company overview - home - · pdf file↗company overview ... slug catcher sizing and slug...

↗experts in challenging environments

↗

↗ Company Overview


↗

About PeritusScope of ServicesExpertiseProjectsWhy PeritusPeople

↗


↗

Peritus is a global Engineering Services provider and Consultant

Peritus provides field development, subsea and floating systems engineering and project management services.

We are specialists in developments in remote, hostile, challenging or deepwater environments.

Our key enablers include:

• Highly experienced people – recognised and respected in the industry

• Innovative technology

• Global knowledge networks

Company Description

3


↗

The Peritus vision is to be the preferred global supplier of highly skilled field development, subsea and marine engineering services with a recognized leadership position in developing challenging projects.

↗ Strategic Path StatementGrowing Profitable RelationshipsThe Peritus Strategic Path Statement directs our focus onto the growth of the company through establishing long term relationships for the benefit of all stakeholders –clients, partners, staff and shareholders

4

Vision


↗

5

To be successful, Peritus will:

• Provide high end system engineering with a particular focus on challenging environments for:

• Field Development

• Subsea Systems

• Subsea Pipelines

• Risers

• Floating Systems

• Flow Assurance• Work in all phases of project development from concept

evaluation through Front End Engineering Design (FEED), detailed design, PMC, EPCM, construction, commissioning and operations with a strong competence in Concept Evaluation and FEED.

• Achieve excellence and growth through innovation and the application of technology.

• Provide employees with challenging work, professional growth, a safe and enjoyable work environment, and rewarding compensation and benefits.

Mission


↗

• Profitable: we will create stakeholder value and provide sustainable growth for the company.

- add stakeholder value.

• Customer satisfaction: we will pay unrelenting attention in meeting our customers’ expectations.

- go the extra mile.

• Fairness: we will treat all people with honesty, respect and without prejudice.

- we are all important.

• Personal growth: we will offer every employee the opportunity to reach their maximum potential, to the extent that they desire.

- be all you can be.

• Continuous improvement: we will always work to better our performance.

- good enough never is.

• Courage: we will stand our ground when we are right and walk away when our beliefs or ethical standards are threatened

- always do what’s right.

6

Values


↗

7

The Peritus business model works on a globalnetwork of regional engineering centre's whichenable specialised skills, knowledge and expertiseto be shared across global operations.

Global Leaders are responsible for leading Peritusin their specialised fields and ensuring that thesame superior level of technology knowledge isavailable to all of Peritus staff and clientswherever they may be in the world.

This model reduces the duplication of resourcesto deliver lower cost, technically superior subseasolutions for clients.

Organisation Chart


↗

8

Peritus Group - Global Management Team

Matthew RobsonChief Financial Officer

Americas

Jie FangActing General Manager

Jie FangEngineeringOperations

Business Acquisitions

David KennareGroup Managing Director

Asia Pacific

David KennareManaging Director


Stephen RiversEngineering - APPE

Suhaimi IsmailActing General

Manager – APKL

Stuart McKayOperations – APPE

Ian NashEngineering

Bill NeilsonOperations


Europe, Africa & Middle East

Ian NashManaging Director


↗ Global Organisation Chart

9

David KennareGroup Managing Director

Justin NaylerHSE

Justin NaylerHuman Resources

Justin NaylerManagement System

David KennareField Development

Ian NashSubsea Pipelines

Jie FangMarine Risers

Andrew MillarSubsea Systems

Stuart McKayFloating Systems

Alan LeesFlow Assurance

Service Line Global Leaders

Matthew RobsonChief Financial Officer

Finance & Accounting

Risk Management

Legal & Insurance

Jie FangActing General Manager

Americas

Document & Information

Management

Operations

Project Management &

Control

Marketing & Business

Development

Proposals & Tendering


Admin & Facilities / ICT

Engineering Staff

Engineering & Consulting

Discipline Managers

David KennareManaging Director

Asia Pacific

Operations


Development




Acting General Manager -Malaysia


OperationsEngineering

Staff


Discipline Managers


Management


Control

Ian NashManaging Director

Europe, Africa & Middle East

Operations

Engineering Staff


Discipline Managers


Development





Management


Control

HSE

HR

Management System

HSE

HR

Management System

HSE

HR

Management System


↗ Technology Leadership

10

IanNash

SubseaPipelines

JieFang

Marine Risers

StuartMcKay

FloatingSystems

AlanLees

FlowAssurance

David Kennare

Field Development

AndrewMillar

SubseaSystems

GLOBAL LEADERS

Responsibilities for Global Leaders• Develop and drive a Vision and Strategy for the delivery of their Service Line (SL) across the

Peritus Group.

• Steward opportunities that underpin the expansion of their Service Line globally.

• Foster industry leadership position through;

• the recruitment, training and development of personnel

• the selection of software and the development of tools that place Peritus at the forefront

of their field

• the delivery of technical papers, journals, conferences and seminars.


