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POWERGENERATIONENGINEERING AND CONSTRUCTIONPROJECT REFERENCES
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POWERGENERATION
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INDEX
SAIPEM TODAY 4
SAIPEM ENGINEERING & CONSTRUCTION 6
POWER GENERATION 8
COMBINED CYCLE POWER PLANTS (CCPP) 14
COGENERATIONPOWER PLANTS (COPP) 22
SIMPLE CYCLEPOWER PLANTS (SCPP) 24
INTEGRATED GASIFICATION COMBINED CYCLE POWER PLANTS (IGCC) 26
INDUSTRIAL PLANTS (IP) 36
WASTE TO ENERGY POWER PLANTS (WTEPP) 40
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SAIPEMTODAYSAIPEM TODAY IS A WORLD LEADER IN THE GLOBAL SUPPLY OF ENGINEERING, PROCUREMENT, PROJECT MANAGEMENT,CONSTRUCTION AND DRILLING SERVICES WITH DISTINCTIVECAPABILITIES IN THE DESIGN AND EXECUTION OF LARGE-SCALEOFFSHORE AND ONSHORE PROJECTS.
Saipem has a strong bias towards oiland gas frontiers, namely activitiesin harsh and remote areas, in deepwaters as well as in extremely cold andhot environments, applying significanttechnological competences in manydiverse fields such as gas monetizationand heavy oil exploitation.
Saipem is organized in two BusinessUnits: Engineering & Constructionand Drilling.
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SAIPEMENGINEERING & CONSTRUCTIONFOLLOWING AN AGGRESSIVE GROWTH STRATEGY, WHICH INCLUDEDIN THE LAST DECADE THE ACQUISITION OF MANY CONSTRUCTION,TECHNOLOGY AND ENGINEERING COMPANIES, MOST PROMINENTLYOF SNAMPROGETTI, BOUYGUES OFFSHORE, SOFRESID AND MOSSMARITIME, SAIPEM HAS BECOME ONE OF THE WORLD LARGESTAND MOST COMPLETE ENGINEERING AND CONSTRUCTION COMPANIESIN THE GLOBAL OIL AND GAS MARKETS, ONSHORE AND OFFSHORE.
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Ever since its initial steps in the fiftiesas the construction division of Snam,the pipeline company of the Eni Groupin Italy, Saipem has pursueda systematic growth strategy, basedon the development of internal assets,expertise and skilled resources, as wellas on the acquisition of other playerswith their own asset bases, such asMicoperi in late eighties, and manyothers.
In the last decade, Saipem hascontinued its growth by acquiringBouygues Offshore and Sofresid inFrance, Moss Maritime in Norway, IDPEin India and Snamprogetti in Italy,and by carrying out a multibillioninvestment program into the expansionof its offshore construction and drillingfleets. Since the year 2000, Saipem’smarket capitalization has grown morethan sixfold and its revenues tenfold.(*)
The organizational integration ofthis considerable asset base, namelythe network of engineering centres,fabrication and support yards in severalcontinents as well as the offshoreconstruction fleet, has been completedgradually over the years - most recentlywith the creation of a unified BusinessUnit Engineering & Construction,an entity with over 30,000 employees(excluding corporate and BU Drillingstaff) from over 100 nationalities,with over 60 permanent establishments
and numerous project executioncentres around the globe, and withyearly revenues exceeding 10 billion €/y;all held together by outstanding projectmanagement skills.
Through the involvement of our globalEP(I)C hubs in Milan, Rome and Fano(Italy), Paris (France) and Chennai(India), which operate in connectionwith a growing number of medium sizeand smaller regional engineeringand project execution centresemploying altogether over 7,000engineers, Saipem balances highproject execution quality with acompetitive cost and - most importantly- with a major emphasis on localknow-how and content.
This well-integrated multicenterapproach provides a consistent designand robust execution philosophyon all our projects worldwide.Top priority is provided throughoutto all HSEQ aspects.
Saipem therefore offers a completerange of project definitionand execution services, offshoreand onshore, particularly forthe complex “mega-projects” requiredby the market today: from feasibilityand conceptual studies to complexintegrated solutions combining design,engineering, procurement, fieldconstruction, fabrication and offshore
installation; also revamps, upgradings,maintenance, decommissionings,reclamations and decontaminations.
