Holdings: Advanced reservoir management and engineering

Advanced reservoir management and engineering:

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Bibliographic Details
Main Authors:	Ahmed, Tarek H. (Author), Meehan, D. Nathan (Author)
Format:	Book
Language:	English
Published:	Amsterdam [u.a.] Elesevier ; Gulf Professional Publ. 2012
Edition:	2. ed.
Subjects:	Oil reservoir engineering Oil fields Gas reservoirs Erdgasgewinnung Erdgaslagerstätte Erdöllagerstätte Erdölgewinnung
Online Access:	Inhaltsverzeichnis
Item Description:	Literaturverz. S. 683 - 688
Physical Description:	IX, 702 S. graph. Darst.
ISBN:	9780123855480

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Record in the Search Index

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adam_text	FFIH W PREFACE CHAPTER 1 WELL TESTING 1.1 PRIMARY RESERVOIR CHARACTERISTICS 1.1.1 TYPES OF FLUIDS 1.1.2 FLOW REGIMES 1.1.3 RESERVOIR GEOMETRY 1.1.4 NUMBER OF FLUIDS FLOWING IN THE RESERVOIR 1.2 FLUID FLOW EQUATIONS 1.2.1 DARCY S LAW 1.2.2 STEADY-STATE FLOW 1.2.3 UNSTEADY-STATE FLOW 1.2.4 BASIC TRANSIENT FLOW EQUATION 1.2.5 RADIAL FLOW OF SLIGHTLY COMPRESSIBILITY FLUIDS 1.2.6 RADIAL FLOW OF COMPRESSIBLE FIUIDS 1.2.7 PSEUDOSTEADY STATE 1.2.8 RADIAL FLOW OF SLIGHTLY COMPRESSIBLE FLUIDS 1.2.9 RADIAL FLOW OF COMPRESSIBLE FLUIDS (GASES) 1.2.10 SKIN FACTOR L.2.11 TURBULENT FLOW FACTOR 1.2.12 PRINCIPLE OF SUPERPOSITION 1.3 TRANSIENT WELL TESTING 1.3.1 DRAWDOWN TEST 1.3.2 PRESSURE BUILDUP TEST 1.3.3 HORNER PLOT 1.3.4 MILLER-DYES-HUTCHINSON METHOD 1.3.5 MBH METHOD 1.3.6 RAN{EY-COBB METHOD 1.3.7 DIETZ METHOD 1.4 TYPE CURVES 1.4.1 GRINGARTEN TYPE CURVE 1.5 PRESSURE DERIVATIVE METHOD 1.5.1 MODEL IDENTIFICATION 1.5.2 ANALYSIS OF EARLY-TIME TEST DATA 1.5.3 ANALYSIS OF MIDDLE-TIME TEST DATA 1,24 1.. 5.4 HY DRAULICALLY FRACTURED RESERVOIRS 1,40 1.6 INTERFERENCE AND PULSE TESTS 1,71, 1.6.1 INTERFERENCE TESTING IN HOMOGENEOUS ISOTROPIC RESERVOIRS 1,73 1,.6.2 INTERFERENCE TESTING IN HOMOGENEOUS ANISOTROPIC RESERVOIRS 177 1.6.3 PULSE TESTING IN HOMOGENEOUS ISOTROPIC RESERVOIRS 183 1.6.4 PULSE TESTING IN HOMOGENEOUS ANISOTROPIC RESERVOIRS 1.95 1.6.5 PULSE TEST DESIGN PROCEDURE 1.95 1.7 INJECTION WELL TESTING L96 1.7.1 SUPERCHARGING 1.97 1..7.2 FLOW ANALYSIS 1.97 1..7.3 EXAMPLE USE OF GRADIENTS 199 1.7.4 SOLUTION 202 1.7.5 FLUID IDENTIFICATION 203 .7.6 ADVANCED APPLICATION 204 1.8 INJECTION §7ELL TESTING 207 1.8.1 INJECTIVITY TEST ANALYSIS 207 1.8.2 PRESSURE FALLOFF TEST 21.1 1.8.3 STEP-RATE