a Culture of Safe Driving Behaviors, SPE 98376/ P. Karowich,...[et al].- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Drive. 2.Behavior. 3.Safety. 4.Culture. 5.Gas industry. 6.Petroleum industry. 7.Employees. 8.Training. 9.Vehicles. 10.Improvement. 11.Canada. Doc. No: 8637

104 Crosslinked Methanol: Analysis of a Successful Experience in Fracturing Gas Wells, SPE 69583/ Juan C. Antoci, Norberto J. Briggiler, Jorge A. Chadwick.- Buenos Aires: Society of Petroleum Engineering (SPE), 2001.

1.Crosslinked methanol. 2.Fracturing gas

wells. 3.Core flow test. 4.Water base fluids. 5.Lindero atravesado Field. 6.Argentina. Doc. No: 8460

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105 Cycling Fractured Reservoirs Containing Volatile Oil: Laboratory Investigation of the Performance of Lean Gas or Nitrogen Injection, SPE 21427/ B.M. Thiebot, S.S Sakthikumar.- Bahrain: Society of Petroleum Engineering (SPE), 1991.

1.Injection. 2.Nitrogen. 3.Labratory

study. 4.Lean gas. 5.Volatile. 6.Simulation. 7.Reservoirs. 8.Condition. 9.Experimental study. Doc. No: 8504

106 Data Acquisition in Pumping Wells,

SPE 101846/ Miljenko Cimic, and Laura Soares.- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Pumping. 2.Vertical wells.

3.Horizontal wells. 4.Bottom hole. 5.Flow. 6.Management. 7.Reservoirs. 8.Downhole. 9.Density. Doc. No: 8310

107 Decoupling Damage Mechanisms in Acid-Fractured Gas/Condensate Reservoirs, SPE 100570/ R.C. Bachman,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2006.

1.Gas condensate. 2.Acids. 3.Fracture. 4.Mechanical damage. 5.Coupling. 6.Saudi Arabia. 7.Reservoirs. 8.Wells. 9.Conductivity. 10.Permeability. 11.Geomechanics. 12.Data. 13.Curve. 14.Drilling. 15.Simulation. Doc. No: 8290

108 Deliverability of Wells in the Gas Condensate Reservoir, SPE 88796/ Y. Du, L. Guan, D. Li.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2004.

1.Gas Condensate. 2.Reservoirs.

3.Pressure. 4.Fluids. 5.Methodology. 6.Pressure volume tempereture (PVT). Doc. No: 8559

109 Deploying Common Process Across Global Wells Teams-Integrating An Online Project-Management Application With Effective Behaviors To Enable High Performance, SPE 95442/ S. Savarin,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Project management. 2.Behavior. 3.Managers. 4.Engineers. 5.Project. 6.Drilling. 7.CPOL. Doc. No: 8571

110 Deployment Of An SeROP Predictor

Tool For Real-Time Bit Optimization, SPE 105201/ Christine A. Guerrero and Bobbie Jo Kull.- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Drilling. 2.Energy. 3.Optimization. 4.Real time. 5.Penetration. 6.Efficiency. 7.Drilling bits. 8.Deep water. 9.Lithology. Doc. No: 8355

111 Deployment of Swelling Elastomer

Packers in Shell E&P, SPE 92346/ Martijn Kleverlaan, Roger H. van Noort, Ian Jones.- Amsterdam: Society of Petroleum Engineering (SPE), 2005.

1.Shell. 2.Exploration. 3.Production. 4.Swelling. 5.Elastomers. 6.Theory. 7.Application. Doc. No: 8753

112 Design and Performance Evaluation of

an Ultradeepwater Subsea Blowout Preventor Control System Using Shape Memory Alloy Actuators, SPE 101080/ Ning Ma,...[et al].- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Control systems. 2.Deep water. 3.Underwater. 4.Blowout preventers (B.O.P). 5.Memory. 6.Alloys. 7.Actuator. 8.Design. 9.Evaluation. Doc. No: 8299

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113 Design, Construction And Optimization Of Big-Bore Gas Wells In A Giant Offshore Field, SPE 105509/ B.M. Clancey,...[et al].- : Society of Petroleum Engineering (SPE), 2007.

1.borehole. 2.gas wells. 3.optimization. 4.Qatar. 5.Offshore oil field. 6.construction. 7.design. 8.equipment. 9.pressure. Doc. No: 8365

114 Design of a novel composite agent for improving the toughness of oilwell cement sheath, SPE 106010/ X. Yao and S.D. Hua.- Houston: Society of Petroleum Engineering (SPE), 2007.

1.Oil wells. 2.Cementing. 3.Toughness.

4.Cement sheath. 5.Formation. 6.Mechanism. Doc. No: 8162

115 Design of objective functions for optimization of process of additional oil recovery, SPE 108710/ J.A. Pardo-Torres,...[et al].- Veracruz: Society of Petroleum Engineering (SPE), 2007.

1.Petroleum. 2.Recovery. 3.Quality Function Deployment (Q.F.D.). 4.Fluids. 5.Reservoirs. 6.Additional Oil Recovery (A.O.R.). Doc. No: 8202

116 Design of Well Barriers to Combat

Circulation Losses, SPE/IADC 105449/ Bernt S. Aadnoy, Mesfin Belayneh and Miguel Arriado.- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Well Barriers. 2.Design. 3.Penetration.

4.Model. 5.Experimental work. Doc. No: 8743

117 Designing The Perfect Drilling Fluid Additive: Can It Be Done?, SPE 95196/ J. Hall.- Kuala Lumpur: Society of Petroleum Engineering (SPE), 2005.

1.Drilling. 2.Fluids. 3.Additives.

4.Chemicals. 5.Environment. 6.Toxicity. 7.Biodegeneration. 8.Stability. 9.Heavy metals. Doc. No: 8395

118 Determination of Minimum Miscibility Pressure Using a High-Pressure Visual Sapphire Cell, SPE/DOE 14927/ S. Hagen, C.A. Kossack.- Oklahoma: Society of Petroleum Engineering (SPE), 1986.

1.Miscibility. 2.Pressure. 3.Sapphire.

4.Simulation. 5.Phase. 6.Pressure volume temperature (PVT). 7.Displacement. Doc. No: 8613

119 Determination of Recovery and Relative

Permeability for Gas Condensate Reservoirs, SPE 88797/ Mohamed Al-Honi, Abdulrazag Y. Zekri.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2004.

1.Gas Condensate. 2.Reservoirs. 3.Permeability. 4.Recovery. Doc. No: 8561

120 Determination of Water Producing Zones While Under-balanced Drilling Horizontal Wells - Integration of Sigma Log and Real-Time Production Data, SPE 105166/ P.J. Gauthier,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Drilling. 2.Horizontal Wells. 3.Integration. 4.Water. 5.Flooding. 6.Zones. 7.Reservoirs. Doc. No: 8354

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121 Determining Parameters of Matrix-Fracture Interface Fluid Transfer from Laboratory Tests, SPE 104028/ F. Civan, and M.L. Rasmussen.- Cancun: Society of Petroleum Engineering (SPE), 2006.

1.Fracture. 2.Reservoirs. 3.Parameters

(Statistics). 4.Matrix. 5.Interfaces. 6.Recovery. 7.Testing. 8.Simulation. Doc. No: 8324

122 Development and Application of

Improved Reservoir Characterization for Optimizing Screenless Fracturing in the Gas Condensate Jauf Reservoir, Saudi Arabi, SPE 93554/ Mohammed Y. Al-Qahtani,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2002.

1.Gas Condensate. 2.Reservoirs. 3.Optimization. 4.Characterization. 5.Fracturing. 6.Formation. 7.Models. 8.Core. 9.Simulation. 10.History matching. Doc. No: 8683

123 Development and Application of New Type Curves for Pressure Transient Analysis, SPE 17567/ by N-S. Yeh, R.G. Agarwa.- Tianjin: Society of Petroleum Engineering (SPE), 1988.

1.Transient analysis. 2.Well pressure. Doc. No: 8498

124 Development and Utilization of a Bit-

Based Data- Acquisition System in Hard- Rock PDC Applications, SPE/IADC 105017/ Paul Pastusek, Eric Sullivan and Tommy Harris.- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Polycrystalline Diamond Compact

(PDC). 2.Development. 3.Application. 4.Utilization. 5.Data collecting. 6.Hard rock. 7.System. Doc. No: 8742

125 Development of a Consistent Approach to Estimating Greenhouse gas Emissions for the Petroleum Industry, SPE 86609/ Susann Nordrum,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2004.

1.Petroleum industry. 2.Gas emission. 3.Greenhouse gases. 4.Inventory. Doc. No: 8629

126 Development of a methodology for hydraulic fracturing models in tight, massively stacked, Lenticular reservoirs, SPE106269/ Christopher A. Green, Robert D. Barree and Jennifer L. Miskimins.- College Station: Society of Petroleum Engineering (SPE), 2007.

1.Hydraulic fracture. 2.Tight gas.

3.Reservoirs. 4.Thre dimension. 5.Wells. 6.In-situ. 7.Permeability. 8.Microseismic. 9.Surface pressure. 10.Simulation. Doc. No: 8166

127 Development of an integrated reservoir

model for a naturally fractured volcanic reservoir in China, SPE 59439/ Maghsood Abbaszadeh,...[et al].- Yokohama: Society of Petroleum Engineering (SPE), 2000.

1.reservoir. 2.model. 3.volcanic. 4.Fracture. 5.simulation. 6.Dynamic. 7.Geology. 8.China. Doc. No: 8541

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128 Development Well and Execution Planning in a Complex Subsurface Environment - The Impact of Large and Small Scale Modelling on Well Deliverability, SPE 101874/ G. Philip, S.K. Twartz, and J. DePledge.- Adelaide: Society of Petroleum Engineering (SPE), 2006.

1.Geological method. 2.Horizontal well. 3.Three dimensional models. 4.Subsurface. 5.Environmental planning. Doc. No: 8582

129 Displacement of Drilling Fluids and

Cased-Hole Cleaning: What Is Sufficient Cleaning?, IADC/SPE 99104/ E. Berg,...[et al].- Miami: Society of Petroleum Engineering (SPE), 2006.

1.Drilling fluids. 2.Displacement. 3.Wells. 4.Cleaning. 5.Well completion. 6.Techniques. 7.Surveys. 8.Operation. Doc. No: 8625

130 Drilling and Testing of an HP/HT Deep Gas Prospect From an Existing Well : Case History of Kra Al Maru 3 Deepening, SPE 103330/ M.J. Al-Saeedi,...[et al].- Bangkok: Society of Petroleum Engineering (SPE), 2006.

1.Drilling. 2.Testing. 3.Deep oil well drilling. 4.Porosity. 5.Exploratory oil well. 6.Lithology. 7.Pressure. 8.planning. 9.Equipment. Doc. No: 8332

131 Drilling Fluids Planning and Execution for a World Record Water Depth Well, SPE/IADC 92587/ J. Dieffenbaugher,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2005.

1.Drilling Fluids. 2.Deep water. 3.Planning. 4.Execution. 5.Hydraulics. 6.Modeling. Doc. No: 8755

132 Drilling for Coalbed Methane in the San Juan Basin With Coiled Tubing: Results, Learnings, and a World First , SPE 105874/ Sam Noynaert,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Coalbed methane. 2.Drilling. 3.Coiled tubing. 4.Rate of penetration. 5.Rotary steerable systems. 6.Wellbore cleaning. 7.Wellbore stability. 8.Rig mobility. 9.Safety. 10.Pilot programs. 11.San Juan Basin. Doc. No: 8408

133 Drilling Tests of an Active Vibration Damper, SPE 105400/ Martin E. Cobern,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.drilling. 2.Vibration. 3.damper. 4.Testing. 5.Penetration. 6.rate. 7.Magnetic field. 8.Detectors. 9.Coils. Doc. No: 8360

134 Drilling With Liner On Horizontal Oil Wells, SPE 105403/ M. Terrazas,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.drilling. 2.Linings. 3.Horizontal drilling. 4.Oil wells. 5.Equipment. 6.Operation. 7.Mexico. 8.Limestones. 9.Pipes (tubes). 10.Floating. Doc. No: 8361

135 Drivers behind growing U.S. product exports & shrinking light heavy price differences.- Washington, DC: Energy Information Administration (eia), 2011.

1.E.I.A. 2.product. 3.Exports. 4.U.S.A. 5.Prices. 6.Gasoline. Doc. No: 8718

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136 The Dynamic Analysis of Dry-Gas Reinjection in a Waterdrive Gas-Condensate Reservoir-Case Study: Yaha Gas-Condensate Reservoir, Tarim Basin, West China, SPE 131876/ Jiao Yuwei,...[et al].- China: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Reservoirs. 3.Gas injection. 4.Gar reservoir. 5.Fluids. 6.Recovery. 7.Breakthrough. 8.Simulation. 9.Monitoring. 10.Dry gas. Doc. No: 8653

137 Dynamic Depth Correction To Reduce Depth Uncertainty and Improve MWD/LWD Log Quality, SPE 103094/ D. Dashevskiy,...[et al].- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Depth. 2.Measurement. 3.Drilling. 4.Borehole. 5.Correction. 6.Dynamics. 7.Temperature. 8.Reservoirs. 9.Sensors. Doc. No: 8327

138 A Dynamic Economic Indicator To

Evaluate SAGD Performance, SPE 100525/ H. Shin and M. Polikar.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2006.

1.Economic indicators. 2.Steam assisted gravity drainage (SAGD). 3.Dynamics. 4.Economic models. 5.Simulation. 6.Step-d. 7.Reservoirs. Doc. No: 8579

139 e-SHRIMP: One Year On, SPE 111445/ R.W. Finney and J. Campbell.- France: Society of Petroleum Engineering (SPE), 2008.

1.Shrimp. 2.H.S.E. 3.Producers.

4.Environmental assessment. 5.Implementation. 6.Management. 7.Exploration. 8.Production. 9.Oil companies. 10.Gas companies.

Doc. No: 8646

140 Economic and physical optimization of

hydraulic fracturing, SPE 111793/ M. Marongiu-Porcu and M.J. Economides and S.A. Holditch.- Lafayette: Society of Petroleum Engineering (SPE), 2008.

1.Hydraulic fracturing. 2.Optimization.

3.Permeability. 4.Treatment. 5.Gas. 6.Reservoirs. Doc. No: 8228

141 Economic Evaluation for Steam

Injection Projects: A Simplified Model, SPE 13768/ Holcomb, G.B., Alcocer, C.F., Montana C..- Texas: Society of Petroleum Engineering (SPE), 1985.

1.Steam. 2.Simplification. 3.Projects.

4.Computer models. 5.Evaluation. 6.Economic. Doc. No: 8619

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142 Economics of conditioning Nigerian natural gas for market, SPE 98799/ G. Chimagwu, and D. Appah.- Abuja: Society of Petroleum Engineers (SPE), 2005.

1.L.N.G. 2.Economic conditions. 3.Market. 4.Distribution. 5.Pipeline. 6.Concentration(composition). 7.Carbon dioxide (Co2). 8.Nitrogen. 9.Cost analysis. 10.Separators. 11.Sweetening. 12.Recovery. 13.Sulfur. Doc. No: 8270

143 Effect of Complex Fluid Phase Behavior

on CO2 Flood Simulation, SPE 16711/ J.R. Fanchi.- Dallas: Society of Petroleum Engineering (SPE), 1987.

1.Crbon dioxide (co2). 2.Flooding. 3.Simulation. 4.phases. 5.Liquid phase. 6.Hydrocarbons. 7.Terminology. 8.Crude oil. 9.Simulation. Doc. No: 8609

144 Effect of diffusion on dispersion, SPE 115961/ Raman K. Jha, Steven L. Bryant and Larry W. Lake.- Denver: Society of Petroleum Engineering (SPE), 2008.

1.Porous materials. 2.Network. 3.Diffusion. 4.Displacement. 5.Velocity. 6.Flow. Doc. No: 8242

145 Effect of Non-Darcy Flow on Well

Productivity in a Hydraulically Fractured Gas/Condensate Well, SPE 103025/ J. Mohan, G.A. Pope, M.M. Sharma..- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Conductivity. 2.Gas condensate.

3.Fracturing. 4.Wells. 5.Reservoirs. 6.Properties. 7.Simulation. 8.Improvement. Doc. No: 8326

146 Effect of Oil and Flue-Gas Compositions on Oil Recovery in the Flue-Gas/Light-Oil Injection Process, SPE 97262/ Shokoya, O.S.,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Oil recovery. 2.Flue gas compositions. 3.Light oil reservoirs. 4.Injection process. Doc. No: 8417

147 Effect of Oil Viscosity, Permeability and injection rate on performance of waterflooding, CO2 flooding and WAG process in recovery of heavy oils, CSUG/SPE 138188/ F. Torabi,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2010.

1.Permeability. 2.Heavy oil. 3.Waterflooding. 4.Carbon dioxide. 5.Viscosity. 6.Injection (oil wells). Doc. No: 8195

148 The Effect of Positive Coupling and

Negative Inertia on Deliverability of Gas Condensate Wells, SPE 107138/ G.A. Carvajal,...[et al].- London: Society of Petroleum Engineering (SPE), 2007.

1.Gas Condensate. 2.Gas wells. 3.Coupling. 4.Inertial system. Doc. No: 8631

149 Effect of Reservoir Fluid Production on

Gas Hydrate Phase Boundaries, SPE 50689/ K.K. Ostergaard,...[et al].- Hague: Society of Petroleum Engineering (SPE), 1998.

1.Reservoir. 2.Gas hydrate. 3.reservoir fluid. 4.surface separation. 5.black oil. 6.volatile oil. 7.gas condensate. Doc. No: 8529

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150 Effect of Temperature on Relative Permeability for Heavy-Oil Diatomite Reservoirs , SPE 93831/ J.M. Schembre, G.-Q. Tang, and A.R. Kovscek.- Irvine: Society of Petroleum Engineering (SPE), 2005.

1.Thermal recovery. 2.Enhanced Oil Recovery (EOR). 3.Relative temperature. 4.Permeability. 5.Heavy-Oil Diatomite Reservoirs. Doc. No: 8443

151 The effect of weighting material sag on drilling operation efficiency, SPE 110537/ T.H. Omland,...[et al].- Jakarta: Society of Petroleum Engineering (SPE), 2007.

1.Drilling. 2.Drilling fluids. 3.Weighting. 4.Formation. 5.Sag measurement.

Doc. No: 8219

152 Effective Well and Reservoir

Management Reverses Production Decline in a Major BrownField in South Oman, SPE 101381/ Biswajit Choudhuri,...[et al].- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Management. 2.Reservoirs. 3.Oman. 4.Fields. 5.Wells. 6.Directional drilling. Doc. No: 8304

153 Effects of Asphaltene Content and

Solvent Concentration on Heavy Oil Viscosity, SPE/PS-CIM/CHOA 97778/ P. Luo and Y. Gu.- Calgary: Society of Petroleum Engineering (SPE), 2005.

1.Heavy Oil. 2.Viscosity. 3.Asphaltene.

4.Concentration. 5.Experimental study. Doc. No: 8756

154 The effects of fracture cleanup on the oroductivity of gas condensate systems, SPE 107432/ M. Jamiolahmady,...[et al].- Scheveningen: Society of Petroleum Engineering (SPE), 2007.

1.Fracturing. 2.Gas condensate. 3.Permeability. 4.Fluids. 5.Reservoirs. 6.Clean up. Doc. No: 8180

155 Effects of RPM and ROP on PDC bit steerability, SPE/ IADC 105594/ Stephen Ernst,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Directional drilling. 2.Borehole. 3.Formation. 4.Limestone. Doc. No: 8158

156 Efficient Closed-loop Production Optimization Under Uncertainty, SPE 94241/ P. Sarma, L.J. Durlofsky, and K. Aziz.- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Closed-loop production.

2.Optimization. 3.Uncertainty. 4.Water flooding. 5.Case studies. Doc. No: 8388

157 Eia: Monthly Biodiesel Production Report.- Washington, DC: Energy Information Administration (eia), 2009.

1.E.I.A. 2.Report. 3.Production. 4.Biodiesel. 5.Market. 6.Energy. 7.U.S.A. Doc. No: 8717

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158 Eia: Monthly Energy Review.- Washington, DC: U.S. Energy Information Administration (eia), 2010.

1.Energy. 2.Reviewing. 3.Energy consumption. 4.Petroleum. 5.Natural Gas. 6.Crude Oil. 7.Development. 8.Coal. 9.Electricity. 10.Nuclear energy. 11.Prices. 12.Renewable energy. 13.Environment. 14.Conversion. Doc. No: 8486

159 Eia: Petroleum Marketing Monthly.- Washington, DC: Energy Information Administration (eia), 2012.

1.E.I.A. 2.Petroleum. 3.Marketing. 4.Data. 5.Statistics (data). 6.Crude oil. 7.Prices. 8.Products. Doc. No: 8689

160 Eia: Petroleum Supply Monthly.-

Washington, DC: U.S. Energy Information Administration (eia), 2012.

1.Petroleum. 2.Crude Oil. 3.Supply. 4.Products. 5.Securities. 6.Energy. Doc. No: 8487

161 Eia: Short-Term and Winter Fuels Outlook.- Washington, D.C.: U.S. Energy Information Administration (eia), 2010.

1.E.I.A. 2.Fuels. 3.Prices. 4.Gas. 5.Heating. 6.U.S.A. Doc. No: 8687

162 Eia: Short Term Energy Outlook.- Washington, DC: Energy Information Administration (eia), 2012.

1.E.I.A. 2.Energy. 3.U.S.A. 4.Crude Oil. 5.Liquid Fuels. 6.Global. 7.OPEC. 8.Petroleum. 9.Supply. 10.Prices. 11.Natural Gas. 12.Electricity. 13.Carbon Dioxide (CO2).

Doc. No: 8715

163 Eia: The Short-Term Oil Market Outlook.- Washington, D.C.: U.S. Energy Information Administration, 2011.

1.E.I.A. 2.Petroleum market. 3.Crude oil. 4.Prices. 5.Forecasts. 6.Gulf of Mexico. 7.U.S.A. 8.Supply. 9.production. 10.Growth. 11.OPEC. Doc. No: 8686

164 Emerging Petroleum-Oriented Nanotechnologies for Reservoir Engineering, SPE 102060/ Igor N. Evdokimov,...[et al].- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Nanotechnology. 2.Reservoirs. 3.Engineering. 4.Colloids. 5.Recovery. 6.Petroleum. 7.Asphaltene. Doc. No: 8314

165 Empirical PVT Correlations Applied

to Egyptian Crude Oils Exemplify Significance of Using Regional Correlations, SPE 37295/ H.H. Hanafy,...[et al].- Texas: Society of Petroleum Engineering (SPE), 1997.

1.Crude oil. 2.Correlation. 3.Gas- Oil Ratio (G.O.R.). 4.PVT. Doc. No: 8522

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166 Energy Market and Economic Impacts of the American Power Act of 2010.- Washington, DC: Energy Information Administration (eia), 2010.

1.E.I.A. 2.Energy. 3.Market. 4.Economic. 5.U.S.A. 6.Analysis. Doc. No: 8716

167 Enhanced oil recovery by hot co2 flooding, SPE 105425/ Mahesh Shrichand Picha.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Enhanced oil recovery. 2.Carbon

dioxide (Co2). 3.Flooding. 4.Gas injection. 5.Thermal methods. 6.Solvents. 7.Miscibility. 8.Viscosity. 9.Crude oil. 10.Pressure. 11.Heavy oils. Doc. No: 8362

168 Enhanced reservoir description in

carbonate and clastic reservoirs, SPE 110277/ Zohreh Movahed.- Jakarta: Society of Petroleum Engineering (SPE), 2007.

