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STATEMENTOFQUALIFICATION
(JANUARY2018)
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TableofContentI. COREBUSINESSANDNUMBEROFYEARSINBUSINESS............................................................................................................3II. RECENTREFERENCEONREFINING(ENGINEERINGSERVICES)....................................................................................................4III. RECENTREFERENCEONOIL&GASUPSTREAMPROJECTS(ENGINEERINGSERVICES).....................................................................9IV. RECENTREFERENCEONCHEMICAL,PETROCHEMICAL,FERTILIZERS(ENGINEERINGSERVICES)..............................................12V. RECENTREFERENCEONPIPELINEPROJECTS........................................................................................................................15VI. RECENTREFERENCEONPOWERPROJECTS(ENGINEERINGSERVICES)..............................................................................20VII. RECENTREFERENCEONEPCCONTRACTS.................................................................................................................22VIII. ENGINEERINGSERVICESFORLNGREGASSIFICATIONTERMINAL.....................................................................................24IX. ENGINEERINGSERVICESFORTRANSMEDPIPELINE................................................................................................................26X. TECHNICALANDMANAGERIALORGANIZATIONOFTHEFIRM..................................................................................................26ATTACHMENT1SIMECOCOMPANYORGANIZATIONCHART..........................................................................................27ATTACHMENT2SIMECOISO9001:2008CERTIFICATE.....................................................................................................28ATTACHMENT3SIMECOBSOHSAS18001:2007CERTIFICATE.........................................................................................29ATTACHMENT4ACHILLES’SFIRSTPOINTCERTIFICATE....................................................................................................30ATTACHMENT5CREDITPASSPORTASSESSMENT............................................................................................................31
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STATEMENTOFQUALIFICATION
i. CoreBusinessandNumberofYearsinBusiness
SIMECO is an engineering and contracting firm established in 1984, having theirheadquartersatViaRomilli,22-Milano,Italy.
Other SIMECO operating offices are SIMECO Systems d.o.o. (Gradacacka 29B, 71000Sarajevo-BosniaiHerzegovina)andSIMECOGCCRegionalOffice(Suite32,PetrodarTower,SeedDistrict,KingdomofBahrain).
SIMECOprovidemultidisciplineengineeringandprojectmanagementservicesforOil&Gasplants (On-shore/Off-shore,Upstream,Downstream/Refining), Pipelines, Petrochemical&Chemicalplants,Powerplants.
TheengineeringservicesprovidedbySIMECOinclude:
§ FeasibilityStudiesandCostEstimates§ ConceptualDesign§ BasicEngineeringDesign§ FrontEndEngineeringandDesign(FEED)§ ProjectManagement§ ProjectManagementConsultancy§ Owner’sEngineeringServices§ RiskAnalysisandHSEReports§ DetailEngineering§ ProcurementServices§ ExpeditingandInspections§ ConstructionManagement&SiteSupervision§ Commissioning§ AssistancetoPlantStart-upandOperation§ OperativeMaintenance
SIMECO present workforce is approx. 300,000 manhours/year (177 engineers andtechnicians operating on a full time equivalent basis). Sub-contracting agreements withqualified engineering firms account for additional 100,000 manhours/year managed bySIMECOforatotalcapacityofapprox.400,000manhours/year.
SIMECOpresentworkforce in the specific areaof Process Technologies is approx. 50,000engineering manhours/year performed through a staff of more than 30 engineers andconsultants.
SIMECO provides specific expertise, know-how and solutions in brownfield projects. Forinstance, SIMECO has frame agreements with Eni Spa to provide process engineeringservice–withthemainfocusonfeasibilitystudies,processoptimizationstudies,technicalassessment,preparationofextendedBasicDesignPackage(BEDP)andcostestimate,etc…-
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to all Eni group plants in Italy and worldwide. Most of the projects deal withtroubleshooting and debottlenecking of existing process units, energy savings, andidentificationof technical solutions foroperational improvements. Theoriginal twoyearscontract was extended for additional two years thanks to the excellent track recordachieved.SIMECOhasbeenrecentlyawardedanewthreeyearscontractvaliduntil2019.
Agreements for process engineering services and project management services arepresentlyinforcewithSARLUX(SarrochRefinery)andRAM(MilazzoRefinery).
In themidstream sector, frame agreements for engineering services, including operativemaintenance,havebeen in forcewithURS (nowAECOM) forAdriatic LNG (a JVbetweenExxonMobil, Qatar Gas and Edison) for the offshore LNG Regasification Terminal in theNorthernAdriaticSea (Italy)andwithTransMediterraneanPipelineCompany (TMPC) forthe Transmed Pipeline between Cape Bon (Tunisia) and Mazara del Vallo (Italy) (seeparagraphsviiiandix).
Further to be a provider of engineering services, SIMECO is a Main Contractor for EPCprojects boasting recent experiences in revamping and debottlenecking of refinery units(see followingpar.vii).Servicesprovidedcoversup tocommissioning,assistance toplantstart-upandoperation.
SIMECO’s affiliate company Streamline Engineering Srl specializes in basic design ofpipelines.
ii. RecentreferenceonRefining(EngineeringServices)Please find here below a list of selected recent reference relevant to pre-feasibility/feasibility studies, process studies, basic engineering design, FEED and detaildesignofrefineryunits.Client:RAM(RaffineriadiMilazzo)§ FEEDforFODSProjectSitePreparation,2017–inprogress
The Scope of Work includes the preparation of FEED for site preparation works(including flare relocation, tanks dismantling, design and construction of a newelectrical substation, …) for the FODS Project. FODS is large investment project,consistingintheinstallationanewSolventDeasphaltingUnit,n.1AsphaltGasificationUnitandn.1AirSeparationUnit,withthepurposetoconverttheFuelOilproducedattherefineryintohydrogenanddistillates.
§ ProjectManagementConsultancyServicesforFODSProject,2016-inprogress
The scope of the PMC services is to provide consultancy to RaM for projectmanagementandprocessdesignrelatedtoFODS(FuelOilDestruction)Project.TheFODS Project include the installation of n.1 new Solvent Deasphalting Unit, n.1Asphalt Gasification Unit, n.1 Air Separation Unit, as well as the revamping of the
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existingutilitiesandoffsitessystems(i.e.blowdown,tankfarm,electricalsubstation,…).
§ FeasibilityStudyandBasicDesignPackageforaNewFlare,2016
The scope of the project was the identification of a suitable location for theinstallation of a new refinery flare to replace the existing one and to develop therelevantBasicDesign.
