Dnv Os F101 Submarine Pipeline Systems-PDF Free Download

DNV OS F101 Submarine Pipeline Systems
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DET NORSKE VERITAS DNV is an autonomous and independent foundation with the objectives of safeguarding life prop. erty and the environment at sea and onshore DNV undertakes classification certification and other verification and consultancy. services relating to quality of ships offshore units and installations and onshore industries worldwide and carries out research. in relation to these functions, DNV Offshore Codes consist of a three level hierarchy of documents. Offshore Service Specifications Provide principles and procedures of DNV classification certification verification and con. sultancy services, Offshore Standards Provide technical provisions and acceptance criteria for general use by the offshore industry as well as. the technical basis for DNV offshore services, Recommended Practices Provide proven technology and sound engineering practice as well as guidance for the higher level. Offshore Service Specifications and Offshore Standards. DNV Offshore Codes are offered within the following areas. A Qualification Quality and Safety Methodology, B Materials Technology. C Structures, E Special Facilities, F Pipelines and Risers.
G Asset Operation, H Marine Operations, J Wind Turbines. Amendments and Corrections, This document is valid until superseded by a new revision Minor amendments and corrections will be published in a separate. document normally updated twice per year April and October. For a complete listing of the changes see the Amendments and Corrections document located at. http webshop dnv com global under category Offshore Codes. The electronic web versions of the DNV Offshore Codes will be regularly updated to include these amendments and corrections. Comments may be sent by e mail to rules dnv com, For subscription orders or information about subscription terms please use distribution dnv com. Comprehensive information about DNV services research and publications can be found at http www dnv com or can be obtained from DNV. Veritasveien 1 NO 1322 H vik Norway Tel 47 67 57 99 00 Fax 47 67 57 99 11. Det Norske Veritas All rights reserved No part of this publication may be reproduced or transmitted in any form or by any means including. photocopying and recording without the prior written consent of Det Norske Veritas. Computer Typesetting FM SGML by Det Norske Veritas. Printed in Norway, If any person suffers loss or damage which is proved to have been caused by any negligent act or omission of Det Norske Veritas then Det Norske Veritas shall pay compensation to such person. for his proved direct loss or damage However the compensation shall not exceed an amount equal to ten times the fee charged for the service in question provided that the maximum compen. sation shall never exceed USD 2 million, In this provision Det Norske Veritas shall mean the Foundation Det Norske Veritas as well as all its subsidiaries directors officers employees agents and any other acting on behalf of Det.
Norske Veritas, This document supersedes the January 2000 edition as amended in October 2005. Main changes, In addition to updating the material related parts DNV has used this opportunity to update the operation phase requirements. making it more transparent from design until abandonment This included a re assessment of the documentation requirements. that now constitutes Sec 12 moved from Sec 3 This work has also been funded by a JIP from the industry Minor changes have. been made to the layout of the design sections The intention is to make the design more consistent and transparent in particular. with respect to load combinations The resulting design is not intended to be changed Some requirements have been added with. respect to Hydrogen Induced Stress Cracking HISC, Acknowledgement. The current revision of DNV OS F101 has been sponsored by three different Joint Industry Projects The work has been performed. by DNV and discussed in several workshops with individuals from the different companies They are hereby all acknowledged for. their valuable and constructive input In case consensus has not been achievable DNV has sought to provide acceptable compromise. The two material related JIP s have in total been sponsored by. BP MRM Technip, Chevron NSC Tenaris, Corus PTT V M. Europipe Saipem Vector, FMC Sintef Vetco, Hydro Statoil Woodside.
JFE Subsea7, The operation JIP has been sponsored by. ConocoPhillips Gassco Shell, DONG Hydro Statoil, In addition individuals from the following companies have been reviewers in the hearing process. Acergy Hydro Statoil, Allseas Inoxtech Sumitomo Corp Europe. Butting Intec Tenaris Dalmine, Europipe JFE V M Deutschland. Gorgon Nippon Steel, DNV is grateful for the valuable co operations and discussions with the individual personnel in these companies.
DET NORSKE VERITAS, DET NORSKE VERITAS, Offshore Standard DNV OS F101 October 2007. Contents Page 5, Sec 1 General 13 Sec 4 Design Loads 34. A General 13 A General 34, A 100 Introduction 13 A 100 Objective 34. A 200 Objectives 13 A 200 Application 34, A 300 Scope and application 13 A 300 Load scenarios 34. A 400 Alternative methods and procedures 14 A 400 Load categories 34. A 500 Structure of Standard 14 A 500 Design cases 34. A 600 Other codes 14 A 600 Load effect combination 34. B References 15 B Functional Loads 34, B 100 Offshore Service Specifications 15 B 100 General 34.
