GB/T 29169-2012 English PDF
Basic dataStandard ID: GB/T 29169-2012 (GB/T29169-2012)Description (Translated English): Petroleum and natural gas industries -- Inspection and classification of used drill stem elements Sector / Industry: National Standard (Recommended) Classification of Chinese Standard: E92 Classification of International Standard: 75.180.10 Word Count Estimation: 199,161 Quoted Standard: ISO 10424-1; ISO 11961; API RP 7A1 Adopted Standard: ISO 10407-2-2008, MOD Regulation (derived from): National Standards Bulletin No. 41 of 2012 Issuing agency(ies): General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China, Standardization Administration of the People's Republic of China Summary: This standard specifies the drill stem elements in each detection level of testing requirements and test procedures. This standard relates to the drill stem elements including drill pipe, drill pipe joints, rotary shouldered connection, drill boats, heavy GB/T 29169-2012: Petroleum and natural gas industries -- Inspection and classification of used drill stem elements---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order. Petroleum and natural gas industries. Inspection and classification of used drill stem elements ICS 75.180.10 E92 National Standards of People's Republic of China Oil and Gas Industry With drill testing and grading member (ISO 10407-2.2008, Petroleumandnaturalgasindustries- Rotarydrilingequipment-Part 2. Inspectionandclassificationof useddrilstemelements, MOD) Issued on. 2012-12-31 2013-07-01 implementation Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China Standardization Administration of China released Table of ContentsIntroduction Ⅴ 1 Scope 1 2 Normative references 1 3 Terms and definitions 4 Symbols and Abbreviations 7 4.1 Symbols 7 4.2 Abbreviations 8 5 9 Consistency 5.1 Detection basis 9 5.2 reproducibility of the results 9 5.3 Ordering information 10 6 Quality Assurance 10 6.1 Overview 10 6.2 Checking and procedures 10 6.3 Device Description 10 10 6.4 Personnel Qualification 6.5 proof system to detect artificial defect detection capability of dynamic data 10 Report 10 6.6 7 qualified testing personnel identified 11 7.1 Overview 11 7.2 Written records 11 7.3 eligibility requirements 11 7.4 11 training requirements 7.5 Evaluation 11 7.6 Background 11 7.7 11 eligibility review 7.8 Document 12 7.9 Certification of NDT personnel 12 8 universal detection program 12 8.1 Overview 12 8.2 workplace requirements 12 8.3 workplace documents 12 8.4 before detection program 12 8.5 drill pipe and drill pipe joints Classification Mark 13 After completion of the detection program 8.6 13 9 common NDT method claim 16 9.1 Overview 16 9.2 Equipment 16 9.3 Lighting 17 9.4 Magnetic particle testing equipment 18 9.5 ultrasonic testing equipment 19 9.6 electromagnetic detection device 20 Detection and Classification of the drill string member 10 20 10.1 full length visual inspection body --- 20 10.2 --- diameter measurement body 21 10.3 --- ultrasonic thickness body 22 10.4 --- body full length of the electromagnetic detector 24 10.5 --- full length of the body and the wall thickness of the transverse imperfections ultrasonic testing 26 10.6 --- body the entire length of transverse imperfections, imperfections and wall thickness of the longitudinal ultrasonic testing 27 10.7 --- magnetic drill pipe body outer surface of the key areas in 30 10.8 bidirectional magnetic drill pipe body --- critical areas outer surface of the detector 32 10.9 --- body full length of wall thinning detected 35 10.10 ultrasonic detector body 36 critical areas --- 10.11 --- body cross-sectional area calculation 39 10.12 --- document review body (traceability) 39 10.13 Evaluation and grading body --- 40 10.14 43 drill pipe joints 10.15 --- threaded tool joints swollen joints and outer elongated nipple examination 46 10.16 Repair rejected tool joints 48 10.17 --- drill pipe joints inside and outside the outer diameter of the nipple 48 and eccentric wear inspection 10.18 --- within the drill pipe joints, outer diameter measurement nipple 50 and eccentric wear inspection 10.19 --- drill pipe joints inside and outside the nipple clamp holding large range of inspection 51 10.20 --- drill pipe joints inside and outside the nipple clamp holding large measuring range 52 10.21 --- externally threaded tool joint 52 magnetic particle testing 10.22 --- threaded tool joint 54 magnetic particle testing 10.23 --- tool