§ Basic Design Package for a new 10,000 BPSD Naphta Hydrotreating Unit (HDT-3),2015The scopeof theBasicDesignPackage is a newnaphthahydrotreatingunit namedHDT-3.HDT-3willproduce450,000tonsperyearofhydrotreatedNaphthacontaininglessthan0.5ppmwofsulphurand24,000tonsperyearofolefinsaturatedLPGwithtargetspecificationProIsomerization.Theplantwillincludeanexistingrefurbishedhydrotreatingreactor,newfeedpumps,heatexchangersinthepreheatingtrains,firedheater,tree-phaseseparators,reboiledstripper distillation tower, associated utilities, LPG and off-gas amine gas treatingpackages,recycle/make-upgascompressorpackageandcontrolsystems.
§ Front End EngineeringDesign for the Revamping (from2400 to 4000 t/day) of theexistingKeroseneHydrodesulphurizationUnit(HDS-1),2013.
Client:SARLUX,SarrochRefinery,Italy§ FEEDfortheNewVapourRecoveryUnit(VRU),2017-inprogress.
§ FeasibilityStudyforReplacementofAir-PreheatersatPowerGenerationPlant(CTE),2017.
§ BasicDesignforUpgradingofMercaptanRemovalfromFuelGasatVisbreakingPlant,2017.
§ BasicDesignPackage&FEED,NewH2SScrubberforContinuousCatalyticReforming,
2016.
§ AssessmentofthewholerefineryBlowDownNetwork,2015-2017.§ BasicDesignPackage, FEEDandDetailDesign for variousenergy recoveryprojects,
2013–2017.o Energy integration between Mild Hydrocracking Unit (MHC) and Gasoline
EtherificationUnit(TAME)o EnergyintegrationbetweenMildHydrocrackingUnit(MHC)andNewSeaWater
DesalinationPlant(DAM)
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o Energy efficiency improvement (replacement of Medium Pressure Steam withLowPressureSteam)atToppingUnit(RT-2)andSourWaterStrippingUnit(SWS-3).
§ FEED and Detail Design of the new oxygen line (6” x 600 m) to the FCC unit for
OxygenEnrichmentSystem,2014.§ FeasibilityStudyforanewscrubberforFCCfluegasdesulphurization,2014.§ DetailDesignforthenewLean/RichAminetransferlinestoVersalis,2014.Client:PacificFutureEnergyCo.,Canada§ Pre-FeasibilityStudyfora200,000BPSDGreenfieldRefinery,BritishColumbia,2014.
PacificFutureEnergyiscommittedtobuildandoperatetheworld’sgreenestrefineryon British Columbia’s north coast. PFEC believes it’s in Canada’s national strategicinterest to gain access to international markets for Alberta’s oil, especially thegrowingAsianmarket;thecompanybelievesitshouldnotbedoneatthesacrificeofBC’s coast or broader environment andmust be done in full partnershipwith FirstNations.The facilitywill processbitumen fromAlberta’soil sands into refinery fuels suchasgasoline,kerosene,dieselandotherdistillates.The Study addressed the implementation of the first train/module of the Refinery,processing200,000BPSDofRawBitumen.The$10BillionRefinerywillbebuilt inmodules,witheachphasehavingaprocesscapacityof200,000BPSD.TheRefineryhasthepotentialtoincreasethecapacityto1MBPSD,ifneeded.Themain project bases/constraints driving the overall configuration of the refinerywere:
o GreenestRefineryEver:thecomplexwillproduceexclusivelywhiteproducts,i.e.nofuel oil nor cokewill be produced. Effluents will beminimized through extensivewaterreuseandfluegastreatments.
o TargetMarket:thefastgrowingFarEastcountries(China,SouthKorea,….)arethetargetmarketforthenewRefinery.
o Near Zero Net Greenhouse Gas Emissions: CO2 capture was foreseen to reducegreenhouse gas emissions and to comply with the most demanding BC’senvironmentalrequirements.
o NoDilutedbitumenshipping:asthecoastofBritishColumbiaisoneoftheCanadianmostvulnerableareastomarineoilspillsanyshipmentofDilbitwillbeavoided.
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Client:UnitedPetrochem,UAE§ Pre-FeasibilityStudyforaNewCondensateRefinery,2014.
The refinery feedstock is 100,000 BPSD of Sour Condensate containing highconcentrationofveryhighlyodoroussulphurcompounds(Scontent2,500ppmwt.),mainlymercaptans.Condensatemust be treated for removing sulphur compounds up to amaximumScontentof500ppmwt.Therefineryschemeincludesthefollowingunits:
o CondensateHydrotreatingo CondensateSplittero H2SRemovalUnito AmineRegenerationUnito SulphurRecoveryUnit&TailGasTreatmento Hydrogenproduction
Client:SAIPEM(finalClient:PetrobicentenarioS.AaJVbetweenEniandPdVSA)§ Technology advisory services for the 350,000 BPSD heavy oil grass root refinery,
2013-2014.Petrobicentenarioisagrassrootrefinerydesginetoconvert8°APIExtraHeavyCrudeOilEHO(Zuatatype),producedintheOrinocoOilBelt,intolightproductssuchasLPG,NaphthaandEuro5Diesel.Refinery configuration was selected to maximize production of ultra low sulphurdiesel,compliantwithEuropeangradeEN590dieselspecification.Noresidualfuelisproduced. Delayed Coking technology is used to maximize conversion of vacuumresidue.
Client:Dynergy(FinalClient:Al-MashaelMarkmore,Bahrain)§ FeasibilityStudyforSoharBitumenRefinery,Sohar(Oman),2010
Therefineryisdesignedtoconvert30,000BPSDofExtra-Heavy/HeavyCrudeOilintobitumensofdifferentgrades.
Client:Saipem(FinalClient:NorthwestRedwaterPartnership)
§ FEEDactivities for theNewResidueHydrocrackingUnit (LCFiner),Alberta,Canada,2013-2014.
Client:EniRefining&MarketingDivision,LivornoRefinery,Italy§ Front EndEngineeringDesign for the revampingof theexisting jetty LPG, gasoline,
gasoil,andbitumenloading/unloadingandtransferfacilities,2013§ BasicandDetailDesignforRevampingofexistingFurfuralPlanttoproduceTreated
DistillateAromaticExtract(TDAE),2014.
