GE Installation & Commissioning Folleto
MANIfOLdS & CONNECtION SyStEMS
SuBSEA tREES
SuBSEA CONtROLS
Our first subsea tree was installed in 1963 and we
now have close to 1,400 tree systems operating
across every major production basin in the
world.
now have close to 1,400 tree systems operating
across every major production basin in the
world.
GE’s subsea tree portfolio covers all applications
from single-well satellites in shallow water,
to large and complex multi-well deepwater
developments – from low-pressure reservoirs
with artificial stimulation or lift, to high-pressure
high-temperature (HPHT) applications. Current
capabilities include depths to 3,000 m (10,000 ft)
from single-well satellites in shallow water,
to large and complex multi-well deepwater
developments – from low-pressure reservoirs
with artificial stimulation or lift, to high-pressure
high-temperature (HPHT) applications. Current
capabilities include depths to 3,000 m (10,000 ft)
and reservoir shut-in conditions of 121ºC (250ºF)
and 1,035 bar (15,000 psi); and we are continually
evolving technologies that enable moves into
even deeper waters and more challenging
environments.
and 1,035 bar (15,000 psi); and we are continually
evolving technologies that enable moves into
even deeper waters and more challenging
environments.
Field-proven designs include a standard core
structure as the foundation for each tree, to which
pre-engineered modular components (e.g. choke,
meter and valve options) are added to deliver the
configuration that best meets specific project
needs.
structure as the foundation for each tree, to which
pre-engineered modular components (e.g. choke,
meter and valve options) are added to deliver the
configuration that best meets specific project
needs.
Our subsea manifolds and connection systems
accommodate a wide range of configuration
needs and service requirements. Their optimized
size and weight provide high versatility for pipelay
vessels and installation scenarios.
accommodate a wide range of configuration
needs and service requirements. Their optimized
size and weight provide high versatility for pipelay
vessels and installation scenarios.
With over 20 years of experience in this
product category and more than 100 GE Oil
& Gas manifolds now operating, our portfolio
spans some of the most challenging subsea
product category and more than 100 GE Oil
& Gas manifolds now operating, our portfolio
spans some of the most challenging subsea
developments in the world – including the largest
deepwater fields, demanding large-bore gas
delivery projects, long step-out developments and
critical flow-assurance applications.
deepwater fields, demanding large-bore gas
delivery projects, long step-out developments and
critical flow-assurance applications.
Our expertise covers everything from FEED,
detailed design, sourcing and manufacturing to
global installation campaigns and life-of-field
optimization support and maintenance.
detailed design, sourcing and manufacturing to
global installation campaigns and life-of-field
optimization support and maintenance.
Proven solutions for any field configuration
• Cluster manifolds for shallow-water, diver-
assisted operation
• Cluster manifolds for deepwater operation
• Template manifolds in 2, 4, 6 or 8-slot
• Template manifolds in 2, 4, 6 or 8-slot
configurations
• High-integrity pipeline protection system
(HIPPS) manifolds
• Drilling templates for jackup rig operations
• Stand-alone subsea distribution units (SDUs)
for controls and chemical distribution
• Pipeline end manifolds (PLEMs) for pipeline
systems
• Riser base structures for connection and
manifolding of risers
• Stand-alone satellite well structures
• Internal and external inspection loop systems
• Internal and external inspection loop systems
for round-trip inspection
• Hard-piped and ROV-deployed distribution
systems
• Vertical and horizontal jumper connections
• Header sizes to 36"
• Suction anchor, skirted mud-mat and piled
• Header sizes to 36"
• Suction anchor, skirted mud-mat and piled
foundation systems, with active or passive
leveling features
leveling features
• Integrated and stand-alone protection
structures
S-Series
shallow water
shallow water
Maximized safety and efficiency
for jackup drilling in depths up
to 100 m (330 ft) and operating
pressures up to 450 bar
(6,500 psi)
for jackup drilling in depths up
to 100 m (330 ft) and operating
pressures up to 450 bar
(6,500 psi)
M-Series
medium depth
medium depth
For installation from semi-
submersible drilling rigs in
depths of 100-750 m (330-
2,450 ft), for 690 bar (10,000 psi)
and 1,035 bar (15,000 psi)
applications, with 5", 6" and 7"
production bores standard
submersible drilling rigs in
depths of 100-750 m (330-
2,450 ft), for 690 bar (10,000 psi)
and 1,035 bar (15,000 psi)
applications, with 5", 6" and 7"
production bores standard
d-Series
deepwater solutions
deepwater solutions
Highly flexible and configurable
for water, gas or alternating
injection subsea tree systems
for up to 1,035 bar (15,000 psi)
and 3,000 m (10,000 ft), and
optimized for flow assurance
(hydrate and erosion prevention)
for water, gas or alternating
injection subsea tree systems
for up to 1,035 bar (15,000 psi)
and 3,000 m (10,000 ft), and
optimized for flow assurance
(hydrate and erosion prevention)
Reliability in any water depth
With over 30 years of experience in subsea
controls and more than 1,000 VetcoGray
subsea control modules now operating, our
portfolio spans some of the most ambitious and
challenging subsea developments in the world –
including the world’s longest subsea tieback and
some of the largest deepwater fields.
