o g power dist application guide

8/11/2019 O G Power Dist Application Guide

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Building a New Electr ic World

Oil & GasLarge Site Power Distribution

Application Guide

Maximizeenergy efciency.

Improveprocess integrity.

Increasepersonnel andmachine safety.



Table of contents

ELECTRICAL POWER DISTRIBUTIONFOR OIL & GAS APPLICATIONS .......................................... 4

Complex international projects .......................... .................. 4

Know-how and experience ....................... .......................... . 4

Enhanced performance and reliability of equipment ...........................4

SCHNEIDER ELECTRIC, A WORLDWIDE PARTNER .................... 5

Global solutions ....................................................................................5

State-of-the-art equipment ...................................................................5

Recognized for its support and know-how every step of the way ........5

FOR TYPICAL DEMANDING MEDIUM VOLTAGE INSTALLATIONS .... 6

Comprehensive high-performance Medium Voltage solutions ............7

FOR TYPICAL DEMANDING LOW VOLTAGE INSTALLATIONS ........ 8

Comprehensive high-performance Low Voltage solutions ..................9

TRANSPARENT READY SOLUTIONS ...................................10

INSTALLATION EXAMPLES ..............................................12

Algeria .................................................................................................12

Kazakhstan ..........................................................................................14

Qatar ....................................................................................................16

Angola .................................................................................................17

Indonesia .............................................................................................18

France ..................................................................................................19

EFFECTIVE INTERNATIONAL SUPPORT ................................20

REFERENCES .............................................................21

Upstream .............................................................................................21

Midstream ...........................................................................................22

Downstream ........................................................................................22



Electrical power distribution for Oil & Gas applications

Greater challenges...Oil and gas companies must meet the challenges arising from greater demand

for resources that are more difcult to access and extract. The heavy investmentsrequired must be returned faster. This requires state-of-the-art technology basedon international know-how as well as extremely reliable and high-performanceequipment.

...and consequent changesFor electrical distribution systems in the oil and gas industry, this means far-reaching changes that call for new solutions.

Complex international projectsThe high investments lead to a joining of operational forces. Project organizationbecomes more complex with international partners providing a vast array ofdifferent competencies.Engineering rms, contractors and oil companies want a partner with solidexperience in this eld who can provide proactive support both locally and globallyfrom the beginning to end of the project.

Know-how and experienceContinuity of service in electrical installations is vital to the protability of heavyinvestments in oil and gas production. Experience in electrical engineering andtechnical know-how are essential to work out the optimum solution among the manyalternatives.The electrical partner must have the means to carry out the necessary studies onsystem architecture and on the operating dependability and reliability of networks.It must also have in-depth knowledge of local and international standards given the

ever increasing importance of safety and environmental considerations.

Enhanced performance and reliability of equipmentThe stringent specications for installations mean that performance levels must behigh. The equipment must be standardized, but offer all the features required tooptimize costs and energy availability.The trends below are now commonly observed.b Increasing power levels , with more and more electrical motors, particularly for MVapplications. Sites up to 100 MW are now common and others can reach 700 MWb Increasing voltage levels , with MV distribution now prevalent, where 3.3 kV isoften replaced by 11 kVb High currents up to 4000 Ab High short-circuit currents, often 50 kA at 11 kVb Reductions in size and weight, made necessary by the constraints weighingon oating installations (offshore, FPSO, etc.) and the cost of shelters for onshore

installationsb More intelligent switchboards to facilitate integration in electrical monitoring andcontrol systems (EMCS)



Global solutionsSchneider Electric is active in every sector of the oil & gas industry in over 130countries. A dedicated, proactive organization with highly versatile engineering teams

provides local and global support to E&C companies and the petrochemical industry.

