SENER corporate prensentation | Leading innovation through technological differentiation

CORPORATE PRESENTATION / AUGUST 2018 2 www.group.sener
Leading innovation
through technological differentiation
With the strength of a global leader, SENER Group looks to the
future by leveraging innovation and reinventing excellence,
adapting it to new demands.
Our passion for technological challenge drives us to systematically
consider how to offer a differential value in the realization of projects
through new and better technologies.

SENER
2017 Facts and figures
Founded in 1956, SENER ranks as the largest privately
owned engineering company in Spain.
DISTINCTIVE VALUES
Innovation
Quality
Independence
PERCENTAGE OF GRADUATES IN ENGINEERING (2016)
Master’s degree
Bachelor’s degree
Others
1,400
384
472
62%
17%
21%
2,256760.3 94%
Turnover
(M€)
Non Spanish
sales
Workforce

SENER Group
Organization chart
SENER is a privately owned engineering and
technology group.
SENER Aerospace SENER Engineering & Construction Energy & Environment
• Aerospace • Infrastructure & Transport
• Renewables, Power, Oil & Gas
• Marine
TORRESOL ENERGY (60%)
Concentrated Solar Power
GEMASOLAR (100 %)
ARCOSOL Valle 1 (100 %)
TERMESOL Valle 2 (100 %)
TRYO Aerospace
& Electronics (100%)
ZABALGARBI (30%)
Municipal Waste To Energy

Global footprint
Group 2018
Engineering& Construction
Energy & Environment
Torresol Energy
A M E R I C A E U R O P E / A F R I C A A S I A
QATAR
Doha
CHINA
Shanghai
ARGENTINA
Buenos Aires
BRAZIL
São Paulo
Rio de Janeiro
CANADA
Toronto
CHILE
Santiago de Chile
COLOMBIA
Bogota
MEXICO
Mexico City
USA
Los Angeles
PORTUGAL
Lisbon
UNITED KINGDOM
London
Manchester
SPAIN
Barcelona
Cadiz
Madrid
Seville
Valencia
Biscay
POLAND
Warsaw
ALGERIA
Algiers
MOROCCO
Rabat
SOUTH AFRICA
Johannesburg
SOUTH KOREA
Busan
UAE
Abu Dhabi
INDIA
Bangalore

SENER
Strategic business units
High speed railways
Freight & mainline railways
Metro systems
LRT's & tramways
Roads & highways
Airports
Ports
Architecture
Water & environment
MARINE
Space
Defense
Aeronautics
Thermoelectric solar energy
Biomass
Waste to energy
Farm waste treatment
Power & industrial solutions
Oil & Gas
Marine engineering
FORAN
AEROSPACE
INFRASTRUCTURE &
TRANSPORT
RENEWABLES,
POWER, OIL & GAS

AEROSPACE
SPACE AERONAUTICSDEFENSE
Leading innovation.
In SENER we create innovative Aerospace engineering solutions.

CORPORATE PRESENTATION / AUGUST 2018 8 www.aerospace.sener
SENER Aerospace
2017 Facts & figures
SENER's activities in Aerospace start in 1967.
SENER was the first private Spanish company to win a
contract with ESA –European Space Agency- (former
ESRO –European Space Research Organization-).
R&D
investment
9%
Workforce
Turnover
(M€)
72
Order intake
(M€)
144 350

SENER Aerospace
Timeline
http://www.pioneeringspace.sener/50-year-in-space
Kiruna
Launch
Tower
SpaceLab
Eurofighter
Typhoon
EJ200 Engine
ITP
SOHO
MINISAT
(AOCS)
ENVISAT
Mechanisms
ROSETTA
(Louvres
and electronic)
IRIS-T SL
and Meteor
Modernization
AB-212
GAIA
SOLar
Orbiter
PROBA-3
1967 1985 1994 2001 2004
1990 1989 1998 2003 2009 2013
2012
2021
2019
TAURUS
KEPD 350
IRIS-T A/A

SENER Aerospace
Markets
SPACE
DEFENSE
AERONAUTICS

DEFENSE
SENER Aerospace
Activities per sector
AERONAUTICSSPACE
 Fin control and actuation systems (CAS)
 Stabilization systems
 Aerodynamic surfaces actuation
systems
 Engine actuation systems
 Communications intelligence (COMMINT)
equipment
 Multi-band communication systems
HELICOPTER MODERNIZATIONS
AIP SYSTEMS for SUBMARINES
 Mechanical ground support equipment
(MGSE)
 Rotary actuators
 Mechanisms
 Attitude control
 Guidance, navigation and control
 Test equipments
 Hybrid navigation equipment
 Antennae pointing sub-systems
 Instrumentation mechanisms
 Terrestrial astronomy instruments
 Opto-mechanical equipment
ELECTRO-MECHANICAL SYSTEMS
COMMUNICATION SYSTEMS
NAVIGATION SYSTEMS
OPTO-MECHANICAL SYSTEMS

SENER Aerospace
Offices & locations
BILBAO
7,969 m2
MADRID
13,659 m2
WARSAW
457 m2
BARCELONA
5,700 m2

SENER Aerospace
Clients & partners
In the Defense, Space and Aeronautics sectors, SENER
supplies high-technology products to the most
important contractors and OEMs (Original Equipment
Manufacturers) in the world.

SPACE
Electro-mechanical systems
Navigation systems
Communication systems
Opto-mechanical systems
© NASA

SENER Space
Mars Curiosity rover HGA pointing mechanism
SENER participates in the Mars Curiosity rover by
suppling the high gain antenna (HGA) pointing
mechanism.
The HGA enables bi-directional communication
between Curiosity and Earth’s control stations.
Curiosity receives commands and missions and
sends daily images and scientific data to Earth
via the HGA and SENER’s antenna pointing
mechanism.
© NASA

SENER Space
Meteosat 3rd generation (MTG) scan mechanism
SENER is responsible for the design,
manufacturing, integration, test and delivery of
two critical elements of the Meteosat Third
Generation (MTG) sub-system:
• Both FCI and IR (SCA) scan instrument
mechanisms, and corresponding calibration
and shutter mechanisms (COM).
The scan mechanisms designed and delivered by
SENER for MTG are the state-of-the-art in terms
of performance both being mission critical and
providing sweep scanned high-definition images
thus eliminating the need of the satellite
permanent spin present in MSG.

SENER Space
PROBA-3
PROBA-3 is an ESA space program with the goal of
demonstrating the technologies for high-precision
formation flight of spacecraft.
PROBA-3 is currently under development by a large
consortium of European industries. SENER leads the
consortium as the prime contractor.
In addition to prime contractor, SENER is develops
the attitude and orbit control system (AOCS), and
will develop from Poland the solar array deploying
mechanism of the coronagraph spacecraft.
SENER will also collaborate in the development of
the optical beech assembly (OBA) of the same craft.
© ESA

SENER Space
MGAMA & HGA-APA antenna for Bepi Colombo satellite
SENER’s responsibilities entail the design,
manufacturing, integration, and test of the
medium-gain antenna (MGAMA) and high-gain
antenna pointing mechanism (HGA-APA) of the
mercury planetary orbiter (MPO) communications
system.
Both antenna and mechanism are crucial to
guarantee satellite-Earth communications and
also to support the Radio-Science experiment
aboard the spacecraft.

SENER Space
SOLar Orbiter antenna sub-system
SENER designs, manufactures, integrates, tests,
and delivers the complete antenna sub-system of
the SOLar Orbiter satellite.
The sub-system is comprised of the following
elements:
• High-gain antenna (HGAMA),
• Medium-gain antenna (MGAMA), and
• Low-gain antenna (LGAs).
All capable of operating under extreme thermal
conditions due to the nature of the mission.
© ESA

SENER Space
SEOSat / INGENIO optical instrument
SEOSat’s optical instrument is a high-resolution,
wide-trace, worldwide coverage image capturing
unit (VIS, NIR and RGB) optimized for the
systematic acquisition of images of the Spanish
territory with minimum re-visit times.
The optical instrument is the primary payload of
the mission and SENER is responsible for the
design manufacturing, integration, alignment,
and test of the unit.

