pdf - 3.37 MB

Transcript

pdf - 3.37 MB

We TURN VISION
INTO reality
2
EDISON: NUOVE SFIDE PER LA PIU’ ANTICA SOCIETA’
ELETTRICA EUROPEA
Edison è la più antica società elettrica d’Europa e uno dei principali operatori del settore energetico
italiano. Per 130 anni è stata protagonista dello sviluppo industriale del nostro Paese.
Oggi Edison, controllata da Electricité de France (EDF), ha un’azionista stabile, solido e impegnato
a sostenerne la crescita, sia in Italia sia all’estero. Edison continuerà a operare nel suo tradizionale
business dell’elettricità, ma avrà un ruolo sempre più importante nel settore degli idrocarburi, dove
negli anni ha costruito competenze di livello internazionale.
La missione che ora attende Edison è triplice: consolidare la propria presenza in Italia, in modo da
rimanere il più credibile sfidante degli ex-monopoli; portare anche all’estero il suo know how nella
generazione elettrica, specialmente nei Balcani e nel bacino del Mediterraneo; diventare la “piattaforma” idrocarburi del Gruppo.
In questo quadro, il ruolo che Edison giocherà sarà fondamentale perché, nonostante scenari energetici in continua evoluzione, il gas rimarrà per lungo tempo strategico per la sicurezza degli approvvigionamenti.
Più in dettaglio, Edison potrà sviluppare il proprio portafoglio di idrocarburi e aumenterà gli investimenti in Esplorazione e Produzione sia in Italia sia all’estero, così da incrementare le proprie riserve
e produzioni. Inoltre, Edison potrà valorizzare attraverso progetti strategici infrastrutturali la posizione
geografica unica dell’Italia, che si colloca al crocevia dei principali transiti europei di gas, contribuendo alla diversificazione, sicurezza e competitività delle forniture europee. In breve, Edison manterrà
forti radici italiane grazie ad investimenti nel Paese di un miliardo di euro nei prossimi tre anni e
contemporaneamente diverrà più internazionale.
EDISON: NEW CHALLENGES FOR THE OLDEST EUROPEAN
POWER COMPANY
Edison is Europe’s oldest power company and one of Italy’s energy market key players. For
130 year Edison has always been active in the energy industry, making a strong contribution
to the development of Italy’s industrial structure. Today Edison is controlled by Electricité de
France (EDF) a stable and solid Shareholder, committed to its development and growth, both
in Italy and abroad.
In addition to Edison’s traditional power business, the Company will play an increasingly important role in hydrocarbons sector, in which in the past decades it developed an expertise of
international level.
A threefold mission now awaits Edison: to consolidate its presence in Italy in order to remain
the most credible challenger of former monopolies; to develop its power generation know-how
also abroad, in the Balkans and the Mediterranean area; to become the Group’s hydrocarbon
platform.
Within this framework Edison will play a key role since gas will remain a strategic pillar for
security of supply in the long term.
Specifically, Edison’s task will be to develop its hydrocarbon portfolio through investments in
Exploration and Production both in Italy and abroad, in order to increase and rebalance its own
reserves and productions. But Edison will also continue to exploit through strategic infrastructural projects the unique geographical position that Italy has along gas routes, contributing to
the diversification, the security and the competitiveness of Europe’s supplies. In summary, Edison will keep strong Italian roots investing one billion euros in Italy over the next three years,
and will become ever more international.
3
EDISON IN ITALIA
EDISON IN ITALY
KHR plant
(Edison 20%)
EL.IT.E
Campo
Pieve Vergonte
Albano
Venina
Battiggio
Armisia
Val Meduna (5 plants)
Val Caffaro (4 plants)
Monza
Cologno Monzese
Mediglia
Cascine Bianche
Oviglio
Cavarzere
Izabela
Minerbio
San Potito-Cotignola
Naide
Calipso
San Giovanni Teatino
Sulmona
Termoli
Ripabottoni
Lucito
Rome
Volturara - Mo
Volt
Piedimonte
Latina
Sella di Conza
Meliss
M
Cagliari
Palermo
Mistretta
Galsi
Ragusa
Siracusa
Tresauro
4
Edison nel mondo Edison in the world
Sede e uffici Edison
Edison headquarters and offices
Concessioni/ perm essi di idrocarburi
Hydrocarbon concession/ permit
Produzione di energia elettrica
Power generation facility
Branch del Trading
Trading branch
Branch idrocarburi
Hydrocarbon branch
Norway
UK
Belgium
Italy
Croatia
Hungary
Romania
Bulgaria
Greece
Turkey
Algeria
Egypt
Falkland Islands
otta
turino
Vaglio
Otranto
IGI
sa - San Francesco
Melissa - Strongoli
Sede
Head office
Sede operativa
Operating office
Centrale term oelettrica
Thermoelectric power plant
Centro R&S
R&D Center
Centrale idroelettrica
Hydroelectric power plant
Im pianto eolico
Wind Farm
Im pianto fotovoltaico
Photovoltaic power plant
Giacimento gas
Gas field
Giacimento olio
Oil field
Concessione di stoccaggio
Storage concession
Concessione di stoccaggio in progetto
Storage concession in planning
Term inale GNL
LNG terminal
Stazione di com pressione
Compressor station
Metanodotto in progetto
Gas pipeline in planning
Metanodotto in esercizio
Operational pipeline
Elettrodotto EL.IT.E
Merchant line EL.I.TE.
5
7.7
47
GW di potenza installata
GW installed generating capacity
centrali idroelettriche
hydroelectric power plants
1
9
50.0
1
centrale a biomassa
biomass power plant
campi fotovoltaici
photovoltaic power plants
mld di m3 eq. di riserve di idrocarburi
billion m3 eq. of hydrocarbons reserves
terminale GNL (8 mld m3/anno)**
LNG terminal (8 bn m3/year)**
6
15.8
51.1
8
22.5
22
TWh produzione netta di energia elettrica
TWh net production of electricity
centrali termoelettriche
thermoelectric power plants
32
campi eolici
wind farms
mld m3 di vendite gas
billion m3 of gas sales
3
centrali di stoccaggio gas
gas storage facilities
95
1
titoli minerali (gas e olio)
mineral leases (gas and oil)
HV merchant line (150 MW)*
TWh vendite lorde di energia elettrica
TWh gross sales of electricity
* Quota Edison 48,45%
* Edison share 48.45%
** Utilizzo Edison 6,4 mld m3/anno
** Edison disposition 6,4 bn m3/year
(aggiornato al / updated as at 12-31-2012)
7
RICAVI DI VENDITA
SALES REVENUES
Milioni di euro - Million euros
DIPENDENTI
EMPLOYEES
Numero - Number
12,014
3,248
CLIENTI GAS
GAS CUSTOMERS
CLIENTI ENERGIA
ELETTRICA
ELECTRIC POWER
CUSTOMERS
Numero - Number
Numero - Number
584,000
8
870,000
EDISON, leader nel settore
elettrico E NEGLI idrocarburi
EDISON, leader in the electicity and hydrocarbon
business
Con circa 7,7 GW di capacità installata e una produzione netta di 22,5 TWh, Edison ha una quota
pari all’7,9% della produzione nazionale di energia
elettrica. La società conta su un parco centrali tra
i più efficienti ed ecocompatibili in Italia e, grazie ai suoi impianti idroelettrici, eolici, fotovoltaici
e a biomassa, nel 2012 ha prodotto circa 5.000
GWh di energia pulita. Edison intende confermare il proprio posizionamento di secondo operatore
energetico del mercato italiano e sviluppare le attività all’estero crescendo in particolare nei Balcani e nel bacino del Mediterraneo.
With approximately 7.7 GW installed capacity
and a net electric power production of 22.5 TWh,
Edison has an 7.9% share of the domestic production of electricity. Edison’s power stations are
amongst the most efficient and eco-compatible in
Italy. Thanks to its hydroelectric power plants, wind
farms, photovoltaic and biomass installations, in
2012 Edison produced about 5,000 GWh of clean
energy. Edison is working to confirm its standing
as the second largest energy supplier in Italy and
develop its operations abroad, most notably in the
Balkans and in the Mediterranean area.
Negli idrocarburi Edison vanta una presenza integrata in tutta la filiera: dalla produzione all’importazione fino alla distribuzione e vendita. Con 95
titoli minerari e riserve di idrocarburi pari a 50,0
miliardi di metri cubi equivalenti, la società ha venduto nel 2012 15,8 miliardi di metri cubi di gas
coprendo il 21,3% del fabbisogno totale italiano.
Nel settore idrocarburi la crescita di Edison passa
attraverso il sostegno all’attività di esplorazione e
produzione, lo sviluppo di nuovi siti di stoccaggio e
la realizzazione di infrastrutture internazionali per
l’importazione del gas.
In the hydrocarbons business, Edison has an integrated presence in the entire production chain:
from production to importation, distribution and
sales. With 95 mineral titles and hydrocarbon reserves equalling 50.0 billion cubic meters, in 2012
Edison sold 15.8 billion cubic meters of gas, satisfying 21.3% of Italy’s total gas requirements. In
the hydrocarbons business Edison is growing by
developing the activities of exploration and production, the construction of new storage sites and
international infrastructures for importing gas.
Il terminale di rigassificazione di Rovigo, entrato in
funzione nel 2009, contribuisce alla sicurezza del
sistema energetico nazionale e alla diversificazione delle fonti di approvvigionamento del Paese. Il
terminale ha una capacità di rigassificazione di 8
miliardi di metri cubi di gas l’anno, pari al 10% del
fabbisogno nazionale di gas. Edison è inoltre titolare dei progetti per i gasdotti Galsi e ITGI che collegheranno l’Italia all’Algeria e all’area del Caspio,
del medio oriente e del mediterraneo orientale.
Per quanto riguarda il mercato residenziale, Edison
ha rivolto alle famiglie italiane offerte vantaggiose
di elettricità e gas diversificando in questo modo la
propria base di clienti e stabilizzando la redditività
della società nel medio termine. Nel 2012 Edison
ha venduto 51,1 TWh di elettricità e 15,8 miliardi
di metri cubi di gas a clienti industriali e residenziali, raggiungendo una quota di circa un milione e
cinquecentomila utenti.
The regassification plant in Rovigo, which became
operative in 2009, contributes to the safety of the
domestic energy system and to the diversification
of Italy’s supply sources. The terminal has a regassification capacity of 8 billion cubic meters of
gas per year, equal to 10% of the Italian natural
gas demand. Furthermore, Edison is responsible
for the construction projects of the Galsi and ITGI
pipelines that will connect Italy to Algeria and to
the Caspian area, middle east and east Mediterranean.
As for the residential market, Edison has promoted convenient sales packages for the supply of
gas and electricity, thus diversifying its customer
base and helping to stabilize the company medium
term profitability. In 2012 Edison sold 51.1 TWh
of electricity and 15.8 billion cubic meters of gas
to industrial and residential clients, serving about
one million five hundred thousand customers.
9
EDISON INGEGNERIA
Ingegneria di Edison è un centro di eccellenza per
le scelte tecnologiche di sviluppo ed ammodernamento degli impianti, uno strumento di impostazione tecnica, progettazione e realizzazione degli
investimenti dell’Azienda.
Particolare attenzione viene posta nella valutazione e gestione dei rischi associati ai progetti quali economici, tecnici, tecnologici nonchè sui temi
della sicurezza e del rispetto dell’ambiente.
Ambiente e Comunità locali
Lo sviluppo di un nuovo impianto, la costruzione di
un gasdotto o la realizzazione di una grande infrastruttura sono attività che hanno un forte impatto
sulle comunità locali. La responsabilità di Edison
è quella di sviluppare i propri impianti individuando soluzioni condivise, sempre nel pieno rispetto
dell’ambiente, attraverso il coinvolgimento della
comunità e una comunicazione trasparente.
EDISON ENGINEERING
Edison Engineering is a center of excellence for
technology development and modernization of
facilities, an instrument for the technical setting,
planning, design and implementation of the Company investments.
Particular attention is paid to the assessment and
management of the risks associated with technical, economic and technological projects, as well
as to safety and environmental issues.
Environment and Local Communities
Building a new facility, constructing a gas pipeline or developing a large-scale infrastructure, are
activities that have a major impact on local communities. Edison has the responsibility to develop
its projects identifying shared solutions, in compliance with environment protection principles,
through dialog with local communities and transparent communication.
10
“ Costruire un impianto non è solo un’operazione tecnica, a suo modo un lavoro come un altro; in realtà
è la realizzazione di un’idea che da semplice intuizione diventa, con il contributo di molti attori, un progetto e da ultimo un fatto concreto, tangibile.
Ogni progetto è pertanto una realtà a sé, un’esperienza straordinaria, irripetibile, frutto della capacità di
identificare le potenzialità, di organizzare e mettere a frutto le competenze, valorizzando le professionalità e richiedendo la tenacia e la dedizione dei partecipanti alla sfida intrapresa.
Il successo delle iniziative che in questi anni abbiamo avuto la fortuna di concretizzare in Edison è il
frutto di un’azione collettiva e coordinata la cui composizione non è mai scontata, ma ha origine da uno
sforzo comune di non facile articolazione.
Nel descrivere la nostra organizzazione, la lunga lista di studi e proposte effettuate e i moltissimi progetti
realizzati voglio ricordare tutte le energie profuse e sottolineare come sia il gioco di squadra e l’impegno
di ciascuno a garantire il successo finale ed il cammino verso l’eccellenza.
“
Giambattista Retegno
“ Building a plant is not just a technical endeavour, which in a way is no different from any other work;
in actual fact, it is the realization of an idea that from a single intuition and with the contribution of many
people develops into a project and finally becomes a concrete tangible undertaking.
Each project is therefore a reality by itself, an extraordinary and unrepeatable experience, the result of
the ability to identify the potential, to organize and make use of competences, bringing out the professional capabilities and demanding the tenacity and dedication of those who take part in the challenge.
The success of the initiatives we had the opportunity to carry out at Edison over the years is the result of
a collective and coordinated action which is never taken for granted, originating from a common effort
which is never easy to compose.
In describing our organization, the long list of studies and proposals carried out, as well as the numerous projects that have been completed, I wish to highlight the efforts undertaken and to underline how
both teamwork and the commitment of each and every one are keys to ensuring success and the path
towards excellence. “
11
Ingegneria,
su richiesta dei clienti interni (Direzioni e Business Unit)
predispone i seguenti servizi/prodotti:
12
Edison Engineering,
upon request of internal customers (Management and Business Units) it develops the following services / products:
Studi di fattibilità
Feasibility studies
Preventivi
Estimates
Documentazione tecnica a supporto processi
autorizzativi primari (progetti di massima/autorizzativi)
Technical documentation to support the primary
authorization processes (authorization/ preliminary projects)
Progettazione di base
Basic design
Proposte di investimento
Investment proposals
Realizzazione investimenti (progettazione esecutiva,
emissione richieste di approvvigionamento,
gestione ordini, programmazione e gestione cantiere)
Investment implementation (design, issuing of
(inclusi impianti offshore e onshore)
Fornitura servizi di ingegneria e/o supervisione lavori
Supply of engineering services and/or supervision of
construction works (offshore and onshore plants included)
Due diligence (per acquisizioni e valutazioni progetti)
Due diligence (for acquisitions and project evaluations)
Documentazione tecnica per contratti EPC e EPCI
Technical documentation for EPC and EPCI contracts
Gestione contratti EPC e EPCI
EPC and EPCI contract management
Owner Engineering
Owner Engineering
procurement requests, order management, planning
and site management)
AREE DI COINVOLGIMENTO
OPERATIVO
Nuove centrali termoelettriche
Revamping centrali termoelettriche esistenti
Nuove centrali idroelettriche
Revamping centrali idroelettriche ed opere accessorie
Linee elettriche in alta tensione e stazioni elettriche
Realizzazione centri di teleconduzione e telecontrollo
centrali/stazioni elettriche
Fonti rinnovabili (eolico/fotovoltaico/biomasse)
Efficienza energetica
Reti di trasporto gas e stazioni di compressione
per campi di stoccaggio
Interconnessioni internazionali
(gasdotti terrestri/sottomarini e linee elettriche)