↗


↗


↗ Scope of Services

12


↗

Technology is key to making many deepwater and difficult environment projects possible or economic.

Peritus provides an in depth knowledge of the latest technology and a structured process to manage its assessment and implementation.

Technology Management Model

13


↗

Peritus’ ability to create value in a project is maximum in the Front End phases (Appraise and Select) but its ability to mitigate against value erosion is at execution and operation phases (Develop, Execute, Operate).

Ability to add value

14


↗


↗


↗ Expertise

16

MarineRisers

SubseaSystems

Field Development

Floating Systems

SubseaPipelines

FlowAssurance


↗

• Field Development consists of identifying and defining all components required to develop and operate an offshore oil & gas field. It is a multi-disciplinary task, requiring both technical and commercial skills, including subsurface, drilling, facilities, project, operations and commercial competences.

• Successful Field Development requires multi-disciplinary, creative, conceptual, and system design skills in combination with selective use of analytical tasks and technical competences.

• Field Development activities may occur at the earliest stage with the identification of exploration blocks. In this instance development scenarios and costs are required to support the license bid or farm-in opportunity.

• More typically Field Development commences immediately following exploration success where OPCOs commence the Assess phase of project development and can continue through to FID, depending on the client and size of the project.

Field Development

17


↗

Systems approach to the design of field developments

Subsea system engineering capabilities include:

• Field Architecture development and cost estimating

• Field operability through flow assurance evaluations

• Evaluation / selection of subsea hardware and control system to suit life cycle requirements

• Development of tendering strategies and managing the bidding process for the selection of suitable hardware, fabrication and construction / installation contractors

• Management and supervision of fabrication and construction phases including factory acceptance tests (FAT), system integration tests (SIT), offshore installation, testing and commissioning.

Subsea Systems

18


↗

• Conventional and limit state design practices

• Advanced pipeline engineering, including buckling, spanning, seismic, strain-based assessment.

• Route survey and geo-hazard assessment covering route selection in extreme terrains, together with intervention strategy planning and implementation.

• Landfall design including trenching, tunneling, directional drilling and shore pull engineering.

• Concept studies, FEED, detailed design, procurement and tendering support, fabrication and construction management and supervision.

• Pigging, testing, pre-commissioning and commissioning.

• Operation and inspection, maintenance and repair (IMR) strategy development and implementation.

Subsea Pipelines

19


↗

20

• Floating Systems include FPSO’s, FSO’s, TLP’s, Spars, Semisubmersibles, Control Buoys and Marine Terminals.

• Determining which floating structure is the best solution for any particular development is crucial. Key factors in the selection include the number, location and type of wells, flow assurance issues, hydrocarbon product (oil, gas, multiphase, water cut, etc), water depth, environmental conditions, development schedule, availability of yards etc.

• Peritus strive to bring smart, high value and economic solutions whatever the development.

Floating Systems


↗

Focus on dynamic risers in deep to ultra-deep water depths with challenging seabed and current conditions.

Provide all phases of engineering services for the following dynamic riser types:

• Steel Catenary Risers (SCR), ranging from small diameter flowlines to large diameter export pipeline risers.

• Freestanding riser towers/bundles

• Hybrid risers

• Flex joint, stress joint and keel joint concept evaluation

• Flexible risers

• Novel riser concept development and material selection

Marine Risers

21


↗

• System design including networking and thermal-hydraulic simulation to assessment layout creditability.

• Thermal / hydraulic analysis of individual pipeline systems and networks, both steady state (Pipesim multiphase) and transient (OLGA).

• Product chemistry related issues such as scaling, waxing and asphaltene.

• Hydrate prediction, inhibition, and remediation.

• Product flow related issues such as slugging prediction, slug catcher sizing and slug catcher design.

• System operability design including simulations for steady state flow, planned start-up shut down, emergency shutdown and other unplanned scenarios.

• Preparation of operating and maintenance manual.

Flow Assurance

22


↗


↗


↗

Peritus Scope

• Validation of mechanical design

• Pipeline route and field layout optimisation

• Pipeline bottom roughness, fatigue, free span and end expansion assessments

• Design of rigid tie-in/jumper spool pieces

• Design of PLETs and ILTs, including equipment, foundation, piping and structure design

• Design of multi pipeline escarpment crossing

• Develop pre/commissioning specifications

• General optimisation to facilitate installation

Description

The Mamba field offshore Mozambique will bedeveloped by a series of drill centres at depths downto 1700 m. The gas is gathered via a series of infieldand export manifolds for pipeline transportation toan onshore LNG facility. The pipelines requirecrossing seabed canyons, shelf-break escarpmentsand nearshore environmentally sensitive areas.

