This standard specifies the relevant terms and definitions of submarine pipeline types, design and construction in offshore oil and gas development projects. This standard is applicable to the design, scientific research, production and teaching of offshore oil and gas development projects. GB/T 14090.4-1993 Offshore Oil and Gas Development Project Terminology Submarine Pipeline GB/T14090.4-1993 Standard download decompression password: www.bzxz.net

National Standard of the People's Republic of China
GB/T14090.4-93
Terminology for offshore oil and gas development engineering
Submarine pipeline
Terminology for offshore oil and gas development engineeringSubmarine pipeline1993-01-09Published
Implemented on 1993-10-01
Published by the State Administration of Technical Supervision
W National Standard of the People's Republic of China
Terminology for offshore oil and gas development engineering
Submarine pipeline
Termlnologyfor offshore oil and gas development engineering-Submarine pipelineSubject content and scope of application
GB/T 14090.4—93
This standard specifies the relevant terms and definitions for the types, design and construction of submarine pipelines in offshore oil and gas development projects. This standard is applicable to the design, scientific research, production and teaching of offshore oil and gas concurrent projects. 2Pipeline types
Submarine pipeline system
subtnarine
pipeline
xystem
Submarine pipeline
subnarine pipeline
exiernal riser
internal riser
expansion elbow
expansian loop
pipeline shore section
pipeline shors-app-
Definition or description
A general term for all components of submarine pipeline engineering facilities used to transport oil, natural gas and other fluid products. It includes submarine pipelines, risers, supporting components, piping accessories, anti-corrosion systems, weighting layers, leakage monitoring systems, alarm systems, emergency shutdown systems and submarine devices connected to them.
In submarine pipeline systems, pipelines (except risers) that are below the water surface during the maximum tide
The pipeline connecting the bottom pipeline and the production equipment on the marine engineering structure, the expansion elbow at the end is also a part of the riser. For single-point mooring devices, it refers to a vertical tubular load-bearing member connecting the upper buoy and the fixed point of the seabed foundation. The riser is directly exposed to the action of wind, waves, currents and sea ice without providing effective shielding
The riser is effectively shielded and protected to prevent the action of wind, waves, currents and sea ice
The elbow that can absorb the expansion or contraction of the submarine pipeline. Its shapes include L-shaped, N-shaped and U-shaped
Located in the deaf section of the tidal range zone adjacent to the shore
State Bureau of Technical Supervision approved the non-recommended synonymous interval on January 9, 1993
Submarine pipeline system
Sea travel pipeline
Landing pipeline
Implemented on October 1, 1993
W number
Overflow protection pipeline
hot il line
Double cellar
louble tube
Underwater manifold
manifald
Underwater manifold center
manfolrt cent re.
All-way terminal manifold
pipeline end nani.
GB/T14090.4—93
Definition or description
A pipeline used to transport heated viscous crude oil or fuel oil. During the transportation process, the inside of the pipeline always maintains an appropriate transportation temperature
It can maintain the temperature of the transported medium. The structure is a two-layer steel pipeline. The inner layer is the transport pipe and the outer layer is the protective casing. The annular gap between the inner and outer pipes is effectively covered with heat insulation materials
A combination of multiple pipeline materials. 1. A gathering station of an underwater production system with one or more outlets and equipped with instruments for monitoring the fluid conditions in each pipeline. A manifold installed at the end of the seabed pipeline and connected to the oil hose through a rectangular pipe. Outlet pipeline. Flowline. Gathering line. Gathering centre. Buried pipeline. Huried piping. Supplementary pipeline. Umbrella pipeline. Channel design. Linear survey. survey
In underwater oil production systems, a channel for transporting crude oil (gas) produced directly from the seabed
In underwater oil production systems, a pipeline used to transport oil from various oil wells and oil collection centers to the seabed center. The assembly point of multiple production platforms or seabed pipelines
A submarine pipeline buried below the seabed mud surface. A submarine pipeline suspended on the seabed but not buried below the seabed mud surface
Definition or description
A survey and survey for selecting the best route for laying submarine pipelines. Generally includes surveys of hydrology, meteorology, topographic and geological characteristics, shallow geological profiles, seabed soil characteristics and seabed obstacles. Survey type
Not recommended synonyms
Not recommended synonyms
W number
Pipeline route
pipeline route
In-situ stability
on bottom stability
Water hammer pressure
Initiation pressure
Initiation pressure
Propagation pressure
Propagation pressure
Suspended length
Suspended length
Restrained ling
Restrained line
Unrestrained line
Burial depth
Laying denth
Pipeline materials and accessories
Coating
External coating
External coating
Internal coating
GB/T 14090.4—93
Definition or explanation
The actual axis of the submarine pipeline on the seabed. After the pipeline is laid on the seabed or in a trench or buried in the soil, the degree of rotation in the vertical and horizontal directions under the influence of gravity, buoyancy, current force, wave force and soil friction.