TEST 220 1.9 PROBLEMS 221. CHAPTER 2 WATER INFLUX 2.1 CLASSIFICATION OF AQUIFERS 2.1.L DEGREE OF PRESSURE 227 227 MAINTENANCE 227 2.1,.2 OUTER BOUNDARY CONDITIONS 228 2.1.3 FLOW REGIMES 228 2-1.4 FLOW GEOMETRIES 229 2.2 RECOGNITION OF NATURAL §7ATER INFLUX 2.3 WATER INFLUX MODELS 2.3.1, THE POT AQUIFER MODEL 26 38 44 48 LX 1, 1, 1, 2 4 6 6 6 7 22 23 53 54 57 59 64 66 78 79 86 89 94 95 96 101 109 121 229 230 230 V 122 2.3.2 THE SCHILTHUIS STEADY-STATE MODEL 2.3.3 THE HURST MODIFIED STEADY-STATE EQUATION 2.3-4 THE VAN EVERDINGEN AND HURST UNSTEADY-STATE MODEL 2.3.5 THE CARTER AND TRACY §UEATER INFLUX MODEL 2.3.6 THE FETKOVICH METHOD CHAPTER 3 UNCONVENTIONAL GAS RESERVOIRS 3.1 VERTICAL GAS §7E11 PERFORMANCE 3.1.1 GAS FLOW UNDER LAMINAR (VISCOUS) FLOWING CONDITIONS 3.1.2 GAS FLOW UNDER TURBULENT FLOW CONDITIONS 3.1.3 BACK-PRESSURE TEST 3.1.4 FUTURE INFLOW PERFORMANCE RELATIONSHIPS 3.2 HORIZONTAL GAS §7ELL PERFORMANCE 3.3 MATERIAL BALANCE EQUATION FOR CONVENTIONAL AND UNCONVENTIONAL GAS RESERVOIRS 3.3.1 THE VOLUMETRIC METHOD 3.3.2 THE MATERIAL BALANCE METHOD 3.3.3 VOLUMETRIC GAS RESERVOIRS 3.3.4 WATER DRIVE GAS RESERVOIRS 3.4 COALBED METHANE 3.4.1 GAS CONTENT 3.4.2 DENSITY OF THE COAL 3.4.3 DELIVERABILITY AND DRAINAGE EFFICIENCY 3.4.4 PERMEABILITY AND POROSITY 3.4.5 MATERIAL BALANCE EQUATION FOR COALBED METHANE 3.4.6 PREDICTION OF CBM RESERVOIR PERFORMANCE 3.4.7 FLOW OF DESORBED GAS IN CLEATS AND FRACTURES 3.5 TIGHT GAS RESERVOIRS 3.5.1 COMPARTMENTAL RESERVOIR APPROACH 3.5.2 COMBINED DECLINE CURVE AND TYPE CURVE ANALYSIS APPROACH 3.6 GAS HYDRATES 3.6.1 PHASE DIAGRAMS FOR HYDRATES 3.6.2 HYDRATES IN SUBSURFACE 3.7 SHALLOW GAS RESERVOIRS 423 425 232 234 236 271, 274 281, 281 281 285 290 296 299 301 301 303 304 309 325 327 336 337 339 340 346 349 350 352 CHAPTER 4 PERFORMANCE OF OIL RESERVOIRS 433 4.1 PRIMARY RECOVERY MECHANISMS 433 4.1.1 ROCK AND LIQUID EXPANSION 433 4.1.2 DEPLETION DRIVE MECHANISM 434 4.1.3 GAS CAP DRIVE 435 4.1.4 WATER DRIVE MECHANISM 438 4.1.5 GRAVITY DRAINAGE DRIVE 440 4.1.6 COMBINATION DRIVE MECHANISM 442 4.2 THE MATERIAL BALANCE EQUATION 443 4.3 GENERALIZED MBE 444 4.3.1 BASIC ASSUMPTIONS IN THE MBE 444 4.3.2 INCREASING PRIMARY RECOVERY 449 4.3.3 RESERVOIR DRIVING INDICES 451, 4.4 THE MBE AS AN EQUATION OF A STRAIGHT LINE 4.4.1 CASE 1: VOLUMETRIC 457 UNDERSATURATED OIL RESERVOIRS 458 4.4.2 CASE 2: VOLUMETRIC SATURATED OIL RESERVOIRS 461 4.4.3 CASE 3: GAS CAP DRIVE RESERVOIRS 469 4.4.4 CASE 4: WATER DRIVE RESERVOIRS 473 4.4.5 