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GB/T 21412.4-2013: Petroleum and natural gas industries -- Design and operation of subsea production systems -- Part 4: Subsea wellhead and tree equipment
Status: Valid GB/T 21412.4: Evolution and historical versions
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Petroleum and natural gas industries -- Design and operation of subsea production systems -- Part 4: Subsea wellhead and tree equipment
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Petroleum and natural gas industries -- Design and operation of subsea production systems -- Part 4: Subsea wellhead and tree equipment
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Basic data | Standard ID | GB/T 21412.4-2013 (GB/T21412.4-2013) | | Description (Translated English) | Petroleum and natural gas industries -- Design and operation of subsea production systems -- Part 4: Subsea wellhead and tree equipment | | Sector / Industry | National Standard (Recommended) | | Classification of Chinese Standard | E92 | | Classification of International Standard | 75.180.10 | | Word Count Estimation | 220,297 | | Older Standard (superseded by this standard) | GB/T 21412.4-2008 | | Quoted Standard | ISO 8501-1; ISO 10423; ISO 10424-1; ISO 11960; ISO 13533; ISO 13625; ISO 13628-1; ISO 13628-3; ISO 13628-7; ISO 13628-8; ISO 13628-9; ISO 15156-1; ISO 15156-3; ANSI/ASME B16.11; ANSI/ASME B31.3; ANSI/ASME B31.4; ANSI/ASME B31.8; ANSI/ISA 75.02; ANSI/SAE J | | Adopted Standard | ISO 13628-4-2010, IDT | | Regulation (derived from) | National Standards Bulletin 2013 No. 27 | | 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 subsea wellhead equipment, mudline wellhead equipment, drill through the mud line wellhead and Christmas tree underwater vertical and horizontal specifications, and equipment handling, testing and related tools required for ins | GB/T 21412.4-2013: Petroleum and natural gas industries -- Design and operation of subsea production systems -- Part 4: Subsea wellhead and tree equipment
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Petroleum and natural gas industries Design and operation of subsea production systems Part 4... Subsea wellhead and tree equipment
ICS 75.180.10
E92
National Standards of People's Republic of China
Replacing GB/T 21412.4-2008
Oil and Gas Industry
Design and operation of subsea production systems
Part 4. underwater wellhead and tree equipment
productionsystems-Part 4. Subseawelheadandtreeequipment
(ISO 13628-4.2010, IDT)
Issued on. 2013-12-31
2014-10-01 implementation
Administration of Quality Supervision, Inspection and Quarantine of People's Republic of China
Standardization Administration of China released
Table of Contents
Preface Ⅶ
1 Scope 1
2 Normative references 3
3 Terms, definitions, symbols and abbreviations 4
3.1 Terms and definitions 4
3.2 Symbols and Abbreviations 9
4 Use conditions and product specification level 11
11 4.1 Conditions of Use
4.2 specification level 11
5 General System Requirements 12
5.1 Design and performance requirements 12
5.2 Materials 22
5.3 Welding 22
5.4 Quality Control 23
26 5.5 Equipment logo
5.6 Storage and shipping 27
6 overall design of subsea production tree and tubing hanger of claim 28
6.1 General 28
Christmas Tree Manifolds 29 6.2
6.3 subsea tree assembly test 37
6.4 mark 37
6.5 Storage and shipping 41
7 specific requirements --- subsea trees and related equipment and sub-assembly 41
7.1 Flanged end and outlet connections 41
7.2 ISO hub connecting clamp 54
7.3 Threaded connections 54
7.4 other end of the connection means 55
7.5 studs, nuts and bolts 55
7.6 gasket ring 55
7.7 Completion guide base 56
7.8 Christmas tree and tubing head connecting means 57
7.9 Vertical Christmas tree on the buckle or seal fitting 60
7.10 valves, manifolds, and drives 61
7.11 TFLY shaped short section 71 and diverter
Reentry interface 72 7.12
7.13 subsea tree cap 73
7.14 Christmas tree cap running tool 76
7.15 Christmas tree guide frame 78
7.16 Christmas tree running tool 81
7.17 Christmas tree line 84
7.18 oil pipeline system connecting means 85
7.19 auxiliary equipment running tool 88
Hydraulic or electric or optical 7.20 Christmas tree installed in the control connection 89
7.21 Underwater throttle and drive 92
Other equipment 101 7.22
8 --- the specific requirements of the subsea wellhead apparatus 105
8.1 General 105
8.2 temporary guide base 105
8.3 106 permanent guide base
8.4 catheter tip 110
8.5 wellhead 112
8.6 casing hanger 114
8.7 annulus sealing assembly 116
8.8 casing hanger lock bushing 117
8.9 aperture and wear protection liner 118
8.10 corrosion cap 120
8.11 fed, the recovery and test tool 120
8.12 trawl protective structure 120
Inclination and orientation of wellhead 120 8.13
8.14 underwater mud line casing hanger and seal assembly 121
9 specific requirements --- underwater tubing hanger system 121
9.1 General 121