Mamba Straddling – FEED & Optimisation

24


↗

Peritus Scope:

Following development of a reference case, Peritus has executed the Phase 2 screening activities for the Subsea, Umbilical, Risers (interfacing with the design engineer) and Flowlines. Scope includes identification of a decision process, framing and executing the SU(R)F work associated with key decisions and documenting the concept screening and concept select activities. This includes development of philosophies and strategies, schematics and arrangement for subsea alternatives, CAPEX, present value and schedule development and HES and non economic screening to support the selected alternatives.

Description:

The Jansz-Io development, offshore Western Australia in 1,300 m and operated by Chevron Australia Pty Ltd (Chevron) has a requirement for late life compression facilities.

25

Jansz-lo Compression Phase 2 Engineering

12 concepts screened to facilitate

platform location (additional sub

cases)

Value Identification

SURF Architecture

KDS (SURF KDS

Summary Report)

‘Soft’

Decision

Gate

Non

Economic

ScreeningCoarse Economic Screening

‘Soft’

Decision

Gate

11 concepts to be shortlisted for

technical definition Reference Case Six Concepts to test location

including an integrated SWOT Four concepts to test

architecture including an integrated SWOT

‘Soft’

Decision

Gate

3 Quadrants – NW, NE

and ENE

With and without

comingling structures

Either one face or two

faces on the platform

47 Development Concepts

(additional sub cases)

Additional 6 Concepts introduced to

test Key Focus Decision

12 viable concepts (6 carried forward to CES)

Select

SURF Alternatives and Trade-Offs


↗

Peritus will provide detailed design and engineering services in support of their EPIC project including;• Mechanical Design

• Pipe soil interaction, including evaluation of existing geotechnical data

• Pipeline routing, including preparation of field layout, pipeline route drawings, alignment sheets and facilities approach drawings

• Bottom roughness assessment

• Pipeline fatigue assessment

• Free span assessment, including individual free spans as necessary and assessment of as-built condition

• Lateral buckling and walking assessment, including assessment of as-built condition and the design of buckle mitigation measures

• End expansion analyses

• Design of 5 No. PLEMs, including equipment, foundation, piping and structure design

• Design of 9 No. rigid tie-in/jumper spool pieces

• Procurement support of long lead items including connectors, valves, bends, wyes and tees

Rota 3 Development - Brazil

26

Description

Detailed Design of 300km of deepwater pipeline (max. dia.24”) system to 2400m water depth including subseastructures and jumpers


↗

• Existing Infrastructure – ‘grey’ lines

• Future Infrastructure – ‘yellow’ lines

• Current studies considered field layout using

future compression platform as hub

Objective

To identify a robust lower cost alternative for Chandon and Geryon deep water field developments, compared with existing Gorgon/Jansz subsea architecture using;

• Proven technology

• Proven installation philosophy

• Robust productivity and cost basis

Peritus Scope of Work:

• Concepts – Field Layouts & Subsea Architecture

• Flowline Mechanical Design

• Subsea Control System

• Subsea Structures

• Large Bore ILT experience & application

• Deepwater Piggy Back Line experience & application

• Integrated Umbilical experience and application

• Subsea Connector experience & application

• Installation Strategy and Contractor Engagement

• Schedule & Cost Estimates

27

Chevron - Chandon & Geryon


↗

28

Peritus Scope

Subsea consultants providing technical expertise and guidance to Addax for the Concept development and Pre-FEED engineering phase. Responsibilities included the following:

• Subsea system and field layouts,

• Control system (including umbilical’s) and tree system (including WOCS)

• Manifold system

• Infield flowlines, export pipelines and riser system

• Project execution strategy

Description

Addax hold the licence to development block OML137which consists of a number of significant oil, condensateand gas discoveries. Two separate projects have beenproposed the first being to develop the oil andcondensate reservoirs which will consist of a series ofsubsea production cluster tied back to a centrallypositioned FPSO. While the second project will be standalone develop of the gas reservoirs, and will consists of acentral 80km pipeline spine to which the gas fields aretied back to a new gas receiving facility at Brass, withcontrol of the subsea assets coming from the beach. Intotal the subsea production system will consist of up to33 production wells distributed between 9 drillingcentres.

OML 137 Concept Studies


↗

29

Description

Murphy operates the Medusa Spar platform, located in the Mississippi Canyon region of the Gulf of Mexico in 2200 feet water. GE Wellstream has been contracted to supply two 6-inch flexible risers, which will be installed on the Medusa Spar. GE Wellstreamcontracted Peritus International to carry out global dynamic analysis for the two additional risers.

Peritus Scope:

• Develop Design Premise

• Dynamic strength analysis

• Fatigue analysis including wave loading and VIM

• Riser interference analysis to assess the potential of riser clashing with adjacent risers, umbilical and TTRs.