The high impact pressure of the fluid on the pipe wall caused by the change of the fluid velocity inside the pipeline
The external pressure that can cause the existing internal fan-out or sinking on the wall of the submarine pipeline to further expand
The external force that continues to propagate the pipe after the expansion of the pipeline curve
The length of the supporting pipe section in the pipeline
The pipeline cannot expand or contract freely in the axial direction due to the constraints of fixed supports or friction between the pipe and the soil. In pipeline design, it can be considered as a constrained pipeline. The pipeline with negligible axial constraint force can be considered as a constrained pipeline. In pipeline design,Can be inferred as unrestrained pipeline consideration
The depth of the pipeline skeleton below the seabed mud surfaceDefinition or description
A protective layer applied or wrapped inside and outside the steel pipeline. Including anti-corrosion coating and weighting layer
Anti-corrosion coating applied to the outer metal surface of steel pipe Anti-corrosion coating applied to the inner metal surface of steel pipe Not recommended Synonyms
In-situ safety
Induced pressure
Not recommended Synonyms
Weight coating
Field joint coating
Insulation
：Riser clamp
riser clamp
riser support
Pig
Cleaning pig
Gauging pig
Instrumene pig
pig traps
pipeline cap
4.12 Buckle Brtator
GB/T 14090.4-93
Definition or description
A coating applied outside the anti-corrosion coating to increase the weight of the pipeline. Its material is mainly reinforced concrete or wire mesh water filter. Its function is to maintain the stability of the pipeline on the seabed and resist the impact of accidental loads in the environment
The layer of Chu that is filled at the joint of the submarine pipeline after it is assembled and welded on site at sea.
To maintain the normal medium transmission temperature, it is a heat-following layer coated on the outside of the transmission pipe. Attached to the pipeline that needs to be protected. Insulation materials are usually made of cotton or polyethylene.
The riser is fastened to the platform jacket leg with screws. The clamp that fixes the pipe to the platform, or the part of the riser or the guide member with fleece
A tool that moves in the pipe cavity with the help of its own power or oil flow or air flow. Used to clean the pipe wall and monitor the internal condition of the pipeline
Used to clean the residues left in the bottom pipeline during the construction or production process
Used to check whether the inner diameter of the pipeline meets the requirements during construction or operation
Used to detect and record any irregular changes and damage on the inner wall of the pipe
A device that can send and recover the pig connected to the submarine pipeline system
A steel cover welded to the end of the first pipe when laying the submarine pipeline. Used to prevent seawater from entering the pipeline and give it a certain buoyancy
To prevent the propagation of buckling along the length of the pipeline, a local reinforcement is installed on the pipeline
Not recommended synonyms
Xiangning ten coating
Pipe penetration
W code
Emergency system
Emergency shutdawn
systetry
5Pipeline construction
Pipe laying parameters
Pipeline identification
Pipeline connection
tie-in
Pipe application method
identification method
bei.tom twmcthod
"Near-bottom drag method
off-bottom tow
merhod
Chu deep cover method
hrlow-surface tow
metlied
「surface towing method
surfacr: tuy mcthod
pipelaying vessel
Tacahork
GB/T 14090. 493
Emergency War Description
A backup safety system that remains on standby in a reverse pipe conveying system. In an emergency, an emergency shutdown system can be used to shut down part or all of the conveying lines
Emergency War Description
Basic parameters for controlling pipeline stress and deformation during pipe pinning Marking of the position of the pipeline. Generally, buoys and other buoys are used. During pipeline construction, pipeline markers are often used to indicate the location of the pipeline's scheduled laying route