9.2 Design 121
9.3 Materials 124
9.4 Test 124
10 specific requirements --- mud line suspension device 124
10.1 General 124
10.2 take place or mud line suspension lift ring 128
10.3 casing hanger 128
10.4 casing hanger running tool joints and back 130
130 10.5 capping abandoned wells
10.6 Completion underwater mud line conversion apparatus 130
10.7 tubing hanger and completion systems --- underwater mud line conversion apparatus 131
11 specific requirements --- drilling through the mud line suspension device 131
11.1 General 131
11.2 External drilled through the casing hanger (mixed casing hanger outside of the housing) 132
11.3 mixing casing hanger housing 132
11.4 Internal drilled through the mud line casing hanger 133
11.5 annulus sealing assembly 135
11.6-hole protection devices and wear bushing 136
11.7 tubing hanger and completion systems --- underwater drilling equipment through the mud line 137
137 11.8 capping abandoned wells
11.9 fed, the recovery and test tools 137
Appendix A (informative) vertical underwater Christmas tree 138
Annex B (informative) 142 underwater horizontal christmas tree
Annex C (informative) underwater wellhead 145
Annex D (informative) underwater tubing hanger 147
Appendix E (normative) mud line suspension and conversion system 150
Annex F (informative) drilling through the mud line suspension system 157
Appendix G (Informative Appendix) ISO (API) bolt flanged assembly guide 159
Appendix H (informative) underwater wellhead into the recovery and test tools designed and tested to 167
Annex I (informative) coating system application 169
Screening Annex J (informative) material compatibility 172
Annex K (informative) to enhance the design and testing of the lug plate 176
Annex L (informative) High Pressure Test Guideline 188
Annex M (informative) 190 Buyer's Guide
Appendix NA (informative) of this section and GB/T 21412.4-2008 major technological changes 206
References 210
1 double subsea wellhead apparatus Path Christmas Tree Example 31
Figure 2 tubing head vertical Christmas Tree Example 32
Figure 3 Example 33 horizontal christmas tree
Example 4 through 34 holes
5 Christmas Tree chemical solvent injection valve sample downhole and SCSSV 36
Figure 6 17SS type whole or blind flange 49
Figure 7 BX-149 and BX-150 corrosion resistant ring groove alternately roughing and finishing detail 50
Figure 8 17SS type welding end and welding neck flange type 17SV preparation 50
9 Christmas tree guide frame 79
10 conventional throttle orifice structure 93
On the exterior of 11 subsea trees and wellhead load 108
12 permanent guide base load 109
13 typical catheter tip 111
Figure 14 Typical wellhead 112
Figure A.1 oriented vertical Christmas tree 139
Figure A.2 oriented TFL 140 Christmas tree
Figure A.3 unguided Vertical Christmas tree 141
Figure B.1 oriented horizontal christmas tree 143
Figure B.2 unguided 144 horizontal christmas tree
Figure C.1 subsea wellhead 146
Figure D.1 concentric tubing hanger 147
Figure D.2 porous tubing hanger 147
Figure D.3 horizontal christmas tree tubing hanger 148
Figure D.4 extended horizontal christmas tree tubing hanger 149
Figure E.1 mud line suspension (wellhead) and conversion device 151
Figure E.2 mud line conversion apparatus 152
Figure E.3 mud line suspension member axisymmetric cross-sectional Stress Distribution 154
Figure E.4 mud line suspension member 155 threshold stress
Figure F.1 drilled through the mud line suspension system 158
Figure G.1 flange alignment tolerances of the flange 164
Figure G.2 a tool, tools, and two four tools on a cross-sectional bolt tightening torque sequence 165
Figure K.1 shackle plate and ear shapes and sizes (not to scale) 177
Figure K.2 underwater lifting lug plate size (not to scale) 179
Figure K.3 sling lifting device displays the vertical angle icon 182
Figure K.4 forging ear plate NDE area 186
Figure K.5 solder lug plate 186 local test
Figure K.6 ear plate welding area 187 NDE
Figure M.1 underwater equipment PSL tree 191
Table 1 Material requirements 12
Table 2 rated pressure value inside the threaded connection 15
Table 3 minimum design verification testing requirements 21
Table 4 illustrates the pressure test 38
Table 5 ISO (API) flanges rated working pressure and the size range of 41
Table 6 APISBX Pressure self-styled pad ring 43
Table 7 Rated working pressure 34.5MPa (5000psi) flange and bolts of 17SS basic dimensions 46
Table 9 rated working pressure 34.5MPa (5000psi) 17SS type of welding neck flange neck and pore size 48
Table 10 API corrosion resistant ring groove 49 initial processing Detailing
Table 11 rated working pressure 34.5MPa (5000psi) of 17SV flange hub and pore size 51
Table 12 rated working pressure 34.5MPa (5000psi) 17SV flange of the rotating ring and bolts basic dimensions 52
Table 13 rated working pressure 69MPa (10000psi) of 17SV hub flange size 53
