J P Kenny Subsea References
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Prelude Floating LNG Terminal


Probably the most exciting project in the world of Oil & Gas. The platform will be the largest ship ever built

  1. Shah Deniz Gas Field
    • Azerbaijan
    • BP
    • Shah Deniz Stage 2
    • Subsea Engineering and Project Management Services (EPMS) Contractor for one of the largest gas development projects anywhere in the world.
    • Plans for the project include 26 subsea wells and 500 km of subsea pipelines.
  2. Judy Joanne And Jade Gas And Condensate Fields
    • North Sea (UK Sector)
    • Phillips
    • Jade Subsea: Detail design and review of vendor data for CRA cladding of 16 inch tie-in spool. Cladding was applied using an a number of techniques including conventional metallurgical bonding, explosive bonding and weld overlay.
    • The design temperature for this project was 160°C.
  3. Erskine Oil And Gas Field
    • North Sea (UK Sector)
    • Texaco
    • Review of the hydrate mitigation strategy for all anticipated operating scenarios.
  4. Penguin Oil Fields
    • North Sea (UK Sector)
    • EMC
    • Conceptual design and cost estimating.
  5. Elgin Franklin Gas Field
    • North Sea (UK Sector)
    • Total
    • ETPM
    • Elgin/Franklin Pipelines - Expansion and upheaval buckling analysis of HT/HP flowline (185°C/12500 psi) as part of conceptual design study.
  6. Elgin Franklin Gas Field
    • North Sea (UK Sector)
    • Total
    • Smit Land & Marine
    • Elgin/Franklin Bundles - Detail design of 5km, 2 off, 12 inch clad pipes in 16 inch sleeves with foam insulation all a within carrier with installation by mid depth tow.
    • This project includes extensive testing of the foam at elevated temperatures of up to 160°C.
    • The project also included testing of clad pipe at elevated temperatures and the use of limit state, strain based design methods.
  7. Mallard Oil Field
    • North Sea (UK Sector)
    • Allseas
    • Non linear, finite element analysis of pipe in pipe system operating at high temperature (135°C).
    • Detail design of the pipe in pipe system to resist upheaval buckling and establish back fill requirements.

Anadarko Algeria Corp- oration Algeria Oil Field Development Subsea HBN/HBNS Field Development, Algeria (1997). FEED for offsite facilities including production flowlines from wellheads to remote manifolds, production trunkline from remote manifolds to central processing facility, water and gas injection systems and water extraction system. A total length of 800 km of 8 to 10 –inch pipelines.

  1. Bonga Oil And Gas Field
    • Nigeria
    • Shell
    • Preparation of Field Development Plan, using FOCU$ optimisation tool. Conceptual design of the field architecture and determination of subsea equipment requirements, including the conceptual design of flowlines, risers, field manifolds, gas lift and remote tie-in systems and the development of tender documents, including workscopes and functional specifications for Xmas trees, manifolds, control system, remote tie-in systems, flowlines and risers for inclusion in the final EPIC contract enquiry documents.
    • Major technical issues included: water depth, flow assurance, thermal insulation of subsea components, steel catenary risers, remote tie-in systems and installation in restricted seabed areas.

bp Egypt Egypt Subsea As lead entity within the London Consultants Team, undertook a feasibility study to establish technically robust and economically attractive development scenarios for these two deepwater prospects in the Eastern Mediterranean.

Shell North Sea Mandarin Subsea Materials selection, detailed design and specification of all production 22% Chrome duplex tie-in spools and all associated manifold pipework.

  1. Everest Oil And Gas Field
    • North Sea (UK Sector)
    • BP Amoco
    • South Everest Field Development
    • Subsea
    • On site supervision of manufacture of 25% chrome superduplex steel tubes at Sandvik’s Chomutov pipemill in the Czech Republic.
    • Tubes were for inclusion into steel tubed umbilical for the South Everest field development. Particular attention was focused on the avoidance of any sigma phase in the final product.

Exxon Angola Angola Block 15 Subsea Conceptual engineering of field layout and cost optimisation.