1.Reservoirs. 2.Carbonate. 3.Fracture. 4.Resistivity. 5.Interpretation. 6.Sandstone. 7.Lithofacies. Doc. No: 8215

169 Enhancing production from thin oil column reservoirs using intelligent completions, SPE 110207/ Fajhan H. Almutairi, David R. Davies and Shamrendra Singh.- Jakarta: Society of Petroleum Engineering (SPE), 2007.

1.Reservoirs. 2.Intelligent well. 3.Well completion. 4.Inflow control values (I.C.V.). 5.Permeability. 6.Sensitivity. 7.Gas- oil ratio (G.O.R.). 8.Control. Doc. No: 8213

170 Eni: Annual Report 2010.- Milan: a major integrated cmpany (eni), 2010.

1.Eni. 2.Annual Report. 3.Operating review. 4.Financial review. 5.Financial statements. 6.Profiles. 7.Consolidation. 8.Data. 9.performance. 10.Shareholders. 11.Exploration. 12.Production. 13.Reserves. 14.Drilling. 15.Gas wells. 16.Oil wells. 17.Gases. 18.Power. 19.Refining. 20.Marketing. 21.Petrochemicals. 22.Engineering. 23.Cash flow. 24.Construction. Doc. No: 8376

171 Eni: Fact book.- Milan: a major integrated

cmpany (eni), 2010.

1.Eni. 2.Fact book. 3.Strategy. 4.Exploration. 5.Production. 6.Gas. 7.Power. 8.Refining. 9.Marketing. 10.Engineering. 11.Construction. 12.Commitment. 13.Innovation. 14.Financial data. Doc. No: 8709

172 Environmental, Health, and Safety Guidelines Retail Petroleum Networks.- Washington, DC: The world bank group, 2007.

1.H.S.E. 2.Environmental health. 3.Safety. 4.Petroleum. 5.Retailing. 6.Management. 7.Fuels. 8.Equipment. 9.Waste water. 10.Occupational safety. 11.Occupational health. 12.Monitoring. Doc. No: 8254

173 EOR: Current Status and

Opportunities, SPE 130113/ E. Manrique,...[et al].- Oklahoma: Society of Petroleum Engineering(SPE), 2010.

1.Enhanced oil recovery (E.O.R.). 2.Carbon dioxide (Co2). 3.Lithology. 4.Sandstones. 5.Carbonates. 6.Formations. 7.Thermal methods. 8.Offshore. 9.Chemicals. 10.Gas. Doc. No: 8615

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174 EOR Field Experiences in Carbonate Reservoirs in the United States, SPE 100063/ E.J. Manrique, V.E. Muci, and M.E. Gurfinkel.- Tulsa: Society of Petroleum Engineering (SPE), 2006.

1.Enhanced oil recovery (E.O.R).

2.Fields. 3.Carbonate. 4.Reservoirs. 5.In- Situ Combustion (I.S.C.). 6.U.S.A. 7.Steam. 8.Fracture. 9.Drilling. 10.Polymerization. 11.Oil and gas origin. 12.Carbon dioxide (Co2). 13.Rocks. Doc. No: 8283

175 EOR survey in the north sea, SPE

99546/ A.R. Awan,...[et al].- Tulsa: Society of Petroleum Engineering (SPE), 2006.

1.Enhanced oil recovery(E.O.R). 2.North sea. 3.Microbial Enhanced Oil Recovery (MEOR). 4.water injection. 5.Gas injection. 6.Combination flooding. 7.Miscibility. 8.Efficiency. 9.Simulation. Doc. No: 8272

176 Estimation of Condensate Dropout Effects on Well Productivity as Skin Change with Multiplicative Interactions Among Skin Components, SPE 29894/ M.K Hwang, A.S. Odeh.- Bahrain: Society of Petroleum Engineering (SPE), 1995.

1.Productivity. 2.Wells. 3.Condensate.

4.Skin. 5.Approximation. 6.Simulation. 7.Equation. Doc. No: 8673

177 Estimation of Long Term Gas Condensate Well Productivity Using Pressure Transient Data, SPE 94065/ R. Osorio,...[et al].- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Gas condensate reservoirs. 2.Productivity. 3.Estimation. 4.Pressure transient data. 5.Conventional composite models. Doc. No: 8446

178 Evaluation of Steam Injection in a

Fractured Heavy Oil Carbonate Reservoir in Iran, SPE 105299/ M. Bahonar,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Steam. 2.Gas injection. 3.Heavy Oils. 4.Fracture. 5.Reservoirs. 6.Carbonate. 7.Iran. 8.Nonlinear systems. 9.recovery. 10.matrix. 11.Evaluation. 12.Thermal methods. 13.Petrophysics. 14.Geology. 15.Dynamics. 16.Feasibility. 17.modelling. 18.Sensitivity analysis. 19.simulation. Doc. No: 8357

179 Evaluation of the Effect of the Water Formation Salinity in the Performance of Gels for Water Shutoff, SPE 93005/ M.A. Llamedo,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Water. 2.Formations. 3.Gel. 4.Salinity. 5.Reservoir. 6.Residual resistance factor (RRF). 7.Coreflooding. 8.Tests. Doc. No: 8567

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180 Evaluation of the Potential for Gas and CO2 Leakage Along Wellbores, SPE 106817/ Theresa L. Watson,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Carbon dioxide (co2). 2.Gases. 3.Leakage. 4.Borehole. Doc. No: 8603

181 Evaporative Clean-Up of Water-Blocks in Gas Wells , SPE 94215/ J. Mahadevan and M.M. Sharma and Y.C. Yortsos.- Oklahoma: Society of Petroleum Engineering (SPE), 2005.

1.Evaporative cleanup. 2.Water blocks. 3.Permeability. 4.Gas wells. 5.Fractured wells. 6.Saturation. Doc. No: 8387

182 Expatriate Health and Welfare: The

Hidden Costs of Getting It Wrong, SPE 108547/ R. Cox, A. Jeremijenko and K.M. Doig.- Bangkok: Society of Petroleum Engineering (SPE), 2007.

1.Health. 2.Social welfare. 3.Costs. 4.Emergency medical care. 5.Gas companies. 6.Oil companies. 7.Management. Doc. No: 8644

183 Experience with the Quantification of Subsurface Uncertainties, SPE 68703/ T. Charles,...[et al].- Jakarta: Society of Petroleum Engineering (SPE), 2001.

1.Subsurface uncertainties. 2.Quantification. 3.Reservoirs. 4.Investments. 5.Drilling. Doc. No: 8459

184 Experimental and Simulation Studies of SAGD Process in Fractured Reservoirs , SPE 99920/ A.S. Bagci.- Tulsa: Society of Petroleum Engineering (SPE), 2006.

1.S.A.G.D. 2.Fracture. 3.Recovery.

4.Three dimensional models. 5.Reservoirs. 6.Projects. 7.Experimental study. 8.Simulation. 9.Injection (oil well). Doc. No: 8280

185 Experimental and Theoretical

Assessment of Using Propane to Remediate Liquid Buildup in Condensate Reservoirs, SPE 71526/ A.K.M. Jamaluddin,...[et al].- New Orleans: Society of Petroleum Engineering (SPE), 2001.

1.Condensate reservoirs. 2.Liquid buildup. 3.Remediation. 4.Propane. 5.Fluid characterization. Doc. No: 8461

186 Experimental Design and Analysis

Methods in Multiple Deterministic Modelling for Quantifying Hydrocarbon In-Place Probability Distribution Curve, SPE 87002/ Cheong Yaw Peng, Ritu Gupta.- Kuala Lumpur: Society of Petroleum Engineering (SPE), 2004.

1.Hydrocarbons. 2.Experimental study.

3.Design. 4.Analysis. 5.Three dimensional models. 6.Geologic model. 7.Petroleum. 8.Deterministic modeling. 9.Distribution. 10.Curve. Doc. No: 8614

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187 Experimental Determination of The Mobility of Hydrocarbon Liquids during Gas Condensate Reservoir Depletion: Three Actual Cases, SPE 38922/ D.C. Morel, A. Nectoux, J. Danquigny.- Texas: Society of Petroleum Engineering (SPE), 1997.

1.Gas Condensate. 2.Reservoir.

3.Depletion. 4.Hydrocarbons. 5.Liquids. 6.Mobility. 7.Simulation. 8.Permeability. 9.Capillary pressure. Doc. No: 8627

188 Experimental Investigation and Network Modeling Simulation of Free Fall Gravity Drainage in Single-Matrix and Fractured-Blocks Models, SPE 100400/ Alireza Mollaei, M. Haghighi, and B. Maini.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Networking. 2.Recovery. 3.Fracture.

4.Drainage. 5.Gravity. 6.Matrix. 7.Blocking. 8.Wettability. 9.Permeability. 10.Capillary pressure. 11.Saturation. 12.Water. 13.Film. 14.Viscosity. 15.Glass materials. 16.Numerical models. 17.Simulation. 18.Modelling. 19.Imbibition. 20.Sensitivity analysis. 21.Experimental study. Doc. No: 8288

189 Experimental Investigation and Numerical Simulation of Water Imbibition in Fractured Turbidite Systems, SPE 91975/ L.B. Cunha, E.J. Bonet, J.C. Cunha.- Puebla Pue: Society of Petroleum Engineering (SPE), 2004.

1.Fracture. 2.Reservoirs. 3.Numerical

Simulation. 4.mbibition. 5.Water. 6.Laboratory tests. 7.Flow. 8.Mathematical models. Doc. No: 8566

190 Experimental Investigation of CO2 Gravity Drainage in a Fractured System, SPE 64510/ Hujun Li,...[et al].- Brisbane: Society of Petroleum Engineering (SPE), 2000.

1.Carbod dioxide (CO2). 2.Gravity. 3.Drainage. 4.Fracture. 5.Injection. 6.Enhancing oil recovery (E.O.R.). Doc. No: 8552

191 Experimental Investigation of

Retrograde Condensation in Porous Media at Reservoir Conditions, SPE 18316/ by A. Danesh,...[et al].- Houston: Society of Petroleum Engineering (SPE), 1988.

1.Condensation. 2.Reservoir. 3.Condition. 4.Gas. 5.Tests. 6.Gravity. 7.Porous Media. Doc. No: 8500

192 Experimental investigation of secondary and tertiary gas injection in fractured carbonate rock, SPE 107187/ H. Karimaie,...[et al].- London: Society of Petroleum Engineering (SPE), 2007.

1.Gas injection. 2.Tertiary. 3.Fracture. 4.Carbon dioxide. 5.Fluids. 6.Rocks. Doc. No: 8176

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193 Experimental studies of low ift displacement by co2 injection, SPE 6723/ A. Rosman.- Colorado: Society of Petroleum Engineering (SPE), 1977.

1.Carbon dioxide(co2). 2.Injection(oil

well). 3.Interfacial tension(IFT). 4.Flooding. 5.Experimental study. Doc. No: 8488

194 An Experimental Study of Capillary and Gravity Crossflow Fractured Porous Media, SPE 24918/ Abbas Firoozabadi, Tore Markeset.- Washington, D.C: Society of Petroleum Engineering (SPE), 1992.

1.Experimental study. 2.Gravity.

3.Capital flow. 4.Physical phenomena. Doc. No: 8510

195 Experimental Study on Cuttings Transport With Foam Under Simulated Horizontal Downhole Conditions, IADC/SPE 99201/ Z. Chen,...[et al].- Florida: Society of Petroleum Engineering (SPE), 2006.

1.Downhole. 2.Simulation. 3.Experimental Study. 4.Foam. 5.Cutting. 6.Drilling. 7.Temperature. 8.Pressure. Doc. No: 8622

196 Experiments investigate of steam injection in light oil fractured carbonates, SPE 113464/ Marco Verlaan,...[et al].- Tulsa: Society of Petroleum Engineering (SPE), 2008.

1.Steam. 2.Injection (Oil wells). 3.Fracture. 4.Viscosity. 5.Distillation. 6.Gas. Doc. No: 8232

197 Extended analysis for gas condensate systems, SPE 110152/ Raffie Hosein and William D. McCain.- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Gas condensate. 2.Equation of state

(E.O.S.). 3.Single Carbon Nuclear (S.C.N.). 4.Chromatograph. Doc. No: 8212

198 Extending the Drilling Operating Window in Brent: Solutions for Infill Drilling in Depleting Reservoirs, IADC/ SPE 87174/ J.M. Davison,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2004.

1.Drilling. 2.Reservoirs. 3.Depletion. 4.Brent. 5.Geology. 6.Pressure. 7.Fracture. 8.Gradient. Doc. No: 8612

199 Exxonmobil: Financial & Operating Review.- Texas: Exxonmobil, 2010.

1.Exxonmobi. 2.Business. 3.Model. 4.Energy. 5.H.S.E. 6.Technology. 7.Security. 8.Upstream. 9.Chemical. Doc. No: 8706

200 Exxonmobil: Financial Statements and Supplemental Information.- Texas: Exxonmobil, 2010.

1.Exxonmobil. 2.Financial statements. 3.Business. 4.Management. 5.Environment. 6.Risk assessment. 7.Capital. 8.Cash flow. 9.Income. 10.Accounting. 11.Exploration. 12.Production. 13.Petroleum. 14.Gas. Doc. No: 8707

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201 Factors Controlling the Membrane Efficiency of Shales when Interacting with Water-Based and Oil-Based Muds, SPE 100735/ Talal M. Al-Bazali,...[et al].- China: Society of Petroleum Engineering (SPE), 2006.

1.Mud. 2.Shales. 3.Water mud. 4.Oil mud. 5.Efficiency. 6.Membranes. 7.Control. Doc. No: 8616

202 Fast and efficient modeling and conditioning of naturally fractured reservoir models using static and dynamic data, SPE 107525/ M. Garcia, F. Gouth and O. Gosselin.- London: Society of Petroleum Engineering (SPE), 2007.

1.Natutally fractured reservoirs (N.F.R.).

2.Data. 3.Petroleum. 4.Recovery. 5.Permeability. 6.Flow. Doc. No: 8182

203 Faster, Longer, and More Reliable Bit

Runs With New-Generation PDC Cutter, SPE 102067/ J. Clegg.- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Polycristalline diamond compact

(PDC). 2.Generations. 3.Drilling bits. 4.Laboratory study. Doc. No: 8584

204 Fate of Nonaqueous Drilling Fluid

Cuttings Discharged from a Deepwater Exploration Well, SPE 98612/ T. J. Nedwed, J.P. Smith and H.R. Melton.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Drilling Fluid. 2.Exploration. 3.Deep

water. 4.Drilling. 5.Monitoring. 6.Cutting. 7.Discharge. 8.Sediments. 9.Offshore operators committee (OOC). Doc. No: 8577

205 Feasibility Study of CO2 Injection for Heavy Oil Reservoir after Cyclic Steam Stimulation: Liaohe oil field test, SPE/PS-CIM/CHOA 97462/ R. Luo and L.-S. Cheng and J.-C. Peng.- Calgary: Society of Petroleum Engineering (SPE), 2005.

1.Carbon dioxide (Co2). 2.Cyclic Steam Stimulation (C.S.S.). 3.Injection. 4.Heavy Oil. 5.Reservoir. 6.Oil field. 7.Well tests. 8.Feasibility. 9.Numerical simulation. 10.Economic. 11.Evaluation. Doc. No: 8757

206 Feasibility Study of In-Situ Combustion in Naturally Fractured Heavy Oil Reservoirs, SPE 103969/ F. Tabasinejad and R. Karrat, and S. Vossoughi.- Cancun: Society of Petroleum Engineering (SPE), 2006.

1.In- Situ Combustion (I.S.C.). 2.Feasibility. 3.Fracturing. 4.Heavy oils. 5.Reservoirs. 6.Recovery. 7.Thermal methods. 8.Injection (oil well). 9.Simulation. 10.Sensitivity analysis. Doc. No: 8337

207 Field Chemical Flood Performance Comparison with Laboratory Displacement in Reservoir Core, SPE 89385/ K. Wyatt, M.J. Pitts, H. Surkalo.- Oklahoma: Society of Petroleum Engineering (SPE), 2004.

1.Coreflooding. 2.Chemicals.

3.Mobility. 4.Control. 5.Polymer waterflooding. 6.Reservoirs. 7.Tertiary. Doc. No: 8407

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208 Field experiences using foam to cleanout sour gas wells in Saudi Arabia, SPE 110971/ Ibrahim Al-Hakami,...[et al].- Dhahran: Society of Petroleum Engineering (SPE), 2007.

1.Coiled tubing (C.T.). 2.Sour gas. 3.Wells. 4.Saudi Arabia. 5.Khuff formation. 6.Reservoirs. 7.Carbonates. 8.Borehole. 9.Clean up. 10.Fluids. 11.Velocity. 12.Viscosity. Doc. No: 8221

209 Field Facilities for CO2 Tertiary Floods-A Conceptual Design, SPE 11234/ by David H. Alderman.- Louisiana: Society of Petroleum Engineering (SPE), 1982.

1.Carbon dioxide(co2). 2.Iinjection(oil

well). 3.Oil well production. 4.fFowline. 5.Tertiary. 6.Flooding. 7.Flluid flow. 8.Satellite. 9.Gas. 10.Gathering system. Doc. No: 8493

210 Field Monitoring: Applications Of

TOTAL Corporate Integration Strategy, IPTC 11376/ Aurlien Treguier, Jacques Danquigny and Alain Louis.- Dubai: International Petroleum Technology Conference (IPTC), 2007.

1.Monitoring. 2.Total. 3.Strategy.

4.Integration. 5.Fields. 6.Human factor. 7.Optimization. 8.Data. 9.Wells. 10.Development.

Doc. No: 8737

211 Field studies of drilling and completion fluids to minimize damage and enhance gas production in unconventional reservoirs, SPE 107844/ Glenn Penny and John T. Pursley.- Scheveningen: Society of Petroleum Engineering (SPE), 2007.

1.Fluids. 2.Unconventional resources.

3.Reservoirs. 4.Hydraulic fractuing. 5.Borehole. 6.Alteration. 7.Permeability. 8.Drilling. 9.Capillary Pressure. 10.Clean up. Doc. No: 8185

212 Field-Test Results of an Acoustic MWD System, SPE 105021/ J.M. Neff, and P.L. Camwell..- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Fields. 2.Testing. 3.Acoustics.

4.Drilling. 5.Isolation. 6.Tools. 7.Reliability. 8.Technology. Doc. No: 8349

213 First Laboratory Perforating Tests in Coal Show Lower-Than-Expected Penetration, SPE 102309/ P.M. Snider,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Coal. 2.Coal bed method (CBM). 3.Laboratory study. 4.Wells. Doc. No: 8586

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214 Five Years of Ongoing Conformance Work in the Central Mallet Unit CO2 Flood in West Texas Yields Improved Economics for Operator, SPE 101701/ M. Honnert,...[et al].- : Society of Petroleum Engineering (SPE), 2006.

1.Carbon dioxide (Co2). 2.Flow. 3.Fluids. 4.Recovery. 5.Petroleum reservoir. 6.Characterization. 7.Economic growth. 8.Permeability. Doc. No: 8308

215 Forecasting oil production in

waterflooded reservoirs, SPE 107992/ Antonio Claudio de Franasha Correa.- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Oil products. 2.Waterflooding. 3.Reservoirs. 4.Petroleum. 5.Recovery. 6.Water injection. 7.Reserves. 8.Estimation. Doc. No: 8186

216 Foreign Direct Investment for

Development, maximizing benefits, minimizing costs: Overview.- France: Organization for economic co-operation and development (oecd), 2002.

1.Investment. 2.Development. 3.Cost-benefit analysis. 4.Foreign investment. 5.Trends. 6.Growth. 7.Trade. Doc. No: 8262

217 Formate-Based Reservoir Drilling Fluid

Resolves High-Temperature Challenges in the Natuna Sea, SPE 98347/ R. Bradshaw,...[et al].- Louisiana: Society of Petroleum Engineering (SPE), 2006.

1.Drilling fluids. 2.High temperature.

3.Reservoirs. 4.Natuna Sea. 5.Laboratory study. 6.Optimization. 7.Calcium Carbonate. Doc. No: 8574

218 Formation Damage in Iranian Oil Fields, SPE 73781/ J. Moghadasi,...[et al].- Louisiana: Society of Petroleum Engineering (SPE), 2002.

1.Oil fields. 2.Damage. 3.Formations. 4.Iran. 5.Mechanism. 6.Experiments. 7.Permeability. Doc. No: 8678

219 Formation Damage Resulting from Biocide/Corrosion Inhibitor Squeeze Treatments, SPE 58803/ H.A. Nasr-El-Din, H.R. Rosser, M.S. Al-Jawfi.- Louisiana: Society of Petroleum Engineering (SPE), 2000.

1.Corrosion inhibitors. 2.Biocides. 3.Calcium sulfate. 4.Water. 5.Wells. 6.Sulfate-reducing bacteria (SRB). 7.Experimental Study. 8.Treatment. Doc. No: 8540

220 Forties CO2 IOR Evaluation Integrating

Finite Difference and Streamline Simulation Techniques, SPE 78298/ Halil Turan,...[et al].- United Kingdom: Society of Petroleum Engineering (SPE), 2002.

1.Carbon dioxide (CO2). 2.Improved Oil Recovery (I.O.R.). 3.Simulation. 4.Techniques. 5.Injection (oil well). 6.Mechanistic models. 7.Waterflooding. Doc. No: 8685

221 Fractional fow theory for suspension

flow in petroleum reservoirs, SPE 121822/ P.G. Bedrikovetsky,...[et al].- Cartagena de Indias: Society of Petroleum Engineering (SPE), 2009.

1.Petroleum. 2.Reservoirs. 3.Water injection. 4.Suspension. 5.Permeability. 6.Drilling fluid. 7.Filtration. Doc. No: 8257

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222 The fracture characterization and fracture modeling of a tight carbonate reservoir: The najmah sargelu of west kuwait, SPE 93557/ O. Fonta,... [et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Tight carbonate reservoirs. 2.Fractures. 3.Porosity. 4.Permeability. 5.Seismic facies. 6.Hydraulic properties. 7.Najmah Sargelu reservoir. 8.Kuwait. 9.Case studies. Doc. No: 8383

223 Fracture Porosity of Naturally Fractured Reservoirs, SPE 104056/ D. Tiab, D.P. Restrepo, and A. Igbokoyi.- : Society of Petroleum Engineering (SPE), 2006.

1.Fracture. 2.Porosity. 3.Reservoirs.

4.Capacity. 5.Storage. 6.Pressure. 7.Borehole. 8.Matrix. Doc. No: 8333

224 Free-Fall gravity drainage in fractured matrix blocks: experimental and network modeling simulation findings and observations, SPE 107206/ Alireza Mollaei, M. Haghighi and B. Maini.- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Gravity. 2.Drainage. 3.Recovery. 4.Modelling. 5.Simulation. 6.Multiphase flow. 7.Fracture. 8.Flow. Doc. No: 8178

225 A Fully Compositional Integrated Asset Model for a Gas - Condensate Field, SPE 134141/ F. Gonzalez,...[et al].- Florence: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Models. 3.Field. 4.Compositions. 5.Assets. 6.Gas. 7.Reservoir. Doc. No: 8650

226 Gas blending for miscible gasfloods in South Oman, SPE 105604/ G. Deinum, B. Dindoruk and M. O'Dell.- Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Gas. 2.Miscibility. 3.Reservoirs.

4.Flooding. 5.Fluids. 6.Gas- oil ratio (G.O.R). 7.Carbon dioxide. 8.P.V.T.