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§ FrontEndEngineeringDesignfortherevampingoftheWasteWaterTreatmentPlant,2013-2014
§ FeasibilityStudyandFEEDforTDAE(TreatedDistillateAromaticExtract)Plant,2012-2013
§ FeasibilityStudyforImplementationofBitumenProduction,2011§ StudyforVOC(VolatileOrganicCompounds)recoveryfromBitumenPlant,2011§ EnergySavingAnalysisoftheMotorFuelPlant,2011§ FeasibilityStudyforFlareGasRecovery,2011§ Assessmentofthecombustionefficiencyoftherefineryflare,2011Client:EniRefining&MarketingDivision,SannazzaroRefinery,Italy§ HydraulicStudyoftheCoolingWaterNetworkfordebottlenecking,2014§ Front End & Detail Engineering Design of the new Hydrogen Plant based on Eni’s
proprietarySCR-CPOtechnology,2012-2014§ FrontEndandDetailEngineeringDesignofthenewWasteWaterTreatmentSystem
forWaterReuse,2011-2013§ FeasibilityStudies for the removalofSOx fromtheFCC regenerator fluegas,2012-
2013§ ProcessstudyforEnergySavingbyoptimizationoftheFCCunitfeedpreheating,2012§ FeasibityStudyforthereplacementofexistingHotOilSystemfurnace,2012§ ProcessStudyfortheoptimizationoftheexistingCondensateRecoverySystem,2011§ AssessmentoftheCombustionEfficiencyoftherefineryflare,2011§ DetailEngineeringandDesignof thenewEST (EniSlurryTechnology)Plant (23,000
BPSD residue hydrocracker based on Eni’s proprietary technology) (project carriedoutasSaipemengineeringsubcontractor),2009-2012,
Client:EniRefining&MarketingDivision,TarantoRefinery(Italy)§ HydraulicStudyoftheCoolingWaterNetworkfordebottlenecking,2014.§ BasicEngineeringDesignfortheoptimizationofLightGasOilrecovery,2012§ BasicEngineeringDesign for thenewnatural gas compressorof theexistingSteam
ReformingUnit,2012§ Assessmentofthecombustionefficiencyoftherefineryflares,2012§ ProcessStudyfortheoptimizationofthecondenseroftheexistingDeisopentanizer
tower,2012Client:EniRefining&MarketingDivision,VeneziaRefinery(Italy)§ BasicEngineeringDesignfortheoptimizationoftheLightGasOilrecovery,2012§ GreenRefineryProject–TechnicalAssessmentoftheexistingTankFarmforstorage
ofrawvegetableoilsandbiodieselandFEEDoftherelevantrevamping,2013-2014.§ FEEDfortherevampingoflogisticassets,2013-2014.
Client:RaffineriadiGela(GelaRefinery),Gela(Italy)§ BasicDesignandDetailedDesignfor the installationofnewUltraLowNOxBurners
onallrefineryfiredheaters,2013.Client:IESItaliana–MOLgroup,MantuaRefinery(Italy)
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§ FeasibilityStudyfortherevampingoftherefineryRailwayUnloadingTerminal,2014.
iii. RecentreferenceonOil&GasUpstreamProjects(EngineeringServices)
Client:ABB(FinalClient:Sonatrach)
§ FEEDforrevampingofproductionsatellitesatHassiMessaoudField,Algeria,2014-2015Existing installationsatHassiMessaouddatesback to theearly ‘70s.Anextensiverevamping is required to replace old equipment and to improve the oil and gasrecovery efficiency. The project scope includes the revamping of the flowlines,installationofnewequipmentforgas/oil/waterseparationandnewexportlinestotheprocessingfacilities.
Client:ABB(FinalClient:ETAP&OMVTunisie)
§ MultidisciplinaryDetailDesignforNawaraGasTreatmentPlant,Tunisia,2015-2016ABBisresponsiblefortheturnkeydeliveryoftheNawaraGasTreatmentPlant(GTP)including gas separation and Liquefied Petroleum Gas (LPG) extraction units. TheGTPwill separate commercial natural gas from propane, butane and LPG used inmany industrial, commercial and manufacturing applications. The overall projectincludesCentralProcessingFacilitiesattheNawarawellsite,a370kmlongpipelineand a Gas Treatment Plant with a design capacity of 2.7 million standard cubicmeters per day. Plant design philosophy is based on extensive modularization inordertosaveonconstructiontime.
Client:Eniprogetti(formerTecnomare)/EniSpA
§ Process Study for debottlenecking Acid Gas Removal Unit, Sulphur Recovery UnitandTailGasTreatment,ZohrProject,Egypt,2017.
§ FEED activities (Electrical& Instrumentation), SourGas Liquids Treatment Project,Karachaganak,Kazakhstan,2016.
§ FEED activities (Electrical & Instrumentation) for Early Production Platform, NenèProject,Congo,2014.
Client:Saipem/EniSpA
§ FEEDactivitiesforZohrDevelopmentProjectatPortSaid,Egypt,2015-2016ZohrDevelopmentProjectconsistsofnewGreenfieldgasprocessing facilitieswithnominal2700MMSCFDofFeedGascapacityatZohrsiteinPortSaidGovernorate.TheZohrDevelopmentProjectwillbedevelopedintofour(4)Phases:• Phase01,ZohrOnshore–Phase01,nominal1400MMSCFDFeedGasat80barg;
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• Phase02,ZohrOnshore–Phase02,nominal2700MMSCFDFeedGasat80barg;• Phase03,ZohrOnshore–Phase03,nominal2700MMSCFDFeedGasat80barg,
testingat24barg;• Phase04,ZohrOnshore–Phase04,nominal2700MMSCFDFeedGasat24barg.ScopeofWorkincludesalltheprocessingunits,utilities,offsitesandinfrastructurenecessary to develop the ZOHR Onshore - Phase 01 plus the required pre-investmentsforfutureexpansionphases.ThesalesgasfromthePlantwillbesenttotheEgyptiandistributionsalesnetworkof the near El Gamil Plant. The stabilized condensate will be sent to the storagefacilities of the near ElGamil Plant. The sulphurwill be produced in pastilles; thewarehouse is designed for n.1 year storage. The regeneratedMEG (i.e. the LeanMEG),isrecycledbacktooffshorefacilities.
§ Detailed Design activities (Instrumentation & Automation) for EPC2, EPC3, EPC4(Offshore Drilling/Production Clusters), Kashagan Field, Caspian Sea, Kazakhstan,2013-2014.
§ FEEDofZubairDegassingStation(DGS)atZubairField,Iraq,2011.ZubairDGSisoneofn.5DegassingStationsincludedintheZubairOilFieldDevelopmentProject(theothersbeing:ZubairMishrif,Hammar,HammarMishrifandRafidya-Safwan).TheZubairfield-beingdevelopedbyEniwithOccidentalOilCo.,KoreanGasandMissanOilCompanyhasanestimatedproductioncapacityof1,200,000BOPD.Zubairisa“brownfield”projectinvolvingtherealizationofnewplantsaswellastherevampingofexistingunit.TheFEEDdevelopedbySimecohasbeenusedasthebasecaseforthedevelopmentoftheothern.4DGSFEED.
Client:EniSpaE&PDiv.
§ FEEDandCostEstimate(+/-15%)forn.3GasPlatforms,OffshoreAdriaticSea,Italy,2010-2011.
Platformscharacteristicsareasfollows:
FAUZIA PLATFORM: 12” export sealine; n° 2 wellheads double completion; 3-legsjacket
ELETTRA PLATFORM: 8” export sealine; n° 1 wellhead double completion; 3-legsjacket
BENEDETTA PLATFORM: 8” export sealine; n° 1 wellhead single completion;monopode
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Client:SaipemEnergyServices/EniSpaE&PDiv.
