retrievable process modules. - onesubsea

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APPLICATIONS High-integrity pressure protection system (HIPPS) Production, water injection, or gas lift chokes Chemical injection metering valves Fluid intervention Process flowmetering Pressure or temperature transmitter sensors Subsea sampling Tree conversion (producer to injector) ADVANTAGES Flexibility to customize configurations to project specific requirements Improved schedule through parallel manufacturing Incorporation of both production and annulus flow Production to injection duty conversions and vice versa HIPPS functionalities on a single well Improved reliability by enabling retrievability of high-risk components Provision of subsea sampling standard interface Compact size Facilitation of production tree standardization Capex infrastructure investment deferment The OneSubsea portfolio of MARS* multiple application reinjection systems includes retrievable process modules (RPMs) with a standardized interface, which enables the operator to evolve its subsea architecture geometry to support multiple functionalities over the life of field. With these RPMs, the operator can easily adopt new technology or address the challenges of changing reservoir conditions without affecting the subsea tree and while maintaining production until the module is ready to install. High-risk components are included within the RPM and are retrievable, further increasing the subsea structure’s maintainability. The reconfigurable MARS system RPMs are engineered for module configuration to project specific requirements. The standardized interface between tree, RPM, and the RPM running tool enables OneSubsea to design and manufacture them in parallel for improved schedule and interchangeability. Retrievable Process Modules MARS multiple application reinjection system configurations

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Page 1: Retrievable Process Modules. - OneSubsea

APPLICATIONS ■ High-integrity pressure protection

system (HIPPS) ■ Production, water injection, or gas

lift chokes ■ Chemical injection metering valves ■ Fluid intervention ■ Process flowmetering ■ Pressure or temperature

transmitter sensors ■ Subsea sampling ■ Tree conversion (producer to injector)

ADVANTAGES ■ Flexibility to customize configurations

to project specific requirements ■ Improved schedule through

parallel manufacturing ■ Incorporation of both production and

annulus flow ■ Production to injection duty conversions

and vice versa ■ HIPPS functionalities on a single well ■ Improved reliability by enabling

retrievability of high-risk components ■ Provision of subsea sampling

standard interface ■ Compact size ■ Facilitation of production

tree standardization ■ Capex infrastructure investment deferment

The OneSubsea portfolio of MARS* multiple application reinjection systems includes retrievable process modules (RPMs) with a standardized interface, which enables the operator to evolve its subsea architecture geometry to support multiple functionalities over the life of field. With these RPMs, the operator can easily adopt new technology or address the challenges of changing reservoir conditions without affecting the subsea tree and while maintaining production until the module is ready to install. High-risk components are included within the RPM and are retrievable, further increasing the subsea structure’s maintainability.

The reconfigurable MARS system RPMs are engineered for module configuration to project specific requirements. The standardized interface between tree, RPM, and the RPM running tool enables OneSubsea to design and manufacture them in parallel for improved schedule and interchangeability.

Retrievable Process ModulesMARS multiple application reinjection system configurations

Page 2: Retrievable Process Modules. - OneSubsea

onesubsea.slb.com/mars

*Mark of SchlumbergerOther company, product, and service names are the properties of their respective owners.Copyright © 2017 Schlumberger. All rights reserved. 17-OSS-287229

MARS System Retrievable Process Modules Track Record

Scope 8 units

Location Gulf of Mexico

Working pressure, psi [MPa] 10,000 [68.9]

Working temperature, degF [degC]

–20 to 250 [−29 to 121]

Water depth, ft [m] 3,940 [1,200]

Material class API Spec. 6A HH

Scope 32 units

Location West Africa

Working pressure, psi [MPa] 5,000 [34.5]

Working temperature, degF [degC]

0 to 216 [−18 to 102]

Water depth, ft [m] 2,790 [850]

Material class API 6A FF

Experience—Technical Specifications

Operating pressure, psi [MPa] 0–15,000 [0–103.4]

Operating temperature, degF [degC] –51 to 280 [−46 to 138]

Design water depth, ft [m] 0–9,840 [0–3,000]

Design code API 17D

Material class API 6A HH and FF

Design life, years 30

Scope 10 units

Location Egypt

Working pressure, psi [MPa] 10,000 [68.9]

Working temperature, degF [degC]

–20 to 280 [−29 to 138]

Water depth, ft [m] 4,920 [1,500]

Material class API 6A HH

Scope 18 units

Location Gulf of Mexico

Working pressure, psi [MPa] 15,000 [103.4]

Working temperature, degF [degC]

36 to 250 [2 to 121]

Water depth, ft [m] 6,890 [2,100]

Material class API 6A HH

Scope 6 units

Location China

Working pressure, psi [MPa] 10,000 [68.9]

Working temperature, degF [degC]

–51 to 250 [−46 to 121]

Water depth, ft [m] 1,150 [350]

Material class API 6A HH

Scope 3 units

Location Egypt

Working pressure, psi [MPa] 15,000 [103.4]

Working temperature, degF [degC]

–20 to 250 [−29 to 121]

Water depth, ft [m] 3,030 [923]

Material class API 6A HH

Scope 5 units

Location Egypt

Working pressure, psi [MPa] 5,000 [34.5]

Working temperature, degF [degC]

–20 to 250 [−29 to 121]

Water depth, ft [m] 3,940 [1,200]

Material class API 6A HH

Scope 3 units

Location Norway

Working pressure, psi [MPa] 10,000 [103.4]

Working temperature, degF [degC]

–20 to 250 [−29 to 121]

Water depth, ft [m] 9,840 [3,000]

Material class API 6A HH

Retrievable Process Modules