Doc. No: 8159

227 Gas Condensate Field Development Plan by Means of Numerical Compositional Simulation, SPE 138886/ V.A. Huerta,...[et al].- Peru: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Fields. 3.Development. 4.Simulation. 5.Models. 6.Geology. 7.Porosity. 8.Numerical analysis. 9.Permeability. Doc. No: 8658

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228 Gas Condensate Flow Around Deviated And Horizontal Wells, SPE 143577/ P. Ghahri, M. Jamiolahmady and M. Sohrabi.- Vienna: Society of Petroleum Engineering (SPE), 2011.

1.Gas Condensate. 2.Horizontal Wells.

3.Flow. 4.Hole deviation. 5.models. 6.Fluids. 7.Rocks. 8.Three dimensional models. Doc. No: 8665

229 Gas-condensate Flow in Perforated Regions, SPE 94072/ M. Jamiolahmady, A. Danesh and M. Sohrabi.- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Gas condensate flow. 2.Perforated

Regions. 3.Openhole well simulators. 4.Relative permeability. Doc. No: 8447

230 Gas-Condensate Relative Permeability

Curves Determined from Separator Test Data: Britannia Field Case Study, SPE 142958/ B. G نkta and T.S. Thrasher.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2011.

1.Gas Condensate. 2.Permeability.

3.Testing. 4.Statistics (data). 5.Curve. 6.Reservoirs. 7.Methodology. 8.Britannia Field. Doc. No: 8664

231 Gas Condensate Reservoir Behaviour:

Productivity and Recovery Reduction Due to Condensation, SPE 30767/ R. S Barnum,...[et al].- Texas: Society of Petroleum Engineering (SPE), 1995.

1.Gas Condensate. 2.Reservoirs. 3.Condensation. 4.Productivity. 5.Recovery. 6.Theoretical study. 7.Methodology. 8.Gas. Doc. No: 8674

232 Gas, Condensate Well Deliverability: Integrated Laboratory-Simulation-Field Study, IPTC 10243/ N. Silpngarmlers, P. Ayyalasomayajula and J. Kamath.- Qatar: International Petroleum Technology Conference (IPTC), 2005.

1.Gas Condensate. 2.Carbonates.

3.Tight gas. 4.Simulation. 5.Fluids. 6.Permiability. 7.Laboratory study. 8.Wells. 9.Fields. Doc. No: 8732

233 Gas Hydrate Production Technology for

Natural Gas Storage and Transportation and CO2 Sequestration, SPE 93492/ R. Masoudi,... [et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Gas hydrates. 2.Natural gas. 3.Production. 4.Storage. 5.Transportation. 6.Technology. 7.Carbon Dioxide (CO2). 8.Sequestration. Doc. No: 8381

234 Gas Injection Pilot in the Hochleiten Field, SPE 89356/ K. Potsch,...[et al].- Oklahoma: Society of Petroleum Engineering (SPE), 2004.

1.Gas injection. 2.Enhanced oil recovery (E.O.R.). 3.Reservoirs. 4.Simulation. 5.Hochleiten Field. 6.History. Doc. No: 8305

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235 Gas productivity enhancement by wettability alteration of gas-condensate reservoirs, SPE 107493/ Hamoud A. Al-Anazi,...[et al].- Scheveningen: Society of Petroleum Engineering (SPE), 2007.

1.Gas condensate. 2.Reservoirs. 3.Wettability. 4.Alteration. 5.Permeability. 6.Core flooding. 7.Surfactants. 8.Silanes. 9.Treatment. Doc. No: 8181

236 Gas Storage in a Depleted Gas/Condensate Reservoir in the Appalachian Basin, SPE 104555/ K. Aminian, A. Brannon, and S. Ameri..- Canton: Society of Petroleum Engineering (SPE), 2006.

1.Gas storage. 2.Depletion. 3.Gas

condensate. 4.Reservoirs. 5.Pipelines. 6.Injection (oil well). 7.Performance. 8.Simulation. Doc. No: 8347

237 A General approach for asphaltene modeling, SPE 107191/ Nestor L. Sanchez.- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Asphaltene. 2.Oil reservoirs. 3.Fluids.

4.Characterization. 5.Permeability. Doc. No: 8177

238 A General Approach to Well

Evaluation, SPE 94644/ I.R. Diyashev and M.J. Economides.- Sheveningen: Society of Petroleum Engineering (SPE), 2005.

1.Petroleum wells. 2.Performance.

3.Evaluation. 4.Production engineering. 5.Hydraulically fractured wells. 6.Horizontal wells. 7.Field analysis. Doc. No: 8455

239 Generation of a compositional model to simulate EOR processes for the complex fluids system of the Carito-Mulata field, Venezuela, SPE 107803/ F. Rodriguez,...[et al].- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Enhanced Oil Recovery (E.O.R). 2.Oil fields. 3.Equation of states (E.O.S.). 4.Injection (oil well). 5.Gas Oil Ratio (G.O.R.). 6.Characterization. Doc. No: 8184

240 Geomechanical risk mitigation for CO2 sequestration in saline aquifers, SPE 125167/ David Tran,...[et al].- New Orleans: Society of Petroleum Engineering (SPE), 2009.

1.Geomechanics. 2.Carbon dioxide. 3.Leakage. 4.Sequestration. 5.Mitigation. 6.Saline composition. 7.Aquifers. 8.Darcy's law. 9.Equation of state. 10.Permeability. 11.Fracture. 12.Fluids. 13.Cap rock. 14.Simulation. Doc. No: 8260

241 Global development finance: External Debt of Developing Countries.- Washington DC: The World Bank, 2012.

1.Global. 2.Development. 3.Finance. 4.Debts. 5.world bank. Doc. No: 8711

242 Global Sustainability Reporting Practices and Trends in the Oil and Gas Industry - A Survey, SPE 86616/ Sophie Depraz,...[et al].- Calgary: Society of Petroleum Engineering(SPE), 2004.

1.Surveys. 2.Sustainability. 3.Trends. 4.petroleum. 5.Natural gas. 6.Oil companies. 7.Petroleum industry. 8.Gas industry. 9.Reports. Doc. No: 8649

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243 Goldsmith San Andres Unit CO2 Pilot - Design, Implementation, and Early Performance, SPE 48945/ D.E. Jasek,...[et al].- Louisiana: Society of Petroleum Engineering (SPE), 1998.

1.Crbon dioxide (co2). 2.Goldsmith San Andres Unit (GSAU). 3.Carbon dioxide flooding. 4.Simulation. 5.Monitoring. 6.COj injection. Doc. No: 8526

244 The Good,the Bad, and the Ugly of Stage-Gate Project Management Process in the Oil and Gas Industry, SPE 102926/ G.W. Walkup Jr. and J.R. Ligon.- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Project management. 2.Gas industry.

3.Petroleum industry. 4.Feasibility. Doc. No: 8589

245 A guide to social impact assessment in

the oil and gas industry, SPE 98495/ M. Consiglio,...[et al].- Abu Dhabi: Society of Petroleum Engineers (SPE), 2006.

1.Social conditions. 2.Impact. 3.Assessment. 4.Petroleum. 5.Gas. 6.Potential. 7.Process. 8.Cost. 9.Time management. 10.Demographic analysis. 11.Economic conditions. 12.Infrastructure. 13.Equity. 14.Resources. 15.Culture. Doc. No: 8269

246 Handling Tight Gas/Condensate Carbonates: A Simulation Approach, IPTC 10033/ A. Al-Hamadah, A. Aruri, and A. Al-Kanaan.- Qatar: International Petroleum Technology Conference (IPTC), 2005.

1.Gas Condensate. 2.Carbonates. 3.Tight gas. 4.Simulation. 5.Geology. 6.Model. 7.Permiability. 8.Saturation. 9.Hydraulic fracturing. Doc. No: 8729

247 HARADH-III: Industry's Largest Field Development Using Maximum- Reservoir- Contact Wells, Smart- Well Completions and I-field Concept, SPE 105187/ Abdulaziz O. Al-Kaabi,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Haradh-III. 2.Oil wells. 3.Reservoirs. 4.Fracture. 5.Models. 6.Fluid flow. 7.Fields. 8.Development. Doc. No: 8596

248 Heavy-Crude-Oil Upgrading With

Transition Metals, SPE 107837/ H.R. Nares,...[et al].- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Heavy crude oil. 2.Transition metal.

3.Golf of mexico. 4.Hydrocracking. 5.Gravity. Doc. No: 8608

249 Heavy-Oil Field Development and

Reservoir Management Challenges in Producing Onshore Shallow Reservoirs in Suriname, SPE 104068/ H. Kartoredjo,...[et al].- Cancun: Society of Petroleum Engineering (SPE), 2006.

1.Heavy oils. 2.Fields. 3.Reservoirs. 4.Management. 5.Off shore oil field. 6.Core. 7.Recovery. 8.Fields. Doc. No: 8338

250 Heavy-oil recovery mechanisms during steam injection in naturally fractured reservoirs, SPE 107372/ Mateo Hernandez J.A..- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Heavy oils. 2.Recovery. 3.Steam.

4.Injection (oil well). 5.Naturally fractured reservoir (N.F.R.). 6.Gas. 7.Viscosity. 8.Flooding. 9.Carbon dioxide. 10.Distillation. Doc. No: 8179

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251 High Recovery in a Volatile Oil Reservoir: Case History, SPE 22361/ B. Siti, L.Vignati, Usikalu A..- China: Society of Petroleum Engineering (SPE), 1992.

1.Oil Reservoir. 2.Volatile. 3.Recovery.

4.Compositions. 5.Fluid. 6.Permeability. 7.Gas injection. 8.Water injection. Doc. No: 8623

252 History Matching of the Valhall Field

Using a Global Optimization Method and Uncertainty Assessment, SPE 100946/ B.R. Al-Shamma and R. Teigland.- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Permeability. 2.Porosity.

3.Transmissibility. 4.Optimization method. 5.Uncertainty assessment. 6.Valhal field. 7.History matching. Doc. No: 8399

253 Horizontal Drilling Review, SPE 23535/

L.E. Pendleton.- Texas: Society of Petroleum Engineering (SPE), 1991.

1.Horizontal Drilling. 2.Economics. 3.Technology. 4.Austin chalk. 5.North sea. Doc. No: 8505

254 Horizontal marcellus well cementing in

appalachia, SPE 125985/ John C. Gottschling.- Charleston: Society of Petroleum Engineering (SPE), 2009.

1.Horizontal well. 2.Drilling.

3.Cementing. 4.Hydraulic fracturing. 5.Horizontal laterals. 6.Slurries. 7.Borehole. Doc. No: 8261

255 Horizontal well completion and stimulation techniques--A review with emphasis on low-permeability carbonates, SPE 108075/ Valdo Ferreira Rodrigues.- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Horizontal wells. 2.Well completion. 3.Permeability. 4.Carbonates. 5.Stimuli. 6.Fracturing. Doc. No: 8188

256 How Aphron Drilling Fluids Work , SPE 96145/ A. Belkin,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Aphron drilling fluids. 2.Fluid dynamics. 3.Formation damage. 4.Reservoirs. Doc. No: 8421

257 How Much is Left of Your Centralizer After Exiting a Casing Window in an Extended Reach Horizontal Multilateral? Modeling, Yard Tests, and Field Results from Alaska's West Sak Development, SPE/IADC 105766/ E.M. Peterson,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Multilateral wells. 2.Horizontal Multilateral. 3.Centralization. 4.Modeling. 5.Tests. 6.Oil field. 7.Development. Doc. No: 8744

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258 How To Enhance the Recovery of Intermediate Components of an Extremely Volatile Oil, SPE 59010/ Gy. Palasthy,...[et al].- Mexico: Society of Petroleum Engineering (SPE), 2000.

1.Volatiles. 2.Petroleum. 3.Enhanced oil

recovery. 4.Oil reservoirs. 5.Pressure volume temperature (PVT). 6.Component. 7.Economics. Doc. No: 8676

259 How to Extend the Heptanes plus Fraction for Gas Condensate Systems for Use in Compositional Simulation, SPE 113839/ Raffie Hosein and William D. McCain and Tennyson Jagai.- Rome,: Society of Petroleum Engineering (SPE), 2008.

1.Gas condensate systems. 2.Pseudo

component compositions. 3.Compositional simulation. 4.Heptanes plus fraction. Doc. No: 8466

260 Hydraulic Fracture Optimization Maintains Original Production Rates in New Wells in a Mature Gas/Condensate Reservoir in Oman,SPE 88611/ Paolo Giacon,...[et al].- Perth: Society of Petroleum Engineering (SPE), 2004.

1.Gas Condensate. 2.Reservoirs.

3.Hydraulic fracturing. 4.Gas wells. 5.Barik sandstone

Doc. No: 8558

261 Hydrocarbon Processing: 2011 Refining Processes Handbook.- [Houston]: Hydrocarbon Processing, 2011.

1.Refining. 2.Process Handbooks. 3.Hydrocarbon Processing. 4.Alkylation. 5.treating. 6.Acid treatment. 7.Amines. 8.Asphaltene. 9.Benzene. 10.Biodiesel. 11.Biofuels. 12.Coking. 13.Crude desalting. 14.Deasphalting. 15.Desulfurization. 16.Dimethyl. 17.Flue gases. 18.Fluids. 19.Gas. 20.Hydrocracking. 21.Hydrogen. 22.Hydrotreating. 23.Isomerization. 24.Olefin. 25.Propylene. Doc. No: 8369

262 Hydrocrbon processing: Gas processes.-

[Houston]: Hydrocrbon processing, 2009.

1.Hydrocrbon. 2.processing. 3.Gas. 4.Natural gas. 5.Gas indusrry. 6.Handbooks. Doc. No: 8694

263 Hydrocrbon processing: Pethrochemical processes.- [Houston]: Hydrocrbon processing, 2010.

1.Hydrocrbon. 2.processing. 3.Petrochemicals. 4.Petrochemical industry. 5.Handbooks. Doc. No: 8714

264 The Hydrogen Economy: Economics of

Hydrogen Production From Natural Gas, SPE 101703/ D. Seddon.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2006.

1.Hydrogen. 2.Natural gas.

3.Production. 4.Economics. 5.Economy. 6.Cost. 7.Fossil fuel. 8.Carbon dioxide (Co2). 9.Prices.

Doc. No: 8580

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265 Hypertext-Based GUI for Reservoir Engineering Software, SPE 24283/ by Georges Blanc,...[et al].- Norway: Society of Petroleum Engineering (SPE), 1992.

1.Reservoirs. 2.Engineering. 3.Software system. 4.Graphical user interface(GUI). 5.Hypertext. 6.Screen manager. Doc. No: 8507

266 The identification of condensate

banking with multiphase flowmeter - A case study, SPE 105362/ B.C. Theuveny,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Condensate. 2.Flowmeter. 3.Multiphase flow. 4.Gas well. 5.Well tests. Doc. No: 8597

267 IFC Performance Standards, SPE 98840/ P. Miller.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2006.

1.Standards. 2.Finance. 3.Performance. 4.Corporations. 5.Environment. Doc. No: 8643

268 Impact of Completion Fluids on Productivity in Gas/Condensate Reservoirs, SPE 94256/ H.A. Al-Anazi,...[et al].- Oklahoma: Society of Petroleum Engineering (SPE), 2005.

1.Drilling. 2.Completion. 3.Fluids. 4.Penetration. 5.Reservoirs. 6.Gas wells. 7.Condensate. 8.Productivity. Doc. No: 8389

269 The Impact of Condensate Blockage and Completion Fluids on Gas Productivity in Gas-Condensate Reservoir, SPE 93210/ H.A. Al-Anazi, J.R. Solares, and M.G. Al-Faifi.- Jakarta: Society of Petroleum Engineering (SPE), 2005. 1.Gas-Condensate Reservoirs. 2.Gas Productivity. 3.Condensate Blockage. 4.Completion Fluids. 5.Methanol treatment. 6.Safety. Doc. No: 8433

270 Impact of Gas Flaring on Soil Fertility , SPE 93666/ E. Akpojivi and P.E. Akumagba.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Gas flaring. 2.Soil fertility. 3.Temperature. 4.Ecological damage. 5.Oil production. 6.Nigeria. Doc. No: 8384

271 The Impact of Pertinent Parameters on the Design of Hydraulic Fracturing in Gas Condensate Reservoirs , SPE 94074/ G.A.Carvajal,...[et al].- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Gas condensate reservoirs. 2.Hydraulic fracturing. 3.Design. 4.Pertinent parameters. 5.Well stimulation. Doc. No: 8449

272 Implementation of ROP Management

Process in Qatar North Field, SPE 105521/ Stephen M. Remmert.- : Society of Petroleum Engineering (SPE), 2007.

1.drilling bits. 2.management. 3.Qatar. 4.operators. 5.Fields. 6.lithology. 7.surveillance. 8.Development projects. 9.Heterogeneity. 10.energy. 11.Efficiency. Doc. No: 8363

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273 Implementing CO2 Floods: No More Delays, SPE 35187/ M.R. Lambert,...[et al].- Texas: Society of Petroleum Engineering (SPE), 1996.

1.Carbon dioxide (Co2). 2.Flooding. 3.Recovery. 4.Injection (oil well). Doc. No: 8518

274 Improved and More Rapid History Matching With a Nonlinear Proxy and Global Optimization, SPE 101933/ A.S. Cullick, D. Johnson and G. Shi.- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Reservoirs. 2.Simulation. 3.History

matching. 4.Nonlinear proxy. 5.Global optimization. 6.Case studies. Doc. No: 8404

275 Improved Characterisation and Modelling of Carbonate Reservoirs for Predicting Waterflood Performance, IPTC 11722/ S.K. Masalmeh and X.D. Jing.- Dubai: International Petroleum Technology Conference (IPTC), 2007.

1.Carbonates. 2.Reservoirs.

3.Characterization. 4.Modelling. 5.Waterflood. 6.Performance. 7.Forecasts. 8.Capillary pressure. 9.Drainage. Doc. No: 8736

276 An Improved Model for the Liquid-

Loading Process in Gas Wells, SPE 106699/ Frank van Gool and Peter K. Currie.- Oklahoma: Society of Petroleum Engineering (SPE), 2007.

1.Gas wells. 2.Liquid. 3.Models.

4.Loading. Doc. No: 8602

277 Improved Reservoir Modeling With Time-Lapse Seismic in a Gulf of Mexico Gas Condensate Reservoir, SPE 77956/ J.R. Waggoner, A. Cominelli, R.H. Seymour.- Melbourne: Society of Petroleum Engineering (SPE), 2002.

1.Gas Condensate. 2.Reservoirs. 3.Gulf

of Mexico. 4.Seismic data. 5.Modelling. 6.Production. 7.Fluids. 8.Four-dimensional model. 9.Three dimensional models. Doc. No: 8684

278 Improving production in gas/condensate reservoirs by wettability alteration to gas wetness, SPE 99739/ Y. Liu,...[et al].- Tulsa: Society of Petroleum Engineering (SPE), 2006.

1.Production. 2.Gas. 3.Improvement. 4.Condensate. 5.Reservoirs. 6.Wettability. 7.Rock. 8.Alteration. 9.Recovery. Doc. No: 8276

279 Improving the Gas and Condensate Relative Permeability Using Chemical Treatments, SPE 100529/ V. Kumar, G.A. Pope, and M.M. Sharma.- : Society of Petroleum Engineering (SPE), 2006.

1.Gas condensate. 2.Chemicals.

3.Treatment. 4.Permeability. 5.Bottom hole pressure. 6.Fracture. 7.Core (rocks). 8.Solvents. 9.Mixtures. 10.Restoration. 11.Improvement. 12.Sandstones. 13.Water. 14.Flooding. 15.Temperature. Doc. No: 8289

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280 Including Non-equilibrium Effects in Models for Rapid Multiphase Flow in Wells, SPE 90583/ Faruk Civan.- Texas: Society of Petroleum Engineering (SPE), 2004.

1.Multiphase Flow. 2.Wells. 3.Models.

4.Fluid flow. 5.Two phase flow. 6.three phase flow. 7.Equilibrium. 8.Reservoirs. 9.Liquid phase. 10.Gas phase. Doc. No: 8564

281 Increasing Confidence in Production Forecasting Through Risk Based Integrated Asset Modelling, Captain Field Case Study, SPE 99937/ L.M. Wickens and G. De Jonge.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2006.

1.Integrated assets modelling (IAM). 2.Risk. 3.Forecasts. 4.Production. 5.Captain Field. 6.Oil reservoir. 7.Gas. Doc. No: 8578

282 Increasing Distillate Production at U.S. Refineries Past Changes and Future Potential.- Washington, DC: Energy Information Administration (eia), 2010.

1.E.I.A. 2.U.S.A. 3.Production. 4.Refineries. 5.Prices. 6.Crude Oil. Doc. No: 8719

283 Indonesia economic quarterly:

Enhancing preparedness, ensuring resilience.- Indonesia: Thee world bank, bank dunia, 2011.

1.Economics. 2.Indonesia. 3.Economic growth. 4.Budget. 5.Research and Development. 6.Economic indicators. 7.Financial market. Doc. No: 8371

284 Inflow Performance Relationship For Perforated Wells Producing From Solution Gas Drive Reservoir, SPE 29312/ Pudjo Sukarno, Edward L. Tobing.- Kuala Lumpur: Society of Petroleum Engineering (SPE), 1995.

1.Gas. 2.Drive. 3.Reservoirs. 4.Well

perforation. 5.Equation. 6.Development. Doc. No: 8672

285 Inflow Performance Relationships for Gas Condensates, SPE 63158/ Fawzi M. Guehria.- Texas: Society of Petroleum Engineering (SPE), 2000.

1.Gas condensate. 2.Reservoirs. 3.IPR curves. 4.Performance. 5.Models. Doc. No: 8546

286 Influence of Shrinkage and Swelling of Coal on Production of Coalbed Methane and Sequestration of Carbon Dioxide, SPE 102767/ H.J. Siriwardane,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Carbon dioxide (co2). 2.Coal. 3.Coalbed methane. 4.Methodology. 5.Shrinkage. 6.Swelling. 7.Production. 8.Sequestration. 9.Models. Doc. No: 8588

287 Innovative Approach to Assist History

Matching Using Artificial Intelligence, SPE 99882/ J.S. Al-Thuwaini, G. Zangl, R. Phelps.- Amsterdam: Society of Petroleum Engineering (SPE), 2006.

1.Artificial intelligence. 2.water. 3.Saturation. 4.Geologic model. 5.Neural networks. 6.Interference. 7.Permeability. 8.Cluster analysis. 9.Dimension. 10.Multiple. 11.Flow. 12.Blocking. Doc. No: 8279

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288 An innovative approach to heat heavy oil formations by means of two horizontally interconnected wells, SPE 133129/ R. Poloni,...[et al].- Florence: Society of Petroleum Engineering (SPE), 2010.

1.Heavy oil. 2.Formation. 3.Horizontal well. 4.Heating. 5.Viscosity. 6.Fluids. 7.Directional drilling. 8.Borehole. 9.Casing. 10.Cementing. 11.Feasibility. 12.S.A.G.D. Doc. No: 8267

289 An innovative ultradeepwater subsea blowout preventer (SSBOP) control system using shape memory alloy actuators, SPE 99041/ G. Song,...[et al].- Miami: Society of Petroleum Engineers (SPE), 2006.

1.Blowout preventers (B.O.P). 2.Drilling. 3.Control equipment. 4.Underwater. 5.Alloys. 6.Actuator. 7.Backups. 8.Norsok standard. Doc. No: 8271

290 An Innovative Way of Integrating Reliability of Intelligent Well Completion System with Reservoir Modelling , SPE 94400/ A. Ajayi, D. Mathieson and M. Konopczynski.- Aberdeen: Society of Petroleum Engineering (SPE), 2005.