Butt connection between subsea pipeline sections, and between subsea pipelines and risers at sea
One of the construction methods for pipeline laying. Generally, the pipes are assembled and welded into sections in an onshore prefabrication yard, and then the sections are towed to the scheduled route at sea by a replacement ship or other traction equipment, and then connected at sea
Pipeline towing method where the pipe section is towed to a pre-positioned position at a height close to the seabed
Arm towing method where the pipe section is towed to a pre-positioned position at a certain depth underwater
Arm towing method where the arm section floats on the water and is towed to a pre-positioned positionA method of laying bottom-penetrating pipelines using a pipe ship. On the pipe ship, the pipe sections are connected one by one, and the joints are welded and coated. After that, the pipeline is slowly laid to the seabed through the stern inclined slide through the tensioner
Not recommended synonyms
Not recommended synonyms
Off-bottom towing method
Submersible towing method
Underwater towing
Floating towing method
W-type
Roller pipe ship method
ree:l hairge method
tensioner
tensioncr
stinger
J-tube
pipeditch
trenching
jetring metliod
fluidizatian method
mechanical trenching method
mechanical cutting
tncthad
trenching method
plowing method
GB/T 14090.4---93
Definition or description
A method for laying submarine pipelines using a reel-in vessel. First, a certain length of pre-rolled pipe is continuously wound on the reel on land and installed on the fixed frame of the pipe reeling vessel. After the reel-laying vessel arrives at the site, the pipe is unwound from the reel, straightened, and laid to the seabed through the tensioner and the stern inclined slideway. In order to reduce the bending stress during pipeline laying, a mechanical clamping device that can keep the pipe in a tensile state is installed at the pipe laying slideway. The rigid or hinged inclined frame installed at the bottom of the pipe laying vessel is used to support the welded pipe and gradually lower the pipe to the seabed. It is a large-diameter fixed pipe pre-installed on the platform for laying risers. During construction, the riser is pulled from the "type pipe" to the designated position by winch equipment. According to the requirements of submarine pipeline burial, the buried pipe trench is excavated on the seabed. The operation of excavating the buried pipe trench on the seabed is carried out. The towing device that rides on the bottom pipeline by magnetic force sprays high-pressure water or high-pressure gas to flush sand and mud from the bottom of the pipeline to form a groove, and the flushed sand and mud are sucked away by suction. After the pipe sinks into the groove, the mud can be discharged through the movement of the current or waves. The construction method of filling the mud and sand beside the pipe trench to bury the pipe in the trench
The construction method of injecting a large amount of water into the soil around the pipe and using the vibration of the pipe burying machine to hydrate the soil, reduce the soil density and sink the pipe into the sand
The construction method of using mechanical equipment to reversely trench the seabed"Not recommended synonyms
The method of towing the seabed trenching mold by an engineering ship to remove the seabed mold from the trench
W.网
back fill
sizing plate
rigid disc
hoop head
pulling head
anchoragr
pipebandon
pipe retricval
GB/T14090.4—93
definition or description