DEFENSE
Helicopter modernization
Communication systems
AIP systems for submarines

SENER Defense
Missile actuation & control systems
SENER is a European center of excellence in the
design, development, manufacturing,
integration, test and logistic support of missile
actuation and control systems and it is present in
all main European missile programs:
• TAURUS KEPD 350
• IRIS-T Air / Air
• Naval Strike Missile (NSM)
• METEOR
• IRIS-T Surface Launch

SENER Defense
AB-212 modernization
SENER leads the engineering and design facets of the
Agusta Bell AB-212 helicopter life extension program of
the Spanish Navy.
The program will enable to extend the life of the
helicopters for at least 15 years, incorporating in the
process the latest technologies in:
• Avionics and communications: Glass Cockpit (EFIS),
EICAS and COMM/NAV
• Mission systems: Mission tactical computer (MTC),
radar, AIS, electrical hoist, anti-crash seats, Gatling
gun, armor, MAWS, EO/IR sensor and GPS
• Electrical system upgrade: Power generation and
distribution, including complete rewiring Courtesy of the Spanish Navy

SENER Defense
Communications intelligence system
(COMINT)
SENER has accumulated relevant experience in
COMINT electronic warfare (EW) technologies since
1997.
Co-financed by the Ministry of Defense, SENER is
currently developing a family of sensors (U/V/HF
Receivers and Radio Goniometers) which will
provide national state-of-the-art operational
capabilities to the country.
SENER is the reference company for the future
Spanish COMINT system, as a part of a much
broader three-service SIGINT Join Program
(Santiago II).

SENER Defense
Multiband data link system
SENER is currently developing a configurable
multiband D-Link system mainly designed for
UAVs.
Main characteristics:
• C2 and Payload applications
• For LOS & BLOS operations
• Bands: L, S, C, X, Ku, K, Ka

SENER Defense
AIP propulsion systems for submarines
Air independent propulsion (AIP) systems allow
submarines to remain underwater for longer
periods of time than purely conventional ones.
SENER, in collaboration with tkMS, has developed
a methanol reformer based AIP system. The
methanol cracking in the reformer supplies the
hydrogen on board which is fed, along the
oxygen, into a fuel cell. The fuel cell provides
the vessel with electrical power for charging the
batteries for propulsion and systems.

AERONAUTICS

SENER Aeronautics
Electro-mechanical actuation
SENER’s expertise in actuation is also relevant in
electro-mechanical actuators for aeronautical
applications such as:
• Aerodynamic surfaces actuation systems
• Engine actuation systems

INFRASTRUCTURE &
TRANSPORT
RAIL TRANSIT HIGHWAYS AIRPORTS PORTS BUILDINGS WATER &
ENVIRONMENT
Leading innovation.
In SENER we create innovative Infrastructure & Transport engineering solutions.

CORPORATE PRESENTATION / AUGUST 2018 30 www.infrastructuresandtransport.sener
Infrastructure & Transport
Markets
RAIL TRANSIT HIGHWAYS PORTS BUILDINGS WATER &
ENVIRONMENT
15,000 km 1,200 km / 70 systems 3,500 km 113 airports 130 ports
AIRPORTS
400 projects 300 projects

Infrastructure & Transport
Services
We provide a full range of services for complex
integral projects, from initial planning to operation
stages, in projects under different financing,
construction and operation schemes.
IN ALL DIFFERENT
CONSTRUCTION
AND FINANCING SCHEMES
D&B • EPC • PPP • DBOT • BOT
ALL STAGES
Risk management
Interface management
RAMS - reliability,
availability and
maintainability
Independent checker engineering
Project management consultancy
services
Documents and data management
Quality assurance and quality
control
Environmental and
sustainability
2. DESIGN STAGE
 Preliminary engineering
 Detailed engineering
 Final design
 Systems integration
 Schedule and cost
estimation
 Value engineering
1. PLANNING STAGE
 Functional and conceptual
design
 Master plans
 Pre-feasibility and feasibility
studies
 Transport planning
3. CONSTRUCTION STAGE
 Construction management
 Site supervision and quality
control
 Testing and commissioning
4. OPERATION AND
MAINTENANCE STAGE
 Operation and maintenance plan
 Operation and maintenance
support
 Cost optimization
 Recruitment and training
More than 12,000 km of rail projects
More than 1,200 km of metro and LRT systems
and more than 70 urban transport systems
More than 3,500 km of roads and highways
130 ports and 90 airports
400 architectural projects and more tan 300
projects in water & environment

Rail
Capacities
• Communication systems
• Signaling and train control
• Power supply
• Electromechanical equipment
• Ticketing and passenger information systems
• Rolling stock
• Traffic control systems
• Operation control centers
• Urban integration
• Bridges and structures
• Tunneling
• Trackworks
• Civil work

• Toluca–Mexico City regional
railway (Mexico)
• Do Frango railway line (Brazil)
• Spain/France international high
speed section Figueras-Perpignan
• Norway Follo railway line
• FERRMED european railway axis
• High speed railway hubs in Wroclaw,
Poznan and Lodz (Poland)
AMERICA EUROPE SPAIN AFRICA AND ASIA
Detailed design for Dar es Salaam –
Morogoro line (TANZANIA)
Spanish high speed railway network
(SPAIN) – Full involvement
UK HS2 phase one (UK) engineering
delivery partner. London-Birmingham section
California high-speed rail (USA)
Palmdale-Burbank section (60 km)
Rail
Major projects
• High Speed Line Madrid-Valencia
• High Speed Line Madrid-Barcelona
• High Speed Line Madrid-Galicia
• Saida-Moulay railway line
(Algeria)
• Moroccan railway northern
lines upgrade
• New Delhi Shivaji Nagar Pune
and Bijwasan railway stations
(India)

• Communication systems
• Signaling and train control
• Power supply
• Electromechanical equipment
• Ticketing and passenger information systems
• Rolling stock
• Traffic control systems
• Operation control centers
• Urban integration
• Bridges and structures
• Tunneling
• Track works
• Civil work
Transit
Capacities

• Los Angeles regional connector (USA)
• Panama metro line 1 (Panama)
• Bogota metro line 1 (Colombia)
• São Paulo metro network (Brazil)
• Hanoi metro line 3 (Vietnam)
• KL tramway (Malaysia)
• Melbourne metro (Australia)
• Bilbao metro network (Spain)
• Valencia metro network (Spain)
• Porto LRT network (Portugal)
• Lisbon metro network (Portugal)
• Warsaw metro (Poland)
• Doha metro network (Qatar)
• Lusail LRT (Qatar)
• Oran metro (Algeria)
• Abu Dhabi LRT (UAE)
AMERICA EUROPE MENA ASIA
Kaohsiung LRT (TAIWAN)
systems design
Riyadh metro (SAUDI ARABIA)
Line 4,5 & 6 – ICE services
Barcelona metro line 9 (SPAIN)
Systems design & integration
Guadalajara metro (MEXICO) Preliminary,
detailed design and project management
Transit
Major projects

Highways
Capacities
• Road transport and traffic studies
• Alignment, pavements, drainage and
hydrological studies
• Tunnels, bridges and structures
• Tunnel safety and technical installations
• Intelligent transport systems (ITS) and
communication systems
• Signaling and road safety
• Tolling areas and systems
• Environment and landscaping
• Operation and maintenance