Stazioni di rigassificazione e liquefazione gas naturale
Infrastrutture del settore Oil&Gas
da testa pozzo al mercato
Engineering Operational
areas OF involvement
New thermoelectric power plants
Revamping of existing thermoelectric power plants
New hydroelectric power plants
Revamping of hydroelectric power plants
and auxiliary works
High voltage lines and electrical substations
Realization of remote control and monitoring systems
for power plants / substations
Renewable sources
(wind power / photovoltaics / biomass)
Energy efficiency
Gas transportation network and compression stations
for storage fields
International interconnections
(underground/subsea gas pipelines and electrical lines)
Regasification and liquefaction stations
Infrastructures of Oil&Gas sector
from wellhead to market
13
LA STRUTTURA
ORGANIZZATIVA
ORGANIZATION
In the Company organizational chart,
Engineering reports to the Chief Executive
Officer.
CHAIRMAN
La Divisione Ingegneria è inserita nell’organigramma aziendale alle dipendenze del
Chief Executive Officer.
INTERNAL AUDIT
CEO
CHAIRMAN
EXTERNAL RELATIONS
& COMMUNICATION
FONDAZIONE EDISON
INTERNAL AUDIT
RESEARCH, DEVELOPMENT
& INNOVATION
CEO
EXTERNAL RELATIONS
SENIOR ADVISOR
& COMMUNICATION
RESEARCH, DEVELOPMENT
& INNOVATION
INSTITUTIONAL & REGULATORY
LEGAL & CORPORATE
AFFAIRS
AFFAIRS / INTERNATIONAL POWER
DEVELOPMENT
SENIOR ADVISOR
HYDROCARBONS
FINANCE
HRC, ICT
& PROCUREMENT
ENGINEERING
INSTITUTIONAL & REGULATORY
AFFAIRS / INTERNATIONAL POWER
DEVELOPMENT
EXPLORATION
& PRODUCTION
FONDAZIONE EDISON
FINANCE
HYDROCARBONS
LEGAL & CORPORATE
AFFAIRS
GAS MIDSTREAM,
ENERGY MANAGEMENT
ENGINEERING
& OPTIMIZATION
EXPLORATION
& PRODUCTION
POWER ASSET
MANAGEMENT
MARKETING, SALES
& ENERGY
HRC, SERVICES
ICT
& PROCUREMENT
GAS MIDSTREAM,
ENERGY MANAGEMENT
& OPTIMIZATION
POWER ASSET
MANAGEMENT
IL NOSTRO TEAM
OUR TEAM
Ingegneria lavora per “gruppi di progetto
temporanei” su schema a matrice.
Opera con strutture di team dedicati per i
grandi investimenti, con team in multitask
per interventi di minore rilevanza. E’ una
struttura integrata fra progettazione e
realizzazione, fra sede e cantieri.
MARKETING, SALES
& ENERGY SERVICES
Edison Engineering works by means of
“temporary project groups” in a matricial
management structure.
EXECUTIVE VICE PRESIDENT
QUALITY SYSTEMS &
ENGINEERING SERVICES
Edison Engineering operates through
dedicated working groups for major
investments and through multitask teams
for undertakings of less complex scope.
It is an integrated structure from design
to implementation, between home offices
and construction sites.
R. Signoretti
EXECUTIVE VICE PRESIDENT
PROJECT MANAGEMENT
R. Ronca
PROJECT MANAGERS
QUALITY SYSTEMS &
ENGINEERING
SERVICES
SITE
MANAGERS
R. Signoretti
PROJECT CONCEPT
& DESIGN
M. Malusardi
AUTOMATION AND
INSTRUMENTATION
ENGINEERING
M. Pessina
PROJECT CONTROL &
MANAGING SUPPORT
PROJECT MANAGEMENT
HSE MANAGER
R. Ronca
ELECTRICAL ENGINEERING
POWER & GAS STORAGE
PROJECTS TECHNICAL
COORDINATION
T. Di Maggio
PROJECT CONCEPT
& DESIGN
PROCESS ENGINEERING
M. Malusardi
A. Crippa
PROJECT MANAGERS
COMMISSIONING
MANAGER
C. Cavandoli
POWER & GAS STORAGE
AUTOMATION AND
SITE MANAGERS
TECHNICAL
INSTRUMENTATION HYDRAULIC ANDPROJECTS
CIVIL
MECHANICAL ENGINEERING
COORDINATION
ENGINEERING
ENGINEERING
T. Di Maggio
M. Pessina
L. Ottolina
PROJECT CONTROL &
MANAGING SUPPORT
A. Citterio
HSE MANAGER EXPLORATION ELECTRICAL
GAS PIPELINESPROCESS
& LNG
& PRODUCTION
ENGINEERING
ENGINEERING
PROJECTS TECHNICAL
COORDINATION A. Crippa
P. Bergamaschi
G. Greco
14
COMMISSIONING
MANAGER
PROJECTS TECHNICAL
COORDINATION C. Cavandoli
MECHANICAL ENGINEERING
L. Ottolina
HYDRAULIC AND CIVIL
ENGINEERING
A. Citterio
Torviscosa 800 MW power plant - Italy
15
Ingegneria opera secondo lo standard di qualità
UNI EN ISO 9001 : 2000 già a partire dal 2001
e gestisce l’archivio tecnico aziendale.
Edison Engineering has been operating
according to UNI EN ISO 9001: 2000 standard
since 2001 and manages the Company technical
archives.
La sicurezza
SAFETY
La tutela della salute e della sicurezza nei luoghi di lavoro
è un impegno sempre al centro dell’attenzione di Edison.
L’applicazione di sistemi di gestione conformi agli standard
internazionali (BS OHSAS 18001) dimostra la volontà
del Gruppo di superare il semplice rispetto delle norme,
promuovendo una politica di miglioramento continuo che
incida sulla cultura della sicurezza a tutti i livelli aziendali.
La situazione infortunistica del 2012 registra valori che,
dopo una riduzione significativa conseguita negli anni precedenti, si sta stabilizzando su livelli di eccelenza in ambito
italiano e internazionale. Per quanto riguarda il personale
dipendente e d’impresa gestito da Ingegneria, nel corso
dell’anno 2012 si registra l’assenza di infortuni.
Occupational health and safety has always been a core
concern for Edison. The adoption of management systems that comply with international standards (BS OHSAS
18001) demonstrates the Group’s commitment to going beyond merely maintaining compliance with statutory
requirements, choosing instead to promote a policy of
continuous improvement that fosters a culture of safety at
all levels of the organization.
The 2012 occupational safety data show that after a
significant reduction in accident rates achieved in previous
years, the performance has stabilized at levels of excellence for Italian and international industrial organizations.
As regards the personnel working for Edison Engineering,
the employee injury incidence rate was zero in 2012.
16
In corso l’ottenimento della Certificazione Ambientale
UNI EN ISO 14001:2004.
Environment management system compliance
certification UNI EN ISO 14001:2004
is under assessment.
17
18
REFERENZE
Piattaforme offshore
Sealines/Apparecchiature sottomarine
Serbatoi galleggianti di stoccaggio olio (FSO)
Metanodotti
Centrali di compressione gas
Liquefazione/rigassificazione gas naturale
Impianti idroelettrici
Sistemi integrati di telecontrollo
Stazioni elettriche
Linee elettriche di alta tensione
Centrali fotovoltaiche
Parchi eolici
Impianti e sistemi per l’efficienza energetica
Centrali termoelettriche
Impianti di teleriscaldamento
Bonifiche e demolizioni
REFERENCE LIST
Offshore platforms
Sealines/Deepwater equipment
Floating Storage Offloading (FSO)
Gas pipelines
Gas compressor stations
Natural gas liquefaction/regasification plants
Hydroelectric power plants
Integrated control and monitoring systems
Electrical substations
High voltage lines
Photovoltaic power plants
Wind farms
Energy efficiency
Thermoelectric power plants
Teleheating systems
Site remediations and plant dismantling
19
PLATFORMS
20
NAME
LOCATION
YEAR
Rashid-1
Mediterranean sea, Egypt
1999-2001
Calipso
Adriatic Sea, Italy
2000-2002
Rashid-2
2003-2005
Simian Control Platform
2003-2005
Naide
Adriatic Sea, Italy
2003-2005
Rospo Mare A
Adriatic Sea, Italy
2005-2007
Rashid-1
2006-2008
Izabela South
Adriatic Sea, Croatia
2008-2010
Izabela North
2008-2010
NA/Q PI
Mediterranean Sea, Egypt
2009
A/Q PII
2009
Rospo Mare B
Adriatic Sea, Italy
2009-2010
Prezioso K
Sicily Channel, Italy
2009-2012
WA/Q PI
2010
NA/Q PII
2010-2011
NA/Q PIII
2011-2012
Rospo Mare C
Adriatic Sea, Italy
2011-2012
Vega A
2011
Vega A
2011-2013
Fauzia
Adriatic Sea, Italy
2011-2012
Vega A
2012
Vega A
2012-2013
Vega B
2012-2013
EDISON PARTECIPATING
INTEREST (Operator)
TYPE OF INTERVENTION / ROLE
New 4-legs wellhead and treatment platform in 40 m water depth with 6 wells and design
flowrate of approx. 10mmscfd. Project reviews during Engineering, Construction and
Installation
New 4-legs wellhead and treatment platform in 75 m water depth with 2 gas wells and deCalipso, 49% (Eni)
sign flowrate of approx. 1 mmscm/day. Project reviews during Engineering and Construction
Rosetta, 20% (British
New 4-legs weelhead platform in 45 m water depth with 4 wells and design flowrate of
Gas)
approx. 8 mmscm/day. Project reviews during Engineering, Construction and Installation
WDDM, 50% (British
New 4-legs power and controls platform in 76 m water depth to operate deepwater Simian
Gas)
& Sapphire fields Project reviews during Engineering and Construction
New monopode wellhead and treatment platform in 36 m water depth with 2 gas wells
Naide, 49% (Eni)
and design flowrate of approx. 1 mmscm/day. Project reviews during Engineering,
Construction and Installation