joint male connection inner diameter measuring 55 10.24 --- drill pipe joints outer surface of the heat crack magnetic particle testing 56 10.25 --- drill pipe joints outer surface of the heat crack bidirectional wet magnetic particle testing 57 10.26 --- joints expansion cone drill hole depth, the length of the male thread roots and the sealing shoulder width measurement 60 10.27 BHA screwing --- visual inspection chamfered shoulder, shoulder sealing, thread and stress dispersing structure 61 Within 10.28 BHA --- measuring the outer diameter of the nipple, the nipple outer diameter, tapered bore diameter and expanding the reference mark 63 position The lower portion of the chamfer diameter 10.29 BHA --- Check 65 10.30 BHA --- chamfer diameter measuring 65 10.31 --- within the lower part of BHA and external threads 66 of the magnetic particle testing 10.32 BHA threaded connection --- external and internal threads of liquid penetrant testing 68 The lower portion size 10.33 BHA --- stress dispersion structure measuring 69 10.34 expansion cone depth, length of external thread and external thread measuring root length 71 Visual inspection of the drill collar --- 10.35 entire length of the inner and outer surfaces, label, neck length and large fish clamp holding interval length 72 10.36 kava drill collars hanging slot and groove magnetic particle testing 73 Measuring 10.37 collars hanging slot and slip grooves 75 Short section 10.38 (visual internal and external surfaces), fish-neck length, cross-sectional radius of curvature of the transition and marking 76 10.39 float valve bore groove measuring 77 Magnetic particle testing 10.40 --- short section within the entire length of the surface and an outer surface 78 10.41 HWDP --- visually detected within the entire length of the surface, an outer surface, marking and large clamp holding section 80 Visual inspection and wear form 10.42 Kelly Report 81 Magnetic 10.43 Kelly 82 critical areas of detection 10.44 kelly drive the entire length of the magnetic detection section 82 10.45 Stabilizer (visual internal and external surfaces), fish-neck length, righting edge condition, the ring and tags 83 10.46 stabilizers righting the bottom edge of the magnetic crack detection 84 10.47 85 Function Test 10.48 stabilizers righting bottom edge crack bidirectional wet magnetic particle testing 86 10.49 Visual inspection jar (drilling and fishing), accelerators and jars short section 88 10.50 Maintenance Checks 89 10.51 in accordance with the manufacturer's requirements Measure 89 wear areas 10.52 manufacturers with tools designed test 90 10.53 MWD/LWD --- visual inspection, an inner surface, an outer surface, marking, coating and wear strips 90 10.54 downhole drill motor --- visual inspection, an inner surface, an outer surface, marking, coating and wear strips 91 10.55 reamer, blade, reamer --- visual inspection, an inner surface, an outer surface, marking, coating and wear strips 92 10.56 --- rotary drill guide visual inspection, the inner and outer surfaces, marks and wear strips 93 10.57 93 full-length diameter Detection 10.58 proprietary tools 94 Detection 10.59 hardbanding 95 10.60 transverse magnetic drill pipe joints and outer surface of the outer threaded inner surface of the detector 98 Magnetic 10.61 drill pipe body in the critical area of \u200b\u200bthe surface of the detection --- 99 The inner surface of the dual magnetic drill pipe body --- 10.62 key area detector 100 10.63 API External upset threaded connection detection 102 Quality Testing and Materials 11 drill material grading 103 11.1 Overview 103 103 11.2 drill pipe material properties testing 11.3 Classification of drill pipe material quality 103 11.4 rod material quality level marker 104 Appendix A (normative) Manufacturer (OEM) requirements 105 Appendix B (normative) Product and service level requirements and additional testing 106 Annex C (normative) 116 International Units Tab Annex D (informative) 149 US customary units watchmaking Appendix E (normative) Guidelines detection level 181 Annex F (normative) Patent drill string threaded connection detection 184 Annex G (informative) detector 187 is connected with the work string threaded patent Annex H (normative) drill pipe material quality grading 189 Annex I (informative) drill pipe material macrostructure etching Test Method 191 Appendix J (normative) drill stem testing cycle member 193 References 194ForewordThis standard was drafted in