1.Intelligent wells. 2.Well completion.

3.Reservoirs. 4.Modelling. 5.Reliability. Doc. No: 8454

291 An integrated approach for assessment of water hold up in a multilayer carbonate reservoir, SPE 93480/ A. Abdelmawlam,... [et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Multilayer carbonate reservoirs. 2.Water holdup. 3.Vertical permeability. 4.Capillary pressure. 5.Stylolite layers. 6.Reservoir rocks. 7.Simulation. 8.Offshore. 9.Abu Dhabi. 10.Case studies. Doc. No: 8380

292 Integrated Full-Field Review of Betty

Field for Building Predictive Models To Reduce Uncertainty in Reserves and Identifying Future Potential , SPE 96064/ E. Kasap,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Betty field. 2.Reserves. 3.Uncertainty. 4.Future potential. 5.Full field review. 6.Predictive models. 7.Field geology. 8.Seismic interpretation. 9.Petrophysics. 10.Static modeling. 11.Property distribution. 12.Reservoir data analyses. 13.Dynamic modeling. Doc. No: 8423

293 Integrated Management of the Safe

Operating Window: Wellbore Stability Is More Than Just Fluid Density, SPE 94732/ T. Hemphill.- Rio de Janeiro: Society of Petroleum Engineering (SPE), 2005.

1.Wellbore. 2.Stability. 3.Fluids. 4.Density. 5.Integrated management. 6.Drilling. 7.Deepwater. Doc. No: 8394

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294 Integrated Optimization of Field Development, Planning, and Operation, SPE 102557/ B. G yag ler, K. Ghorayeb.- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Fields. 2.Optimization.

3.Development. 4.Planning. 5.Operation. 6.Simulation. 7.Sensitivity analysis. 8.Fluid flow. 9.Modelling.

Doc. No: 8320 295 Integrated usage of surveillance data for

estimating cap rock integrity and heat distribution during steam injection in a fractured carbonate reservoir , SPE 129479/ S. Schoofs,...[et al].- Muscat: Society of Petroleum Engineering (SPE), 2010.

1.Cap rock. 2.Surveillance. 3.Integrity. 4.Heat. 5.Distribution. 6.Steam. 7.Injection (Oil wells). 8.Fracture. 9.Carbonates. 10.Reservoirs. Doc. No: 8263

296 Integrated wellbore/reservoir dynamic

simulation, SPE 109162/ Bin Hu,...[et al].- Jakarta: Society of Petroleum Engineering (SPE), 2007.

1.Borehole. 2.Reservoirs. 3.Flow. 4.Dynamic. 5.Gas lift. 6.Casing. 7.Integrity. 8.Well tests. Doc. No: 8203

297 Integrated Wellbore/Reservoir Model

Predicts Flow Transients in Liquid-Loaded Gas Wells, SPE 110461/ Gael Chupin,...[et al].- California: Society of Petroleum Engineering (SPE), 2007.

1.Gas Wells. 2.Liquid flow. 3.Transient. 4.Reservoirs. 5.Models. 6.Borehole. 7.Flow. 8.Gas storage. 9.Simulation. 10.Loading. Doc. No: 8611

298 Integration Tools to Streamline Reservoir Management and Field Development Workflows for Mature Fields in South Oman , SPE 93697/ M.A. Naguib,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Reservoir management. 2.Oilfield development. 3.Water flood management. 4.Mature fields. 5.Uncertainty. 6.Simulation. 7.Oman. 8.Case studies. Doc. No: 8385

299 Intelligent integrated dynamic surveillance tool improves field-management practices, SPE 99555/ S.M. Al-Fattah,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2006.

1.Reservoirs. 2.Management. 3.Surveillance. 4.Automation. 5.Software tools. 6.Integration. 7.Data analysis. 8.Databases. 9.Dynamic properties. 10.Decision making. 11.Production control. 12.Diagnosis. Doc. No: 8273

300 Intelligent-well technology used for oil reservoir inflow control and auto-gaslift, offshore India, SPE 105706/ Michael Konopczynski and Mike Tolan.- Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Intelligent well. 2.Petroleum. 3.Natural gas. 4.Gas lift. 5.Reservoirs. 6.Inflow. 7.Offshore. 8.India. 9.Fluids flow. 10.Technology. Doc. No: 8161

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301 Interfacial Interactions of Crude Oil-Brine-CO2 Systems under Reservoir Conditions, SPE 90198/ Daoyong Yang, Yongan Gu.- Texas: Society of Petroleum Engineering (SPE), 2004.

1.Carbon dioxide(co2). 2.Crude oil.

3.Brine. 4.Reservoir. 5.System. 6.Condition.

Doc. No: 8494 302 Interfacial Tension of Nitrogen/Volatile

Oil Systems, SPE 26643/ R.J.M. Huygens, Jacques Hagoort.- Houston: Society of Petroleum Engineering (SPE), 1996.

1.Interfacial tention(IFT). 2.Nitrogen.

3.Volatile. 4.Oil reservoirs. 5.Methods. Doc. No: 8514

303 Introduction, vision and performance of

national iranian oil company (NIOC).- Tehran: National iranian oil company (nioc), Public relations, 2008.

1.National iranian oil company (nioc). 2.Petroleum industry. 3.Development. 4.performance. 5.Vision. Doc. No: 8713

304 An investigation into the need of a dynamic coupled well-reservoir simulator, SPE 110316/ E.D. Nennie,...[et al].- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Wells. 2.Reservoirs. 3.Simulation. 4.Gas. 5.Bottom hole pressure. 6.Fraction. Doc. No: 8216

305 An Investigation Into the Processes Governing Flow and Recovery in Different Flow Regimes Present in Gas Condensate Reservoirs, SPE 26661/ G.D. Henderson,...[et al].- Texas: Society of Petroleum Engineering (SPE), 1993.

1.Reservoirs. 2.Gas condansate. 3.Gas. 4.Flow. 5.Horizontal core. 6.Vertical core. 7.Tests. Doc. No: 8515

306 Investigation of pore-scale (local) mixing, SPE 99782/ R.K. Jha,...[et al].- Tulsa: Society of Petroleum Engineering (SPE), 2006.

1.Improved oil recovery (I.O.R). 2.Pore scale modelling. 3.Investigations. 4.Mixing. 5.Core(rock). 6.Experimental study. 7.Simulation. 8.Miscibikity. 9.Dispersions. 10.Concentration(composition). Doc. No: 8277

307 Investigation of the Vapex process in

high pressure fractured heavy oil reservoirs, SPE/PS-CIM/CHOA 97766/ B. Rostami,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2005.

1.High pressure. 2.Fracture. 3.Reservoirs. 4.Investigation. 5.Petroleum. 6.Compositional modeling. 7.Injection rate. 8.Carbonate. 9.Vapex process. Doc. No: 8741

308 Investing Across Borders: Indicators of foreign direct investment regulation in 87 economies.- Washington, D.C.: World Bank Group, 2010.

1.Economic indicators. 2.Investment. 3.Regulations. 4.Methodology. 5.Bibliography. 6.Economy. 7.Evolution. 8.Limitations. 9.Project. Doc. No: 8483

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309 IPAA: Oil & Gas Producing Industry in Your State.- Washington, DC: Independent Petroleum Association of America (ipaa), 2011.

1.Petroleum industry. 2.Gas industry. 3.Exploration. 4.Drilling. 5.Production. 6.Wells. 7.Prices. 8.Consumption. 9.Miscellaneous. 10.State. 11.Independent Petroleum Association of America (ipaa). Doc. No: 8721

310 Iron Sulfide Scale: Formation, Removal and Prevention, SPE 68315/ H.A. Nasr-El-Din, A.Y. Al-Humaidan.- Aberdeen: Society of Petroleum Engineering (SPE), 2005.

1.Iron Sulfide Scale. 2.Formation. 3.Removal. 4.Prevention. 5.Acid solubility. Doc. No: 8457

311 Isolation Techniques for Subsea Gas

Pipelines, SPE 23067/ W.J. Newman, P.D. Saunders.- United Kingdom: Society of Petroleum Engineering (SPE), 1991.

1.Gas pipelines. 2.Underwater.

3.Isolation. 4.Techniques. 5.Operation. Doc. No: 8624

312 Iteratively coupled reservoir simulation for multiphase flow, SPE 110114/ Bo Lu, Tareq M. Alshaalan and Mary F. Wheeler.- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Reservoirs. 2.Simulation.

3.Multiphase flow. Doc. No: 8211

313 Keeping the Promises - A Management Framework for Delivering ESIA Commitments During Pipeline Construction, SPE 86723/ S.K. Spence.- Calgary: Society of Petroleum Engineering (SPE), 2004.

1.Pipeline construction. 2.Management.

3.Environmental assessment. 4.Projects. 5.Social assessment. 6.Commitment.

Doc. No: 8632 314 Kepco company briefing.- Tehran:

National iranian oil company (nioc), Khazar exploration & production company (Kepco), [s.d.].

1.K.E.P.C.O. 2.Projects. 3.Caspian sea. 4.Organizational charts. 5.Directories. Doc. No: 8484

315 Key aspects of project design for polymer flooding, SPE 109682/ Dongmei Wang,...[et al].- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Polymer. 2.Flooding. 3.Injection (oil wells). 4.Permeability. Doc. No: 8207

316 Kinetic Study of Crude-Oil Combustion in the Presence of Carbonate Rock, SPE 105112/ S. Saraji,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Crude oil. 2.Combustion. 3.Carbonate rock. 4.Numerical models. 5.Energy. 6.Gravity. 7.Experimental study. Doc. No: 8351

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317 Laboratory and Field Trial Results of Condensate Banking Removal in Retrograde Gas Reservoirs: Case History, SPE 102558/ F.O. Garzon,...[et al].- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Fields. 2.Testing. 3.Gas condensate. 4.Reservoirs. 5.Experimental study. 6.Case studies. 7.History. Doc. No: 8321

318 Laboratory experimental results of Huff-and-Puff CO2 flooding in a fractured core system, SPE 110577/ K. Asghari and F. Torabi.- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Carbon dioxide. 2.Flooding.

3.Fracture. 4.Core. 5.Petroleum. 6.Recovery. 7.Huff and puff. 8.Injection (oil wells). 9.Permeability. 10.Laboratory experience. 11.Miscibility.

Doc. No: 8220 319 Laboratory Testing of a Microbial

Enhanced Oil Recovery Process Under Anaerobic Conditions, SPE 24819/ Rouse, Bruce, Hiebert, Franz, Lake, L.W..- Washington, D.C: Society of Petroleum Engineering (SPE), 1992.

1.Recovery. 2.Labratory study. 3.Oils.

4.MEOR. Doc. No: 8509

320 Laboratory Tests with CO2, N2 and Lean Natural Gas in a Naturally Fractured Gas-Condensate Reservoir under HP/HT Conditions, SPE 142855/ Heron Gachuz-Muro,...[et al].- Kuala Lumpur: Society of Petroleum Engineering (SPE), 2011.

1.Gas Condensate. 2.Reservoirs.

3.Natural gas. 4.Carbon dioxide (Co2). 5.Laboratory study. 6.Fracture. 7.Lean manufacturing. 8.Gas. 9.Recovery. 10.Testing.

Doc. No: 8663

321 LBC Viscosity Modeling of Gas

Condensate to Heavy Oil, SPE 109892/ Tao Yang,...[et al].- California: Society of Petroleum Engineering (SPE), 2007.

1.Gas condensate reservoirs. 2.Heavy oil. 3.Black oil. 4.Viscosity. 5.Modeling. 6.Lohrenz-Bray-Clarck (LBC) Correlation. Doc. No: 8463

322 Logistics and design considerations when cementing large casing strings in extended, deviated wells: a case history, SPE 122405/ Latorre Borja,...[et al].- Cartagena de Indias: Society of Petroleum Engineering (SPE), 2009.

1.Natural gas. 2.Reserves. 3.Cementing. 4.Casing. 5.Wells. 6.Exploratory oil well. 7.Fluids. Doc. No: 8258

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323 Long-Term Performance of Hydraulically Fractured Layered Rich Gas Condensate Reservoir, SPE 64774/ H.S. Al-Hashim, S.S. Hashmi.- Beijing: Society of Petroleum Engineering (SPE), 2000.

1.Gas condensate. 2.Reservoirs.

3.Hydraulic fracturing. 4.Geological Model. 5.Layered.

Doc. No: 8553

324 Look at the behavior of the reservoir,

well, and facilities as an integrated system, SPE 108132/ Ivan Cetkovic.- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Integrated system. 2.Reservoirs.

3.Wells. 4.Fluids. 5.Modelling. 6.Wellhead. 7.Pressure. 8.Subsurface.

Doc. No: 8189

325 Low IFT gas-oil gravity drainage in fractured carbonate porous media, SPE 113601/ H. Karimaie and O. Torsaeter.- Rome: Society of Petroleum Engineering (SPE), 2008.

1.Gas injection. 2.Gravity. 3.Drainage. 4.Fracture. 5.Reservoirs. 6.Carbonates. Doc. No: 8233

326 Low Porosity Fractured Reservoir

Characterization For Exploration and Horizontal Drilling, SPE 102569/ E. Sokolov,...[et al].- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Porosity. 2.Fracture. 3.Reservoirs. 4.Characterization. 5.Horizontal drilling. 6.Oil and Gas reserves. 7.Siberia. Doc. No: 8322

327 Managing the breakthrough of injected Nitrogen at a Gas Condensate Reservoir in Abu Dhabi, SPE 137330/ Haytham Abdulwahab and Hadi Belhaj.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Reservoirs.

3.Nitrogen. 4.Breakthrough. 5.Gas injection. 6.Management. 7.Rejection. 8.Abu Dhabi.

Doc. No: 8657

328 Managing Uncertainties in Hydrocarbon-in-place Volumes in a Northern Depobelt Field, Niger Delta, Nigeria, SPE 88880/ Femi V. Akinwumi, Elias C. Arochukwu, Abiola S. Abdul-Kareem.- Abuja: Society of Petroleum Engineering (SPE), 2004.

1.Uncertainty 2.Hydrocarbon 3. Nigeria 4. Gross rock 5. Methodology 6. Pressure volume temperature (PVT) 7. Field

Doc. No: 8295

329 Market Assessment of Refinery Outages Planned for March 2010 through June 2010.- Washington, DC: Energy Information Administration (Eia), 2010.

1.Market Assessment. 2.Inventories. 3.Capacity. 4.U.S.A. 5.Outages. 6.Distillation. 7.Production. 8.Refinery. Doc. No: 8688

330 Mass Transfer in Fractured Reservoirs during Gas Injection: Experimental and Numerical Modeling, SPE 38924/ Y. Le Gallo,...[et al].- Texas: Society of Petroleum Engineering (SPE), 1997.

1.Gas Injection. 2.Reservoirs. 3.Fracture. 4.Numerical models. 5.Mass transfer. 6.Simulation. 7.Matrix. Doc. No: 8628

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331 Material Balance Analysis of Faulted and Stratified, Tight Gas Reservoirs, SPE 65179/ Jacques Hagoort,...[et al].- Paris: Society of Petroleum Engineering (SPE), 2000.

1.Reservoirs. 2.Tight gas. 3.Material balance. 4.Stratification. Doc. No: 8555

332 Maximizing Drilling Performance With

State-of-the-Art BHA Program, SPE 104502/ David C.-K. Chen and Min Wu.- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Drilling. 2.Bottom hole. 3.Assembly.

4.Genetic algorithm. 5.Finite element analysis. 6.Directional drilling. 7.Models. 8.Optimization. 9.Performance.

Doc. No: 8344

333 Maximizing Production Capacity Using

Intelligent-Well Systems in a Deepwater, West-Africa Field, SPE 103308/ D.J. Goggin,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Deep water. 2.Fields. 3.Intelligent fields. 4.Injection (oil well). 5.Control. 6.Production. 7.Reservoirs. Doc. No: 8591

334 Measurement of Gas Condensate, Near-Critical and Volatile Oil Densities and Viscosities at Reservoir Conditions , SPE 108434/ Ali Al-Meshari,...[et al].- California: Society of Petroleum Engineering (SPE), 2007.

1.Gas condensate. 2.Liquid dropout. 3.Wellbore. 4.Reservoirs. 5.Oil. 6.Density. 7.Viscosity. 8.Volatility. 9.Near critical fluids. Doc. No: 8473

335 Mechanism of Fluid Invasion in Naturally Fractured Reservoirs: Experimental Study, SPE 98292/ S. Salimi and R. Alikarami.- Louisiana(L.A.): Society of Petroleum Engineering (SPE), 2006.

1.Naturally fractured reservoirs. 2.Fluid invasion. 3.Formation damage. 4.Conventional drilling operations. 5.Mud circulation. 6.Permeability measurement. 7.Leak-off test. 8.Over Balanced Pressure (OBP). 9.Experimental study.

Doc. No: 8411

336 A Mechanistic Model Based Approach to Evaluate Oil/Water Slip at Horizontal or Highly-Deviated Wells, SPE 63262/ Liang-Biao uyang.- Texas: Society of Petroleum Engineering (SPE), 2000.

1.Slip. 2.Velocity. 3.Oil. 4.Water flow.

5.Horizontal well. 6.Hole deviation. 7.Mechanistic.

Doc. No: 8548

337 A Mentor-Mentee Training Program: A Success Story, SPE 108854/ Ali Al-Meshari and Sunil Kokal.- California: Society of Petroleum Engineering (SPE), 2007.

1.Mentor mentee relationship. 2.Human

resource development. 3.Specialist development. 4.Training. 5.Programs.

Doc. No: 8464

338 Microbial enhanced oil recovery technologies. A Review of the past, present and future, SPE 106978/ Saikrishna Maudgalya, Roy M. Knapp and Michael J. McInerney.- Oklahoma City: Society of Petroleum Engineering (SPE), 2007.

1.Microbial enhanced oil recovery

(M.E.O.R.). 2.Classification. Doc. No: 8173

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339 MIGA Annual report 2011: insuring investments ensuring opportunities.- Washington, DC: Multilateral Investment Guarantee Agency (MIGA), 2011.

1.Multilateral Investment Guarantee Agency (MIGA). 2.Annual report. Doc. No: 8370

340 A mimetic finite volume discretization method for reservoir simulation, SPE 106445/ Faruk O. Alpak.- Houston: Society of Petroleum Engineering (SPE), 2007.

1.Reservoirs. 2.Simulation.

3.Permeability. 4.Mimetic finite volume method. 5.Implementation. 6.Phase flow. 7.Heterogeneous. 8.Anistropic.

Doc. No: 8167

341 Miscible interaction between matrix and

fracture: a visualization and simulation study, SPE 117579/ V. Er and T. Babadagli.- Pittsburgh: Society of Petroleum Engineering (SPE), 2008.

1.Carbon dioxide. 2.Injection (oil wells).

3.Naturally Fractured Reservoir (N.F.R.). 4.E.O.R. 5.Miscibility. 6.Displacement. 7.Viscosity. 8.Ratio. 9.Diffusion.

Doc. No: 8247 342 Modeling of Performance Behavior in

Gas Condensate Reservoirs Using a Variable Mobility Concept, SPE 84374/ B.W. Wilson, R.A. Archer, T.A. Blasingame.- Denver: Society of Petroleum Engineers, 2003.

1.Gas Condensate. 2.Reservoirs.

3.Permeability. 4.Modeling. 5.Borehole. 6.Simulation. 7.Saturation. 8.Pressure. 9.Utilization.

Doc. No: 8366

343 Monitoring the Impact of Near-Shore Development and Production in the Arctic Beaufort Sea, Alaska , SPE 98500/ G. Durell,...[et al].- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Nearshore sedimentation. 2.Monitoring. 3.Sediments. 4.Biota. 5.Beaufort Sea.

Doc. No: 8575

344 Multiphase Transient Well Testing for Gas Condensate Reservoirs, SPE 38646/ W. Jatmiko,...[et al].- Texas: Society of Petroleum Engineering (SPE), 1997. 1.Gas Condensate. 2.Reservoirs. 3.Transient. 4.Well tests. 5.pressure. Doc. No: 8523

345 Multiple Hydraulic Fractures in

Horizontal Wells, SPE 54627/ J. Wan, K. Aziz.- Alaska: Society of Petroleum Engineering (SPE), 1999.

1.Horizontal Wells. 2.Pressures.

3.Fracture. 4.Multiple. 5.Models. 6.two-dimensional. 7.three-dimension. 8.Productivity Index (PI). 9.Well Index (WI).

Doc. No: 8534 346 A Multiscale Approach to Modeling

Miscible Gas Injection Sweep Efficiency in a Giant Carbonate, Light-Oil Reservoir, SPE 101307/ Mun-Hong Hui,...[et al].- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Gas injection. 2.Miscibility. 3.Modelling. 4.Scales. 5.Economic analysis. 6.Reservoirs. 7.Carbonates. 8.Efficiency. 9.Flooding. 10.Permeability. 11.Sensitivity analysis.

Doc. No: 8303

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347 Multistage fractured cardium oil: studying geology and all of the production and stimulation history thus far, CSUG/SPE 137678/ T.T. Leshchyshyn and B. Pierre-Gilles.- Calgary: Society of Petroleum Engineering (SPE), 2010.

1.Fracture. 2.Cardium. 3.Oils.

4.Formation. 5.Horizontal well. 6.Stimulation.

Doc. No: 8194

348 National iranian oil company: An

overview an N.I.O.C.'s three decades of endeavor in the centennial of oil industry, general obgectives, strategies, and policies of the fifth development plan for oil industry.- Tehran: National iranian oil company (nioc), public relations, 2009.

1.National iranian oil company (nioc). 2.Petroleum industry. 3.Obgectives. 4.Strategies. 5.Policies. 6.Development. 7.Value. 8.Achievement. 9.Exploration. 10.Drilling. 11.Production. 12.Gas condensate. 13.Petroleum. 14.Gas. 15.Gas injection. 16.Natural gas liquids. 17.Crude oil. 18.Exports. 19.Investment. 20.Projects. Doc. No: 8712

349 Natural gas z-factors at HP/HT

reservoir conditions: comparing laboratory measurements with industry-standard correlations for a dry gas, SPE 114518/ J.A. Rushing,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2008.

1.Natural gas. 2.Reservoirs. 3.Equation of state. 4.Carbon dioxide. Doc. No: 8239

350 A New Approach For Field Surveillance:Enhanced Monitoring Associating Smart Alarms To Produce More Oil, SPE 102091/ A. Lentini,...[et al].- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Surveillance. 2.Petroleum. 3.Production. 4.Monitoring. 5.Alarm system. 6.Optimization. Doc. No: 8585

351 New approach of integrated validation of reservoir oil properties in reserves estimation and field development planning, SPE 117391/ A.N. Nugaeva and A.I. Brusilovsky.- Moscow: Society of Petroleum Engineering (SPE), 2008.

1.Petroleum. 2.Reservoirs. 3.Properties.

4.Fields. 5.Development. 6.Planning. 7.Validation. 8.Boiling.

Doc. No: 8245

352 New Approach To Ensure Long-Term Zonal Isolation for Land Gas Wells Using Monobore Cemented Completion, SPE 107433/ Salim Taoutaou,...[et al].- London: Society of Petroleum Engineering (SPE), 2007.

1.Gas Wells. 2.Cements. 3.Isolation. 4.Land. 5.Monobore. Doc. No: 8606

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353 New Assembly Drills Without Reactive Torque , SPE 105000/ Robert Southard.- : Society of Petroleum Engineering (SPE), 2007.