Existing 4-legs wellhead platform in 76 m water depth with up to 10 oil wells and design
Rospo, 62% (Edison)
capacity of approx. 15000 bbl/day Life extension, engineering and support during construction for ptf revamping activities (installation of two additional conductor pipes)
Rashid-1 platform revamping to install power and controls to operate subsea Rashid-3,
Rashid-North and Sequoia fields. Project reviews during Engineering, Construction and
Gas)
Installation
New 4-legs wellhead and treatment platform in 37.5 m wd with up to 4 gas wells, design
Izabela, 70% (Edison)
flow 1.6 mmsmc/day. Supervision of Engineering, Construction and Installation
New 3-legs wellhead platform in 37 m wd with up to 4 gas wells, design flow 0.8
Izabela, 70% (Edison)
mmsmc/day Supervision of Engineering, Construction and Installation
Existing 4 legs wellhead platform (ptf) in 36 m water depth (wd) with six gas/condensate
wells, design flow approx. 3 mmsmc/day. Life extension, engineering and support during
Abu Qir, 100% (Edison)
construction for platform revamping activities (installation of three additional conductor
pipes)
Existing 6-legs wellhead and treatment ptf in 18 m wd with nine gas/condensate wells,
Abu Qir, (Edison 100%) design flow approx. 3 mmsmc/day. Life extension, engineering and support during construction for platform revamping activities (installation of three additional conductor pipes)
Existing 8-legs wellhead and treatment platform in 77 m WD with up to 11 oil wells and
design capacity up to approx. 30000 bbl/day
Rospo, 62% (Edison)
Life extension, engineering for modifications to host skidding of a jack up rig for 3 new
extended drilling reach (ERD) wells (to increase production of 4.100 bopd)
New 4-legs power, controls, treatment and compression platform in 45 m water depth to
Argo Cluster, 40% (Eni) operate deepwater Argo, Panda and Cassiopea fields. Project reviews during Engineering
and tendering phase
Existing 4-legs wellhead ptf in 28 m water depth with two gas/condensate wells, design
Abu Qir, (Edison 100%) flow approx. 1 mmsmc/day. Life extension and engineering for ptf revamping (installation
of two additional conductor pipes)
New 4-legs wellhead ptf in 28.5 m water depth with up to 6 gas/condensate wells, design
Abu Qir, (Edison 100%) flow approx. 3 mmsmc/day. Engineering and supervision of Construction and Installation
activities
New 4-legs wellhead and treatment ptf in 33 m wd with up to 9 gas/condensate and oil
Abu Qir, (Edison 100%)
wells, design flow approx. 3 mmsmc/day and 2000bbl/day oil. Engineering
Existing 4-legs wellhead platform in 80 m water depth with up to 15 oil wells and design
capacity of approx. 15000 bbl/day
Rospo, 62% (Edison)
Life extension, engineering for revamping (2 wells sidetracks and multiphase pumping,
revamping works by 2013)
Existing 8-legs wellhead-treatment-drilling platform in 122 m WD, 14 operating oil wells
Vega, 60% (Edison)
and current production 3000 bbl/day (design capacity of approx. 60000 bbl/d).
Life extension
Vega, 60% (Edison)
Revamping power generation and distribution system - Engineering (works by 2013)
New 4-legs platform in 70 m water depth with 2 gas wells and design flowrate of approx.
Fauzia, 40% (Eni)
1 mmscm/day. Project reviews during Engineering and tendering phase
Vega, 60% (Edison)
Feasibility study for flare gas recover
Feed. Revamping with installation of 2 gas engines and modification of aux. system to
Vega, 60% (Edison)
support the development of Vega B platform
Feed. New 4-legs heavy oil ptf. in 126 m water depth with up to 9 wells (initial 4) tiedVega, 60% (Edison)
back to Vega A existing ptf., with design flow rate of 10000bbl/d
Gas)
SUBSEA
NAME
LOCATION
YEAR
INTEREST (Operator)
Scarab & Saffron
1999-2003
WDDM , 50% (British Gas) 8 gas wells in 600-800 m water depth, 80-100km NE from Alexandria, design flow
asset dismissed
approx. 20 mmscm/day. Supervision of Engineering, Construction and Installation
Simian-Sienna & Sapphire
2003-2005
WDDM , 50% (British Gas) 8 gas wells in 800/110 m water depth, connected to and controlled by existing WDDM
asset dismissed
system, design flow approx. 20 mmsmc/day. Supervision of Engineering, Construction
and Installation
Rashid-3 & Rashid-North
2006-2008
Rosetta, 20% (British Gas)
3 gas wells in 70-180 m WD connected to and controlled by existing Rashid-1 ptf,
design flow approx. 10 mmsmc/day. Project reviews during Engineering, Construction
and Installation
South & North Sequoia
(unitized project)
2007-2009
6 gas wells (3 wells South on Rashid-3 and 3 wells North) in 180-300m WD, 5-25 km
from tie-in, design flow approx. 20mmsmc/day
Argo Cluster
2009-2012
Argo Cluster, 40% (Eni)
4 gas wells in 600-700 m water depth (WD), connected to and controlled by the new
Prezioso K ptf, design flow 8 mmsmc/day. Project reviews during Engineering and
tender process for Construction and Installation
Zidane
North Sea, Norway
2010-2012
Zidane, 20% (RWE)
4 gas wells in 350 m WD, 10 km from tie-in (TLP Heidrun), HP (560 bar) HT (145°C),
expected production 5mmsmc/day. Project reviews during Engineering
21
SEALINES
NAME
LOCATION
Rosetta concession
YEAR
INTEREST (Operator)
Mediterranean Sea, 1999-2001
Egypt
Gas)
Subsea wells connection to Rashid1 ptf, Rashid2 ptf and onshore terminal: 6 lines, 8”, 9 km overall lenght
- 1 line, 22”, 25 km lenght - 2 lines, 24”, 35 km overall lenght - 1 line, 16”, 18 km lenght - 1 line, 12”, 5 km
lenght. Project reviews during Engineering, Construction and Installation
Scarab & Saffron
Egypt
WDDM, 50% (Btritish
Gas) asset dismissed
Subsea wells network: long distance tie-back, 2 manifolds, 8 x 2 km flowlines 10”, 2 x 20 km infield lines
20”, 2 x 80 km multiphase export lines 24”+36”, remote control via umbilicals and subsea equipments.
Supervision of Engineering, Construction and Installation
Calipso - Barbara A
Adriatic Sea, Italy
2000-2002
Calipso, 49% (Eni)
Piggy back sealines (12”+ 3”+ 3”), 25 km, about 75 m WD. Project reviews during Engineering, Construction and Installation
Naide - Cervia
Adriatic Sea, Italy
2003-2005
Naide, 49% (Eni)
Piggy back sealines (10”+ 3”+ 3”), 9,5 km, about 35 m WD. Project reviews during Engineering, Construction and Installation
Izabela North Izabela South
Adriatic Sea, Croatia 2008-2009
Izabela, 70% Edison)
“Piggy back sealine (8”+3”), 3 km lenght, about 22 m WD. Supervision of Engineering, Construction and
Installation”
Izabela South Ivana K
Adriatic Sea, Croatia 2008-2009
Izabela, 70% Edison)
16” diameter, 25 km lenght, about 25 m WD. Supervision of Engineering, Construction and Installation
Argo Cluster
2009-2012
Argo Cluster, 40% (Eni)
Subsea wells connection to Prezioso K and export PLEM: 4 production lines and 5 spools, 8”, 20.6 km overall
lenght - 2 production lines, 10”, 70.3 km overall lenght - 1 production line, 16”, 22.7 km lenght - 6 spools,
6”, overall lenght 3 km. Project reviews during Engineering and tendering process
NA/Q PII - NA/Q PI
Egypt
12” diameter, 5 km lenght, from 27.5 m to 37 m WD. Supervision of Engineering, Construction and
Installation activities
NA/Q PIII - A/Q PI
Mediterranean Sea, 2012
Egypt
16” diameter, 23 km lenght, from 33 m to 17 m WD. Supervision of Engineering and tendering process,
installation by 2012
NA/Q PII - NA/Q PIII
Mediterranean Sea, 2012
Egypt
16” diameter, 3 km lenght, from 27.5 m to 33 m WD. Supervision of Engineering and tendering process,
installation by 2013
Vega B
Sicily channel, Italy
Vega, 60% (Edison)
8” diameter, 5.2 km lenght, oil transfer sealine, 6” diameter, 5.2 km lenght for diluent, 2.2 km lenght export
treted oil from Vega A to Leonis FSO, all sealines thermally insulated, two underwater armoured 6kw power
cable 3x150 mm2. Vega A new risers and J-tubes in 126 m depth. Engineering and tendering fase
2012-2013
FSO
22
NAME
LOCATION
YEAR
INTEREST (Operator)
ROLE & TYPE OF INTERVENTION
Leonis
2009-2010
Vega, 60% (Edison)
New double hull FSO (80000 DWT) for Vega field and revamping of existing SPM (Single Point Mooring) in about 123 m water depth. Supervision of Engineering, Construction and Installation
Alba Marina
Adriatic Sea, Italy
2011-2012
Rospo, 62% (Edison)
New double hull FSO (109000 DWT) for Rospo field and revamping of existing CALM (Catenary Anchor
Leg Mooring) in about 70 m water depth. Supervision of Engineering, Construction and Installation