• Atizapan - Atlacomulco
highway (Mexico)
• Motorway BR-381 in Minas
Gerais (Brazil)
• Highway Escuintla – Puerto
Quetzal (Guatemala)
• Cavite-Laguna expressway /
CALAx project (The Philippines)
• Highway transmission gully -
value engineering - (New
Zealand)
• Yung’an-Wuping motorway
(China)
• A1 Toruń-Stryków highway (Poland)
• Bilbao southern metropolitan bypass
road (Spain)
• Schipol-Amsterdam-Almere highway
(The Netherlands)
• Guinea Equatorial Santa Maria –
Ebolowa road (Equatorial Guinea)
• Bridge over river Likouala (Congo)
• Highway East-West, Lot Ouest
(Algeria)
AMERICA EUROPE ME & AFRICA ASIA AND OCEANIA
Highway Cebu-Cordova (PHILIPPINES).
Detailed design
Port Said Road Tunnels under Suez
Canal (EGYPT). Detailed design
Transmontana highway (PORTUGAL)
Design and construction supervision
Durango-Mazatlan highway (MEXICO)
construction supervision
Highways
Major projects

• Master plan and operational studies
• Air fields (parking platforms and aprons,
taxiways, landing strips and runways)
• Air traffic control towers
• Terminals (passenger and cargo)
• Heliports, hangars and other airport facilities
• Systems for terminals and runways
• Passenger boarding bridges
• Automated baggage management systems
• Airport security
• Flight operations engineering
• Aircraft navigation systems
• Airport systems
Airports
Capacities

• “Aeropuerto del Cafe” (Colombia)
• Hangar maintenance for international
airport Juan Santamaria (Costa Rica)
• USA great hall Denver int'l airport
• Expansion of Kuwait international
airport
• Master plan for Algiers airport
(Algeria)
• Al Maktoum airport people mover
(UAE)
• Irish Dublin airport (DAA) north
runway
• Lublin airport terminal (Poland)
• Barcelona “El Prat” international
airport airfield expansion
• Madrid “Adolfo Suarez Madrid
Barajas” international airport
people mover
• Palma de Majorca airport
AMERICA EUROPE SPAIN MENA
Control towers in Algiers, Oran, Constantine,
Ghardaïa and Tamanrasset airports (ALGERIA)
Design services
Madrid “Adolfo Suarez Madrid Barajas” airport (SPAIN)
Automated baggage handling system (ABHS)
Warsaw Chopin airport T2 (POLAND)
Design
Mexico City international airport (MEXICO)
Master plan
Airports
Major projects

Ports
Capacities
• Ports, marinas and fishing harbors
• Terminals: Container, cruise liner, bulk goods
and Ro-ro
• Shipyards
• Logistics zones and inland ports
• Planning, feasibility studies, operation
simulation and design of port infrastructures
• Coastal and marine environmental studies
• Inspection studies, refurbishment and support
• Due diligence for port concessions
• Asset management (RAMS + BIM) – Port 4.0
• SMART Ports – Systems integration
• GREEN Ports – Energy efficiency

• New container terminal in
Southport – Philadelphia (USA)
• Chiapas passenger terminal
(Mexico)
• Multi-purpose terminal
Barranquilla (Colombia)
• Ilo port (Peru)
• Outer port of San Antonio (Chile)
• São Sebastião port (Brazil)
• Barcelona’s Hutchison’s BEST container
terminal (Spain)
• Aberdeen harbor & expansion project (UK)
• Casi do Sodre passenger terminal (Portugal)
• Vauban and Gallice marinas (France)
• Mielno port (Poland)
• New container terminal in Çandarli (Turkey)
• Maritime traffic coordination center
(Kuwait)
• Duqm fishery harbor (Oman)
• King Salman complex (Saudi Arabia)
• Ennore container terminal (India)
• Batangas container terminal
(Philippines)
AMERICA EUROPE ME & ASIA AFRICA
Zarzis port (TUNISIA)Hamad port project (QATAR)Barcelona port (SPAIN)
Panama Canal (PANAMA) – Project for
the third set of locks
Ports
Major projects
• Port of Jorf Lasfar (Morocco)
• Arzew port (Algeria)
• Bauxite terminal (Equatorial Guinea)
• Solid bulk terminal Pointe Noire
(Republic of Congo)
• Ship breacking facility (Senegal)

Buildings
Capacities & major projects
Fontenova Stadium
(BRAZIL) - Design
• Mexico Central Hospital (Mexico)
• Euskalduna Palace (Multipurpose) in Bilbao (Spain)
• Krakow stadium (Poland)
• Bilbao Exhibition Centre (Spain)
• BBVA Headquarters in Madrid. BIM Modelling (Spain)
• SENER new premises in Madrid and Barcelona (Spain)
CAPACITIES MAJOR PROJECTS
• Stations, workshops and
depots
• Terminals
• Unique buildings
• Town planning
• Landscaping
• Smart cities
Doha Metro Network
(QATAR) – Architectural
Finishes for the Stations

Water & Environment
Capacities & Major projects
RENACE II Hydroelectric
Power Plant (Guatemala)
• Sewerage water treatment plants in Cajamarca, Trujillo and Cusco (Peru)
• Seawater intake and outfall for Empalme combined cycle plant (Mexico)
• Rimac river cannel defense system in Lima (Peru)
• Sanitary sewer network of Buenos Aires (Argentina)
• Water intake of the CC plant in Lake Maracaibo (Venezuela)
• Connection of the Magtaa desalination plant to the local network (Algeria)
• Hydrological study and flood monitoring in the upper Indus (Pakistan)
• Floods study and hurricane shelters (Bangladesh)
• Manta Hydroelectric Power Plant (Peru)
CAPACITIES MAJOR PROJECTS
Early warning system for
flood prevention in the
Basque Country (SPAIN)
• Hydrology, flood protection and
flood control
• Intake
structures/pipelines/pumping
stations (water
supply/sewage/cooling water
systems)
• Irrigation, canals, ponds and
distribution systems
• Water treatment
• Submarine intake/outfalls and
Oil&Gas pipelines
• Dams, locks, spillways, gates,
outlet systems and hydropower
systems

RENEWABLES,
POWER, OIL & GAS
RENEWABLES OIL & GASPOWER &
INDUSTRIAL
SOLUTIONS
In SENER we create innovative Renewables,
Power, Oil & Gas engineering solutions.

CORPORATE PRESENTATION / AUGUST 2018 45 www.poweroilandgas.sener
Timeline
1956
SENER is
founded
1966
1972 1984
1989
2001
2004
2005 2010
2011
2012
2013
2014
2015
2016
2017
2018
2006
SENER arrives
in space
Nuclears Spain
ITP is born,
promoted by
SENER Zabalgarbi
Lexan 1 & 2 CC Boroa
HPP Ultem
SENER
Internationalization
Gemasolar
CCR
La Cangrejera
Andasol 1 & 2 CC Norte
Valle 1 & 2
Sagunto CRM Oman
Dunkirk NOORo 1
Mérida
Afranrent
NOORo 2 Empalme 1Los Ramones