§ ReviewofBasicEngineeringDesignPackageoftheGasOilSeparationPlant(GOSP),BurunOilField,Turkmenistan,2009.
The GOSP at Burun Oil Field had some trouble operations, i.e. sand carry over,cloggingof filters by paraffines contained in the crudeoil andHSE issues. SimecoScopeofWorkwastocarryout,onavery tightschedule,a reviewof theexistingBDP developed by the previous Owner of the Oil Field in order to solve theoperating problems. Each document of the BDP was reviewed. Severalinconsistencies were identified and for each document a Comment Sheet wasproduced.Eventually, recommendationswereprovided toCompany regarding thepossibilitytousetheBDPasabasisforanEPCbidtode-bottleneckthePlant.
Client:EniOilCo.Ltd(LibyanBranch)
§ Risk Analysis/Assessment Study for the Out of Service (Decommissioning andDismantling) of Gas Sweetening Unit at DP4 Platform – Bouri Field, Libya, 2008-2009.DP4 Platform produces oil and associated gas which is partially used as fuel(5mmscfd),theexcessbeingflared.TheFuelGasSweeteningUnitlocatedonDP4platformwasdesignedtoproducetherequiredfuelgasfreefromHydrogenSulphide.Sinceitscommissioningtheunitdidnot run properly resulting in high operation and maintenance cost. Since thematerials of the Fuel Gas System were compatible with sour gas materialsspecifications, the issue to remove the unit to recover space for other Field’sdevelopmentinstallationswasraised.Therefore, to allow an effective and rational decision about re-commissioning ordecommissioning and dismantling the Gas Sweetening Unit, a thorough RiskAssessment Study (including HAZID, HAZOP, Risk Analysis, Consequence Analysis,ToxicGasDispersionStudy,ExplosionConsequenceAssessment,FireConsequenceAssessment and Environmental Assessment) was awarded to SIMECO. The studyaddressed thepossible impactof untreatedof gaswithhigh concentrationofH2Son:o the operation of the equipment of the fuel gas system, i.e. heaters and Gas
Turbineso theenvironmento personnelsafety
An extensive constructability review was carried out to identify the mostappropriate dismantling sequence of the existing unit to allow the simultaneousoperationoftheproductionplatform.
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Client:EniOilCo.Ltd(LibyanBranch)
§ FEEDof theWater InjectionandPowerGenerationsystemsatElFeelField, Libya,2006-2007.
TheWaterInjectionPlant(275,000BWPD)consistsof:
o WaterSupplySystem, includingOil/Waterseparationbyinducedgasflotation,FiltrationandChemicalsInjectionSystems;
o Injection Water System, consisting of: Buffer Tank, Injection Water BoosterPumps,InjectionWaterPump;
o GatheringSystem,consistingofn.5Trunk-linesupto24’’x38km.
ThePowerGenerationSystems(50MWe)consisistsof:
o n. 3+1 Heavy Duty Gas Turbines GE FR5-1 fed with either with Crude Oil(chemicallytreatedforVinhibition)orNaturalGas;
o NewdedicatedControlRoom;o NewdedicatedElectricalSub-Stations.
iv. RecentreferenceonChemical,Petrochemical,Fertilizers(EngineeringServices)
Client:Tecnimont
§ Detail Design (instrumentation & automation, static equipment) for RAPIDPolyethyleneProject,Pengerang,Malaysia,2016.
§ Detail Design (instrumentation and F&G systems) for Kingisepp Ammonia Project,Indonesia2016.
Client:Saipem
§ FEED activities (piping design) for SpiritwoodNitrogen Plant and associated units,NorthDakota,USA,2014.Spiritwoodisafertilizerfactoryproducing2,200MTPDofAmmoniaand3,850MTPDofUrea(3,850MTPD)fromNaturalGas.
§ DetailDesignforDangoteAmmonia/Urea/GranulationPlant,Nigeria,2013.
Dangoteplantwillproduce7,700MTPDofGranulatedUreafromNaturalGas.
The ISBLconsistofn.2x2,200MTPDAmmoniaSynthesisUnits,n.2x3850MTPDUreaSynthesisUnit,n.2x3,850MTPDUreaGranulationUnits,Utilities(i.e.Steam,PowerGeneratio,CoolingWaterSystem,NaturalGasSystem,WasteWaterSystem,
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Instrument & Plant Air System, Nitrogen System, Ammonia Storage, Bulk UreaStorage & Handling, Product Bagging and Truck Loading System,Administrative/maintenancebuildings).
TheOSBLinclude:
RiverWaterIntake,NaturalGasPipeline,RawWaterPipelineandTemporaryJetty.
Client:Versalis,SarrochPetrochemicalComplex,Italy
§ Process Study and Assessment of the Blow Down system after the installation ofnewprocessunit,2013-2014.
§ BasicDesignoftheNewFlareGasRecoveryUnit,2013.
Client:Versalis,PortoMargheraPetrochemicalComplex,Italy
§ BasicDesign,FEEDandCostEstimatefortheinstallationofn.2x150t/hHPSteamGenerators,2011-2012.
Client:Versalis,RavennaPetrochemicalComplex,Italy
§ Owner Engineering Services during construction pahse of the revamping of theETBE/Butene-1Plant,2014.
Client:Versalis§ Owner’sEngineeringServicesduringtheFEEDoftheElastomersPlantsofRefinery
and Petrochemical Integrated Development (RAPID) Project, Pengerang,Malaysia,2012-2013
§ Feasibility Study and Basic Design for a Commercial Demonstration Plant forproductionTackifyingResins,Italy.
Client:DanieliFarEast
§ DetailDesignofaCarbonDioxideRemovalUnit,FarEast,2011-2012.
Project scopewas the implementationof theDetailDesign, Procurement ServicesforEquipment&BulkMaterialandtheHomeOfficeProjectManagementServicesfor the 10,000 Nm3/h Carbon Dioxide Removal Unit at a new iron ore reductionplant. The Unit, based on the Giammarco-Vetrocoke Hot Carbonate processtechnology,wasextensivelymodularizedinordertofacilitatetheerectionactivitiesbylocallabour.
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Client:Saipem
§ DetailDesignforQAFCO5FertilizerPlant,Mesaieed,Qatar,2008-2009.Simeco’s project scope was the execution Multidiscipline Detail Engineering andDesign services including CAD3D Model, TBE for Instrumentation, Analyzers andElectricalMaterials.