Murphy Medusa Flexible RiserDynamic Analysis


↗

Peritus Scope

Peritus first began assisting Hess with expert review of several concept select studies. This review led to Peritus conducting a design review of the riser design and undertaking an SCR feasibility study.

As the assessment of this particular concept progressed to FEED in late 2011, Peritus then supplied Hess with key personnel for the Owner’s Engineering team. This support included complete owners team for the Hull, Moorings and Risers in Houston, and Engineering Manager, Rotating equipment specialist and Instrument/Controls specialist for Topsides, and a Subsea specialist in Perth.

The owner’s team members had complete responsibility for their areas, including scope definition, document reviews and approvals and engineering contractor management.

Description

The Equus deepwater project is located approximately 200km offshore Western Australia in 1100m of water. The development concept consisted of subsea wells located on 6 separate fields feeding a semi-submersible floating production platform via lazy wave SCR risers, and an export pipeline.

HESS Equus Development

30


↗

Peritus Scope:

Support Mitsui E&P Greater Enfield team in the ongoing Concept Select and Concept Definition of the development. Provide multi-disciplinary technical expertise on a "as required" basis for the attendence as Mitsui E&P representatives at project meetings, workshops and project documentation reviews.

Description:

Woodside Energy Ltd (WEL), as operator of the GreaterEnfield oil fields (incl. Vincent, Laverda and Cimatti), isprogressing a combined development with the concept oftying Laverda (800m) & Cimatti back to the currentlyoperating Vincent field’s FPSO. The Vincent FPSO (Ngujima-Yin) has been in operation since 2009 producing oil and fuelgas, while re-injecting excess gas and produced water backinto the Vincent reservoirs.

WEL completed Concept Screening and were proceeding toConcept Definition in 2015. To proceed into ConceptDefinition WEL require the agreement of the developmentJVs that the proposed development scheme is robust,technically feasible, economically viable and delivers the bestvalue from the range of potential development options.

Mitsui E&P Australia Pty Ltd (MEPAu), as the 40% JV partnerfor the Greater Enfield oil fields, has requested Peritussupport in providing independent technical expertise in the

evaluation of the WEL proposed development scheme.

31

Greater Enfield - Technical Support


↗

32

Peritus Scope

• Overall Project Management Feasibility Studies• Liaison & interface with 3rd Parties• Lead design engineer for routing & mechanical

design

Description

The development consists of a subsea pipeline across the Arabian Sea between the Middle East & India to transport 31.1 MMSCMD of processed sales quality natural gas. The pipeline system will consist of a compression station in a country of opportunity in the Middle East, an offshore pipeline which may include a midline booster station & a gas receiving station in India.. The Midline booster station would be erected on a sea mount at the southern end of the Murray Ridge in approx. 400m water depth. The pipeline system includes:

• 1,100 km, 27” Pipeline (400 barg)

• 2 off Landfalls & 1 off Seamount Compression Facility

• Maximum water depth 3500 m

Middle East to India Deep Water Pipeline


↗

33

Description

JOGMEC are planning for an extended well test of Methane Hydrate production from a formation 300m to 500m beneath the seabed (1,000m water depth) in the Eastern Nankai Trough in Japan in 2015. The large potential reserves (up to 40 Tcf) have been extensively studied, but never subject to continuous production testing in an offshore deepwater environment.

Peritus Scope

Peritus led a study to demonstrate the feasibility, with cost & schedule estimates of utilizing a converted Offshore Support Vessel (OSV), modified to host a well test spread, designed for the relatively low flows of water & gas expected from the well test.

The focus of the initial study was to identify a suitable type of OSV & identify the conversions needed to allow a single vessel to act as the offshore installation vessel (subsea infrastructure & riser) as well as host a well test spread & keep station by dynamic positioning for an extended period .

Peritus were involved later in more detailed engineering of other offshore tests of a similar type.

JOGMEC Hydrate MethaneProduction System


↗

Peritus Scope

Responsible for technology development as part of Norske Shell PM Team:

Work Package Component

Well Access System Lower riser package rams

Emergency disconnect connector (multi-bore)

Riser speciality joints soft seal

Surface flow tree soft seals

Well Control System Electrical feed through system

Choke

Well head system rigid lock mechanism

Controls Data Management High Flow Chemical Injection Metering Valve

Erosion Probe

Pressure Sensors

Cooler Cooler Design Verification

Manifold Pipeline Systems HIPPS Valve

Large Bore Gate Valve

Ball Valves

Small Bore Valves

Connection System (including intervention tooling)

Materials HIP’ing evaluation

25%Cr thick walled WPQ and ECA

F22 CMn Buttering WPQ

NDE Verification

Process Safety Component Level SIL compatibility verification

Description

Linnorm is located in the Norwegian Sea, approximately 40 km northwest of Draugen. The recommended development for Linnorm field is a subsea development with the installation of two subsea templates, each with two wells, and connection to Draugen platform for processing and export. Lifetime of the field is assumed to be 15 years.

