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Well production practical handbook

Résumé

Description de techniques et phénomènes concernant la production pétrolière : technologie des puits, productivité, évaluation et contrôle des puits, stimulation, puits horizontaux et multilatéraux, amélioration de la production. Les lois physiques, les équipements et les pratiques industrielles, incluant les nouvelles technologies, sont indiqués pour les différents sujets.


  • Contributeur(s)
  • Éditeur(s)
  • Date
    • 2008
  • Notes
    • En anglais
  • Langues
    • Français
  • Description matérielle
    • 546 p. : ill. ; 23 x 16 cm
  • Collections
  • Sujet(s)
  • ISBN
    • 978-2-7108-0917-3
  • Indice
    • 665 Industrie pétrolière, pétrochimie
  • Tables des matières
      • Well Production Practical Handbook

      • Henri Cholet

      • Éditions Technip

      • A General Data 1
      • B Casing and tubing 35
      • B.1 Introduction37
      • B.2 Geometrical characteristics of casings37
      • B.3 Dimensions and masses of tubings37
      • B.4 Steel grade and tensile requirements of tubings37
      • B.5 Tubing connection47
      • B.6 Makeup of threaded connection49
      • B.7 API and buttress tubing thread form53
      • B.8 Elongation54
      • B.9 Tubing movement formulas55
      • B.10 Tubing capacity55
      • B.11 Annular volume between casing and tubing58
      • C Coiled tubing 61
      • C.1 Coiled tubing unit equipment design63
      • C.2 Workover safety65
      • C.3 Tube technology and capabilities67
      • C.4 Sand and solids washing71
      • C.5 Unloading wells with lighter fluids72
      • C.6 Coiled tubing assisted logging and perforating73
      • C.7 Cementing74
      • C.8 Fishing75
      • C.9 Velocity strings75
      • C.10 Production applications77
      • C.11 Advanced-composite spoolable tubing81
      • D Packers 83
      • D.1 Introduction85
      • D.2 Tubing-to-packer connections85
      • D.3 Different types of packers85
      • D.4 Tubing response characteristics89
      • D.5 Packer calculations92
      • D.6 ISO 1431094
      • E Pressure losses 97
      • E.1 Types of flow99
      • E.2 Pressure Losses in Casing and Tubing100
      • E.3 Pressure Losses in Annular102
      • F Fundamentals of petroleum reservoirs 105
      • F.1 Characterization of reservoir rocks107
      • F.2 Oil properties116
      • F.3 Water properties119
      • F.4 Gas properties120
      • G Well productivity 125
      • G.1 Oil flow around wells127
      • G.2 Well test analysis method137
      • G.3 IPR. Productivity index of an oil well producing under the bubble point; Vogel's method144
      • H Formation damage control 149
      • H.1 Formation damage prevention151
      • H.2 Remedial cleanup157
      • H.3 Recommended practice for formation damage testing160
      • I Sand control 163
      • I.1 Sand formation properties and geology165
      • I.2 Gravel packing166
      • I.3 Screen installation and gravel-pack procedure guidelines174
      • I.4 Guidelines for choosing a sand-control method179
      • I.5 Gravel pack in horizontal wells. Guidelines for field operations184
      • I.6 Uniform inflow completion systems in horizontal wells184
      • J Stimulation 187
      • J.1 Introduction189
      • J.2 Hydraulic fracturing189
      • J.3 Matrix acidizing204
      • J.4 Acid fracturing210
      • J.5 Frac packs211
      • J.6 Perforating requirements for fracture stimulations213
      • K Horizontal and multilateral wells 215
      • K.1 Horizontal well productivity217
      • K.2 Pressure drops in horizontal wells221
      • K.3 Flow patterns in horizontal wells223
      • K.4 Multilateral wells225
      • L Water management 233
      • L.1 Basic water-oil flow properties of reservoir rock235
      • L.2 Waterflooding236
      • L.3 Water coning239