ThePlantconsistsofn.2completeAmmoniaPlants (LicensorHaldorTopsoeA/S-designcapacity2x2,200t/d)basedonSteamReformingofNaturalGasconsistingofthefollowingprocesssystems:
Naturalgasdesulphurization;ProcessAirCompression;SteamReformingofNaturalGas andWasteHeat Recovery; HT& LT Shift Converters; CO2 removal byMDEA;Methanation; Syngas Compression; Ammonia Synthesis Loop; AmmoniaRefrigeration; Purge Gas Scrubbing & Hydrogen Recovery; Process CondensateStripper;Deaerator&BFWpumps;
alongwiththefollowinginfrastructureandsitefacilities:
UreaStorage(Capacity160,000t),UreaProductHandlingSystem(Capacity195t/h),132 kV Substation, CogenerationPlant, Sea-waterMulti-Cell CoolingUnit, Electro-chlorinationUnit&ChemicalDosingSystem,ClosedCoolingWaterSystem,PotableWater System, Desalination Plant by TC/MED, Utility and Fire Fighting WaterSystems,WasteWaterTreatmentPlant.Client:Saipem
§ DetailDesignforEnven1.3ProjectarEngroFertilizersCo.(Daharki,Pakistan),2007-2008.
Multidiscipline Detail Engineering Services including: CAD 3D Model, TBE ofAmmoniaReciprocatingCompressors&Pumps,CentrifugalPumps.
ThePlantconsistsof:
N.1 completeAmmoniaPlant (LicensorHaldorTopsoeA/S; 2184MTPD)basedonSteamReformingofNaturalGasconsistingofthefollowingprocesssystems:
Naturalgasdesulphurization;ProcessAirCompression;SteamReformingofNaturalGas andWasteHeat Recovery; HT& LT Shift Converters; CO2 removal byMDEA;Methanation; Syngas Compression; Ammonia Synthesis Loop; AmmoniaRefrigeration; Purge Gas Scrubbing & Hydrogen Recovery; Process CondensateStripper;Deaerator&BFWpumps.
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N.1UreaPlant(LicensorSnamprogetti;3835MTPD)connectedtoexistingfacilities,suchasInstrumentAir,PlantAir,SteamGeneration,PowerGeneration,RawWater,PotableWater,NaturalGasTreatmentandNewUtilitiesSystems,i.e.CoolingWaterPackage, Process and Steam Condensate Recovery & Polishing, BFW, RawWaterPrefiltration, Steam Distribution, Power Distribution, Chemical Dosing andUnloading,Flares.
Client:Tecnimont
§ DetailEngineeringandDesignservicesforNKNKPolyethylenePlant,Nizhnekhamsk,Russia,2006-2007.
NKNK isaPolyethylenePlantbasedontheBASELLSpherileneProcessTechnology.The plant annual capacity is 230,000MTPY of HDPE,MDPE and LLDPR type. Theunits concerned by the performance of the engineering activities were:Polymerization Area, Extrusion Area, Alkyl Area, Homogenization, Bagging,Palletizing,Warehouse, Interconnecting & Pipe Racks, Effluent Basin, Purification,Propane Storage, Control Room and Substation, Valve House, Flare Area,Underground.
v. RecentreferenceonPipelineProjects
ThefollowingprojectscarriedhavebeencarriedoutthroughouraffiliateStreamlineSrl(acompanyofSimecogroup).
Client:AmecFosterWheeler
§ FEEDofa10kmDN20”slurrypipeline,Italy2017.
Client:TECMA-EniS.p.A.
§ Feasibility Study for MAMBA Project, Sealines: 2´22”- 5´16”- 1´8”, Mozambico,2016-2017.
§ FeasibilityStudyforIn-LineInspection,DN32”sealine,Italy,2016.
Client:EniS.p.A.
§ ReplacingofDN42”sealinecoverage,VeniceRefinery,Italy,2016.§ DisplacementStudyforPegli-SannazzaroDN32”Pipeline,Italy,2015.
Client:ExxonMobil
§ In-lineInspectionOptimization,AugustaRefinery,Italy,2016.§ Hydraulic Study (Steady State and Transient), DN6”/8”/10”/12”pipelines, Trecate,
Italy,2016.
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Client:API
§ HydraulicStudy(SteadyStateandTransient)forLoadingandOffloadingoperation,DN24”pipeline(Offshore/Onshore),Italy,2016.
Client:IPLOM
§ Hydraulic Study, sSafety System Design, StartUp and Shut Down Procedure,Multedo-BusallaDN16”pipeline,Italy,2016.
§ Pipelinedisplacementand refilling (Calculations, procedures, equipmentdefinitionandonfieldsupervision),Multedo-BusallaDN16”pipeline,Italy,2015.
§ SpillageAnalysisanddefinitionofMotorizedValveslocation,Multedo-BusallaDN8”&DN16”pipelines,Italy,2014.
§ Pipelinerequalification(HydraulicStudy,ThicknessandMAOPverification),Multedo-BusallaDN16”pipeline,Italy,2010.
Client:ExxonMobil
§ Hydraulic Study in Steady State and Transient State, Quiliano-Trecate DN20”pipeline,Italy,2016.
§ HydraulicStudyinSteadyStateandTransientState(LoadingandOffloading),DN36”pipeline(OffshoreandOnshore),MiddleEast,2016.
Client:AIRLIQUID
§ Oxygen Pipeline Cleaning Study (Pigging and vent simulation), Limito-SannazzaroDN12”oxygenpipeline,Italy,2016.
Client:EP
§ Cleaning and abandonment procedures, Ostiglia-Sermide DN12” pipeline,Italy,2016.
Client:SEAPAD
§ RevampingandoptimizationofKeroseneandVirginNapthaBi-DirectionalPipelines(DN12”-20”-28”),Italy,2015.
§ HydraulicAnalysis,SpecificationandWorkingProcedure,PigDislodging&NitrogenDisplacement,Ferrera-FeginoDN12”Pipeline,Italy,2012.
§ HydraulicStudyforPipelineRequalification,Multedo–FeginoPipeline,Italy,2010.§ Basicdesignstudyfornewpipelineboosterpump,MultedoBoosterStation,DN28”
Pipeline,Italy,2010.
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Client:EniS.p.A.-R&MDiv.&OléoducduRhoneS.A.
§ Pipelinedisplacement (Calculations,procedures,equipmentdefinitionandon fieldsupervision),Ferrera-AigleDN20”Pipeline,Italy-Switzerland,2015.
Client:TECMA&Ionicagas(Enigroup)
§ Simulation of sealines cleaning and Inspection, Sealine DN10”/14”/16”, Crotone,Italy,2014.
Client:TECMA&AirLiquid
§ OxygenPipelineCleaningStudy,Castelnuovo-LonatoDN8”pipeline,Italy,2014.
Client:AMECFosterWheeler
§ FeasibilityStudyforEESTIEnergiaPipelineProject,Soursemi-cokegaspreparationandtransportation,Estonia,2014.
§ DN4”FlowlineWaterdisplacementstudy,Romania,2014.