ONSHORE
NAME
LOCATION
YEAR
INTEREST (Operator)
ROLE & TYPE OF INTERVENTION
Rashid-1
Egypt
1999-2001
Green field development serving 5 gas fields with living camp and treatment plant with design flow
8 mmsmc/day and 30km export pipeline. Project reviews during Engineering and Construction
Montegranaro
Italy
2003-2005
Montegranaro, 50% (SGI)
Unmanned wellhead area for 1 gas well tie-in with 0,2 mmsmc/day treatment facilities and 2 km export
pipeline. Project reviews during Engineering and Construction
Quarto
Italy
2003-2005
Quarto, 33,33% (Eni)
Unmanned wellhead area for 1 gas well tie-in with 0,2 mmsmc/day treatment facilities and 2 km export
Reggane North
Algeria
2008-2012
Reggane, 11,25%
(Repsol)
Green field development serving 5 gas fields with living camp, gathering system with min. 75 wells, treatment
plant with design flow 8 mmsmc/day and 100 km export pipeline. Project reviews during Engineering
Tresauro
Italy
2009-2011
Tresauro, 25% (Enimed)
Unmanned wellhead area for 3 oil wells tie-in with approx. 4000 bbl/day, 10 km export pipeline and revamping
activities at Third Party Oil Treatment Plant. Project reviews during Engineering and Construction
Capparuccia
Italy
2009-2011
Capparuccia, 22,2% (Eni)
Unmanned wellhead area for 1 gas well tie-in with 1 mmsmc/day treatment facilities and 6,4 km export
West Wadi El Rayan
Egypt
2010-2012
WWER, 60% (Edison)
Infrastructure development for oil early production during exploration phase: tie-in of 4 wells and temporary
facilities design flow for approx. 2000 bbl/day. Supervision of Engineering and Construction
ELNG Terminal
LOCATION
YEAR
INTEREST (Operator)
DESCRIPTION
Egypt
2001-2004
ELNG, 38% (Edison, British
Gas) asset dismissed
Green field development for gas liquefaction terminal consisting in 2 trains of 3,6 million tons LNG/year, pretreatment facilities with CO2 removal, 2x160’000 m3 LNG storage tanks, 2,5 km loading jetty complete of 4
loading arms and 800 m breakwater. Supervision of Engineering, tendering process and construction
LNG Regasification Terminal
LOCATION
YEAR
INTEREST (Operator)
DESCRIPTION
Rovigo, Italy
Rosignano, Italy
Rovigo, Italy
Dunkuerque, France
2000 - 2004
2000 - 2007
2007 - 2009
2012 - 2014
Edison 100%
Edison 100%
Edison 10% (Exxon Mobil)
EDF
Pre-FEED and FEED
Pre-FEED
Engineering services and supervision of construction works
FEED for transhipment project for Dunkuerque LNG and supervision services for the construction site
23
OFFSHORE SURVEYS
NAME
LOCATION
YEAR
INTEREST (Operator)
ROLE
NAQ PII Project
2009-2010
Supervision of Detailed Marine geophysical and geotechnical surveys along
sealine & at platform location
Izabela Project
2009-2010
Izabela 70% (Edison)
Engineering and supervision of Detailed Marine geophysical and deep geotechnical surveys at platform location
Virgo Exploration well
North Atlantic Ocean
Ivory Coast
2010
Virgo 40% (Edison)
Engineering and supervision of offshore Well Site Survey
Dayyer Exploration well
Persian Gulf, Iran
2011
Dayyer 100% (Edison)
Engineering and supervision of offshore Well Site Survey
Alba Marina FSO Project
Adriatic Sea, Italy
2010-2011
Rospo 62% (Edison)
Supervision of Detailed Marine geophysical surveys and anchor chains inspectation
Rospo Project
Adriatic Sea, Italy
2011
Rospo 62% (Edison)
Supervision of Detailed Marine geophysical survey
Vega A
2011
Vega 60% (Edison)
Support during Vega A and Leonis SPM underwater inspection activities
Vega B
2011
Vega 60% (Edison)
Support during Vega A visual and envinmental survey
Ibleo Project
2011
Argo Cluster 40% (Eni)
Supervision of Detailed Marine geophysical and geotechnical surveys along
sealine & umbilical routes and geohazard identification
Poseidon
Mediterranean Sea, Italy
2011-2012
Poseidon 50% (Edison)
Management of Detailed Marine geophysical and geotechnical surveys
Vega B
2012
Vega 60% (Edison)
Supervision of environmental and visual inspection survey. Supervision of detailed marine analogical and digital geophysiacal surveys, superficial geotechnical
investigations at Vega B platform location and along new sealines corridors
EVALUATIONS / STUDIES
24
TITLE
YEAR
LOCATION
Screening of development options as support to Exploration activities
2000-2012
Europe-Africa-Middle East
ELNG gas liquefaction terminal: evaluation of the optimal size of the storage tanks
2002
Onshore, Egypt
Sibilla - pre-feasibility study for CO2 re-injection
2003
Onshore, Italy
Hamada Fields - NC5/NC7/NC8 Concessions - Gas/Condensate fields development with optional LNG liquefaction terminal
2003-2007
Onshore, Lybia
Due Diligence for farm-in Acquisitions (11 assets) and farm-out divestment (1 asset)
2003-2010
Evaluations for farm-in Acquisitions (18 assets)
2005-2010
Vega B, Subsea Satellites to the VEGA existing platform, 5km distant
2005
Offshore, Italy
Irena field: tie-back development of a shallow gas reservoir
2008-2009
Offshore, Croatia
Subsea tieback for drill & develop exploration wells in the Abu Qir Concession
2010
Abu Qir Bay, Egypt
Gianna Field Development using Edison own existing infrastructures in the area
2010
Offshore, Italy
Deep water offshore gas development in harsh environment at 900m WD. Subsea wells 20km tied back to the onshore gas plant
2010
Offshore, Ivory Coast
Kavala Kappa - Feasibility study for service life extension, installation of additional conductor pipes and connection to onshore plant
through a new sealine
2010-2011
Offshore, Greece
Izabela offshore gas platform - Croatia
25
GAS PIPELINES - ITALY
LOCATION
Marghera, Venezia
Pineto - Bussi - Roccasecca
Fano
Larino
Apricena
Altomonte
Candela
Chivasso
Stoccaggio Collalto
Torviscosa
Simeri
Sora - Fibreno
Colle Anchise
Cavarzere - Minerbio
Teramo
Reggente -Daunia
S. G. Campano
Larino -Termoli
Ascopiave
Moscufo - Pescara
San Potito - Cotignola
S. Maria Mare
Appia - Salacaro
YEAR
1992
1998
1999
2001
2002
2004
2004
2005
2005
2005
2007
2007
2007
2008
2008
2008
2008
2009
2010
2010
2012
2013
2013
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
DIAMETER
14 “
20 “
12 “
20 “
12 “
16 “
16 “
20 “
16 “
16 “
16 “
12 “
14 “
36 “
6“
12 “
8“
12 “
8“
12 “
16 “ - 24”
4“
4“
LENGTH km
6
210
28
40
30
3
9
6
10
16
4
14
3
84
7
10
3
16
15
10
35
6,5
7
GAS PIPELINE PROJECTS - ABROAD
26
LOCATION
Cairo - Assuan, Egypt
Rashid - Abu-Hommais, Egypt
YEAR
1999-2000
2001-2003
DIAMETER
30”
30”
LENGTH
140 km
30 km
IGI - Poseidon (interconnection Greece-Italy)
2003-2015
32”
210 km
Galsi (interconnection Algeria-Italy)
2003-2015
26”-32”
840 km
DESCRIPTION
Owner Engineering & supervision of construction works
Owner Engineering & supervision of construction works
Feasibility study, pre-FEED, authorization project, reconnaissance marine
survey, detail marine survey, FEED, max depth 1,370 m below sea level
Feasibility study, pre-FEED, authorization project, detailed seabed survey, FEED,
detailed design project on shore pipeline route - max depth 2,824 m below
sea level
Collalto - Gas compression station - Italy
GAS COMPRESSOR STATIONS / GAS STORAGE FIELDS
LOCATION
YEAR
INTERVENTION DESCRIPTION
Muggia
1992
Basic Design - LPG cavern storage facility
Upgrade of gas compression plant
Basic Design for a compression plant on exhausted gas field (900000 SCM/D)
Collalto - I, Italy
Palazzo Moroni, Italy
Collalto - II, Italy
Kavala, Greece
Bagnolo Mella, Italy
San Potito and Cotignola, Italy
Santa Maria Mare, Italy
Garaguso, Italy
2005
2010
2011
2011
2011
2013
2013
2013
Clusters revamping and realization of a new compression plant for natural gas underground storage
Feasibility study for the conversione of an existing 1 BCCM gas field into storage (9 MSMC/DAY)
Basic Design for a compression plant on exhausted gas field (600000 SCM/D)
Clusters revamping and realization of a new compression plant for natural gas underground storage
Gas recovery and compression plant
FEED for revamping of compression plant
27
HYDROELECTRIC POWER PLANTS
LOCATION
YEAR
TYPE OF INTERVENTION
DESCRIPTION
Premesa, Italy
Cornate d’Adda, Italy
1990
1991
Revamping
Revamping
Battiggio, Italy
1993 - 1994
Revamping + repowering
Castelbello, Italy
1995 - 1998
Revamping
Farigliano, Italy
1995 - 1996
Prati di Vizze, Italy
1996
Revamping
Prati di Vizze , Italy
1996
Revamping
Brunico, Italy
1996 - 1997
Revamping
1997
Revamping
1998
Battiggio, Italy
1998
Revamping
Pozzolago, Italy
1999