Allseas Pelican Subsea Materials selection, detailed design and specification of 25% Chrome superduplex 8" production flowline and all associated tie-in spools and manifold pipework.

ARCO North Sea North West Bell Subsea Detailed design of a piled Wellhead Protection Structure (WHPS) to protect a single gas wellhead in 21m water depth - January 1999

  1. Fife, Fergus, Flora And Angus Oil Fields
    • United Kingdom
    • Amerada Hess
    • Fife P10
    • Project management for the design, delivery and installation of Choke Base Manifold.
  2. Kitina And Djambala Oil Fields
    • Congo
    • Agip
    • Kitina
    • JP Kenny workscope included two pipeline end manifolds (PLEM), PLEMs named Sounda and Djambala, tie-ins for three trees at each PLEM, two 6" pipelines with a piggable loop, several service and gas lift 2" lines, remote controlled gate valves with ROV overrides, umbilical tie-in to a subsea distribution unit (SDU).
  3. Cossack Wanaea Lambert And Hermes CWLH Fields
    • Western Australia
    • Woodside
    • Lambert Early Tie-back
    • As part of the Coflexip Stena/J P Kenny Joint Venture, responsible for all engineering, procurement, management and installation of the Lambert/Hermes Subsea facilities.
    • The initial scheme, or Early Tie-Back, was a fast-track single well (converted from a spare Wanaea/Cossack tree), flexible flowline, electrohydraulic controls, umbilical and a small subsea interface.
  4. Terang Sirasun Batur Gas Fields
    • Indonesia
    • Arco
    • Terang - Sirasun
    • Field layout derivation, conceptual design, cost estimates and schedules.
  5. Curlew Gas And Condensate Field
    • United Kingdom - North Sea
    • Shell
    • The work undertaken was the tie-in of a new production well into the field existing infrastructure. Design to provide for optimum arrangement depending on well testing results.
    • Scope of work consisted of design and supply of tee assembly c/w two hydraulic actuated valves and manual chemical injection valve (free issue valves), tee unit for crossover jumper upgrade, adjustable supports to enable tie-in to existing tree spools, hydraulic function interface plate, revise existing field drawings to 'As-Built'.
  6. Magnus Oil Field
    • North Sea (UK Sector)
    • BP
    • Magnus EOR Retrofit Riser /SSIV Subsea
    • JPK provided engineering from concept through to Installation.
    • A wide range of alternative riser concepts were evaluated during the feasibility study.
    • The study covered potential re-use of existing caissons, new build risers constructed piecemeal (topsides habitat welding) to a single complete externally mounted multiple riser caisson.

Shell Nelson Subsea Development Subsea Advanced light life cluster manifold

  1. Brae Complex Oil And Gas Fields
    • North Sea (UK Sector)
    • Marathon
    • East Brae Field
    • Subsea
    • Detailed finite element analysis of piggable equal wye.
  2. Audrey Gas Field
    • North Sea (UK Sector)
    • Phillips
    • Ann Gas Field Development
    • Subsea
    • Jack-up installed drilling template, manifold and protection structure
  3. Anglia Gas Field
    • North Sea (UK Sector)
    • Ranger
    • Anglia 'B' Development
    • Subsea
    • Conceptual study of field development options.
  4. Welland Gas Field
    • North Sea (UK Sector)
    • Arco
    • Welland Field
    • Subsea / Offshore Pipelines
    • The Welland Gas Field is situated about 20Km Southeast of the Thames Complex in the Southern sector of the North Sea.
    • J P Kenny provided the detailed design, engineering and procurement support for the export pipeline, flowline and umbilical system.
    • J P Kenny's responsibilities also extended to the tie-ins and expansion loops pipeline and cable crossings; and scour protection measures.
  5. Buchan Oil Field
    • United Kingdom - North Sea
    • BP
    • Buchan Alpha
    • The Buchan Alpha floating production facility is located in Block 21/1 of the UK Sector and currently produces from eight wells.
    • Main contractor services for the 9th Well Tie-In project covering detail engineering design, procurement fabrication supervision and construction support for the offshore installation activities.
  6. BP North Sea UKCS CNS FPSO Project Subsea Conceptual field layout development.
  7. Claymore Oil Field
    • North Sea (UK Sector)
    • Occidental
    • Scapa Field Development
    • Subsea
    • The Scapa Field, North Sea UK Sector is located in 117m water depth.
    • Occidental have developed this field by the installation of a subsea production template linked to the Claymore Field, 4.5Km distant, with new topsides facilities installed on the Claymore
  8. Elephant Oil Field
    • Libya
    • J&P
    • Elephant Field Development
    • Subsea
    • Elephant Field Development, Review of Front End Engineering & Design.