Client:IES
§ Pipeline Displacement and Pressurization Study, Venice-Mantova DN10” pipeline,Italy,2014.
Client:EniS.p.A.-R&MDiv.
§ Sealine conversion from transport of “black” products to transport of “white”products (Hydraulic and Interface length analysis), DN42” pipeline, Venice,Italy,2013.
§ PipelineServices-PipelineDisplacementandPressurizationStudy,Italy,2013.§ Feasibility Study (P&ID’s, Equipment Sizing, Hydraulic Analysis) for kerosene
pipeline,Genova-SannazzaroDN12”,(Italy),2013.
Client:AmecFosterWheeler(FinalClient:MOLGroup)
§ FEED activities for pipeline conversion from transport of “black” products totransportof“white”products(P&ID,D/Sandspecificationissue,Hydraulicanalysis,Batchstudyecc...),Venice-MantovaDN10”,Italy,2013-2014.
Client:TAMOIL
§ Hydraulic Study in Steady State and Transient State, Cremona-Trecate DN6”Pipeline,Cremona(Italy),2013.
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Client:EniS.p.A.–VeniceRefinery
§ Basic&FEEDEngineeringactivities,RevampingofVeniceRefinery,InterconnectingDN16”/30”pipelines,Italy,2013.
Client:ICC
§ FlowAssuranceinSteady,DynamicandTransientStatewiththescopetodefinetheteststobeperformedintheCO2PilotPlant,DN4”Pipeline,Spain,2013.
Client:Saipem
§ FlowAssuranceinSteady,DynamicandTransientState(sidebysidecomparisonbetweenresultsprovidedbyOLGAandLEDAsoftwares),DN36”Sealine,Italy,2013.
Client:Eni/PPC
§ HydraulicAnalysis,SpecificationandWorkingProcedures,Ragusa–Mostringiano-MagnisiDN10”/24”pipelines,Italy,2013.
Client:SIGEMI-ShellItalia
§ Hydraulic Study in Steady and Transient State, Northern Italy Pipeline GridDN10”/16”,Italy,2012.
§ DetailedEngineeringforSafetyValvesSizingandInstallation,Italy,2012.
Client:EniS.p.A.-E&PDiv./PPC
§ Basic Engineering (Flow Assurance, pipeline material and thickness definition,P&ID’s, D/S) for new pipeline for the CO2 re-injection, Pipeline Gela-GiauroneDN10”,Italy,2012-2013.
Client:TMPC
§ FlowAssuranceStudyforTransMediterraneanPipeline,SealineDN24”,Tunisia,2012.
Client:Technip
§ BasicDesign(P&ID’s,BlowDownStudy,MainLineValves)forWestQurna2project,DN42”OilandDN32”Gaspipelines,Iraq,2011.
19
Client:Tecnomare/EniSpa
§ PiggingPhilosophyforCongoMarineXIIBlockLitchendjiliGasDevelopmentProject,DN12”Pipeline,Congo,2011.
Client:ABB
§ Detail Design for El Merk Project, Flow Assurance, DN24”/12” pipeline, Algeria,2011.
Client:NSP-Saipem
§ Landfalldesign,P&ID,PipeSizing,PrecommissioningandCommissioningProceduresforNorthStreamProject,GasSealines2xDN48”,Russia-Germany,2008-2011.
Client:Tamoil
§ Hydraulic and Batch Study for Products Re-Conversion, Trecate-Cremona DN6”Pipeline,Italy,2011.
Client:ShellItalia-Tamoil
§ Hydraulic and Batch Study for Pipeline Products Re-Conversion, Lacchiarella-CremonaDN6”pipeline,(Italy),2011.
Client:ItalgasStorage
§ ConceptualdesignandHydraulicStudyforCorneglianoLaudense-CervignanoDN42”pipeline,Italy,2011.
Client:ShellItalia
§ FlowIncreaseStudySanQuirico-Arquata-LacchiarellaDN10”Pipeline,Italy,2011. § HydraulicStudyforS.Quirico-Arquata-LacchiarellaDN10”Pipeline,Italy,2010-2011. § NitrogenDisplacement&RestartProject,S.Quirico-Arquata-LacchiarellaDN10”
Pipeline,Italy,2010. § HydraulicStudy,S.Quirico-Arquata-LacchiarellaDN10”Pipeline,Italy,2010.
Client:PortoPetroliGenova(POPEGE)
§ BasicandDetailDesign,GenovaLoadingSystemDN28”Pipeline,Italy,2011.
Client:Eni/Tecnomare
§ PiggingPhilosophyforHewettGasStorage,SealineDN32”Sealine,UK,NorthSea,2010.
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Client:EniS.p.A.-R&MDiv.&Tamoil
§ Hydraulicstudy,Batchstudy,Productsinterfacelength), Sannazzaro–CremonaDN22”/26”finishedproductspipeline,Italy,2010.
Client:IES
§ NitrogenDisplacement&Restart,Hydraulicstudy,Commissioning,DisplacementProcedureforVenezia-MantovaDN10”Pipeline,Italy,2010.
Client:Repsol/Heymo
§ Basic & Detailed Engineering (Hydraulic Study, Thickness and MAOP definition,PumpingstationDesign),Cartagena-PuertollanoDN14”Pipeline,Spain,2007.
Client:Bonatti
§ FEED & Detailed Engineering activities (P&ID, Equipment sizing, D/S andSpecification issue)BordolanoEarly IniectionProject, Compression SystemDesign,DN6”/8”pipeline,Italy,2009.
vi. RecentreferenceonPowerProjects(EngineeringServices)
Client:Sarlux
§ Basic engineering, cost estimate and scheduling for replacement of MV and LVswitchgearsandVSDfanmotors(560kW)inelectricalsubstations,SarrochRefinery,Italy,2017.
§ Detail Design of power gridmodifications to supply 17.1MW to the FCC blower,SarrochRefinery,Italy,2017.
§ Detail Design for the self-supplying of South Plants (380 kV & 150 kV), SarrochRefinery,Italy,2017.
§ DetailDesign fornew150kVelectrical substation,NorthPlants, SarrochRefinery,Italy,2017.
Client:AMECFosterWheeler
§ Electrical engineering for replacement of electrical equipment (34 MVA) insideelectricalsubstationsdamagedbyafireatVersalisplant,Ragusa,Italy,2016.
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Client:E.ON.
§ PreparationofWorkRequisitionsfordismantling/relocationofexistinggasturbineandMaterialRequisition forn.2newauxiliaryboilers,7,5MW,Mira–Adria, Italy,2013.
Client:Versalis
§ BasicDesign,FEEDandCostEstimatefortheinstallationofn.2x150t/hHPSteamGenerators,PortoMarghera,Italy,2011-2012.
