Embed Size (px)
Citation preview
ENGINEERING& CONSULTING
OUR HISTORY
The API Engineering Consortium comes from the experience of the founding members in the engineering of industrial plants and large infrastructure.
The project born to create a structure with the ability to provide qualified multidisciplinary engineering services, taking advantage of the peculiar combination of high technical expertise gained over the years.
The companies that gave life the API Engineering Consortium have a thirty years experience in engineering and have tightened strong links with the major national and international companies.
The API Engineering Consortium is formed by the synergic union of the companies A2G, Progetto 10, ITI and STI each one leader in their own disciplines.
A2G founded in 1998 - Civil, Structural and Electrical Engineering.Progetto 10 founded in 1987 - Mechanical Engineering and Piping.ITI founded in 1980 - Electrical Engineering and I&C.STI founded in 2015 - Electrical Engineering and I&C.
All the three companies worked with the most important national and international design and construction companies.
The Consortium has an industrial organization, that has as target bu-sinesses the company efficiency and the customer satisfaction.The operating units are organized per project in order to be able to manage more jobs in parallel.
COMPANY PROFILE
STRUCTURE AND ORGANIZATION
ELECTRICAL AND I&C
MECHANICAL AND PIPING CIVIL
DISCIPLINES
COORDINATOR
QUALITY AND SAFETY
ADMINISTRATION TECHNICALMANAGEMENT
SALESMANAGEMENT
EXECUTIVE BOARD
CHAIRMAN
API ENGINEERING CONSORTIUM
The heritage of our companies is people.The professionals (engineers and technicians) are shown in the chart below.
HUMAN RESOURCES
P10: 45 PRODUCTIONUNITS
ITI: 30 PRODUCTIONUNITS STI: 10 PRODUCTION
UNITS
A2G: 15 PRODUCTIONUNITS
ADMINISTRATION, SALES, QUALITY AND SUPPORT: 10 PRODUCTION UNITS
ACTIVITIES
API Engineering is specialized in multidisciplinary design of industrial plants and large infrastructure.
ENERGY TRANSMISSION
GIS & AIS HV Stations
HV transmission lines
RENEWABLES ENERGIES
Photovoltaic Systems
Wind farms
Biomass plants
ENERGY PRODUCTION
Nuclear Power Plants
Combined Cycle Power Plants
Thermal Power Stations
Hydroelectrical Power Stations
ACTIVITIES
OIL&GAS
Refineries
Petrochemical plants
LNG plants
Pumping stations
Ethylene plant
LARGE INFRASTRUCTURES
Hospitals
Galleries
Rail routes
Subways
QUALITY SYSTEM
To guarantee the special attention paid to keeping constant high quality standards in all phases of production and management, e a c h o f t h e c o m p a n i e s h a s o b t a i n e d t h e I S O 9 0 0 1 Q u a l i t y Certification.
The IT system of the companies in the consortium consists of the following hardware equipments:
n. 3 local network servern. 130 workstationsn. 3 photocopiersn.12 printersn.2 plottersn.7 multifunctionn.1 A0 scannern.1 A3 scannern.2 video conferencing system
INFORMATION TECHNOLOGY
INFORMATION TECHNOLOGY
The software available for the preparation of the projects are:
Operating Systems: Windows XP – Windows Vista – Windows 7 – Windows 8;Microsoft Office Suite;AUTODESK AutoCAD, AutoCAD Architecture, AutoCAD LT;ALGOR SUPER SAP - structural analysis software;API ++ (AZTEC INFORMATICA) – foundations calculat ion software;ATP – calculations of electromagnetic transient;ATEX – classification of areas;AVEVA PDMS – 3D design;BENTLEY Microstation – 2D/3D design;BENTLEY Autoplan – 3D design and P&ID drafting;CAE PIPE – calculations of stress-analysis;CAESAR II – calculations of stress-analysis;CALCOLUX – lighting calculation;CIVILSOFT – structures calculation software;DIALUX – lighting calculation;Disano Dlux – lighting calculation;ETAP – sizing and simulation for electrical networks; FLASH – lightning calculation software;INTERGRAPH CADWORX – 3D design;INTERGRAPH PDS – 3D design;INTERGRAPH SmartPlan – 3D design;LINEA 32 e EXCELLENT – calculations and accounting works software;MAC SAP R.4.0 – structural calculations;
INFORMATION TECHNOLOGY
n. 3 Laser Meters: LEICA DISTO;n. 2 Measuring mechanical road wheel;Instrumentation for topographic surveys;n. 10 Multifunction Meters HIOKI (A-V-F-W-Wh);n. 10 Multifunction Meters YOKOGAWA (A-V-F-W-Wh).