Lasa - Gioveretto, Italy
2000 - 2001
2001
Revamping
Revamping
Calusco d’Adda, Italy
2001 - 2002
Curon, Italy
Lasa - Gioveretto, Italy
San Valentino, Italy
Lasa, Italy
2002
2002
2002 - 2003
2002 - 2003
Revamping
Revamping
Revamping
Revamping
Sonico, Italy
2003
Revamping
Premesa, Italy
Vedello, Italy
Taio, Italy
Mollaro, Italy
2004
2004
2004
2004
Revamping
Revamping
New plant
New plant
Marlengo, Italy
2004
Glorenza, Italy
2004 - 2005
Revamping
Cedegolo, Italy
Cedegolo, Italy
Colle, Italy
Ponte Gardena, Italy
Vedello, Italy
2005
2005
2005
1995/97- 2006
2006
Mese (EDIPOWER), Italy
2005 - 2008
2008
Revamping
Revamping
Revamping
Revamping
Revamping
Engineering service for the plant
revamping and repowering
Engineering assistance for the plant
New plant
Belviso, Italy
2008 - 2009
Ganda, Italy
2008 - 2009
Campo, Italy
2009
Prati di Vizze, (HYDROS) Italy
2009
Engineering for the plant
Albano, Italy
2010
Cividate, Italy
2010
Taio, Italy
2010 - 2011
Revamping
Remote control system, automation and auxiliary electrical system modification
Remote control system, automation and auxiliary electrical system modification
Installation of three 7.5 MW Francis turbines, new generators, cooling system, electrical system, DCS and
remote control system
Automation revamping and remote control system
Installation of two 2.92 MW Kaplan turbines, auxiliary dam works, new generators, cooling system, electrical
system, DCS and remote control system
Installation of three Pelton turbines (2x10.3 MW), generators, cooling system, electrical system and remote
control system
Dam reconstruction with new floodgates operating system and auxiliary services
Installation of new speed control units for two 21 MW Francis turbines, cooling system, electrical system, DCS
and remote control system
Penstock partial replacement
Installation of four 3.4 MW Francis turbines, new generators, cooling system, electrical system, DCS and
Power tunnel rehabilitation
Installation of one 8 MW Pelton turbine, new generator, cooling system, electrical system, DCS and remote
control system
Dam rehabilitation
Rehabilitation of inlet works
Installation of two 3.4 MW Kaplan turbines, new generators, cooling system, electrical system, DCS and remote control system - Installation of automatic floodgate operating system, dam rehabilitation and control system
MV system revamping
Dyke rehabilitation
Revamping of hydraulic systems operating dewatering outlet and discharge of sluice gates
Revamping of MV / ancillary services
Installation of new speed control units for five 12 MW Pelton turbines, electrical system, DCS and remote
control system
Penstock rehabilitation
Tunnel maintenance works
New plant with one 2.4 MW Francis turbine, generator, auxiliary systems and remote control system
New plant with one 2.4 MW Francis turbine, generator, auxiliary systems and remote control system
Installation of three Francis turbines (2x25 MW + 1x9.3 MW), new generators, cooling system, electrical
system, DCS and remote control system
Installation of two 55 MW Pelton turbines, generator maintenance works,
cooling system, electrical system, DCS and remote control system
Rehabilitation of dam joints
Revamping of MV system
Replacement of 3 MW Kaplan unit and revamping
Rehabilitation of power and spillway tunnels - power tunnel Ø 6m
Revamping of Vedello-Redock inclined cableway equipment, 420 m level difference
Installation of five 43.75 MW Francis turbines, new generators, cooling system, electrical system, DCS and
Installation of two 43.75 MW Francis turbines, new generators, cooling system, electrical system, DCS and
Construction of a fish ladder for the existing dam
Installation of two 34 MW Pelton turbines, new generators, cooling system, electrical system, DCS and
Installation of two 18.68 MW Pelton turbines, new generators, cooling system, electrical system, DCS and
Installation of one 14.5 MW Pelton turbine, new generators, cooling system, electrical system, DCS and
Installation of two 23 MW Francis turbines, new generators, cooling system, electrical system, DCS and
Installation of 3 turbine speed control units
Bussento (EDIPOWER),
Italy
Pieve Vergonte, Italy
28
2006 - 2007
Sonico, Italy
2010 - 2011
Caffaro, Italy
2010 - 2011
Trivero, Italy
Taio, Italy
2011
2012
New plant
Cogno, Italy
2012
Tanagro, (Edipower) Italy
2012
Piateda, Italy
2012
Revamping
Installation of two 29 MW Pelton turbines, new generators, cooling system, electrical system, DCS and remote control
system
Installation of two 24 MW Pelton turbines, new generators, cooling system, electrical system, DCS and remote control
system
Technical building with inside dam exhaust valve and derivation for the minimum vital flow
Installation of one 3.6 MW Francis turbine, generator and revamping of auxiliary systems
Installation of three 1.7 MW Pelton turbines, new generators, cooling system, electrical system, DCS and remote
control system
Installation of one 22 MW Francis turbine, new generator, cooling system, electrical system, DCS and remote control
system
Revamping of Vedello-Redock inclined cableway equipment, 350 m level difference
29
Feasibility studies, authorization studies and basic designs
LOCATION
YEAR
DESCRIPTION
Cornate e Calusco d’Adda, Italy
Curon, Italy
Castelbello, Italy
Ponte Racli, CàSelva, Cà Zul, Istrago and Poglia, Italy
Fontanamora, Italy
Taio, Italy
Cedegolo, Italy
Sanko, Turkey
Global, Turkey
Palestro, Italy
Courmayeur, Italy
Cogno, Italy
La Rocca, Italy
Kayi, Turkey
Palestro, Italy
Somes, Romania
Bertonic, Italy
Pizzighettone, Italy
Asti, Italy
Barbaresco, Italy
Casalgrasso, Italy
Soyak, Turkey
Condello, Italy
1992
2002
2003
2004
2005
2005
2006
2007
2008
2009
2009
2010
2010
2011
2011-12
2012
2012
2012
2012
2012
2012
2013
2013
Basic design and revamping of hydroelectric plants on Adda river
Basic design for the installation of new control units of level and turbine speed
Study of a new refrigeration system in closed loop
Design of the new automation of the dam’s sluice gate, with revamping of hydraulic, electrical and instrumental systems
Basic design for the plant revamping and repowering
Revamping studies: cooling circuits and auxiliary group
Study of a new refrigeration system in closed loop
Due diligence for 26 hydro power plants (total 1017 MW)
Due-diligence for 7 hydro power plants (total 611 MW)
Feasibility study for small hydro power plant (3.6 MW) on Sesia river
Basic design for two new hydro power plants (1.7 MW - 20.4 MW)
Feasibility study for small hydro power plant (4 MW)
Feasibility study for small hydro power plant (6 MW)
Feasibility study for small hydro power plant (4,4 MW) on Sesia river
Feasibility study for small hydro power plant (5,9 MW)
Due diligence for hydro power plant (3,2 MW)
Feasibility study for 6 small hydro power plants (33 MW)
Integrated Remote Control and Monitoring System
30
LOCATION
YEAR
TYPE OF INTERVENTION
Bolzano / Cesano Maderno, Italy
2000 - 2009
Integrated remote control and monitoring system of hydroelectric power plants and electrical substations
Piateda, Italy
2009
Integrated remote control and monitoring system of hydro/thermal power and electrical substations
Bologna, Italy
2009 - 2012
Integrated remote control and monitoring system of wind farms and photovoltaic power plants
Pescara, Italy
20013 - 2015
Integrated monitoring control and optimization system for Edison Stoccaggio gas hub (n° 4 natural gas storage facilities)
Weir and diversion works - Armisa valley - Italy
31
ELECTRICAL SUBSTATIONS
32
LOCATION
Marghera Azotati - Venezia
Area Impianti Alto Adige
Paderno d’Adda
Taranto
Bolzano
Sarmato
Cesano Maderno
Taranto
Terni
Battigio
Ferrara
Monteferrante
Orsara
Volturara Appula
Marlengo
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
YEAR
1993
1994-1998
1996
1996-1997
1997-1998
1997
1997-1999
1998
1998-1999
1999
1999-2001
2000
2001
2001
2001
DESCRIPTION
Electrical substation of interconnection to the national grid
Revamping of EDISON electrical substations
Revamping of electrical substation with 130 kV GIS installation
Realization of a new electrical substation of interconnection to the national grid
Revamping of electrical substation
Revamping of electrical substation - Installation of 120 MVA autotransformer
Electrical substation of interconnection to the national grid and factory grid