Linnorm Development HPHT

34

Peritus Scope

Responsible for technology development as part of Norske Shell PM Team:


↗

35

Description

Woodside is the operator of the Browse gas field, which is located approximately 440 km North-Northwest of Broome on the northwest shelf of Australia. In the Phase 1 development, Woodside plans to install Dry Tree Units at Calliance and Brecknock, in water depths of about 600m. Woodside selected MODEC International as one of two companies to perform the Front End Engineering Design (FEED) for two Dry Tree Units. MODEC will utilize its proprietary Tension Leg Platform (TLP) design for the Browse DTUs. Steel Catenary Risers (SCR) will be used to export wet gas and condensate from the TLPs to a shallow water platform for further processing, and to transport MEG lines from the shallow water platform to the TLPs. The SCRs range from 6-inch to 24-inch in diameter. Some of the risers are CRA-cladded, to manage highly corrosive internal fluids. These risers are extremely challenging to design due to a combination of design conditions including large diameter, shallow water, high temperature, corrosive fluids and severe tropical cyclones and persistent swell loading regarding riser fatigue.

Peritus Scope:

Peritus has been working with MODEC to provide design and engineering support for the SCRs. Peritus’ scope covers all aspects of the SCR design and engineering, including mechanical design, strength, fatigue, interference assessment, installation analysis, Engineering Criticality Assessment (ECA), design of riser top termination joints and SCR monitoring system. Peritus has been working on the following phases of Browse:

• Coaching Phase of Delivery Competition

• FEED Phase of Delivery Competition

• Phase III

• EPCi Bid Preparation

• Phase IV

Woodside Browse LNG Development


↗

Peritus Scope

Quantitative Risk Assessment (QRA):

• QRA was performed for the nearshore sections (0-200m water depth) of the Giza-Fayoum and Raven gas trunk-lines, MED pipelines and umbilicals

• QRA focused on hazards of dragged anchors, sunken ships, and fishing hazards.

• Objective was defined to estimate the likelihood of failure (LOF) for general hazards. Additional objectives were defined to evaluate alternative of buried MED pipelines between the parallel gas trunklines or piggyback on the trunklines.

• Extensive uncertainties existed with respect to trawl gear characteristics and locations favored by ships traffic and anchoring frequency of vessels.

• Innovative technique of Probability Bounds Analysis (PBA) was utilized computing upper and lower bounds on risk.

Description

The West Nile Delta (WND) Gas Development will develop a series of gas condensate fields, located within the North Alexandria concession, offshore the Arab Republic of Egypt.

BP West Nile Delta Pipelines, Shipping and Trawling Hazards QRA

36


↗

Peritus Scope

FEED design and preparation of Cost estimates / ITT package of the Subsea System comprising subsea control system, umbilical's, manifold, inline tee, production and infield flowlines.

Description

A 4 well Subsea Development located offshore Indonesia in water depths between 100m and 250m. Gas is processed at the existing FPU and exported to shore via the East Java Gas Pipeline.

Terang, Sirasun BaturDevelopment Phase 2

37


↗

38

Description

The Lady Nora oil discovery, operated by Woodside Energy Ltd (WEL) is one of a number of hydrocarbon pools in the Greater Western Flank (GWF) area to the south west of the Goodwyn A Platform (GWA). The Lady Nora oil field contains an estimated 20 to30 MMbbls recoverable reserves of 28 API oil in a water depth of approximately 80 metres and is located approximately 40 km from GWA.

Peritus Scope

The reference case for the development of the oil field is to produce the reserves via 2 subsea production wells to a leased disconnectable FPSO / Production Unit. The produced gas is to be either exported to the GWA platform via the existing Echo / Yodel pipeline or reinjected for later recovery as part of the broader GWF gas development. If exported, a new 12” gas export pipeline will be installed from the Lady Nora production facility to the Echo / Yodel pipeline, a length of approximately 14 km.

The short field life of the Lady Nora development of ~4 years drives a low cost development which in turn steers the project toward a leased production facility. The design rates are maximum oil of 50 kbpd of oil production, 30 kbpd of water and 150 MMscfd dry gas export.

Peritus partnered with Pöyry Energy for the performance of the Concept Definition Studies with Peritus hosting the integrated project team and providing project management, subsea, pipeline, riser and marine / naval architecture services. Pöyryprovides project controls, process, flow assurance and facilities discipline input as required. Peritus also provides a key role in advising WEL in the strategy for engaging the FPSO / Production Unit market.

Lady Nora Oil Development Concept Definition Studies


↗

39

Peritus Scope:

The Peritus scope included the detailed design of 5 tie-in spools and a Tee protection structure including all associated transportation and installation engineering.