rigid disc for testing pipe bending when the pipe is put into the trench and the trench is covered with sand.Usually placed in the pipe section after the connection point between the pipeline and the seabed. When laying submarine pipelines by the pipe dragging method, it is a special part used to pull the pipeline. It is connected to the end of the towed pipeline and has an eyelet for tying the towing cable, so that the pipeline is firmly connected to the cable and the traction is transmitted to the pipeline. The pipeline is fixed to the seabed by a pot rod or a rotating rod to resist the effects of waves, tides and buoyancy, and maintain the stability of the pipeline on the seabed. During the offshore construction of the pipeline, if the construction has to be interrupted due to changes in the ocean atmosphere, the pipeline can be released to the seabed in time. During the operation, the pipeline is plugged and placed on the seabed and tied with a buoy so that it can be easily found and recovered during the next operation. The recovery of the pipeline abandoned on the seabed after the pipe is abandoned is not recommended. Synonyms: fixing, anchoring, lifting pipes, picking up, insulation layer, insulation back channel, oil pipeline, pressure transmission, bottom dragging method, sizing plate, is a diameter pig, sizing pipe cleaner. |Fixed depth towing method
Unrestrained pipeline
Road marking
Pipeline head
Pipeline shore section
Pipeline end manifold·
Pipeline line
Pipeline section connection
Trench 1
Sea fat road
Submarine pipeline system
Backfill:
Mechanical trenching method
Nested transmission road
Gathering and transmission center·
GB/T 14090.4—93
Appendix A
Chinese index
(reference)
Detection cleaner
Near-bottom hoop method
Reel-laying pipe boat method
2.11 Trenching plow method
. 5.17
Riser clamp
Riser support
4. 9. 2 Operation of pipeline smell
5 4- 3
Buried pipeline-
Depth of laying
Anchoring·
Inner pipe
Inner coating
Jet trenching method
5.10·Expansion elbow
Pipe laying parameters
Auxiliary pipe ship method
Pipe cleaning device
Pipe cleaning device
Line cleaning device|| tt||Double-layer arm
Water hammer pressure
Surface dragging method
Under-ice bamboo shoots
Center of manifold
Drag pipe method
Stinger
Drag pipe head·
External riser
External layer
On-site joint coating
anchorage
back fi
below.srfacctowmethod
butun ow melhod
buckle arrestot
buried pipeline
cleaning pig
coating
dloubte tube
GB/T14090.4—93
line trap survey
empty section length
coating buried pipe method
intentional shutdown system
restrained pipeline
in-situ stability
tensioner
Mo Wen index
(examination)
Wemergency shutdown system
expansion loop
external cvatitg
external rise
field joint coating
flowline
fluidization method
gathering center
gathering line
gauging pig
hot oil line
initiation pressure
instrument pig
insuletion
inicrnal coating-
internal riser
jetting method
lay ing depih
manifold
manifold centrc
mechanical cutting mcthod
off-bottom tow methd
on boitoni srability
GB/T 14090. 4—93
..5.4.2
Wtig
pig1rap
pinpeabandon
+++T++
pipe diteh -.
Pipe laying paramelers
pipelaying vessel method
pipelineend manifold ....
pipelinr: identificat ian
pipeline route
++++++++++++
clamp
riser support
Tu:surv
stinger
qubmarine pipeline
submarinepipeline system
Sarface [ow method
surge pressure
susjended length
tensioner
tie-in
low uethod
trenching|| tt||unburied pipeline
uurestraireed line
GB/T14090.4—93
W17
Riser clamp
Riser support
4. 9. 2 Pipeline operation
5 4- 3
Buried pipeline-
Depth of laying
Anchoring·
Inner pipe
Inner coating
Jet trenching method
5.10·Expansion elbow
Pipe laying parameters
Auxiliary pipe ship method
Pig
Pig sending and receiving device
Line sweeping pig|| tt||Double-layer arm
Water hammer pressureWww.bzxZ.net
Surface dragging method
Under-ice bamboo shoots
Center of manifold
Drag pipe method
Stinger
Drag pipe head·
External riser
External layer
On-site joint coating
anchorage
back fi
below.srfacctowmethod
butun ow melhod
buckle arrestot
buried pipeline
cleaning pig
coating
dloubte tube
GB/T14090.4—93
line trap survey
empty section length
coating buried pipe method
intentional shutdown system
restrained pipeline
in-situ stability
tensioner
Mo Wen index
(examination)
Wemergency shutdown system
expansion loop
external cvatitg
external rise
field joint coating
flowline
fluidization method
gathering center
gathering line
gauging pig
hot oil line
initiation pressure
instrument pig
insuletion
inicrnal coating-
internal riser
jetting method
lay ing depih
manifold
manifold centrc
mechanical cutting mcthod
off-bottom tow methd
on boitoni srability
GB/T 14090. 4—93
..5.4.2
Wtig
pig1rap
pinpeabandon
+++T++
pipe diteh -.