B 200 Offshore Standards 15 B 200 Internal Pressure loads 34. B 300 Recommended Practices 15 B 300 External Pressure loads 35. B 400 Rules 15, B 500 Certification notes and classification notes 15 C Environmental Loads 35. B 600 Other references 15 C 100 General 35, C 200 Wind loads 35. C Definitions 18 C 300 Hydrodynamic loads 35, C 100 Verbal forms 18 C 400 Ice loads 36. C 200 Definitions 18 C 500 Earthquake 36, C 300 Definitions continuation 21 C 600 Characteristic environmental load effects 36. D Abbreviations and Symbols 22 D Construction Loads 38. D 100 Abbreviations 22 D 100 General 38, D 200 Symbols 23.
D 300 Greek characters 24 E Interference Loads 38, D 400 Subscripts 25 E 100 General 38. Sec 2 Safety Philosophy 26 F Accidental Loads 38, F 100 General 38. A General 26, A 100 Objective 26 G Design Load Effects 39. A 200 Application 26 G 100 Design cases 39, G 200 Load combinations 39. B Safety Philosophy Structure 26 G 300 Load effect calculations 40. B 100 General 26, B 200 Safety objective 26 Sec 5 Design Limit State Criteria 41.
B 300 Systematic review of risks 27, B 400 Design criteria principles 27 A General 41. B 500 Quality assurance 27 A 100 Objective 41, B 600 Health safety and environment 27 A 200 Application 41. C Risk Basis for Design 27 B System Design Principles 41. C 100 General 27 B 100 Submarine pipeline system layout 41. C 200 Categorisation of fluids 27 B 200 Mill pressure test and system pressure test 42. C 300 Location classes 28 B 300 Operating requirements 43. C 400 Safety classes 28, C 500 Reliability analysis 28 C Design Format 43. C 100 General 43, Sec 3 Concept Development and Design Premises 29 C 200 Design resistance 43. C 300 Characteristic material properties 44, A General 29 C 400 Stress and strain calculations 45.
A 100 Objective 29, A 200 Application 29 D Limit States 46. A 300 Concept development 29 D 100General 46, D 200Pressure containment bursting 46. B System Design Principles 29 D 300Local buckling General 46. B 100 System integrity 29 D 400Local Buckling External over pressure only. B 200 Monitoring inspection during operation 29 System collapse 46. B 300 Pressure Protection System 30 D 500 Propagation buckling 47. B 400 Hydraulic analyses and flow assurance 30 D 600 Local Buckling Combined Loading Criteria 47. D 700 Global buckling 49, C Pipeline Route 31 D 800 Fatigue 49. C 100 Location 31 D 900 Ovalisation 50, C 200 Route survey 31 D 1000 Accumulated deformation 50. C 300 Seabed properties 32 D 1100 Fracture and supplementary requirement P 50. D 1200 Ultimate limit state Accidental loads 51, D Environmental Conditions 32.
D 100 General 32 E Special Considerations 51, D 200 Collection of environmental data 32 E 100 General 51. D 300 Environmental data 32 E 200 Pipe soil interaction 51. E 300 Spanning risers pipelines 52, E External and Internal Pipe Condition 33 E 400 On bottom stability 52. E 100 External operational conditions 33 E 500 Trawling interference 52. E 200 Internal installation conditions 33 E 600 Third party loads dropped objects 53. E 300 Internal operational conditions 33 E 700 Thermal Insulation 53. DET NORSKE VERITAS, Offshore Standard DNV OS F101 October 2007. Page 6 Contents, E 800 Settings from Plugs 53 D Clad or Lined Steel Linepipe 77. D 100 General 77, F Pipeline Components and Accessories 53 D 200 Pipe designation 77.
F 100 General 53 D 300 Manufacturing Procedure Specification 77. F 200 Design of bends 54 D 400 Manufacture 78, F 300 Design of insulating joints 54 D 500 Acceptance criteria 78. F 400 Design of pig traps 54 D 600 Inspection 79, F 500 Design of valves 54. F 600 Pipeline fittings 55 E Hydrostatic Testing 80. E 100 Mill pressure test 80, G Supporting Structure 55. G 100 General 55 F Non destructive Testing 80, G 200 Pipe in pipe and bundles 55 F 100 Visual inspection 80. G 300 Riser supports 55 F 200 Non destructive testing 80. G 400 J tubes 55, G 500 Stability of gravel supports and gravel covers 55 G Dimensions Mass and Tolerances 81.