CASE 5: COMBINATION DRIVE RESERVOIRS 477 4.4.6 CASE 6: AVERAGE RESERVOIR PRESSURE 4.5 TRACY S FORM OF THE MBE 4.5 PROBLEMS CHAPTER 5 PREDICTING OIL RESERVOIR PERFORMANCE 5.1 PHASE 1. RESERVOIR PERFORMANCE PREDICTION METHODS 5.1.1 INSTANTANEOUS GOR 5.1.2 THE RESERVOIR SATURATION EQUATIONS AND THEIR ADJUSTMENTS 489 5.1.3 UNDERSATURATED OIL RESERVOIRS 495 5.1.4 SATURATED OIL RESERVOIRS 496 5.2 PHASE 2. OIL §FELL PERFORMANCE 508 5.2.1 VERTICAL OIL §7ELL PERFORMANCE 509 5.2.2 HORIZONTAL OIL §(ELL PERFORMANCE 528 5.2.3 HORIZONTAL §7E11 PRODUCTIVIRY UNDER STEADY-STATE FLOW 531 478 479 481 485 485 48.5 357 406 407 5.2.4 HORIZONTAL §7ELL PRODUCTIVIRY UNDER SEMISTEADY-STATE FLOW 534 5.3 PHASE 3. RELATING RESERVOIR 7.4.4 NET PRESENT VALUE AND DISCOUNTED CASH FLOW RETURN ON INVESTMENT 602 7.5 RATE ACCELERATION INVESTMENTS 603 7.5.1 PRESENT VALUE RATIO (PVR) 606 7.5.2 GROWTH RATE-OF-RETURN (GRR) 607 7.5.3 PERPETUITY 608 7.6 Y/EIGHTED AVERAGE COST OF CAPITAL 608 7.6.1. CONCEPTUAL FRAMEWORK 608 7.6.2 YALUE OF A CORPORATION 609 7.6.3 MARKET VALUE OF DEBT 609 7.6.4 MARKET VALUE OF EQUITY 61,0 7.6.5 YALUE OF THE FIRM 61,0 7.7 RISK ANALYSIS 610 7.7.1 ADJUSTED DISCOUNT RATES 612 7.7.2 SENSITIVITY ANALYSIS 61,2 7.7.3 DECISION TREES AND UTILITY THEORY 61,3 7.7.4 MONTE CARLO SIMULATIONS 61,5 7.8 TYPES OF INTERNATIONAL PETROLEUM FISCAL REGIMES 61.9 7.8.1 BACKGROUND 619 7.8.2 GENERIC CONTRACT STYLES 619 7.8.3 CONCESSIONS 620 7.8.4 LOINT VENTURES 620 7.8.5 TAXLROYALTY SCHEMES 621, 7.8.6 PRODUCTION SHARING CONTRACTS 621, 7.8.7 RING FENCING 623 7.8.8 RESERVE TREATMENT AND ISSUES FOR PSCS 7.8.9 SERVICE CONTRACTS 7.8.1.0 ISSUES WITH PSC AND SERVICE CONTRACTS 7.9 COUNTRY EXAMPLES 7.9.1 BRAZLL (EXCLUDING PRE-SALT) 7.9.2 LNDONESIA 7.9.3 UNITED KINGDOM 7.9.4 L:AQ SERVICE CONTRACTS 7.9.5 SUMMARY 7.10 GENERAL RESERVE BOOKING ISSUES 7.1.0.1 PETROLEUM RESOURCES 7.1.0.2 GUIDELINES FOR RESOURCE 624 624 625 625 625 626 627 628 629 630 630 ESTIMATION AND ACCOUNTING 63L 7.1.0.3 RESOURCE CLASSIFICATION FRAMEWORK 632 7.1.0.4 A NOTE ON RISK AND UNCERTAINTY PERFORMANCE TO TIME 5.4 PROBLEMS CHAPTER 6 INTRODUCTION TO ENHANCED OIL RECOVERY ANALYSIS 7.2.L PAYORTT 7.2.2 NUMBER OF TIMES INVESTMENT RETURNED 7.2.3 DISCOUNTING OF FUTURE CASH FLOWS, TIME VALUE OF MONEY 7.2.4 PERIOD DISCOUNTING 7.3 PRICE ESCALATION AND CONSTANT PRICE CASES 7.3.1 SPEE GUIDELINES FOR ESCALATIONS 7.4 PRESENT VALUE 7.4.1 SPBB-RECOMMENDED EVALUATION PRACTICE 7.4.2 DISCOUNTED PAYOUT 7.4.3 DISCOUNTED CASH FLOW RETURN