      • L.4 Water control in production wells241
      • L.5 Downhole oil water separation (DHOWS)249
      • L.6 Key messages251
      • M Heavy oil production. Enhanced oil recovery 253
      • M.1 Heavy oil properties255
      • M.2 Heavy oil production problems258
      • M.3 Cold production technology260
      • M.4 General classification of enhanced oil recovery (EOR) processes261
      • M.5 Steam assisted gravity drainage and vapor extraction processes266
      • N Artificial lift 271
      • N.1 Common methods273
      • N.2 Production criteria275
      • N.3 GOR calculation at the pump inlet276
      • O Beam pumping and other reciprocating rod pumps 281
      • O.1 General considerations283
      • O.2 Subsurface sucker-rod pumps285
      • O.3 Sucker rods289
      • O.4 Pumping units293
      • O.5 Long stroke pumping unit296
      • O.6 Jack pumping unit296
      • P Gas lift 299
      • P.1 Types of gas lift301
      • P.2 Design of a continuous-flow gas-lift system302
      • P.3 Design of intermittent flow installations311
      • P.4 Design of the compressor system314
      • P.5 Annex. Basics of physical gas applied to gas lift316
      • Q Electric submersible pump 319
      • Q.1 Hydraulic fundamentals321
      • Q.2 Electrical fundamentals323
      • Q.3 Description of submersible installations327
      • Q.4 Pump selection329
      • Q.5 Procedure for calculating motor starting conditions for ESP installations330
      • Q.6 New technology336
      • R Progressing cavity pumps 339
      • R.1 General description341
      • R.2 PCP characteristics344
      • R.3 Selection of a PCP346
      • R.4 Driving from surface of PCP350
      • R.5 The insert pump354
      • R.6 The electrical submersible PCP356
      • R.7 New PCP technology358
      • S Hydraulic pumping 363
      • S.1 General introduction365
      • S.2 Piston-type hydraulic pumping372
      • S.3 Jet pumps372
      • T Multiphase pumping and metering 379
      • T.1 Multiphase pumping381
      • T.2 Flow metering general equation390
      • T.3 Flow metering practical data393
      • T.4 Flow regimes399
      • T.5 Classification of multiphase meters400
      • T.6 Performance specification403
      • T.7 Measurement techniques of multiphase meters406
      • U Deposit treatment 411
      • U.1 Asphaltene deposition413
      • U.2 Hydrates418
      • U.3 Paraffins (waxes)424
      • U.4 Scales426
      • V Well servicing 431
      • V.1 Well control operation433
      • V.2 Wireline operation433
      • V.3 Subsurface safety valves436
      • V.4 Snubbing439
      • V.5 Drillstem testing (DST)442
      • V.6 Workover planning445
      • W Cased-hole logging and imaging 449
      • W.1 Formation evaluation452
      • W.2 Cement evaluation460
      • W.3 Downhole casing inspection466
      • W.4 Production logging471
      • W.5 Other cased-hole services487
      • W.6 Imaging489
      • W.7 Evolution of wireline service492
      • X Financial formulas for investment decisions 495
      • X.1 Basic formulas497
      • X.2 Present value and the opportunity cost of capital498
      • X.3 Present value applied to oilfield production499
      • X.4 Making wise investment decisions. Net present value and alternative investment criteria501
      • Tables504
      • Y List of standards for petroleum production 519
      • Y.1 Introduction521
      • Y.2 Tubular goods523
      • Y.3 Valves and wellhead equipment524
      • Y.4 Wire rope524
      • Y.5 Production equipment525
      • Y.6 Lease production vessels527
      • Y.7 Offshore safety and anti-pollution equipment528
      • Y.8 Plastic pipe528
      • Y.9 Subsea production529
      • Y.10 Common production529
      • Z Glossary 533
      • Index 543

  • Origine de la notice:
    • Electre
  • Disponible - 665 WEL

    Niveau 3 - Techniques