Why SENER?
Our business model points
towards self-performance
for engineering,
procurement,
construction,
commissioning, operation
and maintenance
capabilities.
SENER provides
technological commitment
and financial trustworthiness
towards our clients and
financial institutions. SENER
is recognized as fully
bankable for project
financing.
SENER is a large Engineering
and Technology Company,
experienced in every field of
activity in Industrial
applications, covering
Renewables, Power, and Oil
& Gas.
Feasibility
Studies
Conceptual
Engineering
Basic
Engineering
Detail Engineering
Design
Construction
Supervision
Commissioning
Services
EPCM
EPC
O&M (DIGIPLANT)
Financing support
SENER has a powerful
experience as EPC/EPCM
Contractor in Power, Oil
& Gas, with a trustable
background and a wide
range of references.
SENER can design and
construct fully digitalized
assets, including the
Operation and the
Maintenance (O&M) of the
plant, from a traditional
point of view or under the
DIGIPLANT full cover
approach.
SENER is present
worldwide, with
international offices and
a large experience in
different countries.
GLOBAL FIRM
WORLDWIDE
SERVICES: SENER HANDLES EVERY SINGLE STAGE OF THE PROJECT CYCLE
ENGINEERING
SERVICES
EPC & EPCM
CONTRACTOR
DIGIPLANT
O&M, DIGITAL
BUSINESS
MODEL
PROJECT
FINANCE

Product Lines
Project types
 Upstream
 Downstream
 Petrochemical
 LNG terminals
(onshore, offshore)
 NG liquefaction
 Virtual gas pipelines
 Underground gas storage
 Open cycle
 Combined cycle
 Cogeneration
POWER & INDUSTRIAL SOLUTIONS
 Conventional power
 Mining and industrial plants
 Parabolic trough (SENERtrough®)
 Central tower
 Biomass power plants
RENEWABLES
 Waste to energy
 Farm waste treatment
OIL & GAS

Renewables

Renewables
Project map
SENER's innovation & technological developments in
thermosolar plants has earned it a reputation as a
world leader in the field.
USA SPAIN
PT (Parabolic Trough Plant)
CT (Central Receiver Tower)
PT Termosol 1&2
50 MWe
PT Andasol 1&2
50 MWe
PT Valle 1&2
50 MWe
PT Genesis 1&2
140 MWe
PT NOORo II
200 MWe
PT NOORo I
160 MWe
CT NOORo III
150 MWe
MOROCCO
CT Gemasolar
19.9 MWe
PT Extresol 1,2&3
50 MWe
SOUTH AFRICA
PT Bokpoort
50 MWe
PT Kathu
100 MWe
PT Ilanga 1
100 MWe

Renewables
Project map
SENER's technological developments, paired with extensive
experience in conventional power, have resulted in
renewable projects that are second to none, a global
benchmark of efficiency and innovation.
SPAIN
Polan Pig Manure
Treatment Plant
Consuegra Pig Manure
Treatment Plant
Zabalgarbi – Waste to
Energy Power Plant
Porma & Ferreras
Hydroelectric Generation
Plants
Juneda
Pig Manure Treatment
Plants
Merida Biomass Plant
Huelva Biomass
Plant

Renewables
Our references
More than 29 thermosolar plants built with SENER
technology, totaling over 2,000 Mwe.
PROJECT CAPACITY LOCATION CLIENT SCOPE START DATE
ENDING
DATE
KATHU 100 MW Kathu (South Africa) GDF SUEZ EPC 2015 2018
NOORo III 150 MW Ouarzazate (Morocco) ACWA POWER EPC 2015 2018
NOORo II 200 MW Ouarzazate (Morocco) ACWA POWER EPC 2015 2017
NOORo I 160 MW Ouarzazate (Morocco) ACWA POWER EPC 2013 2015
ILANGA 1 100 MW Upington (South Africa)
KAROSHOEK SOLAR
ONE
EPC + O&M 2015 2018
BOKPOORT 50 MW Bokpoort (South Africa) ACWA POWER EPC 2013 2015
MERIDA BIOMASS PLANT 22,5 MW Badajoz (Spain) ENCE EPC 2012 2014
VILLENA 50 MW Alicante (Spain) FCC-SERIDOM EPC 2012 2013
CASABLANCA 50 MW Badajoz (Spain) ACS EPC 2012 2013
LA AFRICANA 50 MW Cordoba (Spain) MAGTEL-TSK-ORTIZ EPC 2011 2012
ORELLANA 50 MW Badajoz (Spain) ACCIONA EPC 2011 2012
SOLUZ GUZMAN 50 MW Cordoba (Spain) FCC EPC 2011 2012
ASTE 1A & 1B 50 MW Ciudad Real (Spain) ELECNOR EPC 2011 2012
SAMCA 1 & 2 50 MW Badajoz (Spain)
SAMCA
RENOVABLES
Engineering 2010 2013
BIMEP Arminza, Biscay (Spain) EVE Engineering 2010 2011
VALLE 1 & 2 50 MW Cadiz (Spain) TORRESOL ENERGY EPC 2009 2012
GEMASOLAR 19,9 MW Seville (Spain) TORRESOL ENERGY EPC 2008 2011
EXTRESOL 1, 2 & 3 50 MW Badajoz (Spain) ACS EPC 2007 2012
ANDASOL 1 & 2 50 MW Granada (Spain) ACS EPC 2005 2010
ZABALGARBI 95 MW Alonsotegui, Biscay (Spain) ZABALGARBI EPC 2001 2004
PORMA & FERRERAS HIDROELECTRIC POWER PLANT Leon (Spain) NATURENER EPCM 2000 2004

GENERAL DATA
Renewables
Gemasolar central receiver plant – 19.9 MWe
Location: Seville (Spain)
Client: Torresol Energy
Contact type: EPC
Investment (MU$D): > 200
Construction manpower (mh): > 1,800,000
Engineering manpower (mh): > 250,000
Date: 2008 - 2011
19.9 MWe thermosolar power plant with 120 MWth molten salt central
receiver. Solar field of 610,000 m2, with 156,000 m2 of heliostats. Solar
thermal energy collected and stored in molten salts for 15 hours of
production, and steam turbine with 3 pressure levels.
Scope: Basic engineering, detail engineering, construction, commissioning and
start-up.
Partners: ACS-COBRA.

GENERAL DATA
Location: Aldeire, Granada (Spain)
Client: ACS Plantas Industriales
Contact type: EPC
Date: 2005 - 2010
Renewables
Andasol 1&2 parabolic trough plants – 50 MWe
Two 50 MWe thermosolar power plants, each solar field with a total surface
around 1.95 km2, including 510,000 m2 of SENERtrough® solar collectors,
molten salts based thermal energy storage for 7.5 hours, and steam turbines
with three-pressure levels.
Scope: Basic engineering, detail engineering, construction, commissioning and
start-up.
Partners: ACS – COBRA.

GENERAL DATA
Renewables
Bokpoort parabolic trough plants – 50 MWe
Location: Bokpoort (South Africa)
Client: ACWA POWER
Contact type: EPC
Date: 2013 - 2015
Total mirror surface: 588,600 m2
Number of SCA/loops: 720/180 SENERtrough®
Field surface area: 350 Ha
Nominal solar field thermal output: 290 MWt
Thermal storage capacity: 1,300 MWht
Turbine capacity: 50 MWe

GENERAL DATA
Location: Kathu (South Africa)
Client: GDF SUEZ
Contact type: EPC
Date: 2015 - 2018
Renewables
Kathu parabolic trough plant – 100 MWe
Technology: Parabolic trough collector, SENERtrough®-2
Generation capacity: 100 Mwe net power
Thermal storage capacity: 1,550 MWth
Number of loops: 250
Main cooling method: Air cooled condenser
Heat transfer fluid: HTF

GENERAL DATA
Renewables
NOORo I parabolic trough plant – 160 MWe
Location: Ouarzazate (Morocco)
Client: ACWA POWER
Contact type: EPC
Date: 2013 - 2015
Total mirror surface: 1,308,000 m2
Number of SCA/loops: 1,600/400 (SENERtrough®)
Field surface area: 400 Ha
Nominal solar field thermal output: 680 MWt
Thermal storage capacity: 1,490 MWht
Turbine capacity: 160 MWe

GENERAL DATA
Location: Ouarzazate (Morocco)
Client: ACWA POWER
Contact type: EPC
Date: 2015 - 2017
Renewables
NOORo II parabolic trough plant – 200 MWe
Technology: Parabolic trough collector, SENERtrough®-2
Generation capacity: 200 MWe (gross)
Number of loops: 425
Thermal storage capacity: 2 groups of tanks (7.3 hrs/grp)
Main cooling method: Air cooled condensers

GENERAL DATA
Renewables
Merida biomass plant
Location: Merida, Badajoz (Spain)
Client: ENCE, ENERGIA Y CELULOSA, SA
Contact type: EPC + O&M
Construction manpower (mh): > 550,000
Date: 2012 - 2014
Biomass firing power plant 22,5 MWe located in Merida. The Project includes one biomass
firing boiler equipped with water cooled grate and one reheat steam turbine.
Merida biomass plant implements some of SENER high efficiency developments. These
improvements have demonstrated that the reheat steam turbine design is more cost
effective even for this relatively small power range.
Circulating water circuit is cooled by mechanical draft cooling towers.
Scope: Basic and detailed engineering, procurement, supply, construction, commissioning
and first two years of operation and maintenance.