ON INVESTMENT 535 537 6.1 6.2 6.3 MECHANISMS OF ENHANCED OIL RECOVERY 541 ENHANCED OIL RECOVERY METHODS S43 THERMAL PROCESSES 544 5.3.1 CYCLIC STEAM STIMULATION 544 6.3.2 STEAM FLOODING (STEAM DRIVE) 546 6.3.3 STEAM-ASSISTED GRAVITY DRAINAGE 560 6.3.4 IN SITU COMBUSTION 562 6.4 CHEMICAL FLOOD 6.4.1 POLYMER FLOOD 6.4.2 SURFACTANT SLUG AND MICELLAR SOLUTION FLOOD 6.4.3 ASP FLOOD 5.5 MISCIBLE GAS FLOOD 6.5.1 MISCIBILITY CHAPTER 7 ECONOMIC ANALYSIS 7.1 INTRODUCTION 7.1.1 TIGHT GAS OPTIMAL SPACING EXAMPLE 588 7.L.2 DRILL VS. FARMOUT EXAMPLE 590 7.1.3 YALUE OF ADVANCED TECHNOLOGY 590 7.2 EVALUATION CRITERIA AND CASH FLOW 541, S66 567 574 579 580 581 587 587 591. S91, 594 594 597 597 598 598 600 600 600 633 7. 1,0.5 PROJECT-BASED RESOURCE EVALUATIONS 7.L0.6 PROJECT MATURITY SUB-CLASSES AND RESERVE CLASSES 7. ]-.0.7 RESOURCE AND RESERVE UNCERTAINTY 635 7.11 HISTORICAL SEC RESERVE REGULATIONS 636 7.11.1. PROVED AREA DEFINITION 8.4.4 PURCHASE ACCOUNTING 659 8.4.5 DUE DILIGENCE IN ACQUISITIONS 659 8.4.6 VALUATION 660 CHAPTER 9 PROFESSIONALISM AND ETHICS 661. 9.1 §[HAT IS A PROFESSION? 661 9.2 ETHICS 661, 9.2.1 GUIDE FOR PROFESSIONAL CONDUCT 662 9.3 THE ENGINEER AS AN EXPERT §TITNESS 663 9.3.1 CREDIBILITY AND CREDENTIALS 664 9.3.2 COMPENSATION AND PAYMENTS 665 9.3.3 THE EXPERT REPORT 666 9.3.4 DEPOSITIONS 667 9.3.5 DIRECT EXAMINATION 668 9.3.6 CROSS-EXAMINATION 669 9.3.7 INTELLECTUAL PROPERTY 671, 9.3.8 IUNK SCIENCE 671, 9.4 FCPA CONSIDERATIONS 672 9.5 ETHICS GONE AWRY, ETHICAL DILEMMAS 673 9.5.1 THE CASE OF THE UNINTENDED CONSEQUENCES OF SUCCESS BONUSES 673 9.5.2 HOW MUCH OF YOUR EXPERTISE BELONGS TO YOUR EMPLOYER? 675 9.5.3 WHOSE §TITNESS ANYWAY? 676 9.5.4 FORCED RANKINGS 677 9.5.5 GIFTS AND ENTERTAINMENT 578 9.5.6 THE BRIBERY COAST 679 REFERENCES INDEX 634 634 ( OFFSETS ) 7.1.1 .2 2009 SEC CHANGES CHAPTER 8 FINANCIAL ANALYSIS 8.1 FIXED CAPITAL INVESTMENTS 8.1.1 COST BASIS 8.1.2 CASH FLOW CONSEQUENCES 8.1.3 MAINTENANCE EXPENSE 8.1.4 ADDITIONS OF FIXED CAPITAL 8.1.5 WORKING CAPITAL 8.2 FINANCIAL REPORTING 8.2.1 GENERALLY ACCEPTED ACCOUNTING AMORTIZATION (DD&A) 8.2.5 DEFERRED TAX 8.2.5 CASH FLOW GENERATION 8.3 MERGERS AND ACQUISITIONS 8.4 OVERVIEW OF E&P ACQUISITION ENVIRONMENT 8.4.1 TAX CONSEQUENCES 8.4.2 ACCOUNTING FOR ACQUISITIONS 8.4.3 POOLING ACCOUNTING PRINCIPLES (GAAP) 653 8.2.2 NET INCOME 654 8.2.3 TIMING DIFFERENCES 654 8.2.4 DEPRECIATION, DEPLETION, AND 646 647 651, 551, 652 652 653 653 653 6S3 655 655 656 6S6 657 658 658 658 683 689