controls and more than 1,000 VetcoGray
subsea control modules now operating, our
portfolio spans some of the most ambitious and
challenging subsea developments in the world –
including the world’s longest subsea tieback and
some of the largest deepwater fields.
Our products and expertise deliver power and
communications technologies for subsea-to-shore
applications for distances greater than 100 km.
Modular designs provide retrofit flexibility to inject
the advantages of newer technology and extend
the life of mature fields. Our topside-to-subsea
communications technologies for subsea-to-shore
applications for distances greater than 100 km.
Modular designs provide retrofit flexibility to inject
the advantages of newer technology and extend
the life of mature fields. Our topside-to-subsea
communications maximize bandwidth while
minimizing system costs. The newly developed
intelligent line-insulation monitoring unit ensures
continuous status monitoring of seabed umbilical
electrical cores. System features reduce capital
and installation costs by minimizing the number of
umbilical supply lines needed.
minimizing system costs. The newly developed
intelligent line-insulation monitoring unit ensures
continuous status monitoring of seabed umbilical
electrical cores. System features reduce capital
and installation costs by minimizing the number of
umbilical supply lines needed.
We operate to the highest standards of safety for
people and the environment, employing rigorous
test, audit and review procedures in everything
we do – minimizing risk at all stages and
maintaining greater than 99% system availability
year after year.
people and the environment, employing rigorous
test, audit and review procedures in everything
we do – minimizing risk at all stages and
maintaining greater than 99% system availability
year after year.
VetcoGray ModPod
This series of highly versatile, field-proven,
multiplexed, electro-hydraulic (mux E-H) subsea
control modules is ideal for both tree-mounted
and manifold-mounted applications. ModPod
is one of the most technologically advanced
components available, providing ultra-reliable
control and monitoring of subsea valves and
instrumentation. Its compact and configurable
multiplexed, electro-hydraulic (mux E-H) subsea
control modules is ideal for both tree-mounted
and manifold-mounted applications. ModPod
is one of the most technologically advanced
components available, providing ultra-reliable
control and monitoring of subsea valves and
instrumentation. Its compact and configurable
design satisfies even
the most challenging
and project-specific
requirements.
the most challenging
and project-specific
requirements.
VetcoGray SemStar5
™
This award-winning, fifth-generation subsea
electronics module draws on over 30 years of
subsea experience. Flexibility is optimized by
an internal Ethernet data bus supporting TCP/
IP with flexible subsea communications options.
Durability is qualified beyond the requirements of
ISO13628 Part 6 2006, and highly accelerated life
testing (HALT) program validates ruggedness and
reliability. Reliability features include single board
computer, minimized internal wiring, simplified
press fit connectors, built-in diagnostics for each
functional circuit board, and redundant internal
power and communication busses. SemStar5
offers backwards compatibility for legacy subsea
electronics modules and built-in obsolescence
management strategies for electronic
components. Its interfaces meet and exceed
industry standard SIIS (Levels 1, 2 and 3) and IWIS.
electronics module draws on over 30 years of
subsea experience. Flexibility is optimized by
an internal Ethernet data bus supporting TCP/
IP with flexible subsea communications options.
Durability is qualified beyond the requirements of
ISO13628 Part 6 2006, and highly accelerated life
testing (HALT) program validates ruggedness and
reliability. Reliability features include single board
computer, minimized internal wiring, simplified
press fit connectors, built-in diagnostics for each
functional circuit board, and redundant internal
power and communication busses. SemStar5
offers backwards compatibility for legacy subsea
electronics modules and built-in obsolescence
management strategies for electronic
components. Its interfaces meet and exceed
industry standard SIIS (Levels 1, 2 and 3) and IWIS.