GENERAL DATA
Location: Alonsotegui, Biscay (Spain)
Client: ZABALGARBI
Contact type: EPC
Construction manpower
(mh):
> 2,750,000
Date: 2001 - 2004
Renewables
Waste to energy power plant
94 MW net power waste to energy plant via incineration. Thermodynamic
cycle patented by SENER. 30t/h incineration capacity with 42% net global
efficiency and gas treatment system included. 43 MW gas turbine and 57 MW
(100 bar, 540°C) steam turbine.
Scope: Basic engineering, detail engineering and participation in the EPC.
Partners: CNIM.

GENERAL DATA
Renewables
Porma and Ferreas hydroelectric generation plants
Location: Leon (Spain)
Client: IDAE → NATURENER
Contact type: EPCM
Investment (MU$D): ------
Date. 2000 - 2004
23 MW hydroelectric power plant, including existing dam drill (35 m
length, 4 m diameter). Pressure conduction 400 m length. Hydro turbines
supplied by ALSTOM.
Scope: Basic detail engineering and management of procurement and
construction.

POWER &
INDUSTRIAL
SOLUTIONS

Power & Industrial Solutions
Project map
More than 10,000 MW installed worldwide
ensure SENER's expertise as an E/EPC power
contractor.
MEXICO
ARGENTINA
CCGT (Combined Cycle Gas Turbine)
CHP (Cogeneration Heat and Power)
PP (Power Plant)
CHP Cydsa-1
CHP Cydsa-2
CCGT Empalme-1
CHP Afranrent
CHP Temex
CCGT Agua
Prieta-2
CCGT Norte
CCGT Pilar CCGT Cerro
Dragon
San Martin and Manuel Belgrano
combined cycle plants
VENEZUELA
Termozulia
Gerdau Steel mil
plant

Project map
SPAIN
PP La Robla
Sulphur Decrease Unit
CCGT Aceca CCGT Boroa CCGT “Planta del Vent”
Riotinto Mine
Copper concentration plant
Arcos III combined
cycle plant
Escombreras (IV)
cycle plant

Our references
More than 15,000 MW in SENER power plants.
PROJECT CAPACITY LOCATION CLIENT SCOPE START DATE
ENDING
DATE
EMPALME I 770 MW Sonora (Mexico) CFE EPC LSTK 2015 2018
CERRO DRAGON 160 MW Chubut (Argentina) PAE EPC 2015 2017
CYDSA II 60 MW Coatzacoalcos (Mexico) CYDSA EPC 2015 2016
CRYOINFRA 140 MW Coatzacoalcos (Mexico) CRYOINFRA EPC 2014 2016
MADERO 35 MW Tamaulipas (Mexico) PEMEX EPC 2013 2015
TEMEX 85 MW Cosoleacaque (Mexico) TEMEX EPC 2012 2014
CYDSA II 60 MW Coatzacoalcos (Mexico) CYDSA EPC 2012 2014
NUCLEAR REACTOR CAREM 25 MW 2011 2012
AGUA PRIETA II 400 MW Agua Prieta (Mexico) CFE EPC 2010 2013
TERMOZULIA III COMBINED CYCLE 500 MW Maracaibo (Venezuela) ENELVEN EPC 2010 2013
COVE OF BARRAGAN & BRIGADIER LOPEZ Buenos Aires (Argentina) ENARSA Engineering 2010 2012
TERMOZULIA II COMBINED CYCLE (FASE 2) 490 MW Maracaibo (Venezuela) ENELVEN Engineering 2010 2011
ATUCHA II NUCLEAR POWER STATION 2010 2011
PILAR 500 MW Cordoba (Argentina) EPEC EPC 2008 2011
NORTE 450 MW Durango (Mexico) CFE EPC 2007 2010
SAN LORENZO Puebla (Mexico) CFE Engineering 2007 2008
MANUEL BELGRANO & SAN MARTIN 800 MW Campana, Timbues (Argentina) SEASA/COTERSA Engineering 2006 2009
TERMOZULIA II COMBINED CYCLE (FASE 1) 490 MW Maracaibo (Venezuela) JANTESA Engineering 2006 2008
LA ROBLA Leon (Spain) COBRA EPCM 2006 2008
PLANA DEL VENT 400 MW Vandellos (Spain) GAS NATURAL Engineering 2006 2008
ESCOMBRERAS 800 MW Murcia (Spain) IBERINCO Engineering 2005 2008
TRANSMUTATION LABORATORY 2005 2007
VALLADOLID 600 MW Yucatan (Mexico) BURNS AND ROE Engineering 2004 2006
ACECA 400 MW Toledo (Spain) UNION FENOSA EPC 2003 2006
ARCOS III 800 MW Arcos de la Frontera (Spain) IBERINCO Engineering 2003 2005
BOROA 800 MW Amorebieta, Biscay (Spain) ESBI EPC 2000 2005
NUCLEAR POWER STATION DEMO (FUSION) --- EUROTAM/CIEMAT Engineering 1998 2007
EXPERIMENTAL FUSION REACTOR ITER Cadarache (France) EUROTAM/CIEMAT Engineering 1994 2007
ALMARAZ NUCLEAR POWER STATION Caceres (Spain) C.N.ALMARAZ EPC 1994 1997
COFRENTES NUCLEAR POWER STATION Valencia (Spain) IBERDROLA Engineering 1975 1984
VESSEL MANUFACTURING PLANT & STEAM GENERATOR Santander(Spain) ENSA Engineering 1974 1976
LEMONIZ NUCLEAR POWER STATION Lemoniz, Biscay (Spain) IBERDROLA Engineering 1972 1983
GAROÑA NUCLEAR POWER STATION Burgos (Spain) NUCLENOR Engineering --- ---
SPALATION PROJECTS --- --- --- --- ---

GENERAL DATA
Boroa combined cycle plant
Location: Amorebieta, Biscay (Spain)
Client: ESBI
Contact type: EPC
Date: 2000 - 2005
800 MW combined cycle plant, configuration 2x2x1 with air-cooled
condenser (ACC).
Scope: Detail engineering (100%), participation in the EPC.
Partners: ACS, GE Energy.
Power island equipment: GE (turbines Fr 9FA), HRSG DOOSAN.

GENERAL DATA
Location: Toledo (Spain)
Client: UNION FENOSA
Contact type: EPCM
Engineering manpower (mh). > 210,000
Date: 2003 - 2006
Aceca combined cycle plant
400 MW combined cycle power plant, single shaft configuration.
Condenser by FOSTER WHEELER.
Scope: Detail engineering (100%) and participation in the EPC.
Partners: ACS, GE Energy.
Power island equipment: Single shaft GE (turbine Fr 9FA), HRSG DOOSAN.