Table 14 rated working pressure 69.0MPa (10000psi) 17SV type of flange and bolts basic size 53
Table 15 wellhead systems --- standard size and type 57
Table 16 valve and actuator design and operating parameters 62
Table 17 parallel twin bore diameter from the center of the manifold 63
Table 18a PSL2 valve factory acceptance test file example 66
Table 18b PSL3 valve factory acceptance test file example 67
Table 18c PSL3G valve factory acceptance test file example 68
Table 19 hydraulic drive factory acceptance test file example 69
Flag Table 20 underwater valve 70
Table 21 underwater valve drive flag 70
Table 22 underwater valve 71 and the drive assembly logo
Factory Table 23 hydraulically operated underwater throttle operation test acceptance test record Example 95
Table 24 mechanical operations and (or) with mechanical override operation test of the hydraulic operating underwater throttle factory acceptance test
Record Example 95
Table 25 hydraulic drive factory acceptance test data represents Example 98
Table 26 Underwater throttle factory acceptance test data Table Example 100
Table 27 Underwater throttle data table flag 101
Table 28 Underwater throttle manually drive data table flag 102
Table 29 Underwater throttle hydraulic drive data table flag 102
Table 30 underwater throttle and drive assembly flag 103
Table 31 Test pressure 114
Table 32 casing hanger and wear bushing minimum vertical pore size 116
The minimum vertical hole 119 Table 33 hole protection devices
Table 34 Maximum permissible pressure-induced stress 126
Table 35 Conversion mud line tubing head pressure test assembly --- 133
Table 36 casing hanger and wear bushing minimum vertical pore size 134
The minimum vertical hole 37 hole table protector 137
Table G.1 recommended flange bolt torque (API grease) 160
Table G.2 recommended flange bolt torque (API grease) 160
Table G.3 recommended flange bolt torque (PTFE filled based coating) 161
Table G.4 recommended flange bolt torque (PTFE filled based coating) 162
Table G.5 flange connection tighten record 166
Table K.1 ear plate manufacturing tolerances 178
Table K.2 permanently installed subsea equipment upgrade Dot Design 181
Marked.
This part of the National Oil Drilling Equipment and Tools Standardization Technical Committee (SAC/TC96) and focal points.
This section is responsible for drafting unit. Baoji Petroleum Machinery Co., Ltd.
This section participated in the drafting unit. China National Offshore Oil Corporation, the oil industry well control equipment Quality Supervision and Inspection Center, the state oil and gas wells
Port Equipment Quality Supervision and Inspection Center.
The main drafters of this section. Fan Yamin, Wang Ting-ya, Liu Wei, Tang capital, Li Qingping, Cao Yan Feng, Geng Yanan, Zhang Xiang, the Sun Hongxiang,
Zhang Yushu, Zhang Chuan.
This part of the standard replaces the previous editions are.
--- GB/T 21412.4-2008.
Oil and Gas Industry
Design and operation of subsea production systems
Part 4. underwater wellhead and tree equipment
1 Scope
This section GB/T 21412 specifies the underwater wellhead, mud line wellhead equipment, drill through the mud line and underwater wellhead vertical and horizontal
Specification-tree, as well as equipment handling, testing and related tools required for installation. Also it provides for an independent sub-assembly (used to build complete
Subsea tree assembly) and a complete subsea tree assembly design, materials, welding, quality control (including factory acceptance test), marking, storage
Store and transport.
Users are responsible for ensuring the underwater equipment to meet any additional requirements to install their respective national government regulations. This is not the scope of this part
within.
When applicable, this section can also be applied to satellite wells, cluster wells and for a multilayer disc based completions and other aspects of the device.
This section applies to the following devices.
a) subsea tree
--- Tree connector means and the tubing hanger;
--- Valves, manifolds and valve actuators;
--- Throttle valve and the throttle valve drive;
--- Discharge valve, test and isolation valves;
--- TFLY shaped Stone;
--- Reentry interfaces;
--- Christmas tree cap;
--- Christmas tree line;
--- Christmas tree guide frame;
--- Christmas tree running tool;
--- Christmas tree cap running tool;
--- Christmas tree flowlines or umbilicals installation connecting means;
--- Tubing head and tubing head attachment;
--- Flowlines base and into the recovery tool;
--- Control device interface Christmas tree installed (instruments, sensors, hydraulic tube or pipe fittings, electrical control equipment cables and accessories);
b) underwater wellhead
--- Catheter tip;
--- Wellhead;
--- Casing hanger;
--- Seal assembly;
--- Guide base;
--- Holes and wear protection liner;
--- Corrosion cap;
c) mud line suspension system
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