1.Directional drilling. 2.Assembly.

3.Torque. 4.Technology. 5.Motors. 6.Equipment. 7.Design.

Doc. No: 8348 354 New Bit Design, Cutter Technology

Extend PDC Applications to Hard Rock Drilling, SPE/IADC 91840/ Robert Clayton, Shilin Chen, Guy Lefort.- Amsterdam: Society of Petroleum Engineering (SPE), 2005.

1.Drilling bits. 2.Technology.

3.Polycrystalline Diamond Compact (PDC). 4.Hard Rock. 5.Drilling. 6.Energy balance. 7.Model. 8.Field. 9.Application.

Doc. No: 8749

355 A New Class of "Green" Corrosion

Inhibitors, Development and Application, SPE 104241/ H.A. Craddock,...[et al].- Aberdeen: Society of Petroleum Engineering (SPE), 2006.

1.Corrosion inhibitors. 2.Chemistry. 3.Testing. 4.Formulations. 5.Calibration. 6.Oil fields. 7.Brines. Doc. No: 8594

356 A New Compositional Simulation Approach to Model Recovery from Volatile Oil Reservoirs, SPE 39757/ E Syahrial,T.S Daltaban.- Kuala Lumpur: Society of Petroleum Engineering (SPE), 1998.

1.Simulation. 2.Volatile Oil.

3.Recovery. 4.Oil reservoirs. 5.Equations of State (EOS). 6.Buckley-Leverett Method. 7.Gas injection. 8.Water injeection.

Doc. No: 8525

357 A New Dawn for CO2 EOR, IPTC 10935/ A.A. Espie.- Qatar: International Petroleum Technology Conference (IPTC), 2005.

1.Crbon dioxide (co2). 2.Enhanced oil

recovery. 3.Energy. 4.Trends. 5.Injection. 6.Supply.

Doc. No: 8735 358 A New High-Temperature Oil-Based

Drilling Fluid , SPE 53941/ M. Mas,...[et al].- Venezuela: Society of Petroleum Engineering (SPE), 1999.

1.Drilling fluids. 2.high temperature.

3.pressures. 4.INTOIL system. Doc. No: 8533

359 A New in Phase Transformations on Gascondensate fields development, SPE 104348/ M. T. Abasov,...[et al].- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Transformation. 2.Gas condensate. 3.Fields. 4.Development. 5.Hydrocarbons. Doc. No: 8341

360 New lab tests and models improve planning for complex cementing jobs offshore New Zealand, SPE/IADC 119386/ I. Parr,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2009.

1.New Zealand. 2.Cementing. 3.Offshore. 4.Fluids. 5.Drilling. 6.Mud. 7.Coating. 8.Slurries. 9.Displacement. 10.Correlation. Doc. No: 8252

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361 A New Method for Acid Stimulation without Increasing Water Production: Case Studies from Offshore Mexico, SPE 103771/ G.H. Reza,...[et al].- Mexico: Society of Petroleum Engineering (SPE), 2006.

1.Well stimulation. 2.Water. 3.Acids. 4.Production. 5.Well tests. Doc. No: 8593

362 A New Method for Predicting the Law of Unsteady Flow Through Porous Medium on Gas Condensate Well, SPE 35649/ Xiong Yu,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 1996.

1.Gas Condensate. 2.Unsteady flow. 3.Gas wells. 4.Reservoirs. 5.Phase. 6.Permeability. 7.Flow. 8.Pressure. 9.Saturation. 10.Borehole. Doc. No: 8626

363 A New Method for the Determination of

Gas Condensate Well Production Performance, SPE 90290/ J.J. Xiao, Ahmad J. Al-Muraikhi.- Texas: Society of Petroleum Engineering (SPE), 2004.

1.Gas Condensate. 2.Wells.

3.Production. 4.Performance. 5.Horizontal well. 6.Vertical wells.

Doc. No: 8621 364 A new method of calculating water

invasion for heavy oil reservoir by steam injection, SPE 106233/ Hongen Dou,...[et al].- Oklahoma City: Society of Petroleum Engineering (SPE), 2007.

1.Water invasion. 2.Heavy oil. 3.Reservoirs. 4.Steam injection. 5.Cyclic Steam Stimulation (C.S.S.). 6.S.A.G.D. Doc. No: 8165

365 New Methods and Equipment for Dewatering Unconventional Gas Resources Using Sucker-Rod Pumping Equipment, SPE 104547/ Mark W. Mahoney, and Randy DeWerff, Harbison-Fischer.- Canton: Society of Petroleum Engineering (SPE), 2006.

1.Dewatering. 2.Gas wells. 3.Pumping.

4.Separation. 5.Pressure. 6.Methane. 7.Equipment.

Doc. No: 8345

366 New Slimhole Technology Maximizes Productivity in Middle East Horizontal drilling Programs, SPE/IADC 92376/ Tariq Al-Wahedi,...[et al].- Mexico: Society of Petroleum Engineering (SPE), 2005.

1.Horizontal drilling. 2.Middle East. 3.Programs. 4.Technology. 5.Abu Dhabi. 6.Performance. 7.Wells. Doc. No: 8754

367 New Technique for Evaluating Antiagglomerate Gas-Hydrate Inhibitors in Oilfield Applications, SPE 93554/ H. Oskarsson,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Gas hydrates. 2.Agglomeration.

3.Multicell system. 4.Hydrate inhibitor. 5.Techniques.

Doc. No: 8568

368 New Thru-Tubing Sand Control Technology Returns Oil Wells To Productivity, SPE 36335/ G.M. Holder, J.E. Hadeed, W.P. Crow.- Texas: Society of Petroleum Engineering (SPE), International Coiled Tubing Association (ICTA), 1996.

1.Oil wells. 2.Sand. 3.Tubing. Doc. No: 8521

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51  

369 A New Upscaling Approach for Highly Heterogeneous Reservoirs, SPE 93330/ P. Zhang,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Heterogeneous Reservoirs. 2.Well drive upscalling (WDU). 3.Two phase flow. 4.Boundary condition. Doc. No: 8570

370 New Wells and New Challenges:

Selecting the Most Appropriate Drilling and Drilling Fluid Practices, SPE 104476/ K. Krishna Pratap, B.A. ThyagaRaju, SPE, and A.T. Kali,.- Mumbai: Society of Petroleum Engineering (SPE), 2006.

1.Wells. 2.Directional drilling.

3.Challenges. 4.Oil fields. 5.Development. 6.Borehole. 7.Fluids. 8.Technology.

Doc. No: 8343

371 Next: Energy for the 21st Century.- San

Ramon: Chevron Texaco, 2010.

1.Energy. 2.Chevron Texaco. 3.Natural gas. 4.projects. 5.Generations. 6.Renewable energy. 7.Pipeline. 8.Biofuels. 9.Refining. 10.Investing. 11.Innovation. Doc. No: 8725

372 The Next Step, Personal Responsibility

for Safety, SPE 98114/ M. Bowyer, S.J. Sawaryn and N. Smith.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Safety. 2.Project management. 3.Gas

industry. 4.Petroleum industry. 5.Responsibility.

Doc. No: 8636

373 Non-Darcy flow effects in dual-porosity, dual-permeability, naturally fractured gas condensate reservoirs, SPE 109295/ B. Ramirez,...[et al].- Anaheim: Society of Petroleum Engineering (SPE), 2007. 1.Non- Darcy flow. 2.Porosity. 3.Permeability. 4.Naturally Fractured Reservoirs (N.F.R.). 5.Gas condensate. Doc. No: 8204

374 North Apoi/Okubie Gas Condensate

Development: Plan and Expectations, SPE 57867/ A.J. Akinlawon, O.O. Phillips, E.J. Hurel.- Nigeria: Society of Petroleum Engineering (SPE), 1999.

1.Gas Condensate. 2.North Apoi and

Okubie. 3.Development. 4.reservoirs. 5.simulation. 6.Condensate study.

Doc. No: 8539

375 The Northeast Caspian Sea: Oil Developments In A Sensitive Environment, SPE 108913/ Arman Kaltayev and Arkadi Sokolsky.- Bangkok: Society of Petroleum Engineering (SPE), 2007.

1.Caspian sea. 2.Petroleum.

3.Environments. 4.Development. 5.Offshore oil field. 6.Operation. 7.Drilling. 8.Sediments.

Doc. No: 8645

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376 A Novel Stimulation Technique for Horizontal Openhole Wells in Carbonate Reservoirs: A Case Study in Kuwait, SPE 105127/ Shahab Uddin,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Well stimulation. 2.Horizontal well. 3.Holes. 4.Carbon. 5.Reservoirs. 6.Kuwait. 7.Case studies. 8.Matrix. 9.Acids. 10.Permeability. 11.Fracture. 12.Injection (oil well). 13.Viscoelasticity. 14.Surfactants. 15.Saturation. 16.Control. 17.In situ. 18.Coiled Tubing (C.T.). Doc. No: 8353

377 Numerical Simulation of Subsea

Wellhead Stability for Deepwater Drilling, SPE 130823/ Zhichuan Guan,...[et al].- Beijing: Society of Petroleum Engineering (SPE), 2010.

1.Well heads. 2.Deep water. 3.Underwater. 4.Drilling. 5.Stability. 6.Numerical Simulation. Doc. No: 8398

378 Offshore California Facility Decommissioning: Past, Present, Future, SPE 94390/ P.B. Mount II and M. Voskanian.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Offshore. 2.Petroleum. 3.Gas.

4.Production. 5.Facility decommissioning. 6.California.

Doc. No: 8392

379 Offshore Gas Condensate Field History-Match and Predictions: Ensuring Probabilistic Forecasts Are Built With Diversity in Mind, SPE 147848/ Herve Gross, Mehrdad Honarkhah.- Jakarta: Society of Petroleum Engineering (SPE), 2011.

1.Gas Condensate. 2.History matching.

3.Offshore. 4.Simulation. 5.Models. 6.Distance. 7.Matrix. 8.Gas fields. 9.Multidimensional. 10.Scales. 11.Dynamics.

Doc. No: 8656

380 Offshore gas field development optimization study applied QA/QC procedure for models accuracy and decision reliability "full field compositional simulation study - case history", SPE 111117/ Lutfi A. Salameh and Faisal Al Jenaibi.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2007.

1.Offshore. 2.Gas fields. 3.Reliability.

4.Optimization. 5.Reservoir. 6.Fluids. Doc. No: 8222

381 Offshore Processing Options for Oil

Platforms, SPE 90325/ Mark Bothamley.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2004.

1.Oil and gas platform. 2.Offshore.

3.Processing. 4.Options. 5.Gulf of Mexico. 6.North sea. 7.Heating. 8.Cooling. 9.Dehydration. 10.Heat recovery.

Doc. No: 8598

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382 Oil industries' engineering and construction (OIEC).- Tehran: Oil industries' engineering and construction (OIEC), 2011.

1.Oil industries' engineering and construction (OIEC). 2.Human resources. 3.Training. 4.H.S.E. 5.Quality. 6.Social responsibility. 7.Projects. 8.Subsidies. 9.Contractor. 10.Services. Doc. No: 8710

383 Oil Market Report.- France:

International energy agancy (iea), 2011.

1.Oil Market. 2.Report. 3.Demand. 4.Supply. 5.OECD. 6.Crude oil. 7.OPEC. 8.Securities. 9.Prices. 10.Refining. 11.Global. Doc. No: 8377

384 Oil recovery from matrix during CO2-

foam flooding of fractured carbonate oil reservoirs, SPE 113880/ Ingebret Fjelde, John Zuta and Olawale Victor Duyilemi.- Rome: Society of Petroleum Engineering (SPE), 2008.

1.Carbon dioxide. 2.Foam. 3.Flooding.

4.Fracture. 5.Oil recovery. 6.Reservoirs. 7.Diffusion. 8.Injection (oil wells).

Doc. No: 8234

385 Oil-water separation experience from a

large oil field, SPE 93386/ S. Kokal and A. Al-Ghamdi.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Oil-water separation. 2.Emulsions.

3.Fluid properties. 4.Large oil fields. 5.Reservoirs. 6.Saudi Arabia. 7.Case studies.

Doc. No: 8379

386 On Equation of State, SPE 107331/ Tarek Ahmed.- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Equation of State (EOS).

2.Hydrocarbon mixtures. 3.Critical properties. 4.Pressure. 5.Volume. 6.Temperature.

Doc. No: 8472

387 On the Exploitation Conditions of the Akal Reservoir Considering Gas Cap Nitrogen Injection, SPE 35319/ J.A. Arevalo-V,...[et al].- Mexico: Society of Petroleum Engineering (SPE), 1996.

1.Nitrogen injection. 2.Oil reservoirs. 3.Enhanced oil recovery. 4.Simulation. 5.PVT model. Doc. No: 8519

388 One-Trip Sand-Control/Liner Hanger/Big-Bore Completion System, SPE 101086.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2006.

1.Completion systems. 2.Hydraulic

pressure. 3.Technology. 4.Innovations. 5.One trip capability. 6.Sand control. 7.Liner hanger. 8.Big bore systems.

Doc. No: 8476

389 Online Water-Injection Optimization

and Prevention of Reservoir Damage, SPE 102831/ B.T. Bringedal,...[et al].- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Water injection. 2.Optimization. 3.Pressure. 4.Reservoirs. 5.Prevention. 6.Damage. 7.Production. 8.Recovery. 9.Sensors. 10.Reliability. Doc. No: 8325

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390 OPEC: Annual Report 2010.- Vienna: Organization of the Petroleum Exporting Countries (OPEC), 2010.

1.OPEC. 2.Petroleum markets. 3.World Economy. 4.Development. 5.Supply and Demand. 6.Crude oil. 7.Delegation. 8.Annual report. Doc. No: 8372

391 OPEC: Annual Statistical Bulletin.-

Vienna: Organization of the Petroleum Exporting Countries (OPEC), 2011.

1.OPEC. 2.Annual Statistical Bulletin. 3.Petroleum. 4.Gases. 5.Data. 6.Transportation. 7.Prices. 8.Oil companies. 9.Crude oil. 10.Production. 11.Economics. 12.Market. 13.Exports. 14.Value. 15.OPEC countries. 16.Reserves. Doc. No: 8375

392 OPEC Oil Production Strategy and Its

Implication on Global Oil Market Stability , SPE 82041/ Omowumi O. Iledare.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2003.

1. OPEC 2. Petroleum products 3. Strategy

4. Petroleum markets 5. Global 6. Stability

Doc. No: 8458

393 Optimising the Reservoir Management of Remote, Subsea Fields, SPE 56947/ A.J. Storer,...[et al].- United Kingdom: Society of Petroleum Engineering (SPE), 1999.

1.Reservoir. 2.Management. 3.Underwater. 4.Fields. 5.Appraisal phase. 6.Development phase. 7.Production phase. 8.Remote. Doc. No: 8537

394 Optimization and design of carbon dioxide flooding, SPE 138684/ Uchenna Odi and Anuj Gupta.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2010.

1.Carbon dioxide. 2.Flooding. 3.Energy

demand. 4.Enhanced Oil Recovery (E.O.R.). 5.Optimization.

Doc. No: 8196 395 Optimization of Deep Drilling

Performance; Benchmark Testing Drives ROP Improvements for Bits and Drilling Fluids, SPE/IADC 105885/ Arnis Judzis,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2007.

1.Deep oil well drilling. 2.Performance. 3.Benchmarking. 4.Testing. 5.Drilling bits. 6.Drilling Fluids. 7.Optimization. 8.Materials. 9.Procedure. Doc. No: 8745

396 Optimizing Maximum Reservoir Contact Wells: Application to Saudi Arabian Reservoirs, IPTC 10395/ A. Hussain,...[et al].- Qatar: International Petroleum Technology Conference (IPTC), 2005.

1.Reservoirs. 2.Optimization. 3.Saudi Arabia. 4.Wells. 5.Geology. 6.Quality. 7.Fluids. 8.Modeling. Doc. No: 8731

397 Optimizing Simulation Studies for Gas Condensate Field Development and Management, SPE 128448/ Ahmed El-Banbi.- Egypt: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Simulation.

3.ReservoirS. 4.Gas reservoir. 5.Fields. 6.Management. 7.Development. 8.Modified black oil (MBO).

Doc. No: 8652

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398 Optimizing the Productivity of Gas/Condensate Wells, SPE 103255/ C. Shi,...[et al].- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Gas condensate. 2.Optimization. 3.Production. 4.Wells. 5.Recovery. 6.Saturation. 7.Compositions. 8.Accumulation. 9.Simulation. Doc. No: 8330

399 Optimum control of unwanted water production in stratified gas reservoirs, SPE 106640/ Nampetch Yamali, Quoc P. Nguyen, and Sanjay Srinivasan.- Oklahoma City: Society of Petroleum Engineering (SPE), 2007.

1.Gas. 2.Reservoirs. 3.Water.

4.Production. 5.Optimum control. 6.Optimization. 7.Hybrid. 8.Flow. 9.Algorithms.

Doc. No: 8170

400 Palm Oil Derivative as a Based Fluid in

Formulating Oil Based Drilling Mud, SPE 21167/ Abu Azam M. Yassin and Azmi Kamis.- Rio de Janeiro: Society of Petroleum Engineering (SPE), 1990.

1.Palm oils. 2.Oils. 3.Drilling fluids.

4.Mud. 5.Labaratory study. Doc. No: 8502 401 Parametric Study of Condensate

Buildup in a Naturally Fractured Gas Condensate Reservoir, SPE 133435/ M. Ebrahimi.- Spain: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Reservoirs.

3.Fracture. 4.Simulation. 5.Parameters. 6.Matrix. 7.Accumulation. 8.Effects. 9.Permeability. 10.Fluids.

Doc. No: 8654

402 Performance Of A Heavy To Light Crude Oil Upgrading Process, SPE 108678/ Edwin J. Veith.- Veracruz: Society of Petroleum Engineering (SPE), 2007.

1.Performance. 2.Heavy crude oil. 3.Light crude oil. 4.Technology. 5.Production. Doc. No: 8610

403 Performance of Horizontal Wells in Gas Condensate Reservoirs: Hassi R Mel Field, Algeria, SPE 100753/ Boualem Marir, and Djebbar Tiab.- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Gas Condensate. 2.Horizontal Wells.

3.Vertical wells. 4.Reservoirs. 5.Performance. 6.Fields. 7.Algeria. 8.Three dimensional models. 9.Recovery. 10.Damage. 11.Water. 12.Depletion.

Doc. No: 8293 404 Petrobras: Annual report.- Brazil:

Ptrobras, 2008.

1.Petrobras. 2.Annual report. 3.Business management. 4.Business. 5.Social responsibility. 6.H.S.E. 7.Petroleum markets. Doc. No: 8701

405 Petrobras: Financial analysis and

financial statements.- Brazil: Petrobras, 2008. 1.Petrobras. 2.Financial analysis. 3.Financial statements. 4.Economics. Doc. No: 8702

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406 Petrobras: Social and invironmental report.- Brazil: Petrobras, 2008.

1.Petrobras. 2.H.S.E. 3.Environments. 4.Social responsibility. 5.Human rights. 6.Transparency. 7.Labor. 8.Performance. 9.Petroleum. 10.market. 11.Business. Doc. No: 8700

407 Petroleum Exploration and Production Rights: Allocation Strategies and Design Issues/ Silvana Tordo with David Johnston and Daniel Johnston.- Washington, D.C.: The world bank, 2010.

1.Petroleum. 2.Exploration. 3.Production. 4.Allocation. 5.Systems design. 6.Gas. Doc. No: 8692

408 Petronas: Annual Report 2011.- Kuala Lumpur: Petronas, 2011.

1.Petronas. 2.Directors of Corporations. 3.Financial statements. 4.Business. 5.Annual report. Doc. No: 8373

409 Physical and Chemical Performances of

Fiberglass Tubulars in Super Critical Application of CO2, SPE 36280/ G. Hossein Arian.- Norway: Society of Petroleum Engineering (SPE), 1996.

1.Carbon dioxide(co2). 2.Performance.

3.Chemical. 4.Physical. 5.Tubulars. Doc. No: 8520

410 The Physics of Steam Injection in Fractured Carbonate Reservoirs: Engineering Development Options That Minimize Risk, SPE 102186/ G.T. Shahin,...[et al].- : Society of Petroleum Engineering (SPE), 2006.

1.Steam. 2.Fracture. 3.Carbonates. 4.Reservoirs. 5.Physics. 6.Risk management. 7.Gas oil. 8.Gravity. 9.Drainage. 10.enhanced oil recovery (E.O.R). Doc. No: 8315

411 Pipeline lubrication of Heavy Oil:

experimental investigation of flow and restart problems, SPE/PS-CIM/CHOA 97764/ Y. Peysson,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2005.

1.Heavy Oil. 2.Pipeline. 3.Lubrication. 4.Investigations. 5.Fluids. 6.Characterization. 7.Oil flow. 8.Temperature. 9.Water. 10.Sodium carbonate. 11.Interpretation.

Doc. No: 8739

412 Planning and Development of the Northeast Purdy Springer CO2 Miscible Project, SPE 11163/ Larry D. Brinlee, James A. Brandt.- Louisiana: Society of Petroleum Engineering (SPE), 1982.

1.Carbon dioxide(co2). 2.Delivery

systems. 3.Injection(oil well). 4.Reservoir. 5.Model. 6.Labratory study. 7.Northeast prudy springer. 8.Tests. 9.Simulation.

Doc. No: 8491

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57  

413 Polymer compositions for sand consolidation in oil wells, SPE 136024/ S.M. Lahalih and E.F. Ghloum.- Tunis: Society of Petroleum Engineering (SPE), 2010.

1.Polymers. 2.Composition. 3.Sands.

4.Consolidation. 5.Oil wells. 6.Formation. 7.Core flooding. 8.Viscosity.

Doc. No: 8192

414 Pore-scale simulation of dispersion in

porous media, SPE 110228/ G. Garmeh, R.T. Johns and L.W. Lake.- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Miscibility. 2.Simulation. 3.Porous

materials. 4.Gas. 5.Petroleum. 6.Reservoirs. 7.Flow. 8.Heterogeneity. Doc. No: 8214

415 Potential Non-traditional Uses of Byproduct E&P Produced Sulfur in Kazakhstan, SPE 94177/ P.W. Beall and J.M. Neff.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Elemental sulfur. 2.Extracted

petroleum. 3.Exploration. 4.Production. 5.Concrete. 6.Asphalt. 7.Kazakhstan.

Doc. No: 8386

416 Practical Approach to Achieve Accuracy

in Sanding Prediction, SPE 100944/ K. Qiu,...[et al].- Adelaide: Society of Petroleum Engineering (SPE), 2006.

1.Sands. 2.Prediction. 3.Numerical models. 4.Analysis. 5.Wells. Doc. No: 8620

417 Predicting effective permeability to oil in sandstones and carbonate reservoirs from well-logging data, SPE 134011/ V. Anand,...[et al].- Florence: Society of Petroleum Engineering (SPE), 2010.

1.Permeability. 2.Petroleum. 3.Sandstone. 4.Reservoirs. 5.Well logging. 6.Carbonates. 7.Formation. 8.Estimation. Doc. No: 8191

418 Predicting Gas Condensate Well Productivity Using Capillary Number and Non-Darcy Effects, SPE 51910/ G. Narayanaswamy, G.A. Pope, M.M. Sharma.- Texas: Society of Petroleum Engineering (SPE), 1999.

1.Gas Condensate. 2.Gas wells.

3.Sensitivity. 4.Arun gas Condensate well. 5.Simulation.