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spelling	Ahmed, Tarek H. Verfasser aut Advanced reservoir management and engineering Tarek Ahmed ; D. Nathan Meehan 2. ed. Amsterdam [u.a.] Elesevier ; Gulf Professional Publ. 2012 IX, 702 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturverz. S. 683 - 688 Oil reservoir engineering Oil fields Gas reservoirs Erdgasgewinnung (DE-588)4152662-4 gnd rswk-swf Erdgaslagerstätte (DE-588)4152663-6 gnd rswk-swf Erdöllagerstätte (DE-588)4125182-9 gnd rswk-swf Erdölgewinnung (DE-588)4139144-5 gnd rswk-swf Erdöllagerstätte (DE-588)4125182-9 s Erdgaslagerstätte (DE-588)4152663-6 s Erdölgewinnung (DE-588)4139144-5 s Erdgasgewinnung (DE-588)4152662-4 s DE-604 Meehan, D. Nathan Verfasser aut SWB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024653062&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Ahmed, Tarek H. Meehan, D. Nathan Advanced reservoir management and engineering Oil reservoir engineering Oil fields Gas reservoirs Erdgasgewinnung (DE-588)4152662-4 gnd Erdgaslagerstätte (DE-588)4152663-6 gnd Erdöllagerstätte (DE-588)4125182-9 gnd Erdölgewinnung (DE-588)4139144-5 gnd
subject_GND	(DE-588)4152662-4 (DE-588)4152663-6 (DE-588)4125182-9 (DE-588)4139144-5
title	Advanced reservoir management and engineering
title_auth	Advanced reservoir management and engineering
title_exact_search	Advanced reservoir management and engineering
title_full	Advanced reservoir management and engineering Tarek Ahmed ; D. Nathan Meehan
title_fullStr	Advanced reservoir management and engineering Tarek Ahmed ; D. Nathan Meehan
title_full_unstemmed	Advanced reservoir management and engineering Tarek Ahmed ; D. Nathan Meehan
title_short	Advanced reservoir management and engineering
title_sort	advanced reservoir management and engineering
topic	Oil reservoir engineering Oil fields Gas reservoirs Erdgasgewinnung (DE-588)4152662-4 gnd Erdgaslagerstätte (DE-588)4152663-6 gnd Erdöllagerstätte (DE-588)4125182-9 gnd Erdölgewinnung (DE-588)4139144-5 gnd
topic_facet	Oil reservoir engineering Oil fields Gas reservoirs Erdgasgewinnung Erdgaslagerstätte Erdöllagerstätte Erdölgewinnung
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=024653062&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT ahmedtarekh advancedreservoirmanagementandengineering AT meehandnathan advancedreservoirmanagementandengineering

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MARC

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