The spool scope included 3 rigid ‘deep M’ well head jumper spools with vertical diverless connectors and 2 horizontal Tee tie-in spools with flanged connections, all Duplex stainless steel with external TSA coating. The jumper spools have a design temperature of 100°C. All spools are designed to ASME B31.8 and DNV RP F112 with fatigue design to DNV RP C203.

At the OGPP Tee tie-in location Peritus designed a 20 tonne snag resistant Tee protection structure that was located and supported by 2 separate portal frames that straddled the OGPP and fixed to the seabed via grouted rock bolts. The OGPP Tee was analysed by FE method to ensure that the tie-in loads were not overstressing the Tee.

Description

The Geographe Field, located offshore Port Campbell, Victoria is proposed to be developed by tying the field into the Otway Gas Production Pipeline(OGPP) for production to the Otway Gas Plant (OGP) and controlling the field from the OGP via the existing Thylacine Platform.

Origin Otway Phase 3 Detail & Installation Engineering


↗

Peritus Scope

Conceptual design, Flow Assurance, subsea facilities design – hardware / control system, preparation of construction Schedules and cost estimates

Description

Pre-FEED of the 30” x 450 km CO2 transportation pipeline from Teesside to the Andrew area in the northern North Sea including shore approach, midline spur, Subsea Structures, Injection Well Manifold as well as support of the Environmental Impact Assessment (EIA) and permitting to the point that a Pipeline Works Authorisation could be submitted

Teesside Low Carbon Project

40


↗

Peritus Scope:

Peritus has been supporting Apache with the BalnavesDevelopment from FEED right through into the Execution Phase. The FEED support included assisting Apache in the thepreparation of contract documents including scope of work, specifications for both project & operations phases, compensation & incentive schemes, & key contractual requirements & terms for an FPSO lease. Assistance in the management of the tender process including managing of tender phase negotiations, tender analysis, formal recommendations & support of Apache internal approval processes.

Peritus also undertook the FEED for the SURF components of the Balnaves development. This included the selection of subsea architecture, subsea system & subsea controls & hardware; & the development of Subsea equipment & riser flowline tender packages required to develop the Balnaves Field.

With the Project now in the Execution Phase, with first oil due in Q1 2014. Peritus are currently contracted to support the in-house Apache Project Management team with the inclusion of Perituspersonnel in Key positions within the Apache Project Management Team; i.e. FPSO Delivery Manager, Turret Mooring / Riser Specialist Project Engineer, & Senior Specialist Rotating Engineer. Acting as owner’s representatives & project engineers supervising the FPSO contractor during the FPSO design, construction, conversion, installation & commissioning phases of the Balnaves Development Project.

Description

The Balnaves field is located in approximately 135m water depth in the Northern Carnarvon Basin, offshore North Western Australia & located approximately 75 km northwest of the Apache operated Varanus Island plant. The Balnavesfield consists of a small light oil accumulation with a large gas cap & an aquifer. Reserves will be extracted using 2 subsea production wells with flowlines tied back to an FPSO (see picture). The FPSO will be equipped with a disconnectableturret moored system & its own propulsion system to allow evasion of tropical cyclones. Water injection is required for pressure maintenance. Excess gas will be re-injected into a separate gas field for sustainable disposal & future re-use of the gas.

Apache Balnaves FPSO Project

41


↗

42

Peritus Scope:Provision of the FPSO Delivery Manager from 2013 to date. Commencing with Concept Validation through FEED and currently in a lengthy tender process for the FPSO. The FPSO Delivery Manager is responsible for leading Technical and Contractual evaluation of the tenders from 5 bidding contractors

Description:• Santos Indonesia Ande Ande Lumut Development• Spread-moored Suezmax Class FPSO with bridge

link to adjacent wellhead platform in 73m water depth

• Heavy oil (API 10-15) and high water cut (up to 350,000 bpd of produced water) requires multiple stages of separation

• FPSO supplies 12MW electrical power to ESPs• Target 1st oil in 2020• The FPSO lease contract will cover conversion,

installation and operations/maintenance

Engineering Services for Facilities Development (FPSO)


↗

↗experts in challenging environments 43

Our Clients


↗


↗


↗

45

Specialists – The Peritus team consists of industry leaders in respective disciplines who specialise in the development of projects in deepwater and challenging environments.

• We have specifically recruited staff that have a wide and varied background and specialists who are recognized leaders in their disciplines

• We have a very focused business model aimed at being the best in the services we offer

• We are focused on Quality of delivery to provide maximum value to our clients and enhance our reputation

• We utilise state of the art analysis tools and design procedures

Why Peritus


↗

46

Global Networks – The Peritus business model works on a global network of regional engineering centres which enable specialised skills, knowledge and expertise to be shared across global operations. This model reduces the duplication of resources to deliver lower cost, technically superior subsea solutions for clients.