Client:Enipower
§ Basic Design Study and Cost Estimate for the New Steam Generator (200t/h),Ravenna,Italy,2009.
Client:Enipower
§ FEEDactivities,CostEstimate (+/-15%),preparationof ITTdocuments forEPCandEPC Technical Bid Evaluation for the revamping of the existing Combined Heat &PowerPlant140MWth,S.DonatoMilanese,Italy,2009.
Client:Enipower
§ DetailDesignfornewPhotovoltaicplant,4MW,Ferrandina,Italy,2009.§ DetailDesignfornewPhotovoltaicplant,1MW,Taranto,Italy,2009.
Client:Siram(Veoliagroup)
§ Conceptual Design and Cost Estimate for Biomass Power Plant, 14MW,Augusta,Italy,2009.
§ Conceptual Design and Cost Estimate for Biomass Power Plant, 10MW,Coniolo,Italy,2009.
Client:MaireTecnimont
§ BasicDesignforBiomassPowerPlant,17MW,OlevanoLomellina,Italy,2008.§ BasicDesignandPipingDetailDesignforthenewCoalFiredPowerPlant,370MW,
PuertoCoronel,Chile,2007.
Client:EniS.p.A.–Div.R&M
§ BasicDesignandDetailedDesignfortheinstallationofnewPowerGenerationUnit,3,5MW,Robassomero,Italy,2007.
22
Client:EniOilCompany(LibyanBranch)(nowMellitahOil&GasB.V.)
§ FEEDoftheWaterInjectionandPowerGenerationsystemsatElFeelField,50MW,Libya,2006-2007.
Client:EniS.p.A./NAOC
§ FEED including Preparation of ITT documents for EPC and EPC Technical BidEvaluation for Okpai Power Plant expansion from 480 MW to 960MW, Nigeria,2004.
Client:EniS.p.A./NAOC
§ FEED including preparation of ITT documents for EPC and EPC Technical BidEvaluationfortheOkpaicommunityPowerGenerationPlant,3MW,Nigeria,2004.
Client:EnelPower
§ DetailDesignforCombinedHeat&PowerPlant,100MW,Castleford,UnitedKingdom,1999.
vii. RecentreferenceonEPCContractsHerebelowisalistofSIMECOrecentreferencerelevanttoEPCContracts:
Client:RAM,MilazzoRefinery(Italy)
§ EPC contract on a Fixed-Lump Sum and Turn-Key Basis for the revamping of theexistingKeroseneHydrodesulphurizationUnit(HDS-1),includingPre-commissioning,assistance to Client during Commissioning andOperation up to Final Acceptance,2014-2016.
ContractValue:16M€
(SeeMainProjects2001-2017;Slide#3)
Client:ENIS.p.A.Refining&MarketingDiv,SannazzaroRefinery(Italy),2011-2013
§ EPCcontractonaFixed-LumpSumandTurn-KeyBasisforinstallationofaClarifiedOil Vacuum Distillation and Filtration System on the existing FCC Plant includingProcess Design, Detail Design and Engineering, Procurement, Construction, Pre-commissioning,assistancetoClientduringCommissioningandOperationuptoFinalAcceptance, supplyof sparepartsduring thewarrantyperiod (2 yearsoperation),2011-2013.
23
ContractValue:14M€
(SeeMainProjects2001-2017;Slide#6)
Client:ENIS.p.A.Refining&MarketingDiv.,TarantoRefinery(Italy)
§ EPCcontractontheFixed-LumpsumandTurn-KeyBasisfortheinstallationofanewElectrically Traced Liquid Sulfur Transfer Line (4’’ x 1 km by skin effect electricaltracing technology) including Process Design, Detail Design and Engineering,Procurement,Logistics,Construction,Pre-commissioning,assistancetoClientduringCommissioningandOperationuptoFinalAcceptance,supplyofsparepartsduringthewarrantyperiod(2yearsoperation),2010.
ContractValue:1,1M€
(SeeMainProjects2001-2017;Slide#10)
Client:ENIS.p.A.Refining&MarketingDiv.,SannazzaroRefinery(Italy)
§ EPCcontractontheFixed-LumpsumandTurn-KeyBasisfortheinstallationofanewdehydration and hydroisomerization unit of a C4 butylenic stream, includingendorsement of Process Design Package, Detail Design and Engineering,Procurement,Logistics,Construction,Pre-commissioning,assistancetoClientduringCommissioningandOperationuptoFinalAcceptance,supplyofsparepartsduringthewarrantyperiod(2yearsoperation),2008-2009.
ContractValue:8,5M€
(SeeMainProjects2001-2017;Slide#15)
Client:PolimeriEuropa,SarrochPetrochemicalComplex(Italy),2008-2009
§ EPCcontractontheFixed-LumpsumandTurn-KeyBasisfortheinstallationofnewAPI separators covering system and cryogenic unit for VOC recovery includingProcessDesign,DetailDesignandEngineering,Procurement,Logistics,Construction,Pre-commissioning,assistancetoClientduringCommissioningandOperationuptoFinal Acceptance, supply of spare parts during the warranty period (2 yearsoperation).
ContractValue:6,0M€
(SeeMainProjects2001-2017;Slide#17)
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Client:RAM,MilazzoRefinery(Italy),2005(Phase1)–2008(Phase2)
§ EPC contract on the Fixed-Lump sum and Turn-Key Basis for the replacement ofexistingcrudeoil loadingarms(Phase1:4x16’’;Phase2:4x16)atrefineryjetty,includingDetailEngineeringandDesign,Procurement,Logistics,Construction,Pre-commissioning,assistancetoClientduringCommissioningandOperationuptoFinalAcceptance,supplyofsparepartsduringthewarrantyperiod(2yearsoperation).
ContractValue:5,6M€(Phase1+Phase2).
(SeeMainProjects2001-2017;Slide#25)
viii. EngineeringservicesforLNGRegassificationTerminal
For Adriatic LNG (Offshore Regassification Terminal, Adriatic Sea, Italy), SIMECO hasprovided secondment of personnel within Client Team and approx. 30,000 engineeringmanhours per year for new projects dealing with improvement of operation andmaintenance:
§ DetailEngineeringforLVelectricaldistributionrevamp§ Front-End Engineering Design services for a new High-Pressure Air Compressor
(HPAC)SystemforWobbeIndexcorrectionoftheSendOutGas.§ Feasibility study and concept selection for a new Nitrogen Storage and Injection
SystemforWobbeIndexadjustmentintotheALNGonshorepipeline.§ DefinitionofafullBlackStartphilosophyoftheTerminal.§ FeeasibilityStudyforBoatLandingModifications.§ FeasibilityStudyforPotableWaterUVTreatment.§ FeasibilityStudyforinstallationofsmokingcabinsatselectedlocations.§ Feasibility Study for the upgrading of the flow measurements on the HP and LP
flares.§ Detail Engineeringof theenclosure toprotect theCustodyTransfer Sampling Skid
(CTSS)tobeinstalledontheplatform.§ FrontEndEngineeringDesignforthenewWasteWaterTreatmentPlant.