State-of-the-art equipmentb A complete offering from MV to LV, including buswaysb EMCS (electrical monitoring and control system)b Choice between AIS and GIS (insensitive to the environment) solutionsb SF6 and vacuum breakingb High short-circuit withstand (50 kA/11 kV)b Natural ventilation at 4000 Ab Type-tested equipment, with internal arc withstand on all four sidesb Vibration and seismic tests

Recognized for its support andknow-how every step of the wayAt each step in the project, Schneider Electric provides the necessary support,

calling on its experience of over 60 years in the sector. It is known for itscompetence in system architectures and network operating dependability thatguarantees the required level of reliability and availability while optimizingthe offers to EPCs.

Schneider Electric,a Worldwide partner

Feed Bidding

Process Project Installation Operation

BasicDesign

Technical support

b Site auditb Feasability studyb Technicalspecificationb International

standards

b Preliminary technical studyb Feasability andmaintenance studyb Alternative proposalb Technical solutionsadvice

b Assistance to theEPCb Detailed technicalsolutionb Technical

alternatives if anyb Overall planning

b Network studiesb Detailed electricalengineeringb Manufacturing ofequipementb Coordinationb Global performancegaranteeb Logisticsb Local support

b Transport andstorageb Erection orSupervisionb On-site testingb Pre-commissioningand commissioning

b Maintenanceb Assistanceb Spare partsmanagementb Equipment

upgradesb On-site trainingb Technical audits

Commercial support

b Global estimate(electrical scope)b Country experience

b Budget estimateb Financingassistance

b Detailed offerb Equipement,package or turn-keyofferb Financial proposalb Legal matters

b Commercial follow upb Financialengineering

b Commercial follow up

b Service andmaintenancecontractsb Technical warranty

Core benefits

General view of the project

Advice to find the best solution

Optimized offerfor the EPC

Tailored support



For typical demanding Medium Voltage installations...

t

G G G

M M

or or or

Generator or Utility supply

Main MVsubstation

11KVup toIn 4000AIsc 50kA


MV/MVsubstation 11KV to 33kV

/ 6.6KV

GD GD

AT

AT

6.6kV/420V

AT

6.6kV/420V

AT

6.6kV/420V

6.6kV/420V

Emergency

11KV to 33kV/ 6.6KV

6.6kV/420V

t

M M M

VSD VSD VSDUPS UPS

RMU

MV loop

LV motors

MV motors

LV VariableSpeed Drive

MVsubstation

MV/LVsubstation

MV/LVsubstation

MV MCC

EMCS with simple or redundant archi tecture

EMCS EMCS

OperatorWorkStations

Gateway

SubstationController

Pos teHT Tableau MT Tableau BT Serial links or Hardwire links to:Diesel generators, Turbines, UPS,

Transformers, Circuit Breakers,Synchro check panels



Digital Protection Relays &Power Management Systemb Sepam protection relay range fortransformer, motor and substationapplicationsb PowerLogic System for powermanagement including power qualitymonitoring

Modicon PLCsFor industrial environmentb Quantum hot standbycongurationsb Electronic ow metersb Open communication

...Comprehensivehigh-performance MV solutions

And alsob Source Automatic Transfer (AT) systemsb Fast Automatic Transfer without any supply interruptionb etc..

MV/LV substations with SF6 Ring Main Units...Ring Main Units (RMU)b RM6 indoor compact switchgear up to 24 kVb CAS-36 indoor compact switchgear up to 36 kVb Ringmaster C outdoor compact switchgearup to 2500 kVA

MV capacitor banks and harmonic lteringb Up to 36 kV (indoor/outdoor)

Motorpact MV MCCsMotorpact MV motorstarterb Up to 7.2 kV (3800kW/6.6kV) for busbars upto 3150A with short timewithstand current of 40kA (3s)b Direct-on-line orreduced voltage startingb Soft start units

MV/MV powertransformersb Oil up to 60 MVAb Cast resin (Trihal)up to 10 MVA

Air Insulated Switchgear(AIS)b MCset/Nex up to 24kVb

Fluair 400 up to 40.5kVb Masterclad (ANSI): 5kVto 40.5kV

MV Metalclad Gas InsulatedSwitchgear (GIS)b GM6/GMset up to 36kVb CBGS up to 52kV