Doc. No: 8531 419 Predicting Openhole Horizontal

Completion Success on the North Slope of Alaska, SPE 97121/ M.D. Erwin and D.O. Ogbe.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Openhole Horizontal. 2.North Slope.

3.Colvile river field. 4.Reservoirs. 5.Horizontal well. 6.Alpine reservoir.

Doc. No: 8573

420 Predicting the onset of condensate

accumulation near the wellbore in a gas condensate reservoir can be identified from a build up, SPE 121326/ G. J. Krukrubo and A.C. Gringarten.- : Society of Petroleum Engineering (SPE), 2009.

1.Gas condensate. 2.Borehole. 3.Reservoirs. 4.Permeability. 5.Fluids. 6.Characterization. 7.Gas phase. 8.Mobility.

Doc. No: 8255

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58  

421 Prediction of Liquid Hydrocarbon Recovery From a Gas Condensate Reservoir, SPE 13715/ by J.A. Almarry, F.T. Al-Saadoon.- Bahrain: Society of Petroleum Engineering (SPE), 1985.

1.Gas condensate. 2.Reservoirs.

3.Hydrocarbon. 4.Experimental design. 5.Phase diagram. 6.Theory. 7.Equations of state(EOS).

Doc. No: 8497

422 Prediction of Oil PVT Properties Using Neural Networks, SPE 68233/ E.A. Osman, O.A. Abdel-Wahhab, M.A. Al-Marhoun.- Bahrain: Society of Petroleum Engineering (SPE), 2001.

1.Pressure volume temperature (PVT).

2.Neural networks. 3.Petroleum. 4.Models. 5.Trends. 6.Analysis.

Doc. No: 8677 423 Prediction of Slug-to-Annular Flow

Pattern Transition (SAT) for Reducing the Risk of Gas Lift Instabilities and Effective Gas-Liquid Transport From Low-Pressure Reservoirs, SPE 100615/ P. Toma,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2006.

1.Flow pattern. 2.Gas lift operations. 3.Transition flow. 4.Fluids. 5.Risk management. 6.Instability. 7.Liquid. 8.Bottom hole. 9.Injection (oil well). 10.Wells. 11.Pressure. 12.Prediction. Doc. No: 8291

424 Prediction of the PVT Data using Neural Network Computing Theory, SPE 85650/ Hussam M. Goda,...[et al].- Nigeria: Society of Petroleum Engineers, 2003.

1.Neural Network. 2.Pressure. 3.Volume. 4.Temperature. 5.Analysis. 6.Prediction. 7.Models. 8.Correlations. 9.Bubble point. Doc. No: 8227

425 Pressure Buildup Test Analysis of a Gas Condensate Well in the Middle East, SPE 134671/ Maytham I. Al Ismail and Roland N. Horne.- Florence: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Middle East. 3.Well tests. 4.Analysis. 5.Pressure. 6.Pressure volume temperature (PVT). 7.Simulation. 8.Gas wells. 9.Single phase. 10.Two phase.

Doc. No: 8655 426 Pressure Transient Analysis of Injection

Wells in Reservoirs With Multiple Fluid Banks, SPE 19775/ N-S. Yeh, R.G. Agarwal.- Texas: Society of Petroleum Engineering (SPE), 1989.

1.Injection (oil well). 2.Transient.

3.Well pressure. 4.Reservoirs. 5.Fluids. 6.Banks. 7.Multiple. 8.Mobility. 9.Well tests.

Doc. No: 8669

427 Preventing Asphaltene Deposition in Oil Reservoirs by Early Water Injection, SPE 94268/ S. Wang and F. Civan.- Oklahoma: Society of Petroleum Engineering (SPE), 2005.

1.Oil reservoirs. 2.Asphaltene.

3.Deposition. 4.Prevention. 5.Early water injection. 6.Simulation. 7.Oil recovery. 8.Formation damage.

Doc. No: 8453 428 Preventive Treatment for Enhancing

Water Removal from Gas Reservoirs by Wettability Alteration, SPE 105367/ Mohan K.R. Panga,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007. 1.Treatment. 2.Water. 3.Gas. 4.Reservoirs. 5.Wettability. 6.Alteration. 7.Prevention. 8.Enhanced recovery. 9.Removal. 10.Condensate. 11.Borehole. 12.Experimental study. 13.Solvents. 14.Blocking. Doc. No: 8358

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429 PRISE: petroleum resource investigation summary and evaluation, SPE 117703/ S. Old,...[et al].- Pittsburgh: Society of Petroleum Engineering (SPE), 2008.

1.Petroleum. 2.Unconventional resources. 3.Hydrocarbons. 4.Basin. 5.Coalbed methane. 6.Conventional resources. Doc. No: 8248

430 Produced water impact monitoring in

the Norwegian sector of the North Sea: Overview of water column surveys in the three major regions, SPE 86800/ Gregory Durell,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2004.

1.Produced water. 2.Monitoring. 3.Surveys. 4.Column. 5.North sea. 6.Norwegian Sea.

Doc. No: 8634

431 Production enhancement in gas-condensate reservoirs by altering wettability to gas wetness: field application, SPE 112750/ Yijiang Liu,...[et al].- Tulsa: Society of Petroleum Engineering (SPE), 2008.

1.Gas condensate. 2.Reservoirs. 3.Wettability. 4.Permeability. 5.Borehole. Doc. No: 8231

432 Production Forecasting in a Limited-Data Environment: Evolving the Methodology in the Yamburgskoe Arctic Gas/Condensate Field, Russia , SPE 98188/ Y. Shumakov,...[et al].- Louisiana(L.A.): Society of Petroleum Engineering (SPE), 2006.

1.Hydraulically fractured wells. 2.Production. 3.Productivity. 4.Limited data environments. 5.Reservoir fluids. 6.Well testing. 7.Forecasting. 8.Gas-condensate fields. 9.Russia.

Doc. No: 8412

433 Production of Wet Natural Gas Containing Corrosive Components: Four Case Histories , SPE 100219/ W. Havlik, K. Thayer, and M. Oberndorfer.- Vienna: Society of Petroleum Engineering (SPE), 2006.

1.Natural gas. 2.wetting. 3.Corrosion.

4.Carbon dioxide (Co2). 5.Hydrogen sulfide. 6.Fields. 7.Composites materials. 8.Petroleum products. 9.Sour gas. 10.Monitoring. 11.Inhibitors. 12.Pipelines. 13.Condensate. 14.Transportation.

Doc. No: 8282

434 Production Optimization Challenges of

Gas Wells with Liquid Loading Problem Using Foaming Agents, SPE 101276/ M. Solesa, and S. Sevic.- : Society of Petroleum Engineering (SPE), 2006.

1.Gas wells. 2.Optimization.

3.Production. 4.Liquids. 5.Loading. Doc. No: 8302

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435 Production profile of wells before and after treatment using novel thermochemical technique, SPE 107663/ Remy Azrai M. Amin,...[et al].- Scheveningen: Society of Petroleum Engineering (SPE), 2007.

1.Wells. 2.Productivity. 3.Treatment. 4.Petronas. 5.Asphaltene. 6.Paraffin. Doc. No: 8183

436 Productivity Assessment of Fractured

and Nonfractured Wells in a Lean/Intermediate Low Permeability Gas Condensate Reservoir , SPE 93136/ T. Baig and U. Droegemueller and A.C. Gringarten.- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Gas-condensate reservoirs.

2.Lean/intermediate reservoirs. 3.Low permeability reservoirs. 4.Fractured wells. 5.Non fractured wells. 6.Productivity. 7.Assessment.

Doc. No: 8429 437 Productivity Decline of Vertical and

Horizontal Wells by Asphaltene Deposition in Petroleum Reservoirs, SPE 64991/ Shaojun Wang, Faruk Civan.- Texas: Society of Petroleum Engineering (SPE), 2001.

1.Horizontal wells. 2.Vertical wells.

3.Asphaltene. 4.Deposition. 5.Reservoirs. 6.Petroleum. 7.Productivity. 8.Model. 9.Precipitation.

Doc. No: 8554 438 Profile of independent producers.-

Washington, DC: Independent Petroleum Association of America (ipaa), 2009.

1.Independent producers. 2.Profiles. 3.Companeis. 4.Capital. 5.Formation. 6.Technology. 7.International operations. 8.Petroleum. 9.Gas. 10.Wells. 11.Taxes. Doc. No: 8720

439 Project performance repeort, Azerbaijan republic: Petroleum technical assisstance project (Credit 2708-AZ).- Washington, DC: The world bank group, 2006.

1.Repeort. 2.Performance. 3.Equivalent. 4.Projects. 5.Azerbaijan. 6.Petroleum. 7.Relevance. 8.Sustainability. 9.Data. Doc. No: 8268

440 Projections of Marginal Wells and Their Contributions to Oil and Natural Gas Supplies , SPE 98014/ J.R. Duda ,...[et al].- West Virginia: Society of Petroleum Engineering (SPE), 2005.

1.Marginal wells. 2.Projections. 3.Oil supplies. 4.Natural gas supplies. Doc. No: 8414

441 PVT Characterization of a Gas Condensate Reservoir and Investigation of Factors Affecting Deliverability, SPE 140629/ Otavie Imo-Jack.- Nigeria: Society of Petroleum Engineering (SPE), 2010.

1.Gas Condensate. 2.Reservoir.

3.Pressure volume temperature (PVT). 4.Investigations. 5.Statistics (data). 6.Viscosity.

Doc. No: 8660 442 PVT Data Quality: Round Robin

Results, SPE 116162/ A.G. Stephen,...[et al].- Colorado: Society of Petroleum Engineering (SPE), 2008.

1.Pressure. 2.Volume. 3.Temperature.

4.PVT. 5.Fluids. 6.Properties. 7.Compositional data. 8.Round Robin evaluation.

Doc. No: 8467

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443 Quality Check Of Gas-Condensate PVT Studies and EOS Modelling Under Input Data Uncertainty, SPE 133258/ A. Schebetov, A. Rimoldi, and M. Piana.- Moscow: Society of Petroleum Engineering (SPE), 2010.

1.Gas condensate. 2.Pressure.

3.Volume. 4.Temperature. 5.PVT. 6.Equations of State (EOS). 7.Modelling. 8.Input data. 9.Uncertainty. 10.Reservoirs. 11.Simulation.

Doc. No: 8465 444 Quantifying Environmental Benefits of

Improved Oil and Gas Exploration and Production Technology, SPE 94388/ M.L. Godec, and N. Johnson.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Exploration. 2.Production.

3.Technology. 4.Petroleum. 5.Gases. 6.Improvement. 7.Environments. 8.Performance.

Doc. No: 8635

445 Quantifying petrophysical uncertainties, SPE 93125/ S.J. Adams.- Jakarta: Society of Petroleum Engineering (SPE), 2005.

1.Petrophysical deliverables.

2.Reservoirs. 3.Porosity. 4.Permeability. 5.Water saturation. 6.Monte-Carlo method. 7.Simulation. 8.Core data.

Doc. No: 8378 446 Quantifying Uncertainties Associated

With Reservoir Simulation Studies Using a Surrogate Reservoir Models, SPE 102492/ S.D. Mohaghegh.- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Reservoirs. 2.Simulation. 3.Models. 4.Management. 5.Quantitative analysis. 6.Geology. 7.Geophysics. 8.Artificial intelligence. 9.Neural networks.

Doc. No: 8319

447 Ranking Oil Viscosity in Heavy Oil Reservoirs, SPE/PS-CIM/CHOA 97935/ J. Seccombe,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2005.

1.Ranking. 2.Heavy Oil. 3.Viscosity. 4.Reservoirs. 5.Field. Doc. No: 8740

448 Real-Time Development of New Technology Saves Operator $5.1 Million Drilling Deep Exploration Well, Colombia, SPE/IADC 91862/ Andrew Frazelle,...[et al].- Amsterdam: Society of Petroleum Engineering (SPE), 2004.

1.Real time. 2.Exploration. 3.Deep oil well drilling. 4.Technology. 5.Development. 6.Colombia. Doc. No: 8750

449 Real-Time Image Data for Successful Horizontal Drilling in Carbonate Reservoirs Onshore Abu Dhabi, UAE, SPE 101916/ Maria Teresa Ribeiro,...[et al].- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Horizontal wells. 2.Real time. 3.Carbonates. 4.Reservoirs. 5.Drilling. 6.Logging while drilling (LWD). Doc. No: 8583

450 Real-time microseismic monitoring of hydraulic fracture treatment: a tool to improve completion and reservoir management, SPE 106159/ J.H. Le Calvez,...[et al].- College Station: Society of Petroleum Engineering (SPE), 2007. 1.Real- time. 2.Microseismic monitoring. 3.Hydraulic Fracture. 4.Treatment. 5.Completion. 6.Reservoirs. 7.Shale gas. 8.Tight gas. Doc. No: 8164

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451 Real-time reservoir management from data acquisition through implementation: closed-loop approach, SPE 111717/ Saeed M. Mubarak.- Amsterdam: Society of Petroleum Engineering (SPE), 2008.

1.Reservoirs. 2.Management. 3.Real time. 4.Data acquisition. 5.Implementation. 6.Monitoring. 7.Risk management. 8.Collaboration. Doc. No: 8226

452 Real-time water detection and flow rate

tracking in vertical and deviated intelligent wells with pressure sensors, SPE 113889/ George Aggrey and David Davies.- Rome: Society of Petroleum Engineering (SPE), 2008.

1.Real time. 2.Reservoirs. 3.Intelligent

well. 4.Monitoring. 5.Influx. Doc. No: 8235

453 Real time well diagnostic using slick line

fiber-optic distributed temperature sensors: west Venezuela applications, SPE 114911/ Y.J. Gonzalez,...[et al].- Denver: Society of Petroleum Engineering (SPE), 2008.

1.Real time. 2.Wells. 3.Temperature. 4.Borehole. 5.Fluid flow. 6.Gas lift operations. 7.Injection (oil wells). Doc. No: 8240

454 Recent developments in the application of decision analysis for the oil industry, SPE 108703/ J.C. Cunha.- Veracruz: Society of Petroleum Engineering (SPE), 2007.

1.Oil industry. 2.Decision analysis. Doc. No: 8201

455 Recent developments on risk analysis--applications for petroleum engineering, SPE 109637/ J.C. Cunha.- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Petroleum engineering. 2.Risk

analysis. 3.Reservoirs. 4.Waterflooding. Doc. No: 8206

456 Recommended Practice for Overbalanced Perforating in Long Horizontal Wells , SPE 94596/ F.F. Chang,...[et al].- Scheveningen: Society of Petroleum Engineering (SPE), 2005.

1.Offshore. 2.Horizontal wells. 3.Overbalanced perforating. 4.Completion. 5.Formation. 6.Damage. Doc. No: 8393

457 Reducing Gas Production Decline

Through Dewatering: A Case History From the Naturally Fractured Aguarague Field, Salta, Argentina, SPE 93554/ R. Aguilera, J.J. Conti, E. Lagrenade.- Calgary: Society of Petroleum Engineering (SPE), 2002.

1.Dewatering. 2.Gas. 3.Production.

4.Reduction. 5.Aguarague Field. 6.Geology. 7.Rocks. 8.Reservoir. 9.Fracture. 10.Storage. 11.Classification. 12.Core. 13.Simulation. 14.Well tests.

Doc. No: 8681

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63  

458 Regulation of Petroleum Product Pricing in Africa: Proposed System Based on Studies of Four Sub-Saharan Couintries/ Patrick A. Wright.- Washington, D.C.: The World Bank, 1996.

1.Petroleum. 2.Product. 3.Africa.

4.Regulations. 5.Industry. 6.Environmen. 7.Business. 8.Prices. 9.Oil companies. 10.Regulatory system. 11.Energy.

Doc. No: 8693

459 Relative Permeability Modification in Gas-Liquid Systems Through Wettability Alteration to Intermediate Gas-Wetting, SPE 62934/ Guo-Qing Tang, Abbas Firoozabadi.- Texas: Society of Petroleum Engineering (SPE), 2000.

1.Wettability. 2.Gas Liquid. 3.Gas.

4.Wetting. 5.Permeability. 6.Liquid phase. 7.Gas phase. 8.Reservoirs. 9.Gas oil.

Doc. No: 8545

460 The Relative Significance of Positive

Coupling and Inertial Effects on Gas Condensate Relative Permeabilities at High Velocity, SPE 62933/ G.D. Henderson,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2000.

1.Gas Condensate. 2.Velocity. 3.inertia. 4.Permeability. 5.IFT. 6.Core. Doc. No: 8544

461 Remobilisation of Trapped Hydrocarbons in Water-Invaded Zones of Gas Condensate Reservoirs, SPE 25070/ G.D. Henderson,...[et al].- Cannes: Society of Petroleum Engineering (SPE), 1992.

1.Hydrocarbons. 2.Gas condensate. 3.Reservoirs. 4.Experimental study. 5.Blow down. Doc. No: 8511

462 Repsol: Annual Report 2008.- Madrid: Repsol YPF, 2008.

1.Repsol. 2.Annual report. 3.Financial. 4.Business. 5.Corporate. 6.Human resources. 7.Environment. 8.Safety. 9.Social responsibility. 10.Innovation. 11.Technology. 12.Cimmunication. 13.Upstream. 14.Natural gas. 15.Downstream. Doc. No: 8708

463 Research and Field Application of Water-Coning Control With Production-Balanced Method in Bottomwater Reservoir, SPE 105033/ Xingwan Tu, Xiaolong Peng, and Zhaohui Chen.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Fields. 2.Bottom water. 3.Reservoirs.

4.Energy. 5.Production. 6.Recovery. 7.Simulation. 8.Utilization.

Doc. No: 8350

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64  

464 Reserve Analysis for Multilayered Tight Gas Reservoirs, SPE 84814/ Stuart A. Cox,...[et al].- Pittsburgh: Society of Petroleum Engineers, 2003.

1.Tight gas. 2.Reservoirs. 3.Reserves. 4.Analysis. 5.Multilayer. 6.Recovery. 7.Simulation. 8.Control. 9.Production. Doc. No: 8367

465 Reservoir candidate screening: the

SURE way to successful underbalanced drilling projects-Case Study, SPE 105689/ Ashraf Keshka,...[et al].- Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.A.D.N.O.C. (Abu Dhabi National Oil Company). 2.Underbalanced drilling (U.B.D.). 3.Oil fileds. 4.Gas fields. 5.Horizontal drilling. 6.Fuzzy logic. 7.Reservoirs. Doc. No: 8160

466 Reservoir Characterization and Data Integration of Complex Mauddud-Burgan Carbonate Reservoir, SPE 100318/ W.H. Al-Bazzaz, and A. Gupta.- Vienna: Society of Petroleum Engineering (SPE), 2006.

1.Reservoirs. 2.Characterization.

3.Kuwait. 4.Integration. 5.Data. 6.Formations (geology). 7.Complex. 8.carbonates. 9.Horizontal drilling. 10.Crude oil. 11.Well logging. 12.Core drilling. 13.Matrix. 14.Permeability. 15.Planning. 16.Development.

Doc. No: 8284

467 Reservoir Characterization and Simulations Studies in a Heterogeneous Pinnacle Reef for CO2 Flooding Purposes: A Case Study , SPE 93472/ A. Al-Dliwe and K. Asghari.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Reservoirs. 2.Characterization analysis. 3.Simulation. 4.Pinnacle Reefs. 5.Heterogeneous Reefs. 6.Carbon dioxide (CO2). 7.Flooding. 8.Injection. 9.Enhanced oil reovery. 10.Geology. 11.Permeability. 12.Capillary pressure. 13.Northern Alberta. 14.Case studies.

Doc. No: 8439

468 Reservoir Characterization for

Naturally Fractured Reservoirs, SPE 63286/ Richard O. Baker, Frank Kuppe.- Texas: Society of Petroleum Engineering (SPE), 2000.

1.Naturally Fractired Reservoirs (NFRs).

2.Reservoirs. 3.Characterization. 4.Fracture. 5.Geologic model. 6.Engineering model. 7.Weyburn Field. 8.Spraberry Field. 9.Waterton Field.

Doc. No: 8549

469 Reservoir-conditions laboratory

experiments of co2 injection into fractured cores ,SPE 99650/ G.R. Darvish,...[et al].- Vienna: Society of Petroleum Engineering (SPE), 2006.

1.Gas injection. 2.Carbon dioxide(co2). 3.Fracture. 4.Reservoirs. 5.Core(rocks). 6.Experimental study. 7.Recovery. 8.Condition. 9.Matrix. 10.Gravity. Doc. No: 8275

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65  

470 Reservoir Crude-Oil Viscosity Estimation From Wireline NMR Measurements - Rajasthan, India, SPE 101689/ R.J. Zittel.- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Crude oil. 2.Viscosity. 3.Estimation.

4.Measurement. 5.Reservoirs. 6.Nuclear Magnetic Resonance (NMR). 7.Water Based Muds (WBM). 8.Oil Based Muds (OBM). 9.India.

Doc. No: 8403

471 Reservoir Engineering Aspects of CO2

Sequestration in Coals, SPE 59788/ John P. Seidle.- Calgary: Society of Petroleum Engineering (SPE), 2000.

1.Carbon dioxide(co2). 2.Reservoir

Engineering. 3.Coals. 4.Coal gas. 5.Injection. 6.Gas. 7.recovery.

Doc. No: 8542

472 Reservoir Fluid Sampling and Characterization Key to Efficient Reservoir Management, SPE 101517/ N.R. Nagarajan, M.M. Honarpour, and K. Sampath.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Reservoirs. 2.Management.

3.Optimization. 4.Fluids. 5.Characterization. 6.Sampling.

Doc. No: 8306

473 Reservoir Fluid Sampling Revisited A Practical Perspective, SPE 101037/ J. Bon,...[et al].- Adelaide: Society of Petroleum Engineering (SPE), 2006.

1.Reservoirs. 2.Fluids. 3.Sampling. 4.Recovery. 5.Characterization. 6.Production. 7.Bottom hole. 8.Asphaltene. 9.Mercury. 10.Sulfur. 11.Wax. 12.Saturation. 13.Case studies. Doc. No: 8298

474 Reservoir Knowledge and Drilling Benefits Comparison for Underbalanced and Managed Pressure Drilling Operations, SPE 104465/ Doug Finley,...[et al].- Mumbai: Society of Petroleum Engineering (SPE), 2006.

1.Drilling. 2.Reservoirs. 3.Characterization. 4.Pressure. 5.Management. 6.Equipment. 7.Analysis. 8.History. Doc. No: 8342

475 Reservoir management challenges of the

Terra Nova offshore field: lessons learned after 5 years of production, SPE 109587/ E. Haugen,...[et al].- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Oil fields. 2.Reservoirs. 3.Management. 4.Fault. 5.Drilling. 6.Gas injection. 7.Gas- oil ratio (G.O.R.). Doc. No: 8205

476 Reservoir Management in Tertiary CO2 Floods, SPE 26624/ D.H. Merchant, S.C. Thakur.- Texas: Society of Petroleum Engineering (SPE), 1993.

1.Carbon dioxide(co2). 2.Flooding. 3.Tertiary. 4.Reservoirs. 5.Injection.

Doc. No: 8513

477 Reservoir Management of West Salym Oil Field, SPE 101863/ Dmitry Svirsky,...[et al].- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Reservoirs. 2.Management. 3.Oil Fields. 4.Siberia. 5.Optimization. 6.Recovery. 7.Project management. 8.Water injection. 9.Geochemistry. Doc. No: 8311

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66  

478 Reservoir model uncertainty quantification through computer-assisted history matching, SPE 109825/ C. Yang,...[et al].- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Reservoirs. 2.Uncertainty. 3.Wells. 4.History matching. Doc. No: 8208

479 Reservoir Modeling With Global Scaleup, SPE 105237/ X.H. Wu,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Reservoirs. 2.Modeling. 3.Permeability. 4.Scales. 5.Globa. 6.Transmissivity. Doc. No: 8356

480 Reservoir rock typing in a carbonate

reservoir- cooperation of core and log data: case study, SPE 123703/ Mitra Chekani and Riyaz Kharrat.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2009.