• We work as a Global company, sharing resources and skills to ensure the most qualified and experienced people are involved with particular skill sets required for a development

• We have access to Global Resource pool supported by a unified standard Management System and collaboration tools

• We are regionally based to provide services local to the project or client when required

Why Peritus


↗

47

Global Technology Leadership – Peritus use a superior understanding of technology and an extensive knowledge base to overcome the challenges associated with oil and gas developments in remote, hostile or deepwater environments.

• We strive to keep abreast of latest technology via involvement in projects to bring new technology to market and global industry forums

• We adopt a systems engineering approach to developments

• We apply Lessons Learned procedures to ensure greatest added value for Clients

• We will be actively involved in JIP’s associated with Subsea and Floating Technology

• We will ensure application of the reliability principle

Why Peritus


↗

48

Independence – Peritus operate as a completely independent organisation which enables the flexibility to respond to ever evolving needs of offshore contractors and operators.

• We are a flexible and nimble company, providing a small company approach and feel, enabling us to be more responsive to client needs

• We have proven unified company systems available to handle both small and large project scopes and roles

• We are able to team in collaborative relationships with engineering houses, installation contractors and operators who don’t have the Peritus skill sets in –house

• We offer independent / non aligned opinions and solutions

Why Peritus


↗

About PeritusScope of ServicesExpertiseProjectsWhy PeritusPeople↗


↗

50

Key competitive advantage is the strength of our Key Personnel, consisting of respected industry experts with decades of subsea experience. Key Personnel include:

Asia Pacific

David KennareManaging DirectorGlobal Leader – Field Development

Stephen RiversDirector of Engineering - APPE

Alan LeesGlobal Leader – Flow Assurance

Andrew MillarGlobal Leader - Subsea Systems

Stuart McKayOperations ManagerGlobal Leader – Floating Systems

Suhaimi IsmailGeneral Manager – Kuala Lumpur, Malaysia

Europe, Africa and Middle East

Ian Nash

Managing Director

Director of Engineering

Global Leader – Subsea Pipelines

Bill Neilson

Director of Operations & Business Acquisition

Americas

Dr Jie Fang

Acting General Manager

Senior Vice President of Engineering

Global Leader – Marine Risers

Key Personnel


↗

51

Qualifications

• Bachelor of Engineering, Chemical (Hons) – University of Adelaide, Australia

Affiliations

• Member of the Society of Petroleum Engineers (SPE)

• Fellow of the Institute of Chemical Engineers (FIChemE)

• Chartered Engineer (CEng)

Experience

• 22 years postgraduate experience in the Oil and Gas Industry

Management experience includes:

• Management of an onshore natural gas field and production facility in Australia

• Management and leadership of engineering consulting services businesses in Australia and Asia

• Project experience includes facilities engineering from concept select phase through FEED, detailed design, construction, commissioning, start up to operations.

• Experience covers UK, Australia, Malaysia, Indonesia, Vietnam and Brunei

David KennareGroup Managing DirectorGlobal Leader – Field Development


↗

52

Qualifications

• BSc (1st Hons) in Civil Engineering from Loughborough University, Leicestershire, UK

• MSc in Marine Technology from Strathclyde University, Glasgow, UK

• BSc (Hons) in Mechanical Engineering, University of Surrey, UK

Affiliations

• Fellow of the Institute of Marine Engineers (FIMarEST)

• Chartered Engineer (C Eng)

• Chartered Marine Engineer (C Mar Eng)

• European Engineer (Eur Ing)

Experience

• 27 years engineering experience (23 in subsea)

• 23 years subsea experience specialising in subsea engineering and offshore pipeline design and installation.

• Worked throughout Europe, Africa, Australasia, North America and the Middle East.

• Held senior technical and management positions for major INTEC Engineering, R J Brown and Associates, ABB Global Engineering, Saipem and SASP Offshore Engineering.

Ian Nash Managing Director, Europe, Africa and Middle EastGlobal Leader – Subsea Pipelines


↗

Qualifications

• BSc Naval Architecture – Shanghai University, China

• PhD Naval Architecture - University College, London

Experience

• 22 years postgraduate experience in the Oil and Gas Industry

• Specialising in hydrodynamics and structural dynamics of slender bodies, including deepwater risers, umbilical's, cables, mooring lines and pipelines

• Held Senior positions including Head of Analysis at EMC and latterly Manager of Riser Engineering for INTECSEA

• Experience covers conceptual, FEED and Detailed Design

• Recognised industry expert on Steel Catenary Risers (SCR’s)

• Experience includes all types of risers – SCR’s Flexible, Hybrid Risers, PIP Hybrid Risers

• Lead Riser Engineer for the Detailed Design of the prestigious Mardi Gras SCR’ (worlds largest diameter at 28” in 2200m water Depth)

• Other leading projects include ExxonMobil Kizomba, BP Tubular Bells and Chevron Blind Faith

• Author / Co-author of 26 papers

53

Jie FangActing General Manager – AmericasSenior Vice President – Engineering, Americas Global Leader – Marine Risers


↗

54

Qualifications

• B.Sc Hons Physical & Organic Chemistry, University of Western Australia

• Post Graduate Diploma Chemical Engineering, University College, London

Affiliations

• Fellow - Institution of Chemical Engineers in Australia (CEng FIChemE)

• Chartered Engineer

• Fellow of Institution of Engineers Australia

Experience

• Thirty years broad experience in the oil and gas industry covering all areas of plant operations with significant interfaces with exploration, reservoir management, operations joint venture management and commercial arenas.