Energy Management and Control System (EMCS)SeeFox EMCS, an advanced modular systemb Open-ended and upgradeableb Monitoring & controlfunctionsb Network recongurationwith power managementfunctions (load shedding,load sharing...)b Tariff monitoring &metering functionsb Simulations ...or modular compact cubicles

b SM6: indoor modular cubicles up to 24 kV



For typical demandingLow Voltage installations...

t

G G G

M M

or or or

Generator or Utility supply

Main MVsubstation



MV/MVsubstation 11KV to 33kV

/ 6.6KV

GD GD

AT

AT

6.6kV/420V

AT

6.6kV/420V

AT

6.6kV/420V

6.6kV/420V

Emergency

11KV to 33kV/ 6.6KV

6.6kV/420V

t

M M M

VSD VSD VSDUPS UPS

RMU

MV loop

LV motors

MV motors

LV VariableSpeed Drive

MVsubstation

MV/LVsubstation

MV/LVsubstation

MV MCC

EMCS with simple or redundant archi tecture

EMCS EMCS

OperatorWorkStations

Gateway

SubstationController

Pos teHT Tableau MT Tableau BT Serial links or Hardwire links to:Diesel generators, Turbines, UPS,

Transformers, Circuit Breakers,Synchro check panels



And alsob Detection and safety devicesb Field and safety devicesb etc.

...Comprehensivehigh-performance LV solutions

Okken and Blokset LV PCCs & MCCsHigh dependability switchboardsup to 7300A, 1000Vb

Okken up to 185 kAb Blokset up to 150 kAb Power-Zone (ANSI/NEMA) up to 200 kA

Variable Speed Drivesb Altivar range up to 1500 kV / 400V - 690V

Motor protectionrelaysb Tesys softstart units

Power Qualityb PowerLogic Power Meter &Circuit Monitor range

LV Rectimat2 automaticcapacitor banksb

Up to 400kVAb Harmonic ltering upto H5, H7, H9 and H11

Modular circuit breakers and switchesb Multi 9 systemb RCCBs

Power circuit breakers and switchesComplete AC and DC rangesb Masterpact 100 to 6300A ACBs with breakingcapacities up to 150 kAb Compact NS 80 to 3200A MCCBs with breakingcapacities up to 200 kAb Interpact switchesb Source changeoversystems

b Surge and transientprotection

MV/LV power transformersb Oil up to 2.5 MVAb Cast resin (Trihal)

up to 2.5 MVA

UPSsb Galaxy range from 10 to 800 kVA, up to 4units in parallel

Insulation monitoringdevicesb Vigilohmsystem

Busbar trunkingb Litatranspower trunking



Plant Historian Remote site Laptop

MomentumI/O

Ethernet / Mobdusconverter

Incoming aircircuit breaker

Power monitoring

MotorprotectionrelaySoft starter

MV motor control

Variablespeeddrive

Intelligentintegratedmotorstarter

Modicon Quantumprocesscontroller

ATV71 variablespeeddrive

Protectionrelay

Intelligent motorcontrol center

Typical renery system architecture



Installation examples

Clustered Oil eld

Algeria

StakesThe extension of the oil eld required supply network extension from 30kV to 220kV.The contractor entrusted the extension of the network and the refurbishment ofexisting installations to Schneider Electric.

Description of the equipmentThis turnkey service includes:b Network designb Supply and commissioning of:v 2 x 220kV GIS substationsv 47 x 30kV substationsv 12 x LV switchboardsv 1 supervision system, combined with PLCs for network monitoring and control

30 kV double busbar

220 kV

120 MVA220 kV /30 kV

120 MVA220 kV /30 kV

120 MVA220 kV /30 kV

ATS ATS

3 x 220 kV lines

220 kV / 30 kVmain substation

Motors (6 MW)

30 kV substation

MM M MMM

30 kV0,4 kV

30 kV0,4 kV

30 kV0,4 kV

MM MM

30 kV5,5 kV

5,5 kVsubstation

MM MM

30 kV0,4 kV

OXP 97field

30 kV shelter



Other electrical network studiesb Harmonics: control electrical pollution.

b Overvoltages and insulation coordination: guarantee equipment dielectricstrength is respected according to expected overvoltage levels (permanentor temporary overvoltages or surges due to switching or lightning strikes).

b Dependability: guarantee the availability of electric power to increase thereliability of installations adapted to the application.

b Electromagnetic compatibility (EMC): design installations that are fullyprotected against electromagnetic disturbances.