Saipem today operates in virtually everyworld market, often in remote locationswith harsh environmental conditionsand challenging logistics, leveragingon its proven experience across themost significant product lines in the oiland gas production onshore, offshore,in deepwater; gas and oiltransportation via offshore and onshorepipeline systems; midstream, refining,chemicals, power generation from fossilas well as from renewable sources;environmental industries, maritimeworks and infrastructure.
This new series, therefore, outlinesSaipem’s integrated referencesin engineering and constructionmarkets offshore and onshore,according to individual businessand technology lines.
(*) Until Dec. 31, 2010
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POWER GENERATIONDURING OUR HISTORY, WHICH AT THIS POINTEXCEEDS 50 YEARS, SAIPEM AND OTHERCONSTITUENT COMPANIES HAVE DESIGNEDAND BUILT MORE THAN 40 PLANTSPRODUCING POWER FROM A VARIETY OF FEEDSTOCKS, IN MANY WORLD MARKETS,FOR A TOTAL INSTALLED CAPACITYEXCEEDING 10,000 MW.
In recent years, we have built morethan 20 Combined and Simple CyclePower Plants (CCPP and SCPP)including two large CCPPs exceeding1,000 MW each.
In addition, we have designed andbuilt on an EPC/Lump Sum Turn Keybasis the two largest IGCC (IntegratedGasification Combined Cycle) powerplants in the world, based on heavyrefinery residues as feedstocks, withthe power production capacity of 550MW and 512 MW respectively.
This performance has been achievedthrough a strong organization, asubstantial engineering capability anda quick development of propercompetences in critical areas.
One of Saipem flagship achievementsis the recent implementation of fourlarge Combined Cycle Power Plantson a virtually simultaneous basis forEniPower, a wholly owned subsidiaryof Eni and a new producer of powerfrom gas.
This target has been achievedthrough:
Standardization of the power generation module. Homogeneity of plant designs, minimizing the impact of the peculiarities of each site.Management of delays in permitting and approval processes.
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Saipem has access to all the mostadvanced technologies andequipment in the power productionsectors.
In particular, the Group is in a positionto select and to offer to its clients theequipment that is best suited to meettheir requirements, as we are notbound by any exclusivity agreementwith gas or steam turbinemanufacturers or boilermanufacturers.
However, Saipem has cooperated withall main gas turbine manufacturers:General Electric, Alstom Power,
Ansaldo Energia, Mitsubishi HeavyIndustries, Siemens.
Also in the power plant area, ourGroup organization is structured tocarry out our primary mission ofdesigning and building power plantsbased on EPC/Lump Sum Turn Keycontracts, offering to our clients the advantages of single-point-responsibility and all-encompassing guarantees on cost,quality and completion timing for thenew investments.
However, should the clients prefer asequential execution mode, our range
of services covers also individualservices, namely:
Consulting and Feasibility Studies.Environmental Impact Assessment.Basic and Detail Engineering.Project Management.Procurement.Construction Managementand Supervision.Commissioning and Plant Start-up.Training.
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COMBINED CYCLE POWER PLANTS (CCPP)
PRIOLO 480 MW COMBINED CYCLE POWER PLANT - ITALY• Huge number of interfaces with existing refinery
• A variety of complex operating modes
• Severe space constraints
PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier4 Frame 6FA 75 MW G.E.