GENERAL DATA
Norte combined cycle plant
Location: Durango (Mexico)
Client: UNION FENOSA - CFE
Contact type: EPC
Date: 2007 - 2010
Combined cycle power plant 450 MWe, including two (2) SIEMENS (501F), gas
turbines, SIEMENS steam turbine and air cooled condenser.
Partners: COBRA.
Power island equipment: SIEMENS SGT6- 5000F, SIEMENS SST6-5000H150, ACC
GEA, HRSG CERREY.

GENERAL DATA
Location: Cordoba (Argentina)
Client: EPEC
Contact type: EPC
Date: 2008 - 2011
Pilar combined cycle plant
Combined cycle power plant 500 MWe, including two (2) SIEMENS (5000F) gas
turbines, FRANCO TOSI steam turbine and surface condenser.
Partners: ELECTROINGENIERIA.
Power island equipment: SIEMENS SGT6- 5000F, FRANCO TOSI STEAM TURBINE, HRSG
CERREY.

GENERAL DATA
Cerro Dragon combined cycle power plant
Location: Chubut (Argentina)
Client: PAN AMERICA ENERGY
Contact type: EPC
Date: 2015 - 2017
Cerro Dragon combined cycle power plant, 160 MWe installed in a 2x1
configuration.
Scope of the contract: LSTK for the engineering, procurement (main equipment
supplied by Customer), construction and commissioning of the Power plant.
Power Island composed by two (2) gas turbines dual fuel, two (2) HRSG with dual
pressure and one (1) steam turbine, dry cooling by an air cooled condenser.

GENERAL DATA
Location: Agua Prieta (Mexico)
Client: CFE
Contact type: EPC
Construction manpower (mh): ----
Date: 2010 - 2013
Agua Prieta II combined cycle plant
Combined cycle power plant 700 MWe in Agua Prieta, including (2) gas
turbines MITSUBISHI (501F), MITSUBISHI steam turbine and air cooled
condenser.
SCOPE: Basic and detail engineering, procurement management,
construction and commissioning.
Partners: ELECNOR (50%).

GENERAL DATA
Empalme I combined cycle power plant
Location: Empalme, Sonora (Mexico)
Client: CFE
Contact type: EPC LSTK
Date: 2015 - 2018
Combined cycle power plant of 770 MW at site condition. (2) Siemens
SGT6 8000H gas turbines of 252 MW, (2) HRSGs and (1) steam turbine of
280 MW.
Condenser direct cooling with water intake and outfall.

GENERAL DATA
Location: Coatzacoalcos, Veracruz (Mexico)
Client: CRYOINFRA
Contact type: EPC
Date: 2014 - 2016
Cogeneration Afranrent
140 MWe combined cycle power plant with 47 t/h of steam
(3,1 bara-134 ºC).
Main Equipment: Gas turbine Siemens SGT6-2000E.
Scope: Basic and detail engineering, purchase management, construction
management, commissioning and start up.

OIL & GAS

Oil & Gas
International project map
More than €2.5 billion in LNG contracts. SENER is a leader
in LNG, applying technologies developed in-house.
MEXICO
SPAIN
CCR - Cangrejera
Duba Salamanca
(HDS)
OMAN
URUGUAY
News Units
La Teja Refinery
ARGENTINA
2 Gas Plants (CRM)
URF – Several Units
Naphtha
Desulfuration
Unit of FCC – G42
Mild Hydrocracker
Unit – 2P42
Vacuum Unit
Catalytic
Isomerization – T46
CCR - Ensenada
Natural Gas
Treatment &
Storage
HDS (Hydrodesulphurization)
CRM (Condensate Recovery Maximization)
ECOLUBE
Oil Regeneration
Plant
HPP Polymers
ULTEM
Lexan I
Polycarbonate Plant
Lexan II
Polycarbonate Plant
Atmospheric Crude
Distillation – P41

Oil & Gas
Our references
PROJECT CAPACITY LOCATION CLIENT SCOPE START DATE ENDING DATE
VILLA DE REYES COMPRESSION STATION
20,820 HP and 3 compression units (2+1) SGT-400 Siemens
(13.4 MW – 18,000 HP)
San Luis Potosi (Mexico) FERMACA EPC 2016 2018
LA LAGUNA COMPRESSION STATION
27,700 HP, 2 compression units (1+1) SGT-400 Siemens (15 MW
– 20,000 HP).
Durango (Mexico) FERMACA EPC 2016 2018
VILLA DE REYES GAS PIPELINE - AGUASCALIENTES –
GUADALAJARA
Mexico --- Engineering 2016 2017
LA LAGUNA GAS PIPELINE – AGUASCALIENTES Mexico --- Engineering 2016 2017
SAYAGO REGASIFICATION TERMINAL Montevideo (Uruguay) GAS SAYAGO, S.A. Engineering 2016 2016
EL ENCINO GAS PIPELINE - LA LAGUNA
Supply capacity of 1,500 million cubic feet per day and a
pressure of 1400 psi
Chiahuahua and Durango
(Mexico)
SICIM Engineering 2015 2016
LOS RAMONES COMPRESSION STATION – STAGE II Flow increase of 2,100 MMPCD
Camargo and Los Ramones
(Mexico)
GASODUCTO DEL NOROESTE EPC 2013 2014
LOS RAMONES GAS PIPELINE - STAGE I
Camargo and Los Ramones
(Mexico)
GASODUCTO DEL NOROESTE Engineering 2014 2014
LIQUEFACTION PLANT LNG production: 120 T/day Santa Cruz (Bolivia) YPFB EPC 2013 2015
ZEEBRUGGE
Expansion of a second jettie to provide the plant with an
additional loading/unloading capacity of 14,000 m3/h of LNG.
Zeebrugge (Belgium) FLUXYS LNG EPC 2013 2015
EL ORO GAS PIPELINE - MAZATLAN Mazatlan, Sinaloa (Mexico) C.F.E. Engineering 2013 2014
BBG REGASIFICATION PLANT (3rd
TANK) Installation of a third tank with 150,000 m3 capacity Zierbena, Biscay (Spain) BBG EPC 2011 2014
DUNKIRK LNG REGASIFICATION PLANT
Three storage tanks of 190,000 M3 of capacity and production
of 13,000,000 M3/year.
Dunkirk (France) DUNKIRK LNG EPC 2010 2015
SAGUNTO LNG REGASIFICATION PLANT (4th
TANK) Emission capacity up to 2,400,000 Nm3
/h. Valencia (Spain) SAGGAS EPC 2009 2013
GROUND FACILITIES UNDERGROUND STORAGE OF NATURAL
GAS
Nominal capacity: injection 8 MNm3
/d, extraction 25 MNm3/d,
nominal pressure 230 bar
Vinaroz (Spain) CASTOR EPC 2009 2012
GATE TERMINAL LNG REGASIFICATION PLANT Nominal capacity: 500 MCFD Rotterdam (Netherlands) GATE EPC 2007 2010
SAGUNTO LNG REGASIFICATION PLANT (3rd
TANK) Emission capacity up to 1,000,000 Nm3
/h Valencia (Spain) SAGGAS EPC 2006 2009
Barcelona and Cartagena (Spain) ENAGAS Engineering 2006 2008
UNDERGROUND GAS STORAGE
Nominal capacity: 1,300 MMNm3
storage,
extraction 25 MNm3
/d
Vinaroz (Spain) ESCAL Engineering 2005 2008
GLP TERMINAL Nominal capacity: 400,000 BBL (2×200.000) Tuxpan (Mexico) MASA Engineering 2004 2004
LAZARO CARDENAS LNG REGASIFICATION PLANT Nominal capacity: 480,000 Nm3
/h (max. 1.200.000 Nm3
/h) Lazaro Cardenas (Mexico) REPSOL-YPF Engineering 2004 2004
SAGUNTO LNG REGASIFICATION PLANT Nominal capacity: 750,000 Nm3
/h (max. 1.300.000 Nm3
/h) Valencia (Spain) SAGGAS EPC 2003 2006
BUQUE GNL Nominal capacity: 138,000 m3
(max. 1.300.000 Nm3
/h) Sestao, Biscay (Spain) IZAR Engineering 2002 2004
BBG REGASIFICATION PLANT Zierbena, Biscay (Spain) BBG Engineering 2001 2004