Schneider Electric global serviceThe work carried out for this project included:b Load ow and voltage prole studiesv Sizing of equipment (cables, lines, transformers) according to the installed powerv Calculation of voltage drops over the various linksv Positioning of power transformer tap changersb Short-circuit current calculationsv Maximum short-circuit current values (device sizing)v Minimum short-circuit current values (protection settings)b Protection studyv Choice of protection devicesv Determination of settings according to the various operating modesb Dynamic stability studyv Determination of maximum fault clearing times enabling motors reaccelerationv Impact of high power (7 MW) motor starting on voltage levelsv Impact of voltage drops due to the upstream network (220kV)v

Design of a load shedding plan

Detail of design servicesCalculation of short-circuit currentsThese calculations are achieved using network modeling as dened in IEC 60909.They enable the maximum and minimum short-circuit currents (symmetric andasymmetric) to be determined for phase to phase and phase to ground faults.These calculations are essential for checking:b Making and breaking capacity of interrupting devicesb Electrodynamic withstand of equipment (switchboards, busbars, etc.)b Thermal withstand of grounding devicesb Site grounding characteristicsb Protection settingsProtection studyThis study enables the type of protection to be determined (over current, directional,differential relays, etc.) by taking into consideration the various technical andeconomic criteria of the oil process. Protection settings are dened according to:b Short-circuit currents of the different operating modesb Transformer switching currentsb Motor starting or re-energizing currentsb etc.

Dynamic stability studyThe main objective of a network dynamic study for this type of installation is toestimate the behaviour of high power asynchronous motors should an electricalincident occur.For example, a phase to phase fault in the installation creates a voltage drop andthe slowing of motors of substations close to the faulty feeder. If protection settingtimes are too long, the motors will slow too much to ensure that all loads can be fullybrought up to speed once the fault has been cleared.

Pre-determined load shedding will allow priority loads to be rescued. Furthermore,for this installation, the study enabled network behaviour to be checked should theautomatic transfer system (ATS) installed in the main substation, operate.In the event of a fault on one of the 220kV/30kV transformers, the ATS ensuresbusbar changeover in less than 500ms. The simulation carried out enabled systemstability and the re-energizing of high power motors to be validated.



Clustered oil and gas production eld

Stakes Tengiz is one of the most important O&G fields in Kazakhstan: 285,000 barrels a dayof high quality production. The field reserves are estimated at between 6 and 9 billionbarrels and production should reach 750,000 barrels in 2010, corresponding to anincrease of 163% over 7 years.

The project aimed to propose an Electrical Distribution solution for new sites intended toincrease the existing gas production. In such a project, the availability of electrical power

from the HV network connection point to the LV load is a main concern.

Description of the equipmentSchneider Electric supplied and installed the various equipment required for theextension of the site from an installed power of 240 MW (at 110KV) to 500 MW including:b 110 kV substation with triple busbars and 12 baysb Extension of the 10 kV substation: 200 MCset cubicles, including six 3600 A cubicles

with forced ventilationb 300 Okken type LV cubicles with communication facilitiesb EMCS system (250 000 variables):v 4 rapid load-shedding systems (< 200 ms)v Active and reactive load distribution and balancingv Voltage adjustmentsv Interface with existing systems

Schneider Electric global service This represents a major project for Schneider Electric in Kazakhstan. It was the result of four years of co-operation between our international teams, the EPC and the GSA.

The Contracts & Engineering Division handled the technical specifications and initialbudgetary cost estimates.