ActivitiesdealingwithmaintenanceengineeringandoperativemaintenancecarriedoutbySIMECOpersonnelsecondedatTerminal,included:
§ N.3GasTurbines(11MW/each)ESD(EmergencyShutDown)reductionstudyandimplementationthrough:
o Enclosurewaterleakagesealingsystemimprovementso EnclosureVentilationenhancemento Exhaustdampersystemverificationandimprovementstoreduceclosing
time.o Anti-icingthermalprobesinstallationinamoresuitableposition
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o VerificationofOil/watercoolerandextensionforactualneedsfulfillmento Plannedmaintenancetimingverification
§ Installation of a new Back-Up Air Compressor driven by a diesel engine (186 kW)
including:o Installationcompliancestudyo SSpipingroutingstudyforconnectiontoGeneralInstrumentationAirsystem
andtoEmergencyDieselGenerator/DetailinstallationStudyo Verificationofinstallationcompliancewithtechnical,safetyand
environmentalprotectionbestpractice
§ SewageEmergencyTransferPumptoshipincluding:
o Mechanicalequipmentinstallationdetaileddesigno Electricalfeederline:detaileddesignfollow-upandinstallationsupervision.
§ Installation of a Diesel Fuel Delivery Stationwith branching fromDiesel Day TankandAirDriverPumpingStation.
§ Oil sampling points improvements, oil samplingmethods specification, oil analysisdatascreeningandmachinesconditionsevaluation.
§ Supervisiontovibrationmonitoringactivitesformainmechanicalequipmentfailureadvancealert.
§ MaintenanceandupgradingofHW&SWofYokogawacontrol systems (DCS,ESD,F&Gsystems),including:
o DCSgraphicpages:reviewandupgradealarmsdisplay.o FireandGassystem:Cause&Effecttesting.o F&Gsystem:Detectorssubstitution.
§ GPStimerforICSStimesynchronization:equipmentsubstitution.§ LNGOpenRackVaporizers:controllogicmodification.§ GlycolWaterPump:shutdownlogicupgrade.§ PlantResourceManager(PRM):systemconfiguration.§ GBS heating system: fiber optic leak detection and temperature monitoring
maintenance.§ Instruments:maintenanceandreplacement.§ Modification of the HVAC feeding of the block valve station, to avoid the service
interruptionatstarting.§ Modification of the protections system in the metering station, by means of
integrationwithTAtoavoidprotectionstripbyfalsecurrent.
ManagementofsparepartsattheTerminaliscarriedoutbySAP.
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ix. EngineeringservicesforTransmedPipelineThe Scope of Services of the Frame Agreement for Operations Support at TransmedPipeline Terminals in Cap Bon (Tunisia) and Mazaro del Vallo (Italy) started in 2010included:
§ Engineeringsupportforday-to-daymaintenance§ Engineeringsupportfortroubleshootingoperationalproblems§ EngineeringandProjectManagementforsmall-tomediummodifications§ Executionofspecializedactivitiesasmeasurement,controls,tests§ Supervision,controlandcertificationofservicesandsupplyprovidedbythirdparties§ Riskassessments
Projects related to day to day maintenance and troubleshooting operational problemscarriedoutsofarinclude,forinstance,designandsupervisiontotheinstallationofanewmethanol injection plant for inhibition of hydrates and installation of bypass on controlvalvestoallowagreateroperationalflexibility.
x. TechnicalandManagerialOrganizationoftheFirmThe technical and managerial organization of SIMECO is represented in the attachedCompanyOrganizationChart(Attachment1).SIMECO’s QualityManagement System is certified by Det Norske Veritas for compliancewithISO9001:2008standard(Attachment2).SIMECO’sOccupational,HealthandSafetyManagementSystemiscertifiedbyDetNorskeVeritasforcompliancewithBSOHSAS18001:2017standard(Attachment3).SIMECOholdsaFPALcertificate(Achille’sFirstPointAssessmentofsuppliersfortheOil&GasIndustry)forthefollowingservices(Attachment4):
• Code3.1.3 Process/Utilities/Piping/HVACServices• Code3.1.4 Equipment/MechanicalServices• Code3.1.5 Electro/Control/InstrumentationServices• Code3.1.6 PipelineServices• Code3.1.17 ConstructionManagementandSupervisionServices
SIMECOholdsanA+CreditPassportRatingissuedbyCreditDataResearch(Attachment5).CreditPassportRatingiscalculatedaccordingtoRiskCalcalgorithmfromMoody’sanalytics.A+ratingmeansthecompanycreditisofHighQuality.
*******
27
ATTACHMENT1
SIMECOCOMPANYORGANIZATIONCHARTQuality Committee
UNI EN ISO 9001:2008
Business Ethics Committee Modello 231
Information Technologies Committee
GCC Regional Office (Bahrain)
M. Dellagiovanna
Health, Safety, Environment & Quality
(HSEQ)G. Gasperini
Quality Assurance (QUAL)
M. Tencati
Civil & Structures(CIV)
V. Losi
Instrumentation & Automation
(SMI)G. Gaiolini
PetrochemicalProcess
SubcontractsStatic & Rotatin
Equipment / Package(MEC)
P. Fontana
Commissioning & plant Start-up (temporary
organization)
Pipelines
Construction & Commissioning
(LAVV)A. Provantini
Proposal Mngrs
Expediting & Inspections
Electrical Systems(ELE)
E. Seghezzi
Operation Support (temporary organization)
PowerProcess
Temporary Project Organizations & Task
ForcesMaterials Piping & Layout
(TUB)D. Moroni
Construction Supervision (temporary organization)
Clericals (SEGR)
Process Technologies(PRC)
G. Gasperini
Operations(OPER)
M. Forlani
Planning & Cost Control(PCC)
M. Forlani
Commercial & Marketing(COMM)
L. Tagliabue
Cost Estimate (PREV)
Oil & GasProcess
Project Management(GECO)
M. Forlani
Procurement(APPR)
S. Pinnelli
Engineering(INGE)
P. Fontana
CHAIRMAN & CEOPF. Forlani
Human Resources(RU)
G. Gasperini
Administration(AMPE) P. Conti
General Services(SGEN)
G. Gasperini
Safety (SAFE)
C. Carletti
Information Technologies (INTE)
A. Chiarvetto
28
ATTACHMENT2
SIMECOISO9001:2008CERTIFICATE
29
ATTACHMENT3
SIMECOBSOHSAS18001:2007CERTIFICATE
30
ATTACHMENT4
ACHILLES’SFIRSTPOINTCERTIFICATE
31
ATTACHMENT5
CREDITPASSPORTASSESSMENT