GENERAL DATA
Location: Zierbena, Biscay (Spain)
Client: BBG
Contact type: EPC
Date: 2011 - 2014
Oil & Gas
BBG regasification plant (3rd tank)
Increase of the LNG storage and regasification plant in Zierbena, Biscay. The project consists of the
installation of a third tank with 150,000 m3 capacity, with primary and secondary pumps, increase of boil-
off gas compression system and auxiliary systems for the correct and secure operation of the plant.
SENER developed 100% basic engineering and 100% detailed engineering.
As main contractor, inside the main consortium, SENER has participated in the management of the
subcontractors for construction activities.
SENER was the leader in precommissioning, commissioning and start up activities.
Partners: ACS.

GENERAL DATA
Oil & Gas
Sagunto LNG regasification plant
Location: Sagunto, Valencia (Spain)
Client: SAGGAS
Contact type: Engineering Services
Date: 2003 - 2006
LNG regasification facility, including jetty for ship unloading, 2 cryogenic tanks (2x150,000 m3), BOG management,
vaporization via ORV + SCV, sea water intake of 36,000 m3/h and sea water discharge systems.
SENER developed detailed engineering.
As main contractor, inside the main consortium, SENER has participated in the management of the subcontractors for
construction activities.
SENER was the leader in precommissioning, commissioning and start up activities.
Partners: ACS, TKK, DYWIDAG, OGE.
NOMINAL CAPACITY: 750,000 Nm3/h (max. 1,300,000 Nm3/h).

GENERAL DATA
Location: Zeebrugge (Belgium)
Client: FLUXYS LNG NV/SA
Contact type: EPC
Engineering manpower (mh): ----
Date: 2013 - 2015
Oil & Gas
Zeebrugge LNG terminal 2nd extension
The extension works will consist of adding a second jetty, enabling the
facility to increase capacity and further develop into a hub for supplying
LNG as fuel for ships.
Once the construction works are over in mid-2015, the terminal will have
an additional LNG loading/unloading capacity of 14,000 m3/hour.

GENERAL DATA
Oil & Gas
Rotterdam LNG regasification plant
Location: Rotterdam (Netherlands)
Client: GATE
Contact type: EPC
Date: 2007 - 2010
The terminal consists on three LNG tanks of 180,000 m3 with emission
capacity of 12 billion cubic metro per annum (BCMA).
Contract award by consortium TSLNG (TECHINT 50% & SENER 50%), VINCI,
ENTREPOSE.
Nominal capacity: 500 million cubic feet per day (MCFD).

GENERAL DATA
Location: Dunkirk (France)
Client: DUNKERQUE LNG
Contact type: EPC
Date: 2010 - 2015
Oil & Gas
Dunkirk LNG regasification plant
The Dunkerque Liquefied Natural Gas Regasification Plant will have three 190,000
m3 storage tanks and will be able to produce 13 BCMA (Billion Cubic Meters per
Annum) of natural gas. It will be equipped with a jetty, unloading arms and pipes,
storage tanks, systems for regasification and gas emission, a BOG (Boil-off Gas)
recovery system, a flare stack, a seawater pump system for vaporization, auxiliary
systems, and series of buildings specially designed for the operations.
Contract award by TSLNG (TECHINT 50% y SENER 50%).
Nominal capacity: 13 BCMA / 1.9 M m3/h.

GENERAL DATA
Oil & Gas
Sayago regasification terminal
Location: Montevideo (Uruguay)
Client: GAS SAYAGO, S.A.
Contact type: Engineering Services
Investment (MU$D): TBD
Date: 2016
Breakwater, located 2.5 km from the coast.
A principal jetty and moorings with two mooring locations. One for LNGC loading and unloading and the other for an FSRU. The structure is piloted with a single principal
platform to support the electromechanical components of the terminal.
A service platform to support the interface with the gas pipeline.
A docking point for service vessels and terminal personnel.
A secondary jetty for small-scale LNG bunker fuel.
Support structures for firefighting systems.
An underwater gas pipeline from Punta Yegua, west of Montevideo, to the connection with the terminal, including necessary risers and support structures.

GENERAL DATA
Location: Mexico
Client: FERMACA → CFE
Contact type: EPC
Investment (MU$D): > 25 $
Date: 2010 - 2015
Oil & Gas
Villa de Reyes compression station
EPC contract for the construction of Villa de Reyes compressor station
belonging to pipeline project “Villa de Reyes – Aguascalientes -
Guadalajara”.
The compression station has a total in situ power of 20,820 HP with an
array of three compression units (2+1) SGT-400 Siemens (13.4 MW –
18000HP).

GENERAL DATA
Oil & Gas
Los Ramones pipeline – Stage I
Location: Mexico
Client: GASODUCTO DEL NOROESTE
Contact type: Engineering
Date: 2014
Pipeline 48" in diameter, with a distance of 117 km to receive 1,000 MMSCFD.
It has two stations called Frontera and Los Ramones who have area of pig
launcher and receiver, metering skid, separators and coalescer filters. Gas will
arrive at the station the existing Ramones of Pemex, which in turn is
distributed to Monterrey and the station known as Los Indios. The pressure
will be from the USA and will flow the gas without compression.

GENERAL DATA
Oil & Gas
Los Ramones compression station – Stage II
Location: Mexico
Client: GASODUCTO DEL NOROESTE
Contact type: EPC
Date: 2013 -02014
Implementation of compression equipment, with its air cooler system. In
this phase the flow to 2,100 MMCFD increase, to sent gas to the Center
and West of the Mexican Republic. The stations have include DCS, SCADA,
satellite links and fiber optic along the pipeline, building electrical
rooms and control, power generation and auxiliary services.

MARINE
MARINE
ENGINEERING
FORAN
Leading innovation.
In SENER we create innovative Marine engineering solutions.

CORPORATE PRESENTATION / AUGUST 2018 86 www.marine.sener
NAVANTIA
LHD
SIMA
Buque escuela UNIÓN
ESG
OSV
ASMAR
Cabo de Hornos
Brazilian Navy
OPV
Tandanor
RHAI
Dubai Dry Docks
Offshore Platform
Australian LHD
NAVANTIA
Stern
Trawler
WSDDI
Sanoyas
Spring Aeolian
Posco Plantec
Tanzania Ferry
Severnoye DBBAE Systems
Queen Elizabeth Class
STX Soviknes
Skandi Aker
Blohm & Voss
Meko Class Frigate
Project map

BUSINESS LINES
MARINE ENGINEERING
More than 60 years devoted to the Marine industry with two complementary activities

Marine
engineering

Facts & figures
1,200+ ships actually
built under SENER design
Services to 98 shipowners
in 15 countries
50+ Core Group: Naval
Architects and Ship
Designers
Services to 68 shipyards
in 21 countries

Scope of supply
TECHNICAL ASSISTANCECONCEPTUAL CLASSIFICATION DETAIL/PRODUCTION
 Concept ship design,
tender documentation &
construction contract
 Basic and classification
 Calculations
 Detail engineering
 Production engineering
 Shipbuilding & design
supervision
on behalf of ship-owner
Own software FORAN