HEAT RECOVERY STEAM GENERATORn° pressure level steam re-heating supplier4 3 85 t/h YES NECCT
STEAM TURBINE GENERATORn° capacity casing discharge supplier2 90 MW DOUBLE RADIAL Ansaldo
Qatar, Mesaieed QAFCO V EngineeringProcurement
200 (4GTG+1STG) Frame 6E Construction 2011
Italy, Priolo Erg Nuce EngineeringProcurement
480 (4GTG+2STG) Frame 6FA Construction 2009
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
12
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Italy, Ferrara S.E.F. EngineeringProcurement
790 (2GTG+2STG) V94.3A Construction 2008
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
COMBINED CYCLE POWER PLANTS (CCPP)
FERRARA 790 MW COMBINED CYCLE POWER PLANT - ITALY• Severe environmental constraints
• Large water system facilities
13
PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier2 V94.3A 260 MW Ansaldo
HEAT RECOVERY STEAM GENERATORn° pressure level steam re-heating supplier2 3 360 t/h YES NECCT
STEAM TURBINE GENERATORn° capacity casing discharge supplier2 135 MW DOUBLE RADIAL Ansaldo
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Nigeria, Okpai NAOC EngineeringProcurement
480 (2GTG+1STG) GT13 Construction 2006
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
COMBINED CYCLE POWER PLANTS (CCPP)
OKPAI 480 MW COMBINED CYCLE POWER PLANT - NIGERIA• Very difficult environmental conditions
• Early completion, fast track execution requirements
• Complex logistics
14
PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier2 GT13 160 MW Alstom
HEAT RECOVERY STEAM GENERATORn° pressure level steam re-heating supplier2 70 230 t/h YES Alstom
STEAM TURBINE GENERATORn° capacity casing discharge supplier1 130 MW SINGLE RADIAL Alstom
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Italy, Brindisi EniPower EngineeringProcurement
1185 (3GTG+3STG) V94.3A Construction 2006
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
COMBINED CYCLE POWER PLANTS (CCPP)
BRINDISI 1185 MW COMBINED CYCLE POWER PLANT - ITALY• Largest power plant designed and built by Saipem
• Different cooling system of condensers
• Large seawater cooling tower
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PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier3 V94.3A 260 MW Ansaldo
HEAT RECOVERY STEAM GENERATORn° pressure level steam re-heating supplier3 3 360 t/h YES NECCT
STEAM TURBINE GENERATORn° capacity casing discharge supplier3 135 MW DOUBLE RADIAL Ansaldo
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Italy, Mantova EniPower EngineeringProcurement
790 (2GTG+2STG) V94.3A Construction 2005
Italy, Ravenna EniPower Engineering Procurement
790 (2GTG+2STG) V94.3A Construction 2004
Italy, Ferrera Erbognone EniPower Engineering1050 (2GTG+2STG) V94.3A Procurement
(1GTG+1STG) V94.2 Construction 2004
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
COMBINED CYCLE POWER PLANTS (CCPP)
FERRERA ERBOGNONE 1050 MW COMBINED CYCLE POWER PLANT - ITALY• First example of modularization
• GTG fed with syngas (see IGCC section)
PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier2 V94.3A 260 MW Ansaldo1 V94.2* 170 MW Ansaldo
HEAT RECOVERY STEAM GENERATORn° pressure level steam re-heating supplier2 3 360 t/h YES NECCT1 3 265 t/h YES NECCT
STEAM TURBINE GENERATORn° capacity casing discharge supplier2 135 MW DOUBLE RADIAL Ansaldo1 88 MW DOUBLE RADIAL Ansaldo
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*Fed with Syngas
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Iran, Bandar Abbas National Iranian EngineeringOil Company Procurement(NIOC) 180 (5GTG+1STG) Frame 6E Construction 1997
Iran, Arak Arak EngineeringPetrochemical ProcurementCompany 180 (5GTG+1STG) Frame 6E Construction 1993
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
COMBINED CYCLE POWER PLANTS (CCPP)
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Saudi Arabia, Khursaniyah Aramco EngineeringOverseas ProcurementCo. B.V. 370 (2GTG) M501F Construction 2009
Saudi Arabia, Qatif Aramco EngineeringOverseas ProcurementCo. B.V. 144 (2GTG) PG7121EA Construction 2004
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
COGENERATIONPOWER PLANTS (COPP)
KHURSANIYAH 370 MW COGENERATION POWER PLANT – SAUDI ARABIAThe project was an integral part of amultibillion contract to Saipem Onshorefor design and execution of a very largeoil and gas production facility.
PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier2 M501F 185 MW Mitsubishi H.I.