Realization of a new electrical substation and revamping of the existing substation
Revamping
Revamping
Revamping of electrical substation with 130 kV GIS installation
Marghera - Venezia
Italy
2001-2004
Revamping of electrical substations with 220kV GIS installation
Novara
Colà
Sandrà
Morrone del Sannio
Candela
Altomonte
Torviscosa
Celle San Vito
Sella di Conza
Magisano
Simeri Crichi
Marghera Malcontenta Venezia
Castelnuovo di Conza
Strongoli
Tirano
Mistretta
Thisvi
Montefalcone
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Greece
Italy
2002
2003
2003
2005
2005
2005
2005
2005
2006
2006
2006
2006-2008
2007
2008
2009
2010
2010
2011
Electrical substation with 160 MVA phase-shifting transformer for merchant line
SPECIFICATIONS
220 kV - GIS
220 kV -130 kV - AIS
130 kV - AIS/GIS
220/65 kV - GIS/AIS
130 kV - AIS
130 kV - AIS
220 kV / 130 kV - AIS
220 and 66 kV - GIS
132 kV - AIS
60 KV - AIS
220 kV - AIS
150 kV - AIS
150 kV - AIS
150 kV - AIS
130 kV / 65 kV - GIS
130 and 220 kV - AIS
+ GIS 220 kV
130 kV - AIS
220 kV - AIS
220 kV - AIS
150 kV - AIS
380 kV - AIS
380 kV - AIS
380 kV - AIS
150 kV - AIS
150 kV - AIS
380 kV - GIS
380 kV - GIS
220 kV - AIS
150 kV - AIS
150 kV - AIS
150/220 kV - AIS
150 kV - AIS
400 kV - AIS
150 kV - AIS
HIGH VOLTAGE LINES
LOCATION
Marghera - Venezia
Company’s powerlines
Italy
Italy
Sonico - Cedegolo - Cividate
Italy
Sarmato
Company’s powerlines
Marghera - Venezia
Italy
Italy
Italy
Somplago, Bolzano, Curon
Italy - Austria
Udine, Planais
Italy - Slovenia
Candela - Foggia
Torviscosa - Planais
Simeri - Magisano
Marlengo - Sinigo
Tirano - Campocologno
Corinaldo - Fano
Presenzano
Villeneuve - Passy
Pianopoli - Feroleto
Italy
Italy
Italy
Italy
Italy - Switzerland
Italy
Italy
Italy - France
Italy
Piancone - Diga delle Miste
Italy
Cengio - San Giuseppe
Italy
DESCRIPTION
Overhead line
Route variations on behalf of third party
Reconstruction of an overhead line
(towers, supports & conductors)
Overhead line
Optical fiber installation
Underground cable line
Basic design for an overhead and underground cable
line
Feasibility study for an overhead and underground
cable line
Design for an overhead line
Overhead line
Overhead line
Underground cable line 3x1x800 mm²
Uwnderground cable line 3x1x1600 mm²
Basic design for a new overhead line
Design for a new underground cable line
Feasibility study for a HVDC underground cable line
Design for an underground cable line
Reconstruction of overhead line
Reconstruction of overhead line
YEAR
1992
1992 - 2009
VOLTAGE
130 kV/220 kV
60 kV/130 kV/220 kV
LENGTH
4 km
350 km
1993 - 2000
130 kV
60 km
1998
1998 - 2001
2002
220 kV
60 kV/130/220 kV
200 kV/130 kV
2.8 km
2000 km
2.5 km
2003
130 kV/220 kV
169 km
2003
130 kV
128.1 km
2005
2006
2007
2008
2009
2009
2010
2010
2011
380 kV
380 kV
380 kV
60 kV
150 kV
380 kV
380 kV
400 kV
380 kV
42 km
6 km
17 km
1.4 km
4.3 km
17.85 km
2.8 km
80 km
8.1 km
2011
15 kV
7.4 km
2011
65 kV
1 km
33
PHOTOVOLTAIC POWER PLANTS
LOCATION
Altomonte, Italy
POWER YEAR DESCRIPTION
3.3 MWp 2008 16,500 panels
Milano, Italy
20 kWp
Various, Italy
10 MWp
Altomonte, Italy
14 kWp
Cagliari, Italy
Piedimonte
S. Germano, Italy
Castellavazzo, Italy
Oviglio, Italy
Cascine Bianche, Italy
Termoli, Italy
Power saving intervention
for Edison headquarters
Feasibility study with Techint for
2008 photovoltaic power plants
2008
2009 Test concentration plants
design for photovoltaic power
10 MWp 2009 Basic
plant
1 MWp
2010 13,300 panels
0.1 MWp
3 MWp
1 MWp
1 MWp
2010
2011
2011
2011
460 panels on the roofs
15,000 panels
5,000 panels
5,000 panels
WIND FARMS
34
LOCATION
Castelnuovo di Conza
Orsara di Puglia
Faeto, Celle San Vito - Ciuccia
Montemignaio
Celle San Vito 2
Volturara Appula e Motta Montecorvino
Foiano Piano del Casino
Toppo Grosso
Monte Barbato
Roio del Sangro
Motta Montecorvino
Foiano
Castiglione Messer Marino - phase I
Montazzoli
Monteferrante
Schiavi di Abruzzo
Fraine
Roccaspinalveti
Vaglio di Basilicata
Castiglione Messer Marino - phase II
Faeto - phase I
Volturino
Faeto - phase II
Ripabottoni
Sella di Conza
Lucito
Melissa / Strongoli
Mistretta
Foiano
S. Giorgio La Molara
Foiano, Orsara, Montemignaio (refurbishment)
San Benedetto Val di Sambro (refurbishment)
Celle San Vito, Rocchetta e Casone Romano
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
POWER
4.80 MW
18 MW
14.40 MW
1.80 MW
4.20 MW
11.40 MW
9.60 MW
1.80 MW
4.80 MW
6.00 MW
3.00 MW
6.60 MW
26.40 MW
9.60 MW
24.60 MW
9.00 MW
9.00 MW
13.80 MW
12.30 MW
15.84 MW
5.40 MW
13.08 MW
6.60 MW
15.84 MW
10 MW
34 MW
50 MW
30 MW
18 MW
54 MW
37 MW
3.4 MW
13 MW
YEAR
2001
2001
2001
2001
2001
2001
2001
2001
2001
2001
2001
2001
2002
2002
2002
2002
2002
2002
2004
2004
2004
2005
2005
2005
2007
2008
2009
2010
2011
2012
2012
2012
2013
(revamping studies)
Baselice (studies for a new plant)
Italy
12 MW
2013
Mistretta 30 MW wind farm - Sicily - Italy
35
36
Thisvi 420 MW power plant - Greece
THERMOELECTRIC POWER PLANTS
LOCATION
Marghera Levante
Marghera Azotati
Spinetta Marengo
Castelmassa
Bussi
S. Quirico
Porto Viro
Taranto
Sarmato
Piombino
Terni
Verzuolo
Jesi
Marghera Levante
Izmit
Sesto San Giovanni
Chivasso (EDIPOWER)
Sermide (EDIPOWER)
Altomonte
Candela
Piacenza (EDIPOWER)
Torviscosa
Simeri Crichi
Marghera Azotati
Thisvi
Bussi
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Turkey
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Italy
Greece
Italy
TYPE
Combined heat and power
Low BTU fuel combined cycle
Low BTU fuel combined cycle
Single shaft combined heat and power
Single shaft combined cycle
Combined cycle (revamping)
Single shaft combined heat and power
Combined cycle (Engineering assistance and start-up)
Combined cycle
Combined cycle
Combined cycle
Combined cycle
YEAR
1992
1993
1993
1994
1995
1996
1996
1998
1998
1999
1999
2001
2001
2001
2002
2004
2004
2004
2005
2005
2005
2006
2007
2010
2010
2011
POWER
250 MW (2GT)
270 MW (2GT+3ST)
30 MW (1GT+2ST)
55 MW (2GT+1ST)
135 MW (1GT+1ST)
140 MW (1GT+1ST)
140 MW (1GT+1ST)
585 MW (3GT+3ST)
180 MW (1GT+1ST)
185 MW (1GT+1ST)
100 MW (1GT+2ST)
120 MW (2GT+1ST)
140 MW (1GT+1ST)
400 MW (1GT+1ST)
68 MW (2GT+1ST)
55 MW (1GT+1ST)
1165 MW (3GT+2ST)
1165 MW (3GT+2ST)
800 MW (2GT+1ST)
400 MW (1GT+1ST)
800 MW (2GT+1ST)
800 MW (2GT+1ST)
855 MW (2GT+1ST)
240 MW (2GT+3ST)
420 MW (1GT+1ST)
130 MW (1GT+1ST)
37
Feasibility studies, authorization studies and basic designs for non-executed projects
38
LOCATION
Martorell, Spain
Frosinone, Italy
Villa Santa Lucia, Italy
Servola, Italy
Ravenna, Italy
Spinetta Marengo, Italy
Liegi, Belgium
Devnya, Bulgaria
La Torre, Spain
Novara, Italy
Skikda, Terga, Algeria
Settimo Torinese, Italy
Rades, Tunisia
Casei Gerola, Italy
Piombino, Italy
Roccagorga, Italy
Rignano Garganico, Italy
Acerra, Italy
Roma, Italy
Piacenza, Italy
Spinadesco, Italy
Crescentino, Italy
Taranto, Italy
Taranto, Italy
Marghera, Venezia, Italy
Marghera, Venezia, Italy
Boffalora, Italy
San Quirico, Italy
Porto Viro, Italy
Various plants, Italy
Camerino, Italy
Corinaldo, Italy
Presenzano, Italy
Adria, Italy
Tesla , Serbia
Vevi , Greece
Navagne, Belgium
Nest, Belgium
TYPE
CCPP - cogeneration
CCPP - cogeneration
CCPP - cogeneration
CCPP - steel gas - cogeneration
CCPP - cogeneration
CCPP - cogeneration
CCPP - cogeneration
CCPP - cogeneration
CCPP green field
CCPP - cogeneration
CCPP
CCPP green field
CCPP geen field
CCPP green field
CCPP green field
CCPP green field
CCPP green field
Conversion to CCPP
CCPP green field
CCPP green field
Repowering/revamping CET2
Coal plant
Repowering
Installation of tower & DLN
Repowering/revamping
Natural oil power plant
CCPP green field
CCPP green field
CCPP green field
Natural oil cogeneration power plant
Lignite PCP
Lignite CFBPP
CCPP green field
CCPP green field
YEAR
1993
1993
1996
1997
1997
1998
1998
1999
1999
1999
2000
2000
2000
2001
2001
2001
2001
2002
2002
2002
2003
2003
2004
2004
2005
2005
2007
2007
2007
2007
2008
2008
2009
2009
2010
2010
2011
2011
POWER
50 MW
2x60 MW
2x60
180 MW
60 MW
100 MW
2x180 MW
400 MW
400 MW
100 MW
2250 MW
250 MW
500 MW
800 MW
400 MW
800 MW
800 MW
800 MW
800 MW
800 MW
800 MW
400 MW
480 MW
2x380 MW
400 MW
400 MW
70 MW
120 MW
120 MW
3x17 MW
800 MW
800 MW
800 MW
3x17 MW
700 MW
340 MW
800 MW
800 MW
Torun, Poland
CHPP brown field
2012
100 MW
Dairut, Egypt
Dervish, Turkey
CCPP green field
ISCCPP green field
2012
2012
2400 MW
1000 MW
NOTE
Basic design - JV with Cerestar Iberica