British Gas Trinidad and Tobago Ltd. Trinidad and Tobago (Gulf of Paria) ECMA FEED Subsea JP Kenny and Mustang Engineering Inc. have formed an integrated team for the development of British Gas Trinidad and Tobago ECMA Front End Engineering Design (FEED) Project. The objectives of the FEED Project are to engineer/design the sub-sea system, riser and J-tube requirements, topside facility modifications, and the development of a cost estimate.

Murphy Exploration & Production Company Seventeen Hands Subsea Conceptual study to select method to produce marginal field. Selected scenario use subsea completion flowing through existing subsea manifold.

Samedan US Northern Gulf Lost Ark Subsea JPK was retained as the engineering consultants for flow assurance analyses, and have focused on well fluid transportation issues, including chemical injection requirements to prevent hydrate formation during well start-up in 900 metre water depth.

  1. Brecknock, Calliance And Torosa Gas And Condensate Fields
    • Western Australia
    • Woodside Energy Ltd
    • Scott, Reef, Brecknock
    • Subsea
    • Development and screening of subsea architectures for each field, export pipeline routing, cost estimates, cost optimisation for deviated wells verses tie-back of vertical wells.
  2. Marlin Oil Field
    • USA - Gulf of Mexico
    • BP
    • Marlin
    • Subsea
    • Participated as member of Operator project team for subsea tiebacks in Marlin Field, Nile Field, and King Field.
    • Each included specification and procurement of subsea equipment, and King included contraflow heated Pipe-In-Pipe flowline system.

ExxonMobil Australia Marshall / Madison / Mica Subsea Participated as member of Operator project team implementing deepwater technology ranging from top-tensioned risers to PLETS/PLEMS and field installation services.

  1. Laminaria Corallina Oil Fields
    • Australia
    • Woodside Energy
    • Laminaria & Corallina
    • Subsea
    • Project management of subsea facilities development, field layout development, equipment selection, specification, procurement, flowline design, specification, Interface management, flow assurance, Installation supervision, commissioning.
  2. Cossack Wanaea Lambert And Hermes CWLH Fields
    • Western Australia
    • Woodside
    • Lambert Full Field Development
    • Subsea
    • As part of the Coflexip Stena/J P Kenny Joint Venture (CSK), JPK was responsible for all engineering, procurement, management and installation of the Lambert/Hermes Full Field Development Subsea facilities.
  3. Penguin Oil Fields
    • North Sea (UK Sector)
    • Shell
    • Penguin HIPPS
    • Subsea
    • The scope encompassed four subsea drill centers, piping manifold structures. DC2 - 104 tonnes, DC3 – 143 tonnes, DC4 - 97 tonnes, DC5 - 104 tonnes, four identical subsea controls structures, weight per structure - 43 tonnes, SSIV Structure and Valves, weight - 67.5 tonnes
  4. Shearwater Gas And Condensate Field
    • North Sea (UK Sector)
    • Shell
    • Scoter
    • Subsea / Offshore Pipelines
    • The scope included 12" Production pipeline 11.7km long from Scoter Manifold to Shearwater 'A' Wellhead platform, Control Umbilical from Shearwater to Scoter Manifold, 12" Tie-In Spools at Scoter and Shearwater,- 6" Tie-In Spools from Scoter Wells.
    • JPK was responsible for the detail design of the Scoter Riser at Shearwater and the Scoter Manifold direct with Shell UK Limited under a different contract
  5. L5 Fa Gas Field
    • Netherlands - North Sea
    • Nam
    • L5 Brace Replacement
    • Subsea
    • JPK acted on behalf of NAM in selecting a methodology to reinstate the platform jacket structure to the asbuilt requirements.
    • Workscope comprised structural engineering studies of three options including identifying scope of work, hazard and safety evaluation, total project management and preparation of tenders, liaise with certifying authority in meeting, necessary certification requirements, fatigue and fracture analysis of repaired areas, provision of welding engineering, diving representation, manage the offshore contractors, including client representation offshore.
  6. Fife, Fergus, Flora And Angus Oil Fields
    • North Sea - UK
    • Amerada Hess
    • Angus
    • Subsea
    • Provided engineering design support for evaluation of subsea jumper system performance under break-away load conditions utilising Finite Element Analysis (FEA), subsea initiation PLEM system design and FEAs of PLEM stress joints and semi-catenary riser hang-off assemblies.