HEAT RECOVERY STEAM GENERATORn° pressure level steam pressure level supplier2 1 270 t/h 18 bar Nooter-Eriksen
20
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Qatar, Ras Laffan Ras Laffan EngineeringLNG Co. Ltd. Procurement
39 (1GTG) PG6561B Construction 2003
Italy, Ravenna Enichem / EniPower EngineeringProcurement
188 (1GTG) Frame 9E Construction 2001
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
COGENERATIONPOWER PLANTS (COPP)
RAVENNA 188 MW COGENERATION POWER PLANT - ITALY• Very early completion requirements
• Numerous interfaces with existing facilities
PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier1 Frame 9E 123 MW Thomassen
HEAT RECOVERY STEAM GENERATORn° pressure level steam post-firing supplier1 2 236 t/h YES Ansaldo
ON STREAM
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Italy, Milazzo Raffineria Mediterranea Engineering49 (1GTG) Frame 5 Services 1991
Italy, Malpensa Airpor Italairport S.p.A. Engineering21 (2GTG) PGT10 Services 1990
Italy, Agip Raffinazione S.p.A. EngineeringSannazzaro de' Burgondi 56 (2GTG) Frame 5 Services 1990
India, Jagdishpur Indo Gulf Fertilizers Licenceand Chemicals Corp. Engineering
50 (2GTG) Frame 5 Procurement 1988
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
COGENERATIONPOWER PLANTS (COPP)
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Qatar, Mesaieed Qafco 6 EngineeringProcurement
42 Frame 6E Construction Under Execution
Algeria, Arzew Sonatrach EngineeringProcurement
160 Frame 6E Construction Under Execution
Nigeria, Afam Rivers State EngineeringGovernment of Nigeria Procurement
180 GT13E Construction Under Execution
Nigeria, Afam Rivers State EngineeringGovernment of Nigeria Procurement
180 GT13E Construction 2012
Qatar, Ras Laffan Ras Laffan EngineeringLNG Co. Ltd. Procurement
78 (2GTG) PG6561B Construction 2006
Algeria, Berrouaghia SKB Engineering(Sonatrach, Sonelgaz) Procurement
540 (2GTG) V94.3A Construction 2005
Nigeria, Bonny Island Nigeria EngineeringLNG Ltd. Procurement
78 (2GTG) PG6561B Construction 2005
Qatar, Ras Laffan Ras Laffan EngineeringLNG Co. Ltd. Procurement
78 (2GTG) PG6561B Construction 2005
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
SIMPLE CYCLEPOWER PLANTS (SCPP)
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Nigeria, Bonny Island Nigeria EngineeringLNG Ltd. Procurement
78 (2GTG) PG6561B Construction 2003
Qatar, Ras Laffan Ras Laffan EngineeringLNG Co. Ltd. Procurement
39 (1GTG) PG6561B Construction 2003
Nigeria, Bonny Island Nigeria EngineeringLNG Ltd. Procurement
153 (4GTG) PG6561B Construction 2000
Algeria, Bir Rebaa North Agip Africa EngineeringLtd./Sonatrach 20 (1GTG) Frame 5 Procurement 1996
Algeria, Hamra Sonatrach EngineeringProcurement
50 (2GTG) Frame 5 Construction 1995
Iran, Esfahan Iran Chemical Industries EngineeringInvestment Co. (ICIIC) 11 (1GTG) PGT10 Procurement 1994
Italy, Taranto Serleasing EngineeringProcurement
39 (1GTG) Frame 6 Construction 1994
Algeria, Rhourde Nouss Sonatrach EngineeringProcurement
31 (3GTG) PGT10 Construction 1988
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
SIMPLE CYCLEPOWER PLANTS (SCPP)
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Bahrain, Sitra Gulf Petrochemical EngineeringIndustries Co. (GPIC) Procurement
26 (2GTG) Frame 5 Construction 1985
Egypt, Ras Budran Suez Oil Company Engineering(SUCO) 27 (2GTG) Frame 5 Services 1985
Libya, Bu Attifel Agip Ltd. EngineeringProcurement
40 (4GTG) PGT10 Construction 1985
Abu Dhabi, Ruwais Abu Dhabi National Oil EngineeringCompany (ADNOC) 96 (4GTG) Frame 5 Services 1982
Pakistan, Goth Machhi Fauji Fertilizer EngineeringCo. Ltd. (FFC) Procurement
50 (2GTG) Frame 5 Construction 1982