The project was monitored by the Schneider UK Sales Forces and Schneider GlobalBusiness Development to optimize specifications and maintain close contact

with the customer. The project involved:

b Electrical Engineering with 30,000 hours of development work b Network simulation

KazakhstanInstallation examples



Key success factorsb Ability to propose an engineered offer with:v A totally monitored and controlled systemv A totally redundant architecture (in red in the schema)b The experience of Schneider Electric in the Oil & Gas market to manage:v The technical and commercial requirementsv special needs (Russian GOST certication for ED)v close relations with the EPCb Perfect collaboration of the teams and close relations to co-ordinate technicaland commercial strategiesb Effective determination of customer needs and transfer of information to thetechnical teams to ensure an optimum solutionb The experience of the Schneider Electric worldwide networkb The market approach of the Schneider Electric Engineering division as well asits knowledge of the complete Schneider Electric catalogue that made it possibleto offer a global solution with communication capabilities




Offshore platform

Qatar

StakesThe project is the result of Qatar’s ambitions to develop export-oriented industriesbased on the vast reserves of its North eld.

Forming part of this development, the Process and Utilities (PU) is a medium sizedgas off-shore platform. The Living Quarters (LQ) platform is the accommodationssite for PU personnel. Both form part of the off-shore installation locatedapproximately 80 km from the Qatar coast.

Gas and condensate are transported onshore by means of a 32 sealine (operatedin diphasic mode) to Ras Laffan, where receiving facilities separate the condensate.The gas is then supplied to a nearby Liqueed Natural Gas plant.

Description of the equipmentPU and LQ platformsEach platform comprises:b MV switchboard: 1 metalclad switchboard (6.6 kV) withSepam digital protection relaysb 2 LV neutral grounding impedancesb LV switchboards, MCCs and busducts:v 5 MB200 / MB400 LV switchboards (400 V / 50kA)v 2 LV busducts (6000 A - 80 kA)b On-shore pre-commissioning assistance and off-shore commissioning assistance

PU and LQ platform power distribution control systemb Power distribution control system, with color-based operator workstations,including:v Conventional functions: mimic displays, mouse-driven control facilities, analogvalue trends and reportingv Special functions: automatic load-shedding and re-start facilities with 200 msresponse time, auto-reclose function (managed by local PLC)v Emergency sequences (local / remote management), interface with other systemsb Main redundant PLCs including communication with the process control system,b PLC slaves integrated in the main LV switchboards

Schneider Electric global serviceb Design and engineering: 11,000 hourb Close work with the customer, the EPC and the Schneider Electric Engineeringand Contracting Department to provide uniform electrical equipment on a packagebasis was a key factor in the success of this project.

PrinterU-PR1

IsisoperatingstationU-FEP 1

U-PR3hard copy

April 7000U-PLC 1

Ethernet

Top

gas turbines A, B, S

to relay box to PCS

generator loadsharing equipment

Top

gas turbines A, B, S

PCS

generator loadsharing equipment

PrinterU-PR2

IsisoperatingstationU-FEP 2

CRSRS 232 RS 232

RS 485

April 5000U-SW-5-3-1PLC

April 5000U-SWE-6-3-1PLC



Top

April 5000U-SW-9-3-1future PLC

Top Top Top Top

Sepam 2000 Sepam 2000 Sepam 2000 Sepam 2000 Sepam 2000

D

diesel

from U-PLC 1relay box

Top

gorgy time

(total installed: 22)



FPSO

Angola

StakesFor the operator of the oil eld, comprising several deep water elds, a consortiumbuilt the 300 meter long FPSO (Floating Production Storage and Ofoadingfacilities) which handles more than 200,000 barrels of crude oil per day from under-sea wells at a depth of 1400 m.Requirements:b Install an electrical supply system ordered from a manufacturer with a worldwidereputation and recognized in the offshore businessb Have the electrical equipment available in 6 months (fast track timetable)

Description of the equipmentb 58 MCset cubicles installed in 3 rows (11 kV / 50 kA)b Bus coupling in an “M” shape linking the three MCset switchboardsb Sepam medium voltage digital protectionb Transformers (stainless steel tank, Zone 2 / Category 3 operation)b Main and emergency switchboard of the hull to Marine standardsb All the high performance circuit breakers (ACBs, MCCBs, MCBs)for the topside equipment