accordance with GB/T 1.1-2009 given rules. This standard is used to redraft the law revision using ISO 10407-2.2008 "oil and gas industries - Rotary drilling equipment - Part 2. With inspection and grading drill string member "(in English). This standard 10407-2 ISO .2008 compared to the structure, increasing the Chapter 11, Appendix H, Appendices I and J. This standard and ISO 10407-2.2008 main technical differences are as follows. --- Description and increased testing requirements for wear with cracks (see 10.59); --- Increase the drill pipe material grade identification method (see 8.5); --- Increasing the quality of materials and test grading drill material (see Chapter 11); --- An increase of some domestic tool manufacturers' code (see Table B.17); --- Increased normative appendix "drill pipe material quality classification" (see Appendix H); --- Increase the informative appendix "drill pipe material macrostructure etching test methods" (see Appendix I); --- Increased normative appendix "drill stem testing cycle component" (see Appendix J). This standard also includes the following editorial changes. --- By decimal points instead of ISO 10427-2.2008 as the original decimal comma ","; "." --- Use the "standard" instead of "this International Standard"; --- Standard name changed to "oil and gas industry with inspection and grading drill string member." This standard by the National Standardization Technical Committee of Oil and Gas (SAC/TC355) centralized. This standard drafting unit. China Academy of Engineering CNPC oil pipe, Igawa Drilling Company drilling Changqing, Tarim Oilfield points the company. The main drafters of this standard. Wang Xinhu, Li Fang slope, giant western China, Fang Wei, Liu Yonggang, Lu Qiang, Song Shunping. Oil and Gas Industry With drill testing and grading member1 ScopeThis standard specifies the use of the drill string member of each detection level testing requirements and test procedures. Drillstring components covered by this standard include drill Rod tube, drill pipe joints, rotary shouldered connections, drill collars, drill pipe and drill string member aggravating both ends. This standard specifies the methods commonly used to detect And technology. The standard method is intended to provide guidance for inspection and testing, organization or individual does not limit the use of other techniques for testing. This standard specifies the testing personnel qualification, describes the detection method and apparatus of various detection methods of calibration and verification procedures. The standard Quasi also include evaluation of the defect has been detected and identified requirements for drill string member. This standard provides the minimum requirements for the manufacturer and its detection in Appendix A special tool.2 Normative referencesThe following documents for the application of this document is essential. For dated references, only the dated version suitable for use herein Member. For undated references, the latest edition (including any amendments) applies to this document. ISO 10424-1 oil and gas industries - Rotary drilling equipment - Part 1. Rotary drill string member (Petroleumandnatural gasindustries-Rotarydrilingequipment-Part 1. Rotarydrilstemelements) ISO 11961 Oil and Gas Industry Steel drill (Petroleumandnaturalgasindustries-Steeldrilpipe) APIRP7A1 rotary shouldered threaded connection fat test (Testingofthreadcompoundforrotaryshouldered connections)3 Terms and DefinitionsThe following terms and definitions apply to this document. 3.1 Inspection agency agency Inspection contract signed in accordance with regulations and standards testing methods in Institutional drill string member. 3.2 A- Scan A-scan Ultrasonic flaw detector oscilloscope screen with a horizontal axis represents the ultrasonic propagation distance or time, a display method using the vertical axis represents the amplitude of the reflected wave. 3.3 Bending strength than the bending-strengthratio BSR Location section modulus ratio of final engagement and external threads. 3.4 Chamfer diameter beveldiameter Rotating outside diameter shoulder contact surfaces. ......Tips & Frequently Asked Questions:Question 1: How long will the true-PDF of GB/T 29169-2012_English be delivered?Answer: Upon your order, we will start to translate GB/T 29169-2012_English as soon as possible, and keep you informed of the progress. 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