1.Reservoirs. 2.Rock.

3.Characterization. 4.Well logging. 5.Water. 6.Saturation. 7.Permeability.

Doc. No: 8259 481 Reservoir Simulation of Gas Injection

Processes, SPE 81459/ J.J. Lawrence,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2003.

1.Gas Injection 2.Simulation 3.Reservoirs Doc. No: 8434

482 Reservoir surveillance, production optimisation and smart workflows for smart Fields- A guide for developing and implementing reservoir management philosophies and operating guidelines in next generation fields, SPE 112244/ M.R. Konopczynski and A. Ajayi.- Amsterdam: Society of Petroleum Engineering (SPE), 2008.

1.Reservoirs. 2.Surveillance.

3.Intelligent fields. 4.Implementation. 5.Flow.

Doc. No: 8230 483 Residual Oil Characterization for a

California Turbidite, SPE 93326/ C.P. O Brien.- Irvine: Society of Petroleum Engineering (SPE), 2005.

1.Turbidite. 2.Residual Oil

Characterization. 3.Gravity drainage. 4.Capillary effect. 5.Elk Hills Oil Field. 6.California.

Doc. No: 8435

484 Results of the World's First 4D Microgravity Surveillance of a Waterflood - Prudhoe Bay, Alaska, SPE 101762/ J.L. Brady.- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Surveillance. 2.Gravity. 3.Waterflood.

4.Surveys. 5.Gas cap water injection (GCWI).

Doc. No: 8581

485 RESVIEW: A Practical 3-D Tool for

Reservoir Engineers, SPE 24270/ Odd Kjorholt.- Norway: Society of Petroleum Engineering (SPE), 1992.

1.Reservoir. 2.Three dimensional

models. 3.Engineers. 4.Mathematical models. 5.Graphical methods.

Doc. No: 8506

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67  

486 A Review of Downhole Separation Technology, SPE 94276/ O.O. Ogunsina and M.L. Wiggins.- Oklahoma: Society of Petroleum Engineering (SPE), 2005.

1.Downhole. 2.Oil-water separation.

3.Technology. 4.Sulfur pollution. 5.Wellbore.

Doc. No: 8390

487 Rheology and Transport in Porous Media of New Water Shutoff / Conformance Control Microgels, SPE 93254/ D. Rousseau,....[et al].- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Rheology. 2.Water. 3.Microgels.

4.Solution. 5.Characterization. Doc. No: 8569 488 Risk Analysis for Water Injection in a

Petroleum Reservoir Considering Geomechanical Aspects, SPE 104551/ L.G. Rodrigues,...[et al].- Canton: Society of Petroleum Engineering (SPE), 2006.

1.Water injection. 2.Petroleum. 3.Reservoirs. 4.Geomechanics. 5.Risk. 6.Off shore oil field. 7.Simulation. 8.Decision making. 9.Development. 10.Fields. 11.Recovery. 12.Sensitivity analysis. Doc. No: 8346

489 Risk Assessment and Management in IOR Projects, SPE 28844/ S.G. Goodyear, A.T. Gregory.- London: Society of Petroleum Engineering (SPE), 1994.

1.Improved Oil Recovery (I.O.R.).

2.Management. 3.Projects. 4.Risk assessment. 5.Risk management. 6.Evaluation. 7.Economics.

Doc. No: 8671

490 Risk assessment based on single porosity, alpha factor, dual porosity simulation of a naturally fractured rich gas condensate reservoir, SPE 111212/ F.O. Iwere,...[et al].- Lexington: Society of Petroleum Engineering (SPE), 2007.

1.Risk management. 2.Porosity. 3.Naturally Fractured Reservoir (N.F.R.). 4.Gas condensate. 5.Saturation. 6.Models. Doc. No: 8225

491 Rock Physics and Time Lapse

Monitoring of Heavy Oil Reservoirs, SPE/PS-CIM/CHOA 98075/ D.R. Schmitt.- Calgary: Society of Petroleum Engineering (SPE), 2005.

1.Reservoirs. 2.Monitoring. 3.Heavy Oil. 4.Rocks. 5.Physics. Doc. No: 8747

492 Rock typing-keys to understanding productivity in tight gas sands, SPE 114164/ J.A. Rushing, K.E. Newsham and T.A. Blasingame.- Keystone: Society of Petroleum Engineering (SPE), 2008.

1.Tight gas. 2.Sands. 3.Rocks.

4.Permeability. 5.Flow. 6.Unconventional gas. 7.Chemical process. 8.Sedimentary. 9.Reservoirs. 10.Porosity. 11.Capillary. 12.Pressure. 13.Hydraulics.

Doc. No: 8236

493 Role of Asphaltene in Foamy Oil Flow, SPE 94786/ I. Adil and B.B. Maini,.- Rio de Janeiro: Society of Petroleum Engineering (SPE), 2005.

1.Foamy Oil Flow. 2.Asphaltene.

3.Heavy oil. 4.Production. 5.Bubble nucleation pressure. 6.Oil recovery. 7.Gas oil ratio (GOR).

Doc. No: 8440

      NIOC Information Center New Acquisitions                                                                                               Reports  

68  

494 The Role of Independents in the Oil and Gas Industry, SPE 103693/ S. Wadood.- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Independence. 2.Petroleum. 3.Gas.

4.Industries. 5.Hydrocarbons. 6.Companies. 7.Fields. 8.Technology.

Doc. No: 8335

495 Role of natural fractures and slot

porosity on tight gas sands, SPE 114174/ Roberto Aguilera.- Keystone: Society of Petroleum Engineering (SPE), 2008.

1.Fracture. 2.Tight gas. 3.Sands. 4.Porosity. 5.Unconventional gas. 6.Permeability. 7.Reservoirs. 8.Drilling. 9.Simulation. 10.Petrophysic. 11.Well test. Doc. No: 8238

496 The Role of Oil Chemistry on Cold

Production of Heavy Oil, SPE 102365/ G.-Q. Tang,...[et al].- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Heavy oils. 2.Chemistry. 3.Production. Doc. No: 8317

497 ROP Enhancement In Ultrahard Rock,

IADC/SPE 99045/ M. Roehrlich and K.-U. Belohlavek.- Miami: Society of Petroleum Engineering (SPE), 2006.

1.Drilling. 2.Parameters. 3.Wells.

4.Tests. 5.Statistics (data). 6.Fields. 7.Drilling bits. 8.Generations.

Doc. No: 8307

498 Safer, faster, and more-reliable operations with next-generation offshore coiled tubing unit, SPE 121678/ R. Burgos,...[et al].- The Woodlands: Society of Petroleum Engineering (SPE), 2009.

1.Coiled tubing (C.T.). 2.Offshore. Doc. No: 8256

499 SARS Response And Experiences Post The 2003 Outbreak And The Effect On Moving Rotating Staff To Offshore Operations, SPE 86645/ Philippe Guibert.- Calgary: Society of Petroleum Engineering (SPE), 2004.

1.Offshore. 2.Operation. 3.Management.

4.Personnel. 5.Diseases. 6.Medical treatment. 7.Movement. 8.Control.

Doc. No: 8630 500 Saudi Arabia’s oil capacity: can it

deliver?.- [London]: Centre for GlobalL Energy Studies (CGES), 2011.

1.Saudi Arabia s. 2.Oil companies. 3.Petroleum production. 4.Capacity. 5.Crude oil. 6.Oil reserves. 7.Oil fields. 8.History. Doc. No: 8760

501 Saudi Arabian Oil Co. (Saudi Aramco)

Analysis across the Oil and Gas Value Chain.- [United Kingdom]: Global Markets Direct, 2012.

1.Saudi Arabia. 2.Saudi Aramco. 3.Oil companies. 4.Petroleum. 5.Gas. 6.Exoliration. 7.Production. 8.Crude oil. 9.Natural gas. 10.Pipelines. 11.Operation. 12.Refining. 13.Chemical storage. 14.Business. 15.Shipping. 16.History. 17.Employees. 18.Development. 19.Drilling. 20.Field. Doc. No: 8759

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69  

502 Scratch Testing of Drilling Mud Filter Cakes, SPE 100130/ P. Cerasi, J.F. Stenebrten,and E.F. Sonsteb.- : Society of Petroleum Engineering (SPE), 2006.

1.Drilling fluids. 2.Mud. 3.Filter Cake.

4.Testing. 5.Rocks. 6.Oil products. 7.Resistance. 8.Apparatus. 9.Modelling. Doc. No: 8286

503 Screening Methodology for Downhole Sand Control Selection, SPE 88493/ Chris Farrow, David Munro, Thomas McCarthy.- Perth: Society of Petroleum Engineering (SPE), 2004.

1.Screening. 2.Downhole.

3.Methodology. 4.Sands. 5.Control. 6.North west shelf (NWS). 7.Gas.

Doc. No: 8557

504 A Screening Model for CO2 Flooding

and Storage in Gulf Coast Reservoirs Based on Dimensionless Groups, SPE 100021/ D.J. Wood,...[et al].- Tulsa: Society of Petroleum Engineering (SPE), 2006.

1.Flooding. 2.Carbon dioxide (Co2). 3.Enhanced oil recovery. 4.Storage. 5.Gulf coast. 6.Screening. 7.Models. 8.Reservoirs. 9.Scales. 10.Saturation. 11.Residues. 12.Injection (oil well). Doc. No: 8281

505 Selection and Evaluation EOR Method

Using Artificial Intelligence, SPE 79163/ E.M. El-M Shokir,...[et al].- Nigeria: Society of Petroleum Engineering (SPE), 2002.

Enhanced oil recovery (E.O.R.) 2. Artificiaintelligence 3. Evaluation 4. Selection 5. Neural networks 6. Economics Doc. No: 8418

506 Shapes of flood fronts in heterogeneous reservoirs and oil recovery strategies, SPE 111147/ Bernard Montaron,...[et al].- Abu Dhabi: Society of Petroleum Engineering (SPE), 2007.

1.Flooding. 2.Heterogeneous. 3.Reservoirs. 4.Petroleum. 5.Recovery. 6.Wettability. 7.Fluids. 8.Permeability. Doc. No: 8224

507 Shell: Annual report.- London: Shell,

2009.

1.Shell. 2.Annual report. 3.Business. 4.Indicators. 5.Strategy. 6.Upstream. 7.Downstream. 8.Environment. 9.Report. 10.Financial statements. 11.Shareholders. 12.Expositions. Doc. No: 8705

508 Shell: Annual review.- London: Shell,

2010.

1.Shel. 2.Anual review. 3.Financial statements. 4.Business. 5.Energy. 6.Directories. 7.Shareholders. Doc. No: 8704

509 Shell: Investor's handbook, royal dutch

shell plc financial and operational information.- London: Shell, 2010.

1.Shell. 2.Business. 3.Strategy. 4.Upstream. 5.Downstream. 6.Energy. 7.Projects. 8.Technology. 9.Consolidation. 10.Data. 11.Shareholders. Doc. No: 8703

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70  

510 Simulation of experimental gas-recycling experiments in fractured gas/condensate reservoirs, SPE 99647/ S.R. Shadizadeh, D. Rashtchian, and S. Moradi.- Calgary: Society of Petroleum Engineering (SPE), 2006.

1.Recycling. 2.Gas. 3.Fracture.

4.Condensate. 5.Reservoirs. 6.Gas injection. 7.Recovery. 8.Numerical model. 9.Experimental study. 10.Simulation. 11.Pressure.

Doc. No: 8274 511 Simulation of Paraffin and Asphaltene

Deposition in Porous Media, SPE 50746/ Shaojun Wang, Faruk Civan, Arden R. Strycker.- Texas: Society of Petroleum Engineering (SPE), 1999.

1.Simulation. 2.Paraffin. 3.Asphaltene. 4.Deposition. 5.fluid flow. 6.Porous Media. Doc. No: 8530

512 Simulation of the North Brae Gas Condensate Reservoir Development, SPE 21245/ D.K. O'Bryne, S. Sadighi, G.L. Lane.- California: Society of Petroleum Engineering (SPE), 1991.

1.Gas condensate. 2.Simulation.

3.Reservoirs. 4.North brae. 5.Gas injection. 6.Geology. 7.Fluids. 8.History.

Doc. No: 8503

513 Simulation studies of Gas-Injection into

Gas-Condensate Reservoirs, SPE 21060/ by Luis Diamond, Cesar R. Rondon.- Rio de Janeiro: Society of Petroleum Engineering (SPE), 1990.

1.Gas injection. 2.Simulation. 3.Gas

condensate. 4.Reservoirs. 5.Geology. 6.Petrophysics. 7.Fluids.

Doc. No: 8501

514 Simulation study investigating gas cap contamination caused by miscible CO2-WAG, SPE 110435/ P.H. Janssen,...[et al].- Anaheim: Society of Petroleum Engineering (SPE), 2007.

1.Gas cap. 2.Contamination. 3.Miscibility. 4.Carbon dioxide. 5.Enhanced Oil Recovery (E.O.R.). 6.Injection (oil wells). 7.Simulation. Doc. No: 8217

515 Simulation Study of Re-Entry Drilling

for Gas/Condensate Reservoir Development , SPE 98142/ S. Luo and M.A. Barrufet.- Louisiana(L.A.): Society of Petroleum Engineering (SPE), 2006.

1.Gas-condensate reservoirs. 2.Re-entry

drilling. 3.Simulation. Doc. No: 8413

516 A Simultaneous Water and Gas Flood Design with Extraordinary Vertical Gas Sweep, SPE 91724/ Herbert L. Stone.- Mexico: Society of Petroleum Engineering (SPE), 2004.

1.Oil. 2.Recovery. 3.Gas injection.

4.Water flooding. 5.Water injection. 6.Simultaneous injection.

Doc. No: 8550

517 Small-Scale Fracture Conductivity Created by Modern Acid Fracture Fluids, SPE 106272/ M. Pournik,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Fracture. 2.Acids. 3.Fluids. 4.Hydraulic fracturing. 5.Laboratory study. 6.Experiments. Doc. No: 8600

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71  

518 The Snorre A Incident 28 November 2004: Leassons learned, SPE 98739/ G. Pettersen, I.O. Moldskred and E.B. Ytredal.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Statoil. 2.Incident. 3.H.S.E.

4.Petroleum. 5.Safety. 6.Norway. 7.Authority. 8.Gases. 9.Field. 10.Theory.

Doc. No: 8641 519 Solid Expandable Tubular Technology:

Case Histories of Value-Adding and Enabling Applications in Sabah Deepwater Campaign, SPE 101222/ Daniel Miessner,...[et al].- Bangkok: Society of Petroleum Engineering (SPE), 2006.

1.Expandable tube. 2.Solids. 3.Technology. 4.Deep water. 5.Value Added. 6.History. 7.Costs. Doc. No: 8300

520 Solutions to the down hole vibrations

during drilling, SPE 136956/ Mokhtar Yaveri, Karan Damani and Harshad Kalbhor.- Tinapa - Calabar: Society of Petroleum Engineering (SPE), 2010.

1.Drilling. 2.Vibration. 3.Drillstring.

4.Case studies. Doc. No: 8193

521 Sour-Well Serviceability of Higher-

Strength Coiled Tubing, SPE 107014/ H.B. Luft,...[et al].- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Coiled tubing. 2.Soar-well serviceability. 3.Joint Industry Projects (JIP). 4.Drilling. Doc. No: 8410

522 Splines as an Optimization Tool in Petroleum Engineering , SPE 95601/ R. Archer and G. Zakeri and T. Vaudrey.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Splines. 2.Optimization tools.

3.Petroleum engineering. 4.Well placements.

Doc. No: 8425

523 Stability Analysis of Deviated Boreholes

Using the Mogi-Coulomb Failure Criterion, With Applications to Some Oil and Gas Reservoirs, SPE 104035/ A.M. Al-Ajmi, and R.W. Zimmerman.- Bangkok: Society of Petroleum Engineering (SPE), 2006.

1.iHole deviation. 2.Borehole.

3.Stability. 4.Oil and Gas reserves. 5.Drilling. 6.Fields. 7.Models. 8.In situ. 9.Fracturing.

Doc. No: 8331

524 Stability of High Molecular Weight Hydrocarbons in a Carbonate Reservoir, SPE 93418/ T.J. Broad,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Carbonate reservoirs. 2.High molecular weight hydrocarbons. 3.Stability. 4.Asphaltenes. 5.Equation of State (EOS). 6.Onshore fields. 7.Abu Dhabi. Doc. No: 8438

525 State-of-the-Art of Heavy-Oil

Development in China and Its Technology Challenges, IPTC 10617/ H. Haiyan,...[et al].- Qatar: International Petroleum Technology Conference (IPTC), 2005.

1.Heavy Oil. 2.Development. 3.Technology. 4.China. 5.Strategy. Doc. No: 8733

      NIOC Information Center New Acquisitions                                                                                               Reports  

72  

526 State of the Industry in CO2 Floods, SPE 38849/ Reid B. Grigg, David S. Schechter.- Texas: Society of Petroleum Engineering (SPE), 1997.

1.Crbon dioxide (co2). 2.Carbon dioxide

flooding. 3.Improved Oil Recovery (I.O.R.). 4.Enhanced oil recovery (EOR). 5.Projects.

Doc. No: 8524

527 Statement of richard newell administrator, energy information administration U.S. department of energy.- Washington, DC: Energy Information Administration (eia), 2011. 1.E.I.A. 2.Energy. 3.U.S.A. 4.Economic. 5.prices. 6.Energy consumption. 7.Production. Doc. No: 8691

528 Statoil: Annual report on form 20-f.- Norway: Statoil, 2010.

1.Statoil. 2.Annual report. 3.Business. 4.Strategy. 5.Operation. 6.Exploration. 7.Production. 8.Financial analysis. 9.Risk. 10.Shareholders. 11.Financial statements. 12.Consolidation. Doc. No: 8478

529 Steam Injection experiments for Recovery of Heavy Crude oil of an Iranian Field, SPE/PS-CIM/CHOA 96959/ S.A.R. Tabatabaei-Nejad,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2005.

1.Heavy crude oil. 2.Steam. 3.Injection. 4.Experiments. 5.Recovery. 6.Iranian Field. Doc. No: 8758

530 Steamflood piloting the Wafra field eocene reservoir in the partitioned neutral zone, between Saudi Arabia and Kuwait, SPE 120205/ David Barge,...[et al].- Bahrain: Society of Petroleum Engineering (SPE), 2009.

1.Steam. 2.Flooding. 3.Fields. 4.Eocene. 5.Reservoirs. 6.Saudi Arabia. 7.Kuwait. 8.Wells. 9.Construction. 10.Permeability. 11.E.O.R. 12.Pilot. 13.Facilities. 14.Surveillance. 15.Monitoring. Doc. No: 8253

531 Step Change in Performance: Upgrated

Bit Technology Significantly Improves Drilling Economics in GoM Motor Applications, SPE 103074/ B. Grimes and B. Kirkpatrick.- Texas: Society of Petroleum Engineering (SPE), 2006.

1.Drilling. 2.Economics. 3.Technology. 4.Drilling bits. 5.Gulf of Mexico. 6.Motors. Doc. No: 8590

532 Stimulation Challenges and Solutions in

Complex Carbonate Reservoirs, SPE 93413/ P.Santhana Kumar,...[et al].- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Complex carbonate reservoirs.

2.Stimulation challenges. 3.Stimulation solutions. 4.Oman.

Doc. No: 8437 533 A streamline based reservoir

management workflow to maximize oil recovery, SPE 111143/ Ronald M. Giordano,...[et al].- Abu Dhabi: Society of Petroleum Engineering (SPE), 2007.

1.Reservoirs. 2.Management. 3.Work flow. 4.Streamline. 5.Analysis. 6.Water injection. 7.Petroleum. 8.Recovery. Doc. No: 8223

      NIOC Information Center New Acquisitions                                                                                               Reports  

73  

534 Streamline Simulation of Water

Injection in Naturally Fractured Reservoirs, SPE 89443/ Ahmed H. Al-Huthali, Akhil Datta-Gupta.- Oklahoma: Society of Petroleum Engineering (SPE), 2004.

1.Water injection. 2.Reservoirs.

3.Simulation. 4.Fracture. 5.Formulations. 6.streamline modeling. 7.Matrix. 8.Permeability. 9.Porosity. 10.Gravity.

Doc. No: 8405

535 A Study for Development of a Plan of Depletion in a Rich Gas Condensate Reservoir: Anschutz Ranch East Unit, Summit County, Utah, Uinta County, Wyoming, SPE 12042/ S.W. Kleinsteiber, D.D. Wendschlag, J.W. Calvin.- California: Society of Petroleum Engineering (SPE), 1983.

1.Gas condensate. 2.Reservoirs.

3.Anshutz ranch east. Doc. No: 8495

536 A Study of Fluid- Flow Mechanism for Cold Production with Sand and Single-Well Fine Numerical Simulation in Heavy- Oil Reservoirs, SPE/PS-CIM/CHOA 96777/ Z. Wang, S. Li, C. Yan,.- Calgary: Society of Petroleum Engineering (SPE), 2005.

1.Heavy Oil. 2.Fluid Flow.

3.Mechanism. 4.Production. 5.Sand. 6.Numerical Simulation. 7.Reservoirs. 8.Analysis.

Doc. No: 8617

537 A Study of Water Coning Control in Oil

Wells by Injected or Natural FLow Barriers Using Scaled Physical Model and Numerical Simulator, SPE 77415/ Sarmad S. Siddiqi, Andrew K. Wojtanowicz.- Texas: Society of Petroleum Engineering (SPE), 2002.

1.Oil wells. 2.Injection (oil well).

3.Water. 4.Control. 5.Physical Model. 6.Natural Flow. 7.Numerical Simulator.

Doc. No: 8682

538 Substituting nitrogen for hydrocarbon gas in a gas cycling project, SPE 117952/ John Linderman,...[et al].- Abu Dhabi: Society of Petroleum Engineering (SPE), 2008.

1.Hydrocarbons. 2.Gas. 3.Nitrogen. 4.Injection (Oil well). 5.Substitution. 6.Gas condensate. 7.Equation of state. 8.Fluids. 9.Cgaracterization. 10.Depletion. 11.Carbon dioxide. Doc. No: 8250

539 Successful Application of Integrated Digital Automation System for Production Optimization in North San Juan Basin, SPE 106952/ Peter O. Oyewole, Michael D. Scull, and Mark S. Downey.- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Digital system. 2.Automation.

3.Optimization. 4.Production. 5.Basin. 6.Control. 7.Gas wells.

Doc. No: 8605

      NIOC Information Center New Acquisitions                                                                                               Reports  

74  

540 Successful Drilling of Oil and Gas Wells by Optimal Drilling-Fluid Solids Control - A Practical and Theoretical Evaluation, SPE 103934/ B. Dahl, A. Saasen, and T.H. Omland.- Bangkok: Society of Petroleum Engineering (SPE), 2006.

1.Optimal system. 2.Drilling. 3.Oil and

Gas reserves. 4.Borehole. 5.Screening. 6.Waste management. 7.Mesh. 8.Fluids. 9.Solids.

Doc. No: 8336

541 Summary: U.S. Crude Oil, Natural Gas,

and Natural Gas Liquids Proved Reserves 2009.- Washington, DC: U.S. Energy Information Administration (eia), 2010.