EQUIPMENT FOR SURVEY AND MEASUREMENT ACTIVITIES
NOZZLE PRO – local loads checking;PAC 10 (AZTEC INFORMATICA) – damper calculat ion software;PIPE PLUS – calculations of stress-analysis;PROG EX – classified areas;PUMA – materials management;SPD – Surge protection;ZEUS 2 – protection against lightning;Calculation programs produced in-house:
Check of steel poles, supports and blocks foundation;Monitoring the performance of the catenary;Drafting tables stringing.
Commercial software for:Calculation of load losses;Calculation of control valves;Verification of anchors;Calculation of calibrated orifices;Calculation of lighting equipment.
TECHNIP ITALY S.p.A. - 00148 ROMA - Viale Castello della Magliana, 68
TECHNIP ITALY S.p.A. - 00148 ROMA - Viale Castello della Magliana, 68
MAIN ACTIVITIES EXECUTED
API Engineering Consortium
PROJECT PERIOD
ENEL SPA NUCLEAR POWER PLANT – MOCHOVCE (SLOVAK REPUBLIC) – 2x480MW.Basic and detailed design for mechanical layout and piping engineering,
2008 – 2015
2016 – ONGOING
2017 – ONGOING
THERMAL POWER PLANTS – SULCIS, LA SPEZIA, BRINDISI, PRIOLO (ITALY).
Basic and detailed engineering for mechanical, layout and piping. 2005 – 2010
COMBINED CYCLE POWER PLANT (2X400 MW) BAHIA DE ALGECIRAS – (SPAIN).
Basic and detailed design for mechanical, piping and field engineering.
2007
COAL POWER PLANT – TORREVALDALIGA NORD – CIVITAVECCHIA (ROME – ITALY) – 3x630MW. Basic and detailed engineering for mechanical, layout and piping, 2005 – 2011
CUSTOMER
PROJECT PERIOD CUSTOMER
carried out with 3D modelling software (PDMS – AVEVA).Supplier’s documentation follow-up.
COMBINED CYCLE POWER PLANT (880MW) – NAMA – IRANMultidisciplinary engineering. Basic design and detailed design, process engineering included.
BUILDING MK1-EXPANSION OF PRODUCTION CAPACITY - TERNI PLANMultidisciplinary engineering. Detail design of the new line 3
Field engineering in site.
FATA S.p.A.
BFIT s.r.l.
3D model and field engineering.
Progetto 10
CUSTOMER PROJECT PERIOD
ENELPOWER SPA
COMBINED CYCLE POWER PLANT (400 MW) – TERMINI IMERESE – PALERMO (ITALY).
Basic and detailed design for mechanical and piping engineering. 2003 – 2007
COMBINED CYCLE POWER PLANT TORREVALDALIGA SUD (3X400 MW) CIVITAVECCHIA (ROME – ITALY).
Engineering for demolition of the old plant and Multidisciplinary engineering of the new plant.
2004
ENELPOWER SPA COMBINED CYCLE POWER PLANT (2 X 400 MW) – PRIOLO GARGALLO –SIRACUSE (ITALY).
Basic and detailed design for multidisciplinary engineering,
2001
COMBINED CYCLE POWER PLANT (240 MW) – TUCUMAN (ARGENTINA).
2000
COMBINED CYCLE POWER PLANT (4 X 400 MW) – LA CASELLA, PIACENZA (ITALY).
2000
COMBINED CYCLE POWER PLANT (400 MW) – PIETRAFITTA, PERUGIA (ITALY).
Basic and detailed design for mechanical and piping engineering.
1999
COMBINED CYCLE POWER PLANT (3 X 375 MW) – PORTO CORSINI, RAVENNA (ITALY).
1999
MAIN ACTIVITIES EXECUTED
technical specifications and requisitioning.
Basic and detailed design for multidisciplinary engineering,
technical specifications and requisitioning.
Basic and detailed design for mechanical engineering,
technical specifications and requisitioning.
Basic and detailed design for mechanical engineering
and requisitioning.