Schneider Electric global serviceSchneider Electric applied all its skills and expertise to design, develop,manufacture and commission the electrical installationb Design of the electrical network and its protection to ensure optimum reliabilityand availability

b Coordination and manufacture of all the necessary interfaces for the electricaldistribution monitoring and controlb Mechanical withstand of the equipment to meet the conditions of the FPSO(pitching, swell and vibrations)b Compliance with the requirements of Bureau Veritas (IEC 60092)b Customized manufacture of the Medium Voltage M-shape bus coupling

11 kV / 50 kA MV switchboard

G

MM

Bus A

Motors< 1MW

Transformers

Motors> 1MW

G

MM

Bus B

Motors< 1MW

Transformers

Motors> 1MW

G

MM

Bus C

Motors< 1MW

Transformers

Motors> 1MW




Renery

Indonesia

StakesAfter the Indonesian government approved the construction of the renery, aconsortium composed of 4 foreign companies advanced the funds for construction.The renery is designed for 125,000 bpd of crude.The construction of this renery, the rst designed specically for the export market,demonstrates the intention of the Indonesian government to intensify the export ofrened products. With its large capacity, it will be in a position to relieve the Sumatraand Kalimantau reneries of a part of their production.

Description of the equipmentb 3.3 kV switchboardsb LV switchboardsb 10 substations representing:v 132 x 20kV switchgear unitsv 4 x 20 kV busduct linksv 56 MV circuit breakers

Schneider Electric global serviceEngineering: 2000 hours comprising:b Detailed electrical engineering studiesb Supply of equipmentb Assembly and erection supervision of 10 substations distributedthroughout the reneryContracting : this affair included 3 separate contracts:b A 20 kV level contract awarded to the Contracting Department and carried out in

its entirety by Schneider Electric Franceb two other contracts corresponding to the 3.3 kV and low voltage switchboards,awarded to Schneider Indonesia and partially carried out by the ContractingDepartment for the studies, delivery of MV equipment, assembly and erectionsupervisionb The Contracting Department was responsible for the project as a whole

Emergencypowersupply

GasCompressors

Tipical unit substation

0.4 kV

3 kV

20 kV



63 kVIncomer

20 kVStandbyincomer

TSA1 TSA2

JB P1 20 kV JB P2 20 kV

Supply fromGEsubstation






230/400 V

690 V

JBA2 6.6 kVJBA1 6.6 kV

690 V

230/400 V

JBC1 6.6 kV JBC2 6.6 kV

690 V

230/400 V

Aircompressor

B oo st er co mp re ss or B oo st er C om pr es so r

2 pumpsWaterUltimate phase

2 pumpsWater

2 pumpsWater

2 pumpsWaterUltimate phase

4 pumps H.P.

1 pumpInc

2 compressors4 pumpsH.P. 1 pump

Inc

1 comp.1 VSDcomp.

JBB1 20 kV JBB0 20 kV

1 VSDcomp.

LNG plant

France

StakesThe customer is a consulting engineering company for all elds relating to naturalgas. In partnership with foreign partners, it was responsible for this new liquidnatural gas terminal (EPC contract). This terminal is designed provide 8 billion cubicmeters of natural gas per year and its 3 reservoirs will have a storage capacity of330,000 cubic meters.

ProjectThe project involved a study to check that the electrical network satises thedependability targets specied by the French gas board and to validate thearchitecture dened by the customer.This study covered the electrical network architecture from the two 63 kV and 20 kVincomers through to the loads that distribute gas to the French gas board network.