1.Crude Oil. 2.Natural Gas. 3.Natural gas liquids. 4.U.S.A. 5.Reserves. 6.Shale gas. 7.Production. 8.Condensate. Doc. No: 8485

542 A survey of stranded gas resources and

estimate of development and production costs, SPE 130089/ Emil D. Attanasi and Philip A. Freeman.- Dallas: Society of Petroleum Engineering (SPE), 2010.

1.Gas market. 2.Natural gas. 3.Consumption. 4.Economics. 5.Costs. 6.Estimating. 7.North America. 8.Gas fields. 9.Offshore. 10.Onshore. 11.Europe. 12.Middle East. 13.Supply (Geoscience). Doc. No: 8264

543 sustainability report: royal dutch shell plc sustainability report 2010.- [Netherlands]: Shell, 2010.

1.Shell. 2.Sustainability. 3.Report. 4.Responsibility. 5.Energy. 6.Petroleum. 7.Transportation. 8.Production. 9.Performance.

Doc. No: 8368

544 Sustainable Development in the Oil and Gas Industry, SPE 83062/ Lyn Arscott.- San Antonio: Society of Petroleum Engineering (SPE), 2003.

1.Sustainable Development. 2.Gas

industry. 3.Petroleum industry. 4.Change management. 5.Pollution. 6.Goverment. 7.Non-govermental organization. 8.Social responsibility.

Doc. No: 8285

545 Sustainable Management of a Large Oil Field in Libya, SPE 93193/ M. Bremeier, B.M. Elashahab and T. Goh.- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Large Oil Fields. 2.Sustainable

management. 3.Production optimization. 4.Sirte basin. 5.Libya.

Doc. No: 8432

      NIOC Information Center New Acquisitions                                                                                               Reports  

75  

546 Sustained Gas Production From Acid Fracture Treatments in the Khuff Carbonates, Saudi Arabia: Will Proppant Fracturing Make Rates Better? Field Example and Analysis, SPE 90902/ Zillur Rahim, Mark Petrick.- Texas: Society of Petroleum Engineering (SPE), 2004.

1.Carbonates. 2.Acid Fracture.

3.Fracturing. 4.Reservoirs. 5.Pressure. 6.Well tests. 7.Khuff reservoir. 8.Simulation. 9.Saudi Aramco. 10.Gas wells.

Doc. No: 8565

547 A System Engineering Approach to Field Development, SPE 71833/ A. L. Robertson,...[et al].- Scotland: Society of Petroleum Engineering (SPE), 2001.

1.Engineering. 2.Development. 3.Models. 4.Structure. 5.fields. 6.Application. 7.Resrevior. Doc. No: 8648

548 A Systematic Approach to Predicting Liquid Loading in Gas Wells , SPE 94081/ B. Guo and A. Ghalambor.- Oklahoma: Society of Petroleum Engineering (SPE), 2005.

1.Gas wells. 2.Production. 3.Liquid

loading. 4.Prediction. 5.Four phase flow. Doc. No: 8450

549 A Technical Evaluation of a CO2 Flood for EOR Benefits in the Cooper Basin, South Australia, SPE 88451/ J. Bon, H.K. Sarma.- Perth: Society of Petroleum Engineering (SPE), 2004.

1.Enhanced oil recovery (E.O.R.).

2.Carbon dioxide (Co2). 3.Flooding. 4.Reservoirs. 5.Fluids. 6.Cooper Basin. 7.Oil fields. 8.Injection (oil well). 9.Gas injection. 10.Well tests. 11.Pressure.

Doc. No: 8556 550 Technical supervision on Khangiran

Gas Field: geological completion report for khangiran-54 (E166S)/ Prepared For Iranian Central Oil Fields Company (I.C.O.F.C.).- [Tehran]: Pars Petro Zagros, 2008.

1.Khangiran well. 2.Khangiran Gas Field. 3.Report. 4.Geology. 5.Completion. 6.Pars Petro Zagros. 7.Stratigraphy. 8.Formations (geology). 9.Data. 10.Well drilling. 11.Supervision. 12.Projects. Doc. No: 8690

551 Technology Integration in the Caspian, SPE 106858/ Ian Pannett and David Hodgson.- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Caspian sea. 2.Integration.

3.Technology. 4.Fields. 5.Future. Doc. No: 8604

      NIOC Information Center New Acquisitions                                                                                               Reports  

76  

552 A Technology of Soaking and Discharging CO2to Enhance Production in Binnan Tract, SPE 57310/ Wang Zhigang,...[et al].- Kuala Lumpur: Society of Petroleum Engineering (SPE), 1999.

1.Carbon dioxide (co2). 2.Discharge. 3.Binnan Tract. 4.enhance production. 5.Laboratory Experiments. 6.Economic Efficiency. Doc. No: 8538

553 Theoretical/Experimental Considerations About Oil Displacement by Water in a Fractured Porous Medium, SPE 28702/ Candelario Perez-Rosales, Juana Cruz-Hernandaz, Fernando Samaniego-V.- Mexico: Society of Petroleum Engineering (SPE), 1994.

1.Petroleum. 2.Displacement. 3.Water.

4.Fracture. 5.Theoretical study. 6.Experimental study. 7.Models. 8.Fluids. 9.Saturation.

Doc. No: 8670 554 The Tools, Techniques, and Advantages

Involved in Combining Compression and Plunger Lift in Low-Rate Gas Wells, SPE 93554/ R.A. Schmitz and G.D. Steele.- Calgary: Society of Petroleum Engineering (SPE), 2006.

1.Low rate wells. 2.Natural gas wells.

3.Compression. 4.Plunger lift. 5.Liquid loading. 6.Productivity.

Doc. No: 8475

555 Torque and Drag Modeling for Horizontal Openhole Completions, SPE 93554/ R. Rezvani, Sperry Sun, and B. Techentien.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Torque. 2.Horizontal well. 3.Drag Modeling. 4.Drilling.

Doc. No: 8572

556 Total: Activities report.- France: Total, 2006.

1.Activities report. 2.Total. 3.Organization. 4.Biodiversity. 5.Invasive. 6.Employees. Doc. No: 8727

557 Total: Annual Report 2010, Energy in motion.- France: Total, 2010.

1.Total. 2.Energy. 3.Evolution. 4.Finance. 5.Communication. 6.Upstream operations. 7.Downstream operations. 8.Petroleum. 9.Gas. 10.Revolution. 11.Business. 12.Market. 13.Annual Report. Doc. No: 8374

558 Total: Corporate Social Responsibility

Report, Sharing Our Energies.- France: Total, 2006.

1.Report. 2.Total. 3.Business. 4.Principles. 5.H.S.E. 6.Product Spotlight. 7.Social responsibility. 8.Development. 9.Energy. Doc. No: 8728

      NIOC Information Center New Acquisitions                                                                                               Reports  

77  

559 Tracer-Test Simulation on Discrete Fracture Network Models for the Characterization of Fractured Reservoirs, SPE 94344/ A. Lange, J. Bousian, and B. Bourbiaux.- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Fractured reservoirs. 2.Flow dynamics.

3.Simulation. 4.Discrete fracture networks. 5.Porosity.

Doc. No: 8391

560 Uncertainty in Geophysic-Geology-Reservoir Modelling for Globigerinid Sands Carbonate in NE-Java Basin, Indonesia; Case Study: Planning vs. Actual of Fields Development at Madura Strait, Indonesia., SPE 100957/ G. Sutadiwiria, and H. Prasetyo.- Adelaide: Society of Petroleum Engineering (SPE), 2006.

1.Geophysics. 2.Geology. 3.Reservoirs.

4.Indonesia. 5.Modelling. 6.Carbonates. 7.Fields. 8.Sands. 9.Well drilling. 10.planning.

Doc. No: 8296 561 Underbalanced Drilling In The

Reservoir, An Integrated Technology Approach, SPE 103576/ John Ramalho.- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Drilling. 2.Reservoirs. 3.Technology.

4.Pressure. 5.Fields. 6.Hydrocarbons. 7.Management.

Doc. No: 8334

562 Understanding Foamy Oil Mechanisms for Heavy Oil Reservoirs During Primary Production, SPE 36749/ M. Huerta,...[et al].- Denver: Society of Petroleum Engineering (SPE), 1996.

1.Heavy oils. 2.Oil reservoirs. 3.Foam.

4.Production. 5.Viscosity. 6.Model. Doc. No: 8169

563 Understanding the corrosion inhibitor partitioning in oil and gas pipelines, SPE 117942/ Mohsen Achour, Carolyn Johlman and David Blumer.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2008.

1.Corrosion inhibitors. 2.Petroleum.

3.Gas pipelines. 4.Partitioning. 5.Calibration. 6.Chromatography. 7.Characterization. 8.Carbon dioxide.

Doc. No: 8249 564 Unified Modeling of Gas/Oil/Water Pipe

Flow - Basic Approaches and Preliminary Validation, SPE 95749/ H.-Q. Zhang and C. Sarica.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Wellbores. 2.Pipelines. 3.Flow

behavior. 4.Gas-oil-water flow. 5.Three phase flow. 6.Production. 7.Transportation. 8.Unified modeling.

Doc. No: 8424

565 Unique Pivot Stabilizer Geometry

Advances Directional Efficiency and Bore Hole Quality with a Specific Rotary Steerable System,SPE 105493/ Steve Barton,...[et al].- : Society of Petroleum Engineering (SPE), 2007.

1.rotary steerable systems (R.S.S). 2.stability. 3.directional drilling. 4.downhole. 5.geometry. 6.bore hole. 7.modelling. 8.data recording. 9.testing. 10.dynamic properties. 11.vibration. 12.ring. 13.efficiency. Doc. No: 8364

      NIOC Information Center New Acquisitions                                                                                               Reports  

78  

566 Use of Advanced Completion Solutions to Maximise Reservoir Potential - Experiences in The Snorre Field, SPE/IADC 92255/ Line T. Skarsholt, Anthony F. Mitchell, Are H. Bj وrnsgaard.- Amsterdam: Society of Petroleum Engineering (SPE), 2005.

1.Completion. 2.Reservoir.

3.Application. 4.Breakthrough. 5.Gas. 6.Control. 7.Water. 8.Data. 9.Development.

Doc. No: 8752 567 Use of CO2 in heavy-oil waterflooding,

SPE 139672/ M. Nasehi and K. Asghari.- New Orleans: Society of Petroleum Engineering (SPE), 2010.

1.Heavy oil. 2.Waterflooding.

3.Recovery. 4.Carbon dioxide. 5.Permeability. 6.Gas injection.

Doc. No: 8198

568 Use of natural gas as a driving force in a diluent-gas artificial-lift system applied to heavy oils, SPE 139105/ F. Brito, L. Garcia and J. Brown.- Lima: Society of Petroleum Engineering (SPE), 2010.

1.Natural gas. 2.Artificial lift. 3.Heavy

oil. 4.Gas injection. 5.Flow. 6.Diluent- gas flow.

Doc. No: 8197

569 The Use of Reedbed Technology for Treating Oil Production Waters, SPE 98548/ A. Al Mahruki,...[et al].- Abu Dhabi,: Society of Petroleum Engineering (SPE), 2006.

1.Oil production water (OPW). 2.Reedbed. 3.Biotechnology. 4.Oman. Doc. No: 8576

570 The Use of Well Testing for Evaluation of Connected Reservoir Volume, SPE 102483/ M.M. Levitan,...[et al].- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Well tests. 2.Oil and Gas reserves. 3.Hydrocarbons. 4.Deep water. 5.Evaluation. 6.Fields. 7.Cost. 8.Statistics (data). 9.Connectivity. Doc. No: 8318

571 Uses and Misuses of Pressure Data for Reserves Estimation, SPE 103221/ J. McLaughlin, B. Gouge, Ryder Scott.- San Antonio: Society of Petroleum Engineering (SPE), 2006.

1.Estimating. 2.Reserves. 3.Pressure.

4.Pore pressure. 5.Borehole. 6.Accumulation. 7.Recovery.

Doc. No: 8329

      NIOC Information Center New Acquisitions                                                                                               Reports  

79  

572 Using Integrated Project Models to Evaluate Field Development Options, SPE 93554/ M.G. Bilderbeck and I.V. Beck.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2005.

1.Oil field development. 2.Reservoir

potential. 3.Integrated project models. 4.Uncertainty.

Doc. No: 8382

573 Validation of Splitting the Hydrocarbon

Plus Fraction: First Step in Tuning Equation-of-State, SPE 104631/ Ali A. Al-Meshari and William D. McCain.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Hydrocarbons. 2.Fluid composition.

3.Phase behaviour. 4.Plus fraction. 5.Splitting. 6.Equation of State (EOS).

Doc. No: 8471

574 Valuation of International Oil and Gas

Properties , SPE 52957/ J. V. Gastavson.- Texas: Society of Petroleum Engineering (SPE), 1999.

1.Oils. 2.Gas. 3.Discounted cash flow

(DCF). 4.Value. 5.Prices. Doc. No: 8532 575 Vibration and Rotation Considerations

in Extending Coiled-Tubing Reach, SPE 106979/ Kenneth R. Newman.- Texas: Society of Petroleum Engineering (SPE), 2007.

1.Coiled tubing. 2.Shallow wells.

3.Drilling. 4.Vibration. 5.Rotation. Doc. No: 8409

576 Viscosity prediction of crude oils with genetic agorithms, SPE 106763/ Yasin Hajizadeh.- Buenos Aires: Society of Petroleum Engineering (SPE), 2007.

1.Crude oils. 2.Viscosity. 3.Genetic

algorithm. 4.Hydrocarbons. 5.Reservoirs. 6.Artificial intelligence.

Doc. No: 8171

577 Viscous Oil Dynamics Evaluation for Better Fluid Sampling, SPE/PS-CIM/CHOA 97767/ J.A. Ca لas,...[et al].- Calgary: Society of Petroleum Engineering (SPE), 2005. Doc. No: 8748

578 Waterflooding Heavy Oils , SPE 24367/ G.E. Smith.- Wyoming: Society of Petroleum Engineering (SPE), 1992.

1.Heavy oils. 2.Waterflooding. 3.Gas injection.

Doc. No: 8508

579 Waterflooding of preferential oil-wet carbonates: Oil recovery related to reservoir temperature and brine composition , SPE 94166/ E.J. Hgnesen, S. Strand and T. Austad.- Madrid: Society of Petroleum Engineering (SPE), 2005.

1.Carbonates. 2.Wettability.

3.Waterflooding. 4.Oil recovery. 5.Reservoirs. 6.Temperature. 7.Brine composition. 8.Imbibition. 9.Sulfate. 10.Surfactants.

Doc. No: 8451

      NIOC Information Center New Acquisitions                                                                                               Reports  

80  

580 Well Deliverability Predictions for a Low-Permeability Gas/Condensate Reservoir, SPE 95529/ P. Ayyalasomayajula, N. Silpngarmlers and J. Kamath.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Gas-condensate reservoirs. 2.Low

permeability reservoirs. 3.Wells. 4.Deliverability. 5.Predictions.

Doc. No: 8430

581 Well, it's good to be an engineer!, SPE 108477/ S.J. Sawaryn,...[et al].- Aberdeen: Society of Petroleum Engineering (SPE), 2007.

1.Enguneering. 2.Technology. 3.Oil industry. 4.Gas industry. Doc. No: 8190

582 Well management under uncertain gas/ or water/oil ratios, SPE 106959/ H.P. Bieker, O. Slupphaug and T.A. Johansen.- Houston: Society of Petroleum Engineering (SPE), 2007.

1.well management. 2.Gas oil ratio

(G.O.R.). 3.Petroleum products. 4.Uncertainty. 5.Case studies.

Doc. No: 8172

583 Well Test Analysis in Lean Gas Condensate Reservoirs: Theory and Practice, SPE 100993/ A.C. Gringarten,...[et al].- Moscow: Society of Petroleum Engineering (SPE), 2006.

1.Gas Condensate. 2.Reservoirs. 3.Lean manufacturing. 4.Testing. 5.Wells. 6.Fluids. 7.Liquids. 8.Borehole. 9.Oil and gas origin. 10.Vertical wells. 11.Horizontal well. 12.Simulation. 13.Composites materials. 14.Drop. Doc. No: 8297

584 Well test analysis in volatile oil reservoirs, SPE 116239/ M. Sanni and A.C. Gringarten.- Denver: Society of Petroleum Engineering (SPE), 2008.

1.Well tests. 2.Petroleum. 3.Reservoirs.

4.Borehole. 5.Volatiles. 6.Multiphase flow. 7.Bubble point pressure. 8.Fluid flow. 9.Permeability. 10.Characterization.

Doc. No: 8243

585 Well Test Analysis of Horizontal wells in

Gas-Condensate Reservoirs, SPE 89905/ Abdolnabi Hashemi, Laurent M. Nicolas and Alain C. Gringarten.- Texas: Society of Petroleum Engineering (SPE), 2004.

1.Horizontal wells. 2.Gas Condensate. 3.Reservoirs. 4.Well tests. 5.Pressure volume temperature (PVT). 6.models. 7.Three dimensional models. 8.Simulation. Doc. No: 8562

586 Well Test Analysis of Medium-Rich to

Rich Gas-Condensate Layered Reservoirs, SPE 143621/ T.C Kgogo and A.C Gringarten.- Vienna: Society of Petroleum Engineering (SPE), 2011.

1.Well tests. 2.Analysis. 3.Reservoirs.

4.Layered. 5.Simulation. 6.Models. Doc. No: 8667

587 Well Test Design and Final

Interpretation Improved by Integrated Well Testing and Geological Efforts, SPE 17945/ by L.C. Ayestaran,...[et al].- Bahrain: Society of Petroleum Engineering (SPE), 1989.

1.Well testing. 2.Reservoirs. 3.Geology. 4.Design. Doc. No: 8499

      NIOC Information Center New Acquisitions                                                                                               Reports  

81  

588 Well Testing by Design: Transient Modelling to Predicting Behaviour in Extreme Wells, SPE 101872/ D. Teng, B. Maloney, and J.C. Mantecon.- Adelaide: Society of Petroleum Engineering (SPE), 2006.

1.Well tests. 2.Design. 3.Modelling.

4.Clean up. 5.Risk management. 6.Offshore. 7.Simulation.

Doc. No: 8312 589 Well Testing for Gas Condensate

Reservoirs, SPE 25371/ L.G.Thompson, Jin-Guo Niu, , A.C. Reynolds.- Singapore: Society of Petroleum Engineering (SPE), 1993.

1.Well testing. 2.Gas condensate.

3.Reservoirs. 4.Draw down. Doc. No: 8512

590 A Wellbore Model for Predicting Aspholtene Plugging, SPE 49199/ I. Kocabas, M.R. Islam.- Louisiana: Society of Petroleum Engineering (SPE), 1998.

1.Asphaltene. 2.precipitation.

3.Analytical Method. 4.Experimental observations.

Doc. No: 8528

591 Wettability Alteration ro Intermediate Gas-Wetting in Gas/Condensate Reservoirs at High Temperatures , SPE 96184/ M. Fahes and A. Firoozabadi.- Texas: Society of Petroleum Engineering (SPE), 2005.

1.Gas-condensate reservoirs. 2.Gas

wetting. 3.Wettability alteration. 4.High temperatures.

Doc. No: 8420

592 Wettability Evaluation of the Unayzah Reservoir in Central Saudi Arabia, SPE105118/ T.M. Okasha, S.H. Al-Saleh, and W.S. Al-Khudair..- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2007.

1.Wettability. 2.Reservoirs.

3.Evaluation. 4.Saudi Arabia. 5.Gravity. 6.Crude oil. 7.Production. 8.Management. 9.Waterflooding. 10.Testing. 11.Simulation.

Doc. No: 8352

593 Wired drill pipe telemetry enables real-time evaluation of kick during managed pressure drilling , SPE 132989/ J.E. Gravdal, R.J. Lorentzen and R.W. Time.- Brisbane: Society of Petroleum Engineering (SPE), 2010.

1.Drilling. 2.Pipes. 3.Managed-

pressure drilling (MPD). 4.Real time. 5.Case study. 6.Evaluation.

Doc. No: 8266

594 Working Together For Safety: a Successful Story of Cooperation, SPE 98491/ E. Wiig and K. Karlsen.- Abu Dhabi: Society of Petroleum Engineering (SPE), 2006.

1.Safety. 2.Team working.

3.Cooperation. 4.H.S.E. 5.Petroleum industry. 6.Associations. 7.Norwegian Sea. 8.Continental shelves. 9.Projects.

Doc. No: 8638

595 Working Together With Subcontractors Towards Excellence in Quality, Health, Safety, and Environmental Issues, SPE 98744/ F. Alary.- Kingdom of Bahrain: Society of Petroleum Engineering (SPE), 2006

1.H.S.E. 2.Health. 3.Safety.

4.Environment. 5.Team working. 6.Quality.

Doc. No: 8642

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82  

596 World development indicators.- Washington, DC: The world bank group, 2011.

1.World bank. 2.World. 3.People. 4.Environments. 5.Economic growth. 6.Marketing. 7.Global. 8.Development. 9.Data. 10.Standards. 11.Gender. 12.Health. 13.Employment. 14.Investment climate. 15.Globalization. Doc. No: 8479

597 World development report: Gender Equality and Development.- Washington, D.C.: The World Bank, 2012.

1.Gender. 2.Development. 3.Equality. 4.World. 5.Report. 6.Education. 7.Health. 8.Employment. 9.Economy. 10.Globalization. 11.Reform. Doc. No: 8698

598 World economic and financial survey:

Fiscal Monitor, Addressing Fiscal Challenges to Reduce Economic Risks.- Washington, D.C.: International Monetary Fund, 2011.

1.Economics. 2.Financial survey. 3.Fiscal Monitor. 4.Fiscal Challenges. 5.Risks. 6.Fiscal Sustainability. 7.Market. 8.Fiscal Developments. 9.Emerging markets. 10.Trade. 11.Euro. Doc. No: 8313

599 World economic and financial survey: Global Financial Stability Report, Grappling with Crisis Legacies.- Washington, DC: International Monetary Fund (IMF), 2011.

1.Report. 2.Global Financial. 3.Economics. 4.Surveys. 5.Stability. 6.World. 7.Investors. 8.Assets. 9.Allocation. Doc. No: 8482

600 World Economic and Financial Surveys: World Economic Outlook, Slowing Growth, Rising Risks.- Washington, DC: International Monetary Fund, 2011.

1.Economics. 2.Global. 3.Economic indicators. 4.World. 5.Surveys. 6.Financial market. 7.Economic growth. 8.Policy. 9.Financial system. 10.Trade. 11.Market economy. 12.Development. 13.Energy. Doc. No: 8246

601 World Economic Outlook: Tensions from the Two-Speed Recovery Unemployment, Commodities, and Capital Flows.- Washington, D.C.: International Monetary Fund (IMF), 2011.

1.World Economic. 2.Financial surveys. 3.Unemployment. 4.Commodities. 5.Tension. 6.Capital. 7.Global. 8.Prospect. 9.Countries. 10.Oil. 11.Growth. Doc. No: 8699

602 World Oil Outlook 2011.- Vienna:

Organization of the Petroleum Exporting Countries (OPEC), 2011.

1.OPEC. 2.Petroleum. 3.Supply and Demand. 4.Energy. 5.Downstream operations. 6.Petroleum products. 7.Crude oil. 8.Global. 9.Trends. 10.Technology. 11.Biofuels. 12.Distillation. 13.Capacity. 14.Refineries. 15.Investments. 16.Growth. 17.World. Doc. No: 8218