Pipe laying paramelers
pipelaying vessel method
pipelineend manifold ....
pipelinr: identificat ian
pipeline route
++++++++++++
clamp
riser support
Tu:surv
stinger
qubmarine pipeline
submarinepipeline system
Sarface [ow method
surge pressure
susjended length
tensioner
tie-in
low uethod
trenching|| tt||unburied pipeline
uurestraireed line
GB/T14090.4—93
W17
Riser clamp
Riser support
4. 9. 2 Pipeline operation
5 4- 3
Buried pipeline-
Depth of laying
Anchoring·
Inner pipe
Inner coating
Jet trenching method
5.10·Expansion elbow
Pipe laying parameters
Auxiliary pipe ship method
Pig
Pig sending and receiving device
Line sweeping pig|| tt||Double-layer arm
Water hammer pressure
Surface dragging method
Under-ice bamboo shoots
Center of manifold
Drag pipe method
Stinger
Drag pipe head·
External riser
External layer
On-site joint coating
anchorage
back fi
below.srfacctowmethod
butun ow melhod
buckle arrestot
buried pipeline
cleaning pig
coating
dloubte tube
GB/T14090.4—93
line trap survey
empty section length
coating buried pipe method
intentional shutdown system
restrained pipeline
in-situ stability
tensioner
Mo Wen index
(examination)
Wemergency shutdown system
expansion loop
external cvatitg
external rise
field joint coating
flowline
fluidization method
gathering center
gathering line
gauging pig
hot oil line
initiation pressure
instrument pig
insuletion
inicrnal coating-
internal riser
jetting method
lay ing depih
manifold
manifold centrc
mechanical cutting mcthod
off-bottom tow methd
on boitoni srability
GB/T 14090. 4—93
..5.4.2
Wtig
pig1rap
pinpeabandon
+++T++
pipe diteh -.
Pipe laying paramelers
pipelaying vessel method
pipelineend manifold ....
pipelinr: identificat ian
pipeline route
++++++++++++
clamp
riser support
Tu:surv
stinger
qubmarine pipeline
submarinepipeline system
Sarface [ow method
surge pressure
susjended length
tensioner
tie-in
low uethod
trenching|| tt||unburied pipeline
uurestraireed line
GB/T14090.4—93
W
Pipe laying paramelers
pipelaying vessel method
pipelineend manifold ....
pipelinr: identificatian
pipeline route
+++ +++++++++
Pipeline shore-approach
Pipu retrieval
plowing method
propagationpressure
pulling lead
reel barge merhod
restrainecl lile
rigid dise
risei clamp
riser support
Tu:surv
stinger
qubmarine pipeline
submarinepipeline system
Sarface [ow method
surge pressure
susjended length
tensioner
tie-in
low uethod
trenching
unburied pipeline| |tt||uurestraireed line
GB/T14090.4—93
W
Pipe laying paramelers
pipelaying vessel method
pipelineend manifold ....
pipelinr: identificatian
pipeline route
+++ +++++++++
Pipeline shore-approach
Pipu retrieval
plowing method
propagationpressure
pulling lead
reel barge merhod
restrainecl lile
rigid dise
risei clamp
riser support
Tu:surv
stinger
qubmarine pipeline
submarinepipeline system
Sarface [ow method
surge pressure
susjended length
tensioner
tie-in
low uethod
trenching
unburied pipeline| |tt||uurestraireed line
GB/T14090.4—93
W
Tip: This standard content only shows part of the intercepted content of the complete standard. If you need the complete standard, please go to the top to download the complete standard document for free.