Scope of supply
General
Owner
Shipyard
Unit Type
Global Maritime
Union Naval Valencia
AHTS
Mureloil, S.A.
Murueta
Tanker
Ultra Gas
Factorias Vulcano
24,000 m3 Chemical T.
Antwerp Port Authority
Harbour Tug
HANSA
Astilleros Gondan
Passenger Sailing Ship
Volaviamare
Rodriquez Shipyard
Twin Hull Passenger Ship
SASEMAR
Rescue Tug
Komrowski
Naval Gijon
Container Ship
Argentinean Navy
Tandanor SACYN
Ice Breaker
Golar Nor
Astano
FPSO
Balearia
Rescue Tug
Sea Cloud Cruise
Astilleros Gondan
Passenger Sailing Ship

FORAN
executive
presentation

Industry challenges
MARKET
complex vessels,
powerful capability
SOCIETY
safety and
environmental
protection
REGULATORY
BODIES tighter
regulations
SHIPYARDS
faster production
and higher quality
DESIGNERS
smart and
integrated tools and
processes
SHIP-OWNERS
less-costly vessels &
profitable
exploitation
"Providing shipbuilding solutions to work cheaper, faster & better in a very complex environment"

Addressing challenges to succeed
FORAN, a digital marine solution to improve capacity
DIGITALIZATION & INDUSTRY 4.0
 Model Centric Solution
 Multi-access & Mobility
 Rules-based Design
 Virtual Reality & Virtual
Simulation
 Cloud & Cybersecurity
 Big data & Analytics
 IoT
 Maintenance prediction,
Intelligent Manufacturing &
Robotization

What is FORAN
Initial Design
Hull Structure
Electrical
Oufitting
Forms / GA / NAC
Early Structure
3D Model
P&i Diagrams
Main equipment
Single Wire
Diagrams
Standards
3DModel
BuildStrategy
Exploitation
Security, Change
& Access control
Collaborative
engineering
PLM
integration
Configuration
Management
Virtual
reality
Interchange
of Data

Use of FORAN
Efficiency, quality, predictability, affordability and cost-effectiveness
DESIGN PRODUCTION OPERATION
Predictive maintenance
Asset management
Internet of things
Obsolescence management
Configuration management
Lifecycle management
Advanced design control
Automatic outputs & manufacturability
Security & changes control
Data management
Robotization & smart processes
management
Digital product model definition
Total Integration between disciplines
& design stages
Configuration management
Smart design
Better decisions, earlier

The pillars of FORAN
60 years of experience in ship design
Implementation of the latest technologies
Innovation approach
Industry monitorization
ADVANCED SHIPBUILDING CAPABILITY
SHIPBUILDING ORIENTED INTEGRATION USABILITY DIGITAL PROCESS

Case study
Shipyards in UK
Design & manufacturing in large & complex
projects: proven capability, scalability &
performance.
COUNTRY
• BAE Systems Submarine Solutions (Barrow in
Furness)
• BAE Systems Surface Ships Ltd. (Glasgow and
Portsmouth)
• Babcock International Group (Rosyth)
• Harland and Wolff (Belfast)
PROJECTS
• Queen Elizabeth Class aircraft carrier
• Dreadnought Successor class nuclear submarine
• Frigates type 26
• FORAN integration with PLM Windchill
• FORAN integration with PLM Teamcenter

Initial design Advanced & interactive Hull Forms
definition, General Arrangement and naval
architecture.
• Innovative general arrangement
definition, tank plan &
capacities
• Management of space
reservation and weight
• Intact & damage stability by
multiple criteria
• Compartment geometry for
analysis, simulation & virtual
prototyping tools
KEY FEATURES

Basic / class design Innovative definition of an early 3D model
for class approval and intelligent P&I and
single wire diagrams to be re-used in
further stages.
• Preliminary definition of the 3D
model for class approval
• Class drawings
• Piping and instrumentation
(P&I) and single wire diagrams,
related calculations &
machinery layouts
• Weights and BOM estimations
earlier
• Smooth transition to detail
design
KEY FEATURES

Hull structure High performance solution for the fast,
complete and accurate 3D model
definition and production outputs
generation.
• Works in 3D & 2D environment
& quickly definition of structure
outputs
• Welding definition and
calculation & cost of goods sold
(CoG) and paint surface
calculation
• Reuses of the information in
every design
• Estimates work contents and
cost of different tasks &
compare design alternatives
and predict results
KEY FEATURES

Machinery &
outfitting
Complete management of the equipment
& line distributors: from the standards to
the final production outputs.
• Easy standards definition, in all levels
& under strict access control
integrated with electrical design
• System diagrams (P&ID) embedded in
the project, for class design fully
connected with the 3D model (data
reuse)
• Rules-based design for diagram and
3D model, with built-on solutions for
typical pipe routing situations
• Solid modeling with superb scene
visualization and real-time clash
detection
KEY FEATURES

Electrical design Complete management of the electrically
connected items: from the standards to
the final production outputs.
• Easy standards definition, in all levels
and under strict access control
integrated with machinery, piping
and HVAC
• Initial calculations for the ship power
demands in different operation
conditions. Electrical balance with
power generators
• Rules-based automatic cable routing
in the ship, for a fast and accurate
calculation of the cable lengths.
Minimal cable scrap
• Management of the full list of signal
loops in the project
KEY FEATURES

FORAN PLM
integration
Bi-directional flow of information that
gives a strong communication of data &
processes during the design, production
and operation of ships.
• Based on requirements from elevant
European shipbuilders of naval
surface ships & submarines
• Improves predictability by providing a
single point of truth
• High performance in both systems
• Allows to the product life-cycle
management (PLM) to take benefit of
all the vessel information handled by
FORAN from early design stages
KEY FEATURES

Sister ships Management of series of vessels by
optimizing the changes affecting several
units while keeping the singularities.
• Management of series of
ships, considering multi-
change & multi-saving
• Applicability rules
• Locking controlling
• Capacity of unique
identification of entities
• Advanced generation of
production outputs
KEY FEATURES
Class Project
Unit 1
Unit 2
Unit n

Collaborative
engineering
Proven & scalable solutions for a remote,
multi-site and multi-access environment.
• LAN
• WAN
• Terminal server on Citrix©
environments
• Database replication using
Oracle Streams or Oracle
Golden Gate
• Advanced interchange of
data
KEY FEATURES
SHIPYARD
FORAN
database
installation

Virtual reality The most powerful technology for
decision-making in shipbuilding projects.
• Design review of digital model
in an immersive collaborative
environment
• Assembly validation of complex
building processes
• Optimization of maintenance
services
• Realistic simulations with
virtual Humans for ergonomic
an reachability studies
KEY FEATURES

Services All FORAN-related services are provided by
a customer service team of highly
qualified & experienced engineers in ship
designing and in the way the system
works.
• Training
• Start-up assistance
• Maintenance and support
• Technical assistance
• Best practices auditory
• Bespoke developments
• Ship design & engineering
KEY FEATURES

1,200 passengers ferry
“Mapinduzi II”
Ferry with capacity for 1,200 passengers.
Client:
POSCO PlanTEC (SUNGJIN Geotec)
Project description:
• Shipyard: POSCO PlanTEC
• Owner: Zanzibar Government
• Contract type: Engineering services
• Location: Ulsan (South Korea)
• Scope: Conceptual, classification and detail engineering
• Basic engineering: SENER
• Others: 90.00 m length, 17.00 m breadth, 3.35 m
draught, 200t cargo, 16Knots

THANK YOU
www.group.sener
www.linkedin.com/company/sener
www.youtube.com/user/senerengineering

SENER corporate prensentation | Leading innovation through technological differentiation

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SENER corporate prensentation | Leading innovation through technological differentiation