G 100 General 81, H Installation and Repair 56 G 200 Tolerances 81. H 100 General 56 G 300 Inspection 82, H 200 Pipe straightness 56. H 300 Coating 56 H Marking Delivery Condition and Documentation 84. H 100 Marking 84, Sec 6 Design Materials Engineering 57 H 200 Delivery condition 84. H 300 Handling and storage 84, A General 57 H 400 Documentation records and certification 84. A 100 Objective 57, A 200 Application 57 I Supplementary Requirements 84.
A 300 Documentation 57 I 100 Supplementary requirement sour service S 84. I 200 Supplementary requirement, B Materials Selection for Linepipe fracture arrest properties F 85. and Pipeline Components 57 I 300 Supplementary requirement linepipe for plastic. B 100 General 57 deformation P 86, B 200 Sour service 57 I 400 Supplementary requirement dimensions D 87. B 300 Corrosion resistant alloys informative 58 I 500 Supplementary requirement high utilisation U 88. B 400 Linepipe informative 58, B 500 Pipeline components informative 59 Sec 8 Construction Components and Assemblies 89. B 600 Bolts and nuts 59, B 700 Welding consumables informative 59 A General 89. A 100 Objective 89, C Materials Specification 59 A 200 Application 89.
C 100 General 59 A 300 Quality assurance 89, C 200 Linepipe specification 60. C 300 Components specification 60 B Component Requirements 89. C 400 Specification of bolts and nuts 60 B 100 General 89. C 500 Coating specification 60 B 200 Component specification 89. C 600 Galvanic anodes specification 61 B 300 Induction bends additional. D Corrosion Control 61 and modified requirements to ISO 15590 1 89. D 100 General 61 B 400 Fittings tees and wyes, D 200 Corrosion allowance 61 additional requirements to ISO 15590 2 90. D 300 Temporary corrosion protection 61 B 500 Flanges and flanged connections. D 400 External pipeline coatings informative 62 additional requirements to ISO 15590 3 92. D 500 Cathodic Protection 62 B 600 Valves Additional requirements to ISO 14723 92. D 600 External corrosion control of risers B 700 Mechanical connectors 93. informative 63 B 800 CP Insulating joints 93, D 700 Internal corrosion control informative 64 B 900 Anchor flanges 94. B 1000 Buckle and fracture arrestors 94, Sec 7 Construction Linepipe 66 B 1100 Pig traps 94. B 1200 Repair clamps and repair couplings 94, A General 66.
A 100 Objective 66 C Materials for Components 94, A 200 Application 66 C 100 General 94. A 300 Process of manufacture 66 C 200 C Mn and low alloy steel forgings and castings 94. A 400 Supplementary requirements 66 C 300 Duplex stainless steel forgings and castings 95. A 500 Linepipe specification 66 C 400 Pipe and plate material 95. A 600 Manufacturing Procedure Specification C 500 Sour Service 95. and qualification 66, D Manufacture 95, B Carbon Manganese C Mn Steel Linepipe 67 D 100 Manufacturing procedure specification MPS 95. B 100 General 67 D 200 Forging 95, B 200 Pipe designation 67 D 300 Casting 96. B 300 Manufacturing 67 D 400 Hot forming 96, B 400 Acceptance criteria 69 D 500 Heat treatment 96. B 500 Inspection 72 D 600 Welding 96, D 700 NDT 96.
C Corrosion Resistant Alloy CRA Linepipe 75, C 100 General 75 E Mechanical and Corrosion Testing of Hot Formed. C 200 Pipe designation 75 Cast and Forged Components 96. C 300 Manufacture 75 E 100 General testing requirements 96. C 400 Acceptance criteria 75 E 200 Acceptance criteria for C Mn and low alloy steels 97. C 500 Inspection 76 E 300 Acceptance criteria for duplex stainless steels 98. DET NORSKE VERITAS, Offshore Standard DNV OS F101 October 2007. Contents Page 7, F Fabrication of Risers Expansion Loops Pipe Strings D 600 Contingency procedures 109. for Reeling and Towing 98 D 700 Layvessel arrangement laying equipment and. F 100 General 98 instrumentation 109, F 200 Materials for risers expansion loops pipe strings D 800 Requirements for installation 110. for reeling and towing 98, F 300 Fabrication procedures and planning 98 E .
offshore standard det norske veritas dnv os f101 submarine pipeline systems october 2007

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