Schneider Electric’s global offerThe customer awarded this study to Schneider Electric because of their combinedskills in electrical engineering and dependability.The study involved:b Calculation of the electrical installation’s reliability and availability levelsb Electrical engineering analysis of the electrical network’s critical operatingmodes, redundancy management and transient coupling recongurationb Analysis of maintenance system to validate the chosen maintenance policy(servicing times and spare parts stock)b Specic analysis of safety electrical supplies

Technical description of the solutionThis project:b Validated the electrical distribution architectureb Showed that the availability and reliability targets imposed by the French gasboard had been metb Conrmed some of the maintenance solutions chosen, in particular concerningspare partsThis project was carried out by implementing the following studies:b Preliminary risk analysis (PRA) to identify the indispensable load equipment andminimum number of pumps (low pressure, high pressure, sea water), compressors,etc. requiredb Analysis of network operating modesb Failure mode, effects and criticality analysis (FMECA) for the entire networkb Failure tree modelingb Determination of the average number of interruptions per yearb Determination of the electrical power unavailability for the process equipmentb Electrical engineering analysis of network reconguration systems, particularlytransient coupling recongurationb Supplementary analysis of backup power supplies and comparison oftechnical solutions



Managing electrical equipment assets maximizessavings and safety

Schneider Services provides electrical and automation equipment asset managementfor offshore platforms, pumping stations, pipelines and reneries worldwide soyou can concentrate on your core activities. We maintain, upgrade and automateequipment to extract the best value from it, maximizing its productivity and reliabilitythroughout its lifecycle. Schneider Services blends four main services to suit yourneeds.

Installation includes equipment handling, installation, testing, commissioning andtechnical assistance.

A recent study has shown that 60% of all preventive maintenance is unnecessary.We are at the forefront of research and development into technologies that allowus to predict when equipment will fail. For example, Prodiag TM is a proprietarymeasurement and analysis tool that allows us to predict when your low and mediumvoltage circuit breakers will fail. Trend analysis tools allow us to reduce yourmaintenance costs and prevent unplanned equipment failure, at less cost thanroutine maintenance.

Effective internationalsupport

Designingb Engineering Studiesb Power Quality Auditsb Justicationb Selection andApplication

Modernizingb Retrotsv MV & LVv Systemsb Upgradesb Auditsb Recycle

InstallationStart Upb Testingb Trainingb Automationb Warranty

Operatingb Repair / DisasterRecoveryb Maintenancev Preventivev Predictiveb ExtendedWarrantyb Parts / Logistics

10 - 12months

10 - 20years



Gas productionb Shah Deniz Gaz development - Aserbajian - BP consortiumb Berri Gas plant - Gathering Manifold - Saudi Arabiab Haragh Gas Plant - Gathering Manifold - Saudi - Arabia - Aramcob Wafa & Mellitah shore plant - Qatar - Qatargasb Mabruk Field - Lybia - Total

On shore oil & gas eldsb Tenguiz Chevroil - Kazakhstan - Chevron Texacob Hassi Messaoud - Algeria - Sonatrachb Ourhoud - Algeria - Japan Gazoline Corporation & INITECb North East of Abu Dhabi - NEBb Pemex - Mexico - Cosoleacaque, Vera Cruzb Hassi-Berkine - Rhourde Oulad Jemma Oil eld - Algeriab Wafa & Mellitah - Lybia - Agip Gasb Moundouli oil eld development - Tchad - Exxonb Bongkot phase III - On shore - Singaporeb BP Amoco North Sea Services - United Kingdomb Batanga & Echira oil elds - gabonb BP Salah Gas eld - Angolab Elf Al khaleej Field Development - Phase III - United Arab Emiratesb GTC 121 - Qatar - Qatar Petroleumb Huizhou Oil Field 19-3,2,1 - China - CACT Operators Groupb Munkaizana Central Facility development - Omanb NEB (North East Bab) : Al Dabb’iya & Rumaitha oil ed - UnitedArab Emiratesb Qatar Petroleum Dukhan - Qatarb Rang Dong Field Development - Vietnam - Japan VietnamPetroleum Cob Sanul gas eld - Iran - National Iranian Oil companyb Sincor Upstream Projet - Venzuela - Total Elf Fina