Feasibility study
Basic design
Basic design
Feasibility study
Feasibility study
Feasibility study
Feasibility study with Solvay
Feasibility study
Basic design
Feasibility study
Basic design
Basic design with EDF & Enel
Authorization project
Authorization project with Lucchini (steelworks)
Feasibility study
Feasibility study
Feasibility study
Feasibility study with Total & ERG
Basic design for EDIPOWER
Authorization project with Arvedi
Feasibility study
Feasibility study with EDF
Feasibility study
Feasibility study
Feasibility study
Feasibility study
Basic design
Feasibility study
Feasibility study
Preliminary technical study
Support to EDF for EPC contract finalization
Support to EDF for EPC contract finalization
FEED and support to EDF Polska for EPC contract
finalization
Pre-FEED and bid preparation with EDF-CIT
Due diligence with EDF
Eurostar, Turkey
CCPP green field
2012
800 MW
Nest, Belgium
CCPP green field
2012
800 MW
Kolubara, Serbia
Plomin, Croatia
Lignite PCP
Coal PCP
2012-13
2012-13
2x350 MW
1x500 MW
Due diligence with EDF
EPC bid analysis in cooperation with EDF-CIT for EDF
LUMINUS
Feasibility study
Technical evaluation for bidding
OTHER PROJECTS
LOCATION
Taranto, Italy
Lille, France
YEAR
1997
2000
DESCRIPTION
Installation of five turboexpanders
CCPP
POWER
5x20 MW
43 MW
Sidi Krir, Egypt
2000
CCPP greenfield
300 MW
Ibirité, Brazil
2000
750 MW (3x1GT+1ST)
Termoli, Italy
2006
30 MW
3.5 km - 8” steam pipe
West Burton, UK
Blenod-Martigues, FR
2008-2010
CCPP greenfield
Interconnecting a 100 MW cogeneration power plant to a new steam
user (plastic tape factory)
Auxiliary boiler, water treatement plant, demineralization plant, cooling
towers, circulating pumps and natural gas pressure reduction station
NOTE
New installation
Owner Engineering
Owner Engineering & supervision of
construction works
Owner Engineering
1200 - 400 - 800 MW
Purchasing, engineering and
follow up services for EDF
GREENHOUSE TELEHEATING SYSTEM
LOCATION
YEAR DESCRIPTION
SPECIFICATIONS
Candela
Italy
2008 Low temperature teleheating plant system for 60 ha greenhouse complex
160 MWt - 10 km underground GRP pipe network -
Candela
Italy
low temperature teleheating plant system for 30 ha greenhouse
2012 Extension
complex
80 MWt - 5 km underground GRP pipe network -
ø 500-2000 mm
ø 800-1200 mm
Site REMEDIATIONS and plant dISMANTLING
LOCATION
Sesto S. Giovanni, Italy
Mestre, Italy
Correzzana, Italy
Melegnano, Italy
Torviscosa, Italy
Sesto S. Giovanni, Italy
YEAR
2006
2007
2011
2012
2013
2013-2014
DESCRIPTION
Site remediation and ground treatment in steelworks area
Power plant dismantling in an industrial area. Boiler, chimney (80 m height) and relevant accessories
Dismantling of a chemical plant
Test fields with water treatment in chemical plant area
Power plant dismantling in an industrial area. Boiler, chimney and relevant accessories. Site remediation
Site remediation and ground treatment in steelworks area - Phase 2
39
ENERGY EFFICIENCY
CHP Plant
40
NAME
LOCATION
YEAR
DESCRIPTION
ACCOR HOTELS
Various sites
2012
100 kWe trigeneration plant. Energy audit and feasibility study
APTUIT
VERONA
2012
1.5 MWe cogeneration plant. Energy audit and feasibility study
ENVI PARK
TORINO
2012
640 kWe cogeneration plant. Energy audit and feasibility study
FIMA
VICENZA
2012
FUSTI PLAST
BOTTANUCO (BG)
2012
GRUPPO NOVELLI
Various sites
2012
GRUPPO OSPEDALIERO S. DONATO
Various sites
2012
LATTERIA CAMAZZOLE
CAMAZZOLE (PD)
2012
MACBRIDE
BAGNATICA (BG)
2012
640 kWe cogeneration plant . Energy audit and feasibility study
NEGRI
NOVARA
2012
RAMAPLAST
ALESSANDRIA
2012
SAN BENEDETTO
SCORZE’ (VE)
2012
SAN ROCCO DAIRY
TERRE DEL BRENTA (VI)
2012
VIANI
SAN GIMIGNANO (SI)
2012
ZEGNA BARUFFA
BIELLA
2012
NECE
BORGORICCO (PD)
2012-2013
OSPEDALE MAGGIORE DI CREMA
CREMA (CR)
2012
BALCHEM
NOVARA
2013
1.2 MW cogeneration plant. Energy audit and feasibility study
CARTIERA DELLE ALPI
GUARDARBOSONE - CREVACORE (BI)
2013
CEDIR
CASTELBOLOGNESE (BO)
2013
CIER
CASTELLALTO (TE)
2013
CORA LEGNAMI
ALTAVILLA VICENTINA (VI)
2013
CORDEN PHARMA
LATINA
2013
ELTEK
CASALE MONFERRATO (AL)
2013
EMIL CERAMICA
FIORANO MODENESE (MO)
2013
FAJ COMPONENTS
PIEVE DI SOLIGO (TV)
2013
FENILI
COSELLI (LU)
2013
GOGLIO
DAVERIO (VA)
2013
GUNA
MILANO
2013
HAUPT PHARMA
LATINA
2013
2.0 MWe trigeneration plant. The recovered heat is used to produce steam (1.2 ton/h) as well as to produce
cold water (800kWf). Executive project
ICO
PIANELLA (PE)
2013
INDUSTRIE FERRARO
SAREGO (VI)
2013
KLOPMAN
FROSINONE
2013
MARAZZI
SASSUOLO (BO)
2013
TARKETT
NARNI SCALO (TR)
2013
2.0 MWe trigeneration plant. Energy audit and feasibility study
OWENS CORNING
BESANA IN BRIANZA (MB)
2013
PASTA ZARA
ROVATO (BS)
2013
Cogeneration plant. Energy audit and feasibility study
VALLE JOSINA
PEVERAGNO (CN)
2013
180 kWe cogeneration plant. Feasibility study
CARTIERA DI BOSCO MARENGO
ALESSANDRIA
2013
2.0 MWe cogeneration plant. Fasibility study
Energy Optimization
NAME
LOCATION
YEAR
DESCRIPTION
APTUIT
VERONA
2012
Energy audit, chiller replacement and inverter installation for both air treatment unit and pumps
ROCHE
SEGRATE (MI)
2012
Chiller replacement, feasibility study
SAN ROCCO DAIRY
TERRE DEL BRENTA (VI)
2012
Chiller replacement, feasibility study
SAVIOLA GROUP
VIADANA (MN)
2012
12.0 MWe Biomass Power Plant, feasibility study
SCHNEIDER
PIEVE DI CENTO (BO)
2012
Inverter and lighting system, feasibility study
ZEGNA BARUFFA
ROASIO (VC)
2013
Lighting system refurbishment, feasibility study
ALENIA AERMACCHI Nola (NA) e Venegono (VA)
2013
Lighting systems, feasibility study
ALTAIR
VOLTERRA (PI)
2013
Energy audit and installation of inverter for both air compressor and cooling water pump, feasibility study
ARTENIUS
SAN GIORGIO DI NOGARO (UD)
2013
Energy audit and installation of one 500 kWf chiller, feasibility study
BECROMAL
ROZZANO (MI)
2013
Energy audit, air compressor, chiller replacement, inverter installation for pumps, feasibility study
BELTRAME GROUP
VICENZA
2013
Waste heat recovery from furnace exhaust gas through a ORC cycle (4.0 MW), feasibility study
CAVANNA
MORSASCO (AL)
2013
Power factor correction project, feasibility study
CEDIR
CASTELBOLOGNESE (BO)
2013
Energy audit and heat recovery from furnaces, feasibility study
CERRUTI
BIELLA
2013
Energy audit, LED Lighting System, feasibility study
CERRUTI
BIELLA
2013
Substitution of current compressor with two new machine (160 kW/188kW): a fixed speed for the base load and another one at
variable speed that follow the demand - Executive project
PRADERA
FORMIA (LT)
2013
800 KWf on-roof installation and dimming paint on mall’s glass wall, feasibility study
ROTOALBA
CUNEO
2013
Energy audit and studies
SANT’ANNA
VINADIO (CN)
2013
Energy audit and studies
Photovoltaic Installation
NAME
LOCATION
YEAR
DESCRIPTION
CNH
MODENA (MO)
2011
1 MWp on-roof installation, feasibility study
ROCHE
MONZA (MB)
2011
1.4 MWp installation over a new car-parking shelter - 6800 panels
ACCOR HOTELS
N^7 sites
2012
Total 50 kWp, feasibility study
HAUPT PHARMA
BORGO SAN MICHELE (LT)
2012
2.0 MWp ground-based PV/CPV installation, feasibility study
MAAS
CATANIA (CT)
2012
MAGNETI MARELLI
MODUGNO (BA)
2012
3.6 MWp on-roof installation, feasibility study
MAPEI
MEDIGLIA (MI)
2012
0.9 MWp on-roof installation - 3600 panels
MAPEI
LATINA (LT)
2012
1 MWp on-roof installation - 5000 panels
MAPEI
LATINA (LT)
2012
NOVELLI GROUP
Various sites
2012
N^3 sites, 1.0 MWp each one, feasibility study
SAINT GOBAIN
TERMOLI (CB)
2012
SASOL
AUGUSTA (SR)
2013
5 MWp ground-based PV/CPV installation, feasibility study
PIAGGIO
VILLANOVA D’ALBENGA (SV)
2013
41
42
Un grazie doveroso a tutte le donne
e gli uomini che ogni giorno
all’Ingegneria Edison studiano, lavorano,
vivono... i nostri progetti.
A heartfelt thank you to all the women
and the men who every day
at Edison Engineering study, work
and live...our projects.
© Edison 2013
foto: Archivio Edison
43
Edison Spa
Foro Bonaparte, 31
20121 Milan
Italy
tel. +39 02 6222.1
www.edison.it

pdf - 3.37 MB

Transcript

Documenti analoghi

in memoria di Francesco Somaini

Document

Reginald Aubry Fessenden

Centro di Ricerca Musica Elettronica Edisonstudio – Roma

Sanindusa Asemblz ver2 SoftClose d.cdr

Bepi Colombo Prize 2008

Regolamento Noi Edison

merlin gerin

EDISON DV NEWTON

Ai Dipendenti ASIRobicon S.p.A Oggetto: High Voltage Engineering