Libya, Azzawiya Azzawiya Oil EngineeringRefining Co. Inc. (ARC) Procurement
25 (1GTG) Frame 5 Construction 1982
Italy, Augusta Raffinerie Siciliane EngineeringOlii Minerali (RASIOM) Procurement
32 (2GTG) Fiat TG16 Construction 1968
Argentina, Pico Truncado Gas del Estado Engineering24 (2GTG) PGT16 Services 1965
Italy, Raffineria del Po S.p.A. EngineeringSannazzaro de' Burgondi 21 (2GTG) GT10 Services 1963
COUNTRY CLIENT CAPACITY TURBINE SCOPE ON STREAMLOCATION MW MODEL OF WORK
SIMPLE CYCLEPOWER PLANTS (SCPP)
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INTEGRATED GASIFICATIONCOMBINED CYCLEPOWER PLANTS (IGCC)THE RECENT DECADE HAS SEEN A LARGEINCREASE IN IGCC CAPACITY ON STREAM, DUE TO THE RISING ADOPTION OF THISTECHNOLOGY IN TWO MAIN CONTEXTS:
TO SOLVE THE OIL REFINERIES’ “FUEL OIL PROBLEM”, NAMELY TO CONVERT LOWVALUE BOTTOM-OF-THE-BARREL OILFRACTIONS INTO VALUABLE PRODUCTS, LIKEELECTRIC POWER;
TO OFFER A CLEANER AND MORE EFFICIENT PROCESS ROUTE TO PRODUCE POWER FROM COAL.
Through more than a decade of athorough involvement with IGCC,particularly in refinery settings forbottoms-of-the-barrel upgrading,Saipem has gained an enormousexperience in designing, building,commissioning and operating threeworld-class IGCC plants in Italy, basedon two leading gasification
technologies. The ISAB and Sarluxplants are still the world’s largest. A fourth plant built with ourinvolvement is under completion inChina. These plants are fed witheither visbroken tar, vacuum residueor SDA bottoms, and apply a numberof different process and equipmentchoices.
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With a total capacity on stream ofover 3,500 MWth (IGCC plants 1,580MWe), through a considerable butpractical learning and experiencecurve, Saipem has gained the fullconfidence to design, build, start-upand generally to apply the IGCCtechnologies economically and
reliably. This is relevant, in as much asthe attractiveness of IGCC was initiallycounterbalanced by a perception ofunfavourable and potentially riskyeconomics and by low poweravailability factors in earliest units.Most importantly, Saipem has learnedand demonstrated how to achieve
high power production efficienciesvery early after start-up. The figureillustrates how the power productionavailability was achieved ever earlier,with each subsequent unit designedand built.
0
10
20
30
40
50
60
70
80
90
100
5432
Year of Commercial Operation
1
ISAB EnergyStart-up 2000
SarluxStart-up 2001
EniPowerStart-up 2006
From: “17 YEARS OF EXPERIENCE GAINED FROM THREE GASIFICATION PLANTS OPERATING IN ITALY”, by Vincenzo FabioCiccotosto, Pierpaolo Mezzanotte, Giuseppe Pitari, Filippo Galletta, Vincenzo Rottino, Daslav Brkic, presented at the“Clean Coal Technologies 2009” Third International Freiberg Conference on IGCC and XtL Technologies, Dresden,Germany, May 18-21, 2009
IGCC POWER PLANT AVAILABILITY
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China, Fujian Fujian Refining Engineeringand Petrochemical ServicesCo. Ltd. (Sinopec,Saudi Aramco, 260 (2GTG)ExxonMobil) (Shell, Lurgi) 9E 2009
Italy, Sannazzaro EniPower, Engineeringdei Burgundi Eni R&M 260 (1GTG+1STG) Procurement
(Shell, Dow, UOP) V94.2 Construction 2006
COUNTRY CLIENT CAPACITY MW TURBINE SCOPE ON STREAMLOCATION TECHNOLOGY MODEL OF WORK
INTEGRATED GASIFICATIONCOMBINED CYCLEPOWER PLANTS (IGCC)
SANNAZZARO 260 MW IGCC POWER PLANT - ITALYAn IGCC complex, based on Shell GasificationTechnology, designed and built adjacently to the EniR&M refinery in Sannazzaro. The gasification unit isfully integrated in the refinery, whereas the much largerpower plant section, owned by EniPower, can operateeither on syngas, on externally supplied natural gas oron their combinations.
PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier1 V94.2 170 MW Ansaldo
HEAT RECOVERY STEAM GENERATORn° pressure level steam re-heating supplier1 2 265 t/h YES NECCT
STEAM TURBINE GENERATORn° capacity casing discharge supplier1 88 MW SINGLE RADIAL Ansaldo
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Italy, Sarroch Sarlux S.r.l. Engineering(Saras, Enron) 550 (3GTG+3STG) Procurement
(Texaco, UOP, Lurgi) PG9171E Construction 2001
COUNTRY CLIENT CAPACITY MW TURBINE SCOPE ON STREAMLOCATION TECHNOLOGY MODEL OF WORK
INTEGRATED GASIFICATIONCOMBINED CYCLEPOWER PLANTS (IGCC)
SARROCH 550 MW IGCC POWER PLANT - ITALYThe largest operating IGCC plant in the world, utilizing Texaco (today GE) gasification technology.
PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier3 PG9171E 123 MW G.E.
HEAT RECOVERY STEAM GENERATORn° pressure level steam re-heating supplier3 2 250 t/h NO Ansaldo
STEAM TURBINE GENERATORn° capacity casing discharge supplier3 65 MW SINGLE AXIAL G.E.
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Italy, Priolo ISAB Energy S.r.l. Engineering(ISAB, Mission 512 (2GTG+2STG) ProcurementEnergy) (Texaco, UOP, Lurgi) V94.2 Construction 2000
COUNTRY CLIENT CAPACITY MW TURBINE SCOPE ON STREAMLOCATION TECHNOLOGY MODEL OF WORK
INTEGRATED GASIFICATIONCOMBINED CYCLEPOWER PLANTS (IGCC)
PRIOLO 512 MW IGCC POWER PLANT - ITALYThe first and one of the largest “new wave” IGCCplants in a refinery setting to be designed and startedup in late ’90s, by now has reached almost a decade ofoperations with power availability exceeding 90%. The thorough application of the Lessons Learnt fromthis project to subsequent ones has yielded significantbenefits, particularly in improved operability and poweravailability.
PLANT ARRANGEMENT: Multi Shaft
GAS TURBINE GENERATORn° model capacity supplier2 V94.2 170 MW Ansaldo
HEAT RECOVERY STEAM GENERATORn° pressure level steam re-heating supplier2 3 300 t/h YES Ansaldo
STEAM TURBINE GENERATORn° capacity casing discharge supplier2 115 MW SINGLE RADIAL Ansaldo
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Abu Dhabi, Abu Dhabi Gas EngineeringShah Oil Field Development Co. Ltd. Procurement
120 (4STG) Construction Under Execution
Libya, Mellitah Agip Gas BV EngineeringProcurement
75 (3STG) 1,320 t/h Construction 2007
Iran, Hyundai Engineering EngineeringSouth Pars Gas Field & Construction Co. 120 (4STG) 960 t/h Services 2004
Turkey, Izmit Turkiye Refinerileri EngineeringAnonim Sirketi Procurement(TUPRAS) 15 (1STG) Construction 1996
Turkey, Izmit Turkiye Refinerileri EngineeringAnonim Sirketi Procurement(TUPRAS) 12 (1STG) Construction 1993
Italy, Brescia Azienda Servizi EngineeringMunicipalizzati Procurementdi Brescia (ASM) 230 t/h Construction 1987
Nigeria, Warri Nigerian National EngineeringPetroleum Corp. (NNPC) Procurement
15 (1STG) Construction 1987
COUNTRY CLIENT CAPACITY STEAM SCOPE ON STREAMLOCATION MW GENERATION OF WORK
INDUSTRIAL PLANTS (IP)
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Nigeria, Warri Nigerian National EngineeringPetroleum Corp. (NNPC) Procurement
30 (2STG) 77 t/h Construction 1980
