Engineering Environment & Water Sector

INGENIERÍA ESPAÑOLA

TECNIBERIA Spanish Association of Engineering, Consultancy and Technological Services Companies

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24.700 highly qualified professionals

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4.350 Millions € Annual turnover

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Member associate of FEPAC & FIDIC

La Peña Dam, Emergency Action Planning © FYSEG

Spanish engineering owns the necessary leadership, communication skills and technical knowledge to face water challenges in a sustainable resilient way


“Probed ability to integrate water resource management across all sectors –finance, planning, agriculture, health, livelihood, … – in a climate change growing population scenario.”

emergency water purification plants in the upper amazon basins © INCLAM

Water security and climate change  Water scarcity: emergency water purification plants in the upper amazon basins (PERÚ)  Hazard Maps: Mapping of flood-prone areas of Segura river basin district (SPAIN)  Adaptation: Defense against flooding in Arriondas (SPAIN)  Emergency plans: La Peña Dam, Emergency Action Planning (SPAIN)  Risk management: Supervision Services for the First Stage Projects for Riyadh Water Supply Master Plan (SAUDI ARABIA)  Availability: Water Resources Map (TUNISIA) INGENIERÍA ESPAÑOLA

“80% of global wastewater is released without treatment* while 10% of world population still does not have reasonable access to clean water (20% don’t have access to basic sanitation)”

Preparation of Water & Sanitation Master Plans of La Paz and El Alto, Cochabamba, Santa Cruz and Tarija © TYPSA

Water, sanitation and health Water resource effectively use and reuse projects:

 Health: Project Demonstration Activity to improve Environmental Conditions of "Estero de Paco“ (PHILLIPINES)  Wastewater: WWTP Lagares (SPAIN) ; Atotonilco Wastewater Treatment Plant (MEXICO) Sanitation: Master Plans of La Paz and El Alto, Cochabamba, Santa Cruz and Tarija (BOLIVIA) ; Environmental Sanitation Program at Ipojuca River Drainage area (BRAZIL) Clean water: Design and construction of the drinking water treatment plant in Fez and Meknès (MOROCCO) * 2017 UN World Water Development Report


“Our associates are used to design projects paying attention to the complexity that sustainability adds evaluating alternatives to achieve the right project done”

Technical, Economical Social and Environmental Study (TESE) for the multi-purpose project of hydric resources in La Paz and El Alto © PROINTEC

Water for sustainable development Technical, social assistance and control of design, of the drinking water and sewerage systems in rural communities of Kuna Yala and Darien regions (PANAMA). VISIONTECH4LIFE software to aid in decision making based on sustainable environmental indicators. Management support to the environmental sanitation program at Ipojuca river drainage area (BRAZIL) Tunisia´s Water Resources Map: more sustainable management of the water resources (TUNISSIA) Green Economy sector for achieving sustainable development (GHANA) INGENIERÍA ESPAÑOLA

“Water must be use and reused to ensure the quantity and quality of fresh water available, Spanish engineering leads regeneration and reuse of wastewater”

Atotonilco Wastewater Treatment Plant © TYPSA

Integrated urban water and waste management Wastewater treatment plant "La Mariposa (VENEZUELA) Atotonilco Wastewater Treