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TRANSCRIPT
Services
May/2019
Corporate Presentation
1 Abengoa
Who are we?
Abengoa (MCE: ABG.B) is an international company that applies innovative technology solutions for sustainable development in the infrastructure, energy and water sectors.
Constructing energy infrastructures Generating conventional and renewable energy. Transporting and distributing energy.
Providing solutions for the integrated water cycle Developing desalination and water treatment processes.
Constructing hydraulic infrastructures.
Being a referent in the transmission and distribution sector Developing transmission lines, electric distribution and railway electrification projects. Constructing installations and infrastructures for all types of plants and buildings.
Obtaining results in the services area Providing operation and maintenance services for plants optimization. Managing private assets efficiently.
Furthering new horizons for development and innovation Our 342 accumulated awarded patents since 2008 position us as technological leaders in sectors such as solar thermal technology. Renewable energy storage and our bet for energy efficiency and water consumption (water-energy nexus).
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A Viable Company with Solid Fundamentals
Solid business of engineering, procurement, construction and operation and maintenance in high growth markets
Global footprint makes Abengoa’s business more resilient and the size of its backlog and pipeline provides revenue visibility
Leaner organizational structure and high operational efficiency
The development of commercially viable cutting-edge technology has become Abengoa’s key competitive advantage
A more focused business model and a healthier, sound capital structure, together with a multidisciplinary set of capabilities places Abengoa in a solid position for future value creation
Credibility regained with stakeholders
Formed by a team of committed and skilled people that have specialized and competitive know-how
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Main Magnitudes
Global presence with a recognized position of leadership in main world rankings (ENR, GWI).
9.3 GW of installed power in conventional generation plants, of which 1.4 are under construction.
2.1 GW* solar power constructed, 860 MW under construction, and 480 MW of wind power.
*34 % of solar thermal installed capacity worldwide.
+ 27,000 km of transmission and distribution lines and more than 330 substations worldwide over the last 15 years.
+ 1.7 million of m3/day of desalinated installed capacity and 2 million m3/day under construction.
342 accumulated awarded patents since 2008.
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200
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2013 2014 2015 2016 2017 2018
Numbers of patents
Main indicators 2018 Results
Abengoa Figures 2018
Sales 1,303M€
EBITDA 188 M€
Employees 13,450
27%
21%15%
16%
9%
11% 1%
Revenues by Geography
South America
Middle East
Africa
North America
Europe (ex Spain)
Spain
Others
15%
85%
Revenues by segment
Concessions E&CMain Projects under Execution
Waad Al Shamal (Saudi Arabia)
CP5 Network Rail (UK)
O&M solar plants (Spain)
Mar de Plata (Argentina)
A3T (Mexico)
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Shuaibah (Saudi Arabia)
Cerro Dominador(Chile) Fulcrum (USA)
Abengoa was awarded projects with a value of €1.5 billion in 2018, with a current backlog of €1.8 billion, on December 31st, 2018.E&C Contracts
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Dewa Dubai Technology and solar field of 3 x 200 MW parabolic trough.
Cerro Dominador Chile 110 MW solar thermal tower plant with a 17,5 hour storage system.
Luneng China Procurement of engineering and technology for 50 MW solar thermal tower plant.
Rabigh Saudi Arabia The largest reverse osmosis desalination plant in the country. 600.000 m3/d.
Salalah Oman Reverse osmosis desalination plant with a capacity of 114,000 m3/day.
Agadir Morocco 275,000 m3/day reverse osmosis desalination plant for the supply of drinking water and13,500 ha of irrigation.
Shuaibah Saudi Arabia Desalination plant with a capacity of 250,000 m3/day by reverse osmosis.
Fulcrum USA Plant to produce 10 million gallons of aviation biofuels per year from municipal solid waste.
A3T Mexico 260 MW e(220 MW guaranteed) and 120 ton/h of steam efficient cogeneration powerplant.
WAS Saudi Arabia 1,390 MW combined cycle: the largest hybrid solar-gas plant in the world.
Quebrada Blanca Chile Electrical substations for the second phase of the Quebrada Blanca mine.
Puerto Capurro Uruguay Construction of approximately 1,000 meters of quay in Montevideo.
Main projects
Areas of ActivityAbengoa organizes its activity in several business areas: Energy, Water, Transmission and Infrastructure and Services, all of which are based on R&D and Innovation.
Energy Water Transmission & Infrastructures
Services
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2 Abengoa Services
Services
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Adapting our Services to your RequirementsO&M Operation, Routine Maintenance, Preventive Maintenance, Scheduled Maintenance, Condition Based Maintenance,
Legal Technical Maintenance, Corrective Maintenance, O&M Consulting Service, Integral Operation Service
Shared Risk
Diferent Concept of the O&M Risk
Abengoa O&M shares with its Customer the risk of the O&M Power Facilities thanks the large experiences in the operationand maintenance business. We can adapt any O&M Contract to the risk profile of each Customer.
Our goals, as Operator are in the same way of the goals of our Customer:
• Optimizing the OPEX• Maximizing Avalibility of the Facility• Improving Eficiency of the Facility• Different kind of contracts.
AdditionalServices
Additional Services development by us
Abengoa O&M can implement for its Customer Condition Based Maintenance using predictive technologies such as thermographic, ultrasound, vibration and electrical quality in a Unique Platform. Submitting technical report such as Health of the Asset in order to reduce the O&M cost and to Extend the Life of the Asset in any Power Facility.
Abengoa O&M can supply and implement to its Customer the following Services:
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Our magnitude
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Solar Energy
1,6 GW
Conventional Energy
862 MW
Wind Power
190 MW
Desalination
1,05 M m3/d
3 Products and references
3.1 Conventional Power
Project Data
• Client: ONEE (Office Nationaled’Electricité et de l’Eau potable)
• Power: 472 MW• Solar Collector Area: 183,120 m2
• 2010
Project Data
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Ain Beni MatharIntegrated Solar & Combined Cycle Morocco
Hassi R’MelIntegrated Solar & Combined Cycle Algeria
Project Description
2+2+1 Combined Cycle.
2x150 MW Gas Turbines.
2 post-combustion HRSG.
1x180 Steam Turbine.
Solar Parabolic Trough with 20 MW of total power.
Project Description
2+2+1 Combined Cycle.
2x40 MW Gas Turbines.
2 post-combustion HRSG.
1x 80 Steam Turbine.
Solar Parabolic Trough with 20 MW of total power.
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References Conventional Power
Project Data
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Project Data
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CovisaEngine Cogeneration Plant
Hassi R’MelIntegrated Combined Cycle in Algeria
Project Description
2x10,5 MW Diesel Engines.
Cogeneration plant that uses exhaust
gases from diesel turbogroups (two fuel
engines of 10.350 kW each) to generate
superheated steam in a heat recovery
boiler to transfer it to the host plant and
generating electricity for sale to the grid.
Demineralized water is also produced
with distillation plant that uses the heat
produced in the engines cooling.
Project Description
1+1+1 Combined Cycle.
1x150 MW Gas Turbines.
1 post-combustion HRSG.
1x 60 Steam Turbine.
The Pant, located in Tabasco (Mexico) consists in a combined cycle with high efficiency cogeneration for a GE 7FA05 gas turbine, a steam turbine and one heat recovery boiler. On top of the sales of power to off-takers, it will supply steam to Pemex through a CNP, as a support to the system
References Energy
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Cogeneración Villaricos, S.A.Engine Cogeneration
( Spain)
Abent 3THigh Eficiency Cogeneration Plant
(Mexico)
References Conventional Power
3.2 Solar Power
Project Data
• Client: Atlantica Yield• Ownership: Atlantica Yield and
Liberty Interactive Corporation • Power: 280 MW• Solar Collector Area: 2,233,958 m2
• Commissioning Year: 2013
Solana280 MW Parabolic Trough with 6h Storage in the USA
Project DescriptionLargest Solar Thermal Plant in the world.
Shams100 MW Parabolic Trough PowerPlant in the UAE
SolúcarSolar complex in Spain, comprised by 3x50MW Parabolic Trough Power Plants, and 2 Tower Power Plants (10 + 20 MW)
MojaveParabolic Trough Solar Power Plant in Mojave Desert (USA)
Project Data
• Client: Shams Power Company• Ownership: Masdar and Total• Partners: Total, Masdar• Power: 100 MW• Solar Collector Area: 600.000 m2
• Commissioning Year: 2013• End Year: 2016
Project Description
First Solar Thermal Plant in The ArabianPeninsula. Operated in Partnership withTotal and Masdar.
Project Data
• Client: Atlantica Yield• Ownership: Atlantica Yield• Power: 180 MW• Commissioning Year: 2006
Project Description
First Commercial Solar Power Towers.
One of the largest Solar Power Towers in Europe.
Project Data
• Client: Atlantica Yield and Liberty Interactive Corporation
• Power: 280 MW• Solar Collector Area: 1,559,347 m2
• Commissioning Year: 2015
Project Description
Solar Power Thermal Plant 280 MW located in the desert ofMojave, California
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References Solar
Project data
• Atlantica Yield• 11 MW• 60 Has• 2007
Project data
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PS10Solar Thermal Plant 10 MW
(Spain)
PS20Solar Thermal Plant 20 MW
(Spain)
Project descripction Project description
Referencias solar
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110 m
624
First commercial solar tower powerplant in the world.
165 m
1255
Highest concentration tower in theworld in the commissioning date
Project Data
• Client: Atlantica Yield • Power: 200 MW• Commissioning Year: 2012
SolabenSolar Thermal Plants in Extremadura, Spain
Project Description4 x 50 MW Parabolic Trough in Extremadura, Spain
HelioenergySolar Thermal Plants in Seville, Spain
SolacorSolar Thermal Plants in Córdoba, Spain
HeliosSolar Thermal Plants in Ciudad Real, Spain
Project Data
• Client: Atlantica Yield • Power: 100 MW• Commissioning Year: 2012
Project Description
2 x 50 MW Parabolic Trough in Seville, Spain
Project Data
• Client: Atlantica Yield • Power: 100 MW• Commissioning Year: 2012
Project Description
2 x 50 MW Parabolic Trough in Córdoba, Spain
Project Data
• Client: Atlantica Yield • Power: 100 MW• Commissioning Year: 2012
Project Description
2 x 50 MW Parabolic Trough in Ciudad Real, Spain
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References Solar
Kaxu Solar One
Parabolic Trough Solar Thermal Plant with100 MW power 2,5 hours of storagecapacity in Southafrica.
Khi Solar One
50 MW Tower Solar Thermal plant and 2 hours of storage capacity in Southafrica.
Project data
Xina Solar One
Parabolic trough Solar Thermal Plant Planta termosolar de colectores cilindroparabólicosen Sudáfrica.
Referencias Solar
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Project data
• Client: Kaxu Solar One• Power: 100 MW• Commissioning: 2015
Project description
First solar thermal plant in South Africa.
Project data
• Client: Abengoa Solar, IDC and KhiCommunity Trust
• Power: 50 MW• Reflective surface: 58 Has• Commissioning: 2018
Project description
First tower solar thermal plant in South Africaand first tower solar thermal plant operatingcontinuously 24 hours.
• Client: Kina Solar One• Power: 100 MW• Commissioning: 2017
Project description
Third thermal plant built by Abengoa in South Africa. Storage capacity of 5,5 hours.
Project Data
• Cerro Dominador PV• 100 MW• 147 Has• 2017
Project Data
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Cerro Dominador PVPhotovoltaic Power Plant
(Chile)
Cerro Dominador CSP 1 Solar Thermal Plant
(Chile)
Project Description
129,36 MWp
CTs 1MW AC
392.000 pv modules 330wp
Project Description
Concentration Tower: 250 m
Heliostates: 11.000
Thermal Solar Central Tower Receiver (CTR) Plant 110 MW powerwith 17,5 hours of storage capacity.
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References Solar
3.3 Water
Project Data
• Client: Sonatrach and Algerienne des Eaux• Capacity: 200.000 m3/d• Commissioning Year: 2011
Honaine
Desalination plant in the city of Honaine.
(Algeria)
Project Description
Sea Water Reverse Osmosis technology plant with coagulation-flocculation and sand filter pretreatment. The plant has capacity to supply water to nearly one million people.
Project Data
• Client: Chennai Metropolitan Water Supply and Sewerage Board
• Capacity: 100.000 m3/d• Commissioning Year: 2010
Chennai
Desalination plant in the city of Chennai, in the province of Tamil Nadu.
(India)
Project Description
Sea Water Reverse Osmosis technology plant through membranes with flocculation pretreatment lamellar decanters, filtration and chemical treatment. The post treatment process includes remineralization and an energy recovery system.
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References Water
Proyect Data
• Client: Algerian Energy Company (AEC)• Capacity: 100.000 m3/d• Commissioning Year: 2009
Skikda
This desalination plant produces drinking water to supply the city of Skikda
(Algeria)
Project Description
Sea Water Reverse Osmosis technology plant with coagulation-flocculation and sand filter pretreatment
Proyect Data
• Client: Sonatrach and Algérien des Eaux• Capacity: 200.000 m3/d• Commissioning Year: 2015
Ténès
This desalination plant produces potable water in order to meet the water needs in this area.
(Algeria)
Project Description
Sea Water Reverse Osmosis Technology plant with coagulation-flocculation and Open Filters Cartridge pretreatment.
Proyect Data
• Client: Ghana Water Company Ltd.• Capacity: 60.000 m3/d• Commissioning Year: 2015
Accra
The purpose of the desalination plant is to produce drinking water to supply various locations around the metropolitan area of Accra (Ghana)
Project Description
Sea Water Reverse Osmosis technology plant that employs four reverse osmosis racks with pretreatment consisting on hypochlorite disinfection, coagulation with CI3Fe, filters in the self-cleaning system, and UF I MF. The post treatment consists on calcite and H2SO4with subsequent hypochlorite testing and brine output.
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References Water
Project Data
Project Description
Project Data
Project Description
Project Data
• Client: Onee and Ministry of Agriculture, Fisheries, Rural Development, Water and Forests
• Capacity: 275.000 m3/d• Commissioning year: 2021
Agadir
Desalination Plant that produces potable waterand for water in the area of Agadir
(Morocco)
Project Description
Reverse osmosis desalination plant technology. Process line includes pretreatment with chemical adjustment, filtration and ultrafiltration, eleven reverse osmosis racks with energy recovery and remineralization with CO2and calcite beds as post-treatment.
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References Water
Cartagena
Desalination plant that produces potable water for the city of Cartagena
(Spain)
Almería
Desalination plant that produces potable water for the city of Almería
(Spain)
• Client: Ayuntamiento de Almería• Capacity: 50.000 m3/d• Commissioning year: 2009
Desalination plant comprised by coagulation by ferric chloride technology, sand filters, and sulfuric acid addition. In order to adjust the pH level, dispersion agents are added. Microfiltration cartridges and sodium bisulfite supplements are also employed.
• Client: Ministerio de Medio Ambiente• Capacity: 65.000 m3/d• Commissioning year: 2009
Desalination plant comprised by coagulation by ferric chloride technology, sand filters, and sulfuric acid addition. In order to adjust the pH level, dispersion agents are added. Microfiltration cartridges and sodium bisulfite supplements are also employed.
Thank you
Innovative Technology Solutions for Sustainability
www.abengoa.com