Off shore platformsb Dunbar Offshore platform - United Kingdom - Total Oil Marineb Rang Offshore platform - Dong - Vietnam - Japan VietnamPetroleum Cob Qatargas - Upstream offshore platformsb Dalia Oil eld production platform - Angolab East Area Project platform - Nigeriab Hibernia Off shore oil rig - Newfoundland - canadab Ibn Zhar Off Gas Ammonia Project - Al baytar - Saoudi Arabiab Kotter Gas platform - North Sea - Netherlandsb Off shore platform - 140 men Living Quarter - Vietnam - Vietxopetrob Otway, Port Cambell - Australia - Woodside Energy Ltdb QPD Platform - Qatarb

Sarawak Shell E11-PB Platform - Malaysiab Talisman BungaRaya E (BRE) - Malaysia - Talisman Energyb Total Fina Elf Peciko Phase III - Indonesia

FPSO (Floating platform & Storage)b Girassol FPSO - Angola - Totalb N’ Kossa - Congo - Totalb Akpo FPSO- Nigeria - Totalb Amenam kpono phase II FPSO- Nigeria - Totalb Conoco Phillips FPSO - Chinab Elf Girassol Petroleum barge - Angolab Elf Nigeria Kpono Amenam FPSO - Nigeriab Rosario Lirio FPSO - Angola - Total

References

Upstream



Reneryb Turkmenbashi - Turkmenistan - JGC/Turkemnftegazb Rabig renery - Saoudi Arabia - ARAMCOb Crackin IV Turbines - france - Naphtachimieb PSR-2 Melaka renery - Malaisiab Aspropyrgos renery - Greece - Hellenic Petroleumb Barrancabermeja renery - Colombia - Ecopetrolb Basrah renery - Iraq - SOCb Dung Quat crude oil renery - Vietnam - Petrovietnamb Esso Chad Development renery - Chad - Exxon Mobilb Exxon - Notre Dame de Gravenchon Polymer Plant - Franceb Esso Chad Development renery - Chad - Exxon Mobilb HZ Omsk Renery - Russiab Mina Al Fahal, muscat - Oman - Oman Renery Companyb Pertamina Dumai Renery - Indonesiab Petrolina project - Brazil - Wartsila Finlandb Porvoo site renery - Finland - Fortum Groupb Ras Laffan new renery - Qatar - Qatargasb Shell Rening Renery - Australia - Shell Reningb Skikda Renery - Algeria - Sonatrachb Sogara Renery - Gabon - Total Elf Fina Petrochemical plantb Shiraz fertilizers Methanol plant - Iran - NPCb Aghar Dalan - Iran - NIOCb Al Jubai - united Petrochemical Complex (JUPC) - Saoudi Arabia Sabicb 10th Olen - HDPE Plant - Iran - Jam Petrochemicalb 3rd Methanol - Iran - Fanavaran Petrochemical Companyb Al Jubai - unitedb Betera Complex Devlopment - Phase 3 - Indonesia - Pertaminab Cheleken block oil & Gas Caspian sea site - Turkmenistanb Hurricane Kumkol - Kazakhstanb JUPC Olens Complex - Saoudi Arabiab Pecico Phase IV - Indonesia - Total Elf Finab Qapco Expansion - Qatarb Ras Lanuf oil site - Lybia - RASCOb Sasol GTL project - Qatar - Qatar Sasolb Tekfen - Azebaijan - Tekfen AIOCb Total Elf Fina Gemini - Belgium - Total Elf nab Yan Sab green eld - Saoudi Arabia - SABIC

LNGb Fos Cavaou LNG plant - France - Sofregazb Bongkot LNG plant - Gulf of Thailand - Total Exploration & Productionb Ereglesi LNG terminal - Tutkey - BOTASb

GL4 complex - Arzew - Algeria - Sonatrachb LNG plant - Qatar Liqueed Company Ltdb Balhaf - Process & LPG - Yemen LNG Companyb Bonny LNG - Phase 3 - Nigeria LNG Ltdb Haradh LNG Plant - Saoudi Arabia - Aramcob Union Fenosa LNG - Egyptb Qatar Liqueed Gas Company - Qatarb LPG Tank at QP Messaied - Qatarb UGDC - NGL - Port Said - Egypt - UGD Company

Midstream See Transportation & storage Application Guide

References

Downstream



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