Brazil Petroleo Brasilero S.A. EngineeringSao José dos Campos (Petrobras) 30 (3STG) 250 t/h Services 1978
Iran, Tabriz National Iranian EngineeringOil Company (NIOC) Procurement
28 (3STG) Construction 1977
Poland, Gdansk Polimex-Cekop for EngineeringRafineria Gdanska S.A. 30 (2STG) Services 1976
Libya, Azzawiya Azzawiya Oil Refining EngineeringCo. (ARC) Procurement
15 (3STG) Construction 1975
Italy Chimica e Fibra del Tirso EngineeringOttana, Sardinia 140 (2STG) Services 1973
Iran, Shiraz National Iranian Oil EngineeringCompany (NIOC) Procurement
6 (2STG) Construction 1973
COUNTRY CLIENT CAPACITY STEAM SCOPE ON STREAMLOCATION MW GENERATION OF WORK
INDUSTRIAL PLANTS (IP)
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Italy, Ravenna Anic S.p.A. Engineering113 (3STG) Services 1973
Italy, Manfredonia Anic S.p.A. Engineering42 (2STG) 168 t/h Services 1972
Croatia, Mlaka INA - Rafinerija Nafte Engineering8 (1STG) Services 1970
Bosnia, Bosanski Brod Rafinerija EngineeringNafte / Energoinvest 10 (1STG) Engineering Procurement 1969
India, Madras Madras Refineries Ltd. EngineeringProcurement
22 (2STG) Construction 1968
Croatia, Rijeka INA - Rafinerija Nafte Engineering4 (2STG) Procurement 1964
COUNTRY CLIENT CAPACITY STEAM SCOPE ON STREAMLOCATION MW GENERATION OF WORK
INDUSTRIAL PLANTS (IP)
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Tunisia, Bizerta Societé Tunisienna des EngineeringIndustries de Raffinage Procurement(STIR) 3 (2STG) Construction 1964
Ghana, Tema Ganaian Italian EngineeringPetroleum Co. (GHAIP) Procurement
2 (2STG) Construction 1963
Switzerland, Raffinierie du EngineeringCollombey Sud-Ouest S.A. Procurement
15 (1STG) Construction 1963
Morocco, Societé Anonyme EngineeringMohammedia Marocaine de l'Industrie Procurement
du Raffinage (SAMIR) 2 (2STG) Construction 1963
Italy, Gela Anic S.p.A. Engineering280 (4STG) 67 t/h Services 1963
COUNTRY CLIENT CAPACITY STEAM SCOPE ON STREAMLOCATION MW GENERATION OF WORK
INDUSTRIAL PLANTS (IP)
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WASTE TO ENERGYPOWER PLANTS (WTEPP)
Italy, Filago Eco-Lombardia 4 Waste to Energy - plant for thermaltreatment of Industrial + toxic and hazardous waste and refuse derived fuels 200 t/d EPC 2003
Italy, Ravenna Ambiente Waste to Energy - plant for thermal treatment of industrial + toxic and hazardous and RDF 100 t/d EPC 1997
Italy, Bolzano BOLZANO Waste to Energy - 1st and 2nd lineMUNICIPALITY of the plant for thermal treatment
of municipal solid waste 400 t/d EPC 1987 - 1994
Italy, Schio Schio Consortium Waste to Energy - 1st and 2nd lineof the plant for thermal treatmentof municipal solid waste 160 t/d EPC 1982 - 1991
Italy, Pollenza CON.SMA.RI Waste to Energy - plant for thermaltreatment of municipal solid waste 100 t/d EPC 1987
COUNTRY CLIENT PROJECT CAPACITY SCOPE ON STREAMLOCATION OF WORK
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Saipem S.p.A.Via Martiri di Cefalonia, 67 - 20097 San Donato Milanese, Milan - ItalyTel. +39.02.520.1 - Fax +39.02.520.44415
saipem.com - A subsidiary of Eni S.p.A.
07.2
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People, Skills, Equipment.
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