Amerada Hess North Sea East Telford Subsea Materials selection, detailed design and specification of all 22% Chrome duplex 6 inch production and 2 inch gas lift manifold pipework and associated tie-in spools.

BP North Sea Forties Re- development Subsea Material selection study for range of flowlines intended for production, produced water injection, gas lift, CO2(liquid) injection, CO2(liquid) import service.Materials considered included 22% Cr and 25% Cr Duplex, weldable martensitic 13% Cr, and both mechanically and metallurgically bonded CRA clad/lined linepipe.

  1. Balmoral Oil Field
    • United Kingdom - North Sea
    • Stolt Offshore
    • Beauly - Scope included single gas lifted production well tieback to existing Balmoral subsea template, 6" carbon steel production flowline - 5.2kmlength, 2" gas Lift/Methanol pipeline, control Umbilical.
  2. Galley Oil Field
    • United Kingdom - North Sea
    • Coflexip Stena
    • Texaco
    • Materials selection, detailed design and specification of all 25% Chrome superduplex production and gas lift manifold pipework and all associated tie-in spools.
  3. Caister Murdoch Gas Fields
    • United Kingdom - North Sea
    • Conoco
    • Materials selection, detailed design and specification of all production 22% chrome duplex pipework associated with wellhead protection structures.
  4. Viking Gas Field
    • United Kingdom - North Sea
    • Conoco
    • Vixen Protection Structures
    • Detailed design of a piled Wellhead Protection Structure (WHPS) to provide protection to a single wellhead
    • October 1999.
  5. Deepwater Gas Development Feasibility Study
    • Egypt
    • BP
    • Establish subsea architecture, technical feasibility and cost estimates for deepwater subsea development plus 90km tie-back to onshore plant. Identify HSE concerns, technology gaps and risks.
  6. Atlantis Oil Field
    • Northern Gulf of Mexico (US)
    • BP
    • During Select and Define phase responsibilities included development of CTRs and concept selection, interface management for topsides, floating system and subsea tieback teams.
    • During FEED responsibilities included co-ordinating issue resolution activities, schedule compliance and interface co-ordination.
  7. Mad Dog Oil Field
    • Northern Gulf of Mexico (US)
    • BP
    • Concept selection for both wet and dry development scenarios, development of field architecture, evaluation of horizontal verses vertical trees and cost estimates for both options.
  8. Gunnison Oil And Gas Field
    • Northern Gulf of Mexico (US)
    • Kerr McGee Oil and Gas Corp.
    • Gunnison Subsea Development
    • Verification of conceptual design of the field architecture by performing flow assurance simulations and system engineering.
  9. Enfield Oil Field & Vincent Oil Field
    • Woodside Energy
    • Conceptual design and feasibility assessment of the subsea facilities for both Vincent and Enfield including subsea trees, risers (flexible and rigid), umbilicals and cost estimates.
  10. Deep Panuke Gas Field
    • Encana
    • Canada
    • Fracture Mechanics Analysis of Deep Panuke Jacket
    • JPK reviewed design briefs for the Deep Panuke Jacket and developed a methodology for fracture mechanics analysis.

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