CUSTOMER PROJECT PERIOD
SLOVENSKE ELEKTRARNE
NUCLEAR POWER PLANT – MOCHOVCE (SLOVAK REPUBLIC) – 2x480MW Consulting and reworking of the P & ID related nuclear island, with the use of specific software. Supervisor activities in site of the detailed design developed by Slovak Companies.
SAIPEM SPA AEGEAN REFINERY PROJECT (TURKEY). Plant , piping engineering activities with 3D Modelling (PDS – SOFTWARE).
2014 – ONGOING
2011 – ONGOING
REFINERY IN SURINAME. Piping design activities, stress and supports.
2012
SAIPEM – FANO PETROCHEMICAL PLANT IN SAUDI ARABIA. Mechanical , piping engineering with 3D modelling (PDMS – AVEVA). 2010
INFRASTRUTTURE E GESTIONI SPA
BIOMASS POWER PLANT (20MW) – SICILY (ITALY). Basic & detailed multidisciplinary engineering (process, machinery, mechanical, electrical and civil works).
2011
KT SPA HYDROGEN PLANT PEMEX (CADERYTA JIMENEX – MEXICO) . Plant & piping engineering activities with 3D Modelling (PDS – SOFTWARE)
2014
CONSORZIO TURBIGO 800 –
MAIRE ENGINEERING
TECHINT
COMBINED CYCLE POWER PLANT (800 MW) – TURBIGO, MILAN (ITALY) Basic and detailed design for mechanical and piping engineering
2007
COMBINED CYCLE POWER PLANT (800 MW) – PIACENZA (ITALY). Basic and detailed design for mechanical and piping engineering.
2005
MAIN ACTIVITIES EXECUTED
CUSTOMER PROJECT PERIOD
GE ENERGY OIL & GAS SPA
GEOTHERMAL POWER PLANT (40 MW) – EL SALVADOR. Multidisciplinary engineering and suppliers follow-up.
2006
COGENERATION POWER PLANT (25 MW) – ALGERY. Multidisciplinary engineering.
2005
FIAT ENGINEERING
SPA
COMBINED CYCLE POWER PLANT (1X400 MW) – MONCALIERI, TURIN (ITALY). Basic and detailed engineering for process, mechanical and as-built dwg’s and manuals.
2002
MECHANICAL ENGINEERING FOR NO. 6 GEOTHERMAL PLANTS AS PART OF THE GEOTHERMAL ENERGY 2000 (ERGA).
2001–2002
TECNIMONT SPA COLBUN COAL POWER PLANT (350 MW) – PUERTO CORONEL (CHILE). Mechanical field engineering. 2010
FERTILIZER PLANT – IL CAIRO (EGYPT). Mechanical and stress analysis calculation.
2010
GEOTHERMAL POWER PLANT (40MW) - CHILE Multidisciplinary engineering.
2009
PECEM COAL POWER PLANT (2X360 MW) – BRAZIL. Basic engineering for process, mechanical and piping, electrical and instrumentation.
2008
ITAQUI COAL POWER PLANT – BRAZIL (1X360 MW). Basic engineering for process, mechanical and piping, electrical and instrumentation.
2008
COLBUN COAL POWER PLANT (350 MW) – PUERTO CORONEL (CHILE). Basic and detailed engineering for process, mechanical and piping.
2007
MAIN ACTIVITIES EXECUTED
NUOVO PIGNONE
CUSTOMER PROJECT PERIOD
ANSALDO ENERGIA SPA
COMBINED CYCLE POWER PLANT – APRILIA (ITALY). Electrical field engineering.
2010
COMBINED CYCLE POWER PLANT – BAYET (FRANCE). Electrical field engineering. 2009
COMBINED CYCLE POWER PLANT – MARCINELLE (BELGIUM). Mechanical field engineering 2010
COMBINED CYCLE POWER PLANT – S. PIETROBURGO (RUSSIAN). Electrical field engineering. 2010
COMBINED CYCLE POWER PLANT – S. SEVERO – FOGGIA (ITALY). Electrical Engineering.
2009
GAS TURBINE POWER PLANT (4 X 140 MW) – M’SILA (ALGERY). Basic and detailed design for multidisciplinary engineering.
2008
GAS TURBINE POWER PLANT (4 X 140 MW) – LARBAA (ALGERY). Basic and detailed design for multidisciplinary engineering.
2007
COMBINED CYCLE POWER PLANT (470 MW) – NAPLES (ITALY). Basic and detailed design for multidisciplinary engineering.
2006
MAIN ACTIVITIES EXECUTED
MAIN ACTIVITIES EXECUTED
A2GCUSTOMER PROJECT PERIOD
ENEL SPA NUCLEAR POWER PLANT MOCHOVCE (SLOVAKIA) – 2x480MW. DETAILED DESIGN FOR CIVIL WORKS RELATED TO CONCRETE FONDATION, CONCRETE AND STEEL STRUCTURE.
2014 – 2015
ITALY – 3x660MWCOAL POWER PLANT TORREVALDALIGA NORD – CIVITAVECCHIA
DETAIL DESIGN RELATED TO PART OF THE CIVIL WORKS MAINLYCONCRETE AND STEEL STRUCTURE, FONDATION AND BASEMENT.
2011
TORREVALDALIGA NORD – CIVITAVECCHIA – ITALY. DETAIL DESIGN FOR METAL STRUCTURES FOR REMOVAL OF CONDENSER BOXES.
2003
“PRIOLO” POWER PLANT – ITALY. DETAIL DESIGN FOR PIPE RACK AND METAL STRUCTURES.
2002
COMBINED CYCLE “MONCALIERI” POWER PLANT – ITALY (1x400MW). DETAIL DESIGN FOR METAL STRUCTURES OF MAIN AND SECONDARY PIPE RACK FOR DISTRICT HEATING, GANGWAYS, PIPE CROSSING, STRUCTURES FOR HP AND LP EXCHANGER.
2002
COMBINED CYCLE “LA CASELLA” POWER PLANT – ITALY (4x400MW). DETAIL DESIGN FOR METAL STRUCTURES OF PIPE RACK.
2000
“PORTO CORSINI” POWER PLANT – ITALY DETAIL DESIGN FOR METAL STRUCTURES OF PIPE RACK–PIPE RACK/R0, R1.
2000
SLOVENSKÉ ELEKTRÁRNE
NUCLEAR POWER PLANT ENEL / SLOVENSKE MOCHOVCE (SLOVAKIA). DETAIL DESIGN OF STEEL STRUCTURES AND COORDINATION OF CIVIL ENGINEERING OF EXTERNAL ENGINEERING COMPANIES.
2013 - ONGOING
MAIN ACTIVITIES EXECUTED
CUSTOMER PROJECT PERIOD
BOMBARDIER SPA
“ROMA CASILINA” RAIL STATION – ITALY. CIVIL WORKS DETAIL DESIGN OF THE TECHNOLOGICAL BUILDING OF THE STATION.
2013
IG SPA / SPER SPA "ENNA" BIOMASS PLANT – ITALY (20MW). DETAIL DESIGN OF ALL THE CIVIL WORKS. Detail design of the buildings, metal structures and underground network system.
2011 - 2013
GRANSOLAR GHELLA SRL
CIVIL WORKS FOR THE PHOTOVOLTAIC POWER PLANT "COLLARMELE" (L'AQUILA) 4 MWP – ITALY. Detail design of the buildings, metal structures and underground network system.
2010
CIVIL WORKS FOR THE PHOTOVOLTAIC POWER PLANT “MEZZOGROGNA” – CHIETI – ITALY. PLANT PRODUCTION FROM PHOTOVOLTAIC ENERGY 1 MWp. Detail design of the buildings, metal structures and underground network system.
2010
CIVIL WORKS FOR THE PHOTOVOLTAIC POWER PLANT “CORFINO” – AQUILA – ITALY. PLANT PRODUCTION FROM PHOTOVOLTAIC ENERGY 1 MWp. Detail design of the buildings, metal structures and underground network system.
2010
GE ENERGY OIL&GAS SPA
GEOTHERMAL POWER PLANT EL SALVADOR. DETAIL DESIGN OF STEEL STRUCTURES.
2003
ACEA ROMA POWER PLANT – ITALY. DETAIL DESIGN OF SPECIAL FONDATIONS.
1999
MAIN ACTIVITIES EXECUTED
CUSTOMER PROJECT PERIOD
A2G GV P10 EL GAMIL POWER PLANT. DETAIL DESIGN OF STEEL STRUCTURES.
2006
“LAGO E GABRO” POWER PLANT – ITALY. DETAIL DESIGN OF STEEL STRUCTURES.
2001
LIBYA POWER PLANT. DETAIL DESIGN OF SHELTERS AND PIPE RACK STEEL STRUCTURES.
2001
NIGERIA POWER PLANT. DETAIL DESIGN OF SHELTERS AND PIPE RACK STEEL STRUCTURES.
2001
PIOMBINO POWER PLANT – ITALY. DETAIL DESIGN OF STEEL STRUCTURES.
1999
PIOMBINO POER PLANT – ITALY. DETAIL DESIGN OF PIPE RACK STEEL STRUCTURES.
1999
ROSSANO CALABRO POWER PLANT – ITALY. DETAIL DESIGN OF STEEL STRUCTURES.
1998
STUDIO IANNONE
TORINO INDUSTRIAL BUILDING – ITALY. DETAIL DESIGN OF STEEL STRUCTURES.
2010
MAIN ACTIVITIES EXECUTED
ITICUSTOMER PROJECT PERIOD
SLOVENSKE ELEKTRARNE
MOCHOVCE NUCLEAR POWER PLANT UNIT 3 & 4 – SLOVAKIA – NUCLEAR INSLAND. Vendor drawings follow up and supervisor activities in site of the detaildesign developed of the Slovak companies.
2009 – ONGOING
ENEL S.p.A. MOCHOVCE NUCLEAR POWER PLANT UNIT 3 & 4 – SLOVAKIA (2x480MW) Activities on Basic Design of the electrical systems, Vendor drawings follow up and supervisor activities of the detail. Design developed of the Slovak companies.
2008 – 2015
TORREVALDALIGA NORD COAL POWER PLANT (P=3x630MW) – ITALY. Detail design of the electrical and instrumentation systems, including the detail design and vendor drawings follow up of the coal conveyors, towers and domes. Engineering service on site during the construction, precommissioning, commissioning and start up.
2006–2010
COMBINED CYCLE SULCIS POWER PLANT (370MW) – ITALY. Detail design of the electrical and instrumentation systems, verification of coal ship loading and unloading systems for complying to technical standards and Norms, field engineering for the revamping of fire fighting system of the coal shipping system, engineering service on site during the construction, precommissioning, commissioning and start up.
2002–2007
FUSINA AND PORTO MARGHERA POWER PLANT – ITALY. Detail design of the electrical and instrumentation systems and engineering service on site during the construction, precommissioning, commissioning and start up.
2000–2002
BRINDISI SUD COAL POWER PLANT – ITALY. Detail design of the electrical and instrumental systems related to CEF system for VAG A and B motors.
2008–2009
ARCHIMEDE PHOTOVOLTAIC PLANT – ITALY. Detail design of the electrical systems.
2008–2010
LA SPEZIA POWER PLANT – ITALY. Detail design and vendor drawings follow up of the coal conveyor and T2 tower revamping.
2009
BRINDISI SUD POWER PLANT DOME B AND C – ITALY (ON BEHALF BEDESCHI ENEL SUBCONTRACTOR). Detail design of the electrical and instrumentation systems of the Stacker and Reclaimer of the domes B and C.
2012
COMBINED CYCLE PIETRAFITTA NUOVA POWER PLANT (370MW) – ITALY. Detail design of the electrical and instrumentation systems. Engineering service on site during the construction, precommissioning, commissioning and start up.
1997–1999
LIVADIA POWER PLANT – HELLAS. Detail design of the electrical and instrumentation systems.
2004–2005
MAIN ACTIVITIES EXECUTED
CUSTOMER PROJECT PERIOD
TECHNIP
ITALY
DUSLO CAPVOK Basic and detail design of electrical system.
2014–ONGOING
ETILENO XXI PROJECT – BRASKEM IDESA SAPI. Basic and detail design of electrical system.
2011–ONGOING
CUVENPETROL SA REFINERY – CUBA. Detail design of AIS 220/110kV substation.
2011
WEST QURNA 2 – EARLY PRODUCTION FACILITIES – LUKOIL MID EAST LIMITED. FEED design of the 132kV and 33kV Overhead Lines.
2011–ONGOING
TOTAL & ARAMCO – JUBAIL EXPORT REFINERY – SAUDI ARABIA. Detail Design of the electrical systems relevant to package 2A and 5A.
2009–2011
PREEMRAFF – HOP PROJECT – SWEDEN. Basic and detail design of electrical system.
2008–2009
TOTAL & ARAMCO – JUBAIL EXPORT REFINERY – SAUDI ARABIA. Basic design of electrical system.
2007–2008
NAFTEC REFINERY IN ARZEW – ALGERIA. Detail design of electrical system.
2007
N.I.O.E.C. – ESFAHAN REFINERY UPGRADING – IRAN. Basic design of electrical system.
2006–2007
TERMOLI POWER PLANT (800MW) – ITALY. Detail design of control and protection system of HV GIS substation.
2005
TOTAL – TEMPAROSSA OIL CENTER AND LPG STORAGE – ITALY. Basic design of electrical system.
2004–2005
API FALCONARA REFINERY – ITALY – ELECTRICAL NETWORK UPGRADING. Detail design of the electrical network upgrading. Engineering service on site during the construction, precommissioning, commissioning and start up.
2003–2005
MOTOR OIL HELLAS REFINERY. Detail design of the electrical and instrumentation systems. Engineering service on site during the construction, precommissioning, commissioning and start up.
1999–2000
ENI - VAL D’AGRI OIL CENTER – ITALY. Detail design and site assistance for the installation of the electrical system.
1995–1998
ELISBA REFINERY – NEW COMPRESSOR (5MW) – SYRIA. Basic and detail design of electrical system.
1995
MAIN ACTIVITIES EXECUTED
CUSTOMER PROJECT PERIOD
SAIPEM IMPIANTO CEMEX DI SALUGGIA. Detail design and supplier documents follow up for radioactive waste overbuilding plant.
2012–ONGOING
KHUBERT EAST FIELD CPF – SYRIA. Basic and detail design of electrical system.
2011
GAS STATION – MAZARA DEL VALLO. Basic and detail design of electrical system.
2011
STAASOILE REFINERY EXPANTION PROJECT SURINAME. Basic and detail design of electrical system.
2010–2011
OK LNG DEVELOPMENT PROJECT – NIGERIAN. Basic and detail design of electrical system.
2006–2007
SUPEROCTANOS C.A. – MTBE CONVERSION INTO IOOCTANE – VENEZUELA. Basic and detail design of electrical system.
2006
OMIFCO FERTILIZING PROGECT – OMAN. Basic and detail design of electrical system.
2005
GE OIL&GAS NUOVO PIGNONE
WEST QURNA CGS7 E CGS8. Cable dimension design and calculation for engines reacceleration.
2015–ONGOING
IRAQ – STAZIONI DI COMPRESSIONE. Basic and detail design of electrical system.
2014–ONGOING
FR5002 DLN GASCO. Drafting of specifications for the tender of electrical fittings and instrumental.
2015–ONGOING
KTI GAS SWEETENING UNIT – KOROBKOVSKY GPP – RUSSIA. Basic and detail design of electrical system.
2009
SOPCO REFINERY – NEW SULPHUR UNIT – EGYPT. Basic and detail design of electrical system.
2008
AB MAZEIKIU NAFTA REFINERY – NEW HYDROGEN UNIT – LITHUANIA. Basic and detail design of electrical system.
2007
QCHEM REFINERY – NEW SULPHUR UNIT – EGYPT. Basic and detail design of electrical system.
2005–2006
TECNIMONTKT K156&K157 TOTAL ROG PROJECT–ANTWERP. Basic and detail design of electrical system.
2014–ONGOING
BITUMEN FEED TREATMENT UNIT STAGE II – H2S TREATMENT UNIT – OJSC KHABAROVSK OIL REFINERY. Basic and detail design of electrical system.
2012
BUSHEHR PETROCHEMICAL COMPANY TEHRAN – IRAN. Basic and detail design of electrical system.
2012
DEMONT MOCHOVCE NUCLEAR POWER PLANT – HVAC SYSTEM BLDG 805 & 806. Detail design of the electrical system for HVAC power supply.
2011–ONGOING
MAIN ACTIVITIES EXECUTED
CUSTOMER PROJECT PERIOD
JV ABB–GEMMO MODERNIZZATION PROJECT AZZAWIJA REFINERY – LIBIA. Detail design of the electrical and instrumentation systems and engineering service on site during the construction, precommissioning, commissioning and start up.
2009–ONGOING
ABB PS&S KHOR AL ZUBAIR (KAZ) NATURAL GAS LIQUIDS – ZUBAIR IRAQ. Basic and detail design of electrical system.
2012
SONATRACH – BBK–BBKN – NEW K101S COMPRESSOR. Basic and detail design of electrical system.
2004– 2005
TERNA REVIEW OF OVERHEAD LINE STANDARD UNIFICATION – ITALY. Review of all documents relevant to overhead lines (150kV-220kV-380kV) standard unification.
2011–ONGOING
HV SUBSTATION FOGGIA AND VILLANOVA – ITALY. Detail design for installation of the new PST.
2010–2011
HV SUBSTATION BOLOGNA AND MONTORSO – ITALY. Basic design for feed the HV substation and connection with HV overhead line to national grid.
2011
PHOTOVOLTAIC PLANT ROTELLO AND BISACCIA – ITALY . Basic design for feed the photovoltaic plant and connection with MV underground line to national grid.
2011
OFFICE BUILDING VIA GALBANI ROME – ITALY. Detail design of the electrical and special system. Engineering service on site during the construction, precommissioning, commissioning and start up.
2008–2009
HV SUBSTATION STANDARD UNIFICATION – ITALY. Development of unified design on the HV substation with tridimensional system SDSA chart.
2005
ANAS
PRASTI, ROVERETO AND SORBA ROAD GALLERIES – ITALY. Detail design for modernization of the electrical, special and ventilation systems.
2003
ROVERE AND COSTA VOLPINO ROAD GALLERIES – ITALY. Detail design for modernization of the electrical, special and ventilation systems.
2002–2003
SERRA PELATA AND SERRA DELLE MACINE ROAD GALLERIES – ITALY Detail design for modernization of the electrical, special and ventilation systems.
2001
CASTELLANA AND SANTA CROCE ROAD GALLERIES – ITALY. Detail design for modernization of the electrical, special and ventilation systems.
2001
VETRANO 1 AND VETRANO 2 ROAD GALLERIES – ITALY. Detail design for modernization of the electrical, special and ventilation systems.
2000
MONTEPERGOLA ROAD GALLERY – ITALY. Detail design for modernization of the electrical, special and ventilation systems.
1998–2000
CASERTA ROAD GALLERY – ITALY. Detail design for modernization of the electrical, special and ventilation systems.
1999
MAIN ACTIVITIES EXECUTED
CLIENTE PROJECT PERIOD
ENEL DISTRIBUZIONE
HV SUBSTATION STANDARD UNIFICATION – ITALY. Development of unified design on the HV substation with tridimensional system SDSA chart.
2006
ENEL DCO HV SUBSTATION STANDARD UNIFICATION – ITALY. Development of unified design relevant to control and protection systems on the HV substation.
1988–1995
ALSTOM TRANSPORT
SYSTEM
FIRENZE–BOLOGNA RAILWAY – ITALY. Detail design of the electrical, special and control systems.
2006–2007
MILANO–TORINO RAILWAY – ITALY. Detail design of the electrical, special and control systems.
2004–2005
CORRIERE DELLO SPORT
OFFICE BUILDINGS VIA CURTATONE AND VIA DEI MILLE ROME – ITALY. Detail design of the electrical system. Engineering service on site during the construction, precommissioning, commissioning and start up.
2004–2007
ROME PRINTING PLANT – ITALY. Detail design of the electrical and special system.
2003
MONZA PRINTING PLANT – ITALY. Detail design of the electrical and special system.
1996
BOLOGNA PRINTING PLANT – ITALY. Detail design of the electrical and special system.
1995
TECHINT DAMIETTA 1 POWER PLANT – EGYPT (2x16MW). Basic and detail design of electrical and instrumental system.
2009–2010
COMBINED CICLE SCANDALE POWER PLANT – ITALY (2x400MW)Basic and detail design of electrical and instrumental system.
2009
SAET TORREVALDALIGA SUD AND TAVAZZANO HV SUBSTATION– ITALY. Detail design of control and protection system relevant to HV substations annex to power plant.
2009–2010
TELELETTRA TERMOLI PHOTOVOLTAIC PLANT– ITALY. Detail design of the electrical and control systems including the connection with national grid.
2012
TERNI ENERGIA
TRINO PHOTOVOLTAIC PLANT– ITALY. Detail design of the electrical and control systems including the connection with national grid.
2012
OPERATIONAL OFFICE: V.le L. Schiavonetti 270, 00173 Roma – Tel. +39 06.96038401 Fax. +39 06.96038402
HEADQUARTERS: Via Brenta 2/A, 00198 Roma – Tel. +39 06.8416187 – Fax. +39 06.8554695 [email protected] www.apieng.com