• Twenty years’ experience in engineering design in petrochemical, chemical and oil and gas industries.

• Provides specialist consultancy services for offshore pipeline design and installation.

• Responsible for engineering, marketing and business development across the Asia-Pacific region.

Alan LeesGlobal Leader – Flow Assurance


↗

Qualifications

• Investment Management, Petroleum Geology and Well Engineering - Part of Graduate Diploma in Oil and Gas Engineering – University of WA

• Diploma in Management Studies, Open University. Continuing studies leading to an MBA

• Higher National Diploma in Mechanical Engineering, Slough College of Technology

Experience

• 30 years experience specialising in subsea control systems, relevant experience in modern project management methods and systems including alliances.

• Established close working partnerships, risk and reward strategies, continuous improvement techniques and related ‘new’ business methods.

• Andrew has current, relevant experience in conceptual studies, development of field architectures, FEED, detail design, fabrication and manufacture, installation and commissioning of large, deep water, subsea developments.

55

Andrew MillarManager – Subsea Systems, Asia Pacific Global Leader – Subsea Systems


↗

56

Qualifications

• BSc (Hons) in Mechanical Engineering, University of Surrey, UK

Affiliations

• Fellow of the Institute of Engineers Australia (FIEAust)

• Chartered Professional Engineer (CPEng)

Experience

• 30 years experience in engineering and engineering management

• 25 spend in offshore oil and gas industry specialising in design and construction of marine pipelines, structures and process decks

• Experience with engineering consultancies, EPC contractors and Operator organisations in the North Sea, Asia Pacific, Middle East and Caspian Sea regions.

• Worked in senior technical and management positions for R J Brown and Associates, Kvaerner, J Ray McDermott and INTEC Engineering.

Stephen Rivers Director of Engineering, Asia Pacific


↗

57

Qualifications

• B Eng (Hons) Naval Architecture and Offshore Engineering from the University of Strathclyde

Affiliations

• Chartered Engineer with the Institute of Engineers Australia (CP Eng)

Experience

• More than twenty years’ experience working in the oil and gas industry with specific experience in offshore floating structures.

• Technical and commercial responsibility for both minor and major (complex) offshore projects, for both contractors and owners.

• Conceptual design of innovative structures, through development planning as well as through project delivery (FEED, project fabrication and offshore installation).

• Field developments including subsea and fixed platforms, with a particular interest in floating structures, including semi-submersibles, dry tree units (Spar and TLP) and FSO / FPSOs.

Stuart McKayOperations Manager, Asia PacificGlobal Leader – Floating Systems


↗

58

Qualifications

• MSc in Mechanics of Materials, University of Strathclyde

• BSc (1st Class Hons) in Mechanical Engineering, University of Glasgow

Experience

• 31 years experience in the Oil and Gas Industry

• Held senior positions including Operations Director for Pegasus International (formerly Mentor Project Engineering)

• Other industry experience includes J P Kenny and secondments to BP, Marathon and SLP

• Worked on a number of major projects - in various roles –including Centrica Baird, ATP Tors and Cheviot, SLP, MacCulloch, CNR Baobab, BP Forties Replacement Pipeline, Marathon East Brae, Statoil Gullfaks Pipelines and the Arco Thames Project.

Bill NeilsonDirector of Operations and Business Acquisition, Europe, Africa and Middle East


↗

59

Qualifications

• B.Sc. Mechanical Engineering, Mississippi State University, USA

Affiliations

• Practicing Professional Engineer, Board of Engineers Malaysia

Experience

• More than twenty three years in the oil and gas industry covering areas of pipeline engineering, project engineering, procurement, tenders and proposals, business development and profit and loss operations management.

• Seventeen years’ experience in subsea pipeline engineering design and project management for both upstream and downstream oil and gas industries.

• More than six years’ experience in business unit operations management where the responsibilities cover Profit and Loss (P&L) and all operational matters of the country operations.

• Provides specialist consultancy services for offshore pipeline design and installation.

• Responsible for in country and South East Asia engineering, marketing and business development.

Suhaimi IsmailGeneral Manager – Kuala Lumpur, Malaysia


↗

↗↗Any Questions?


↗

Thank You

company overview - home - · pdf file↗company overview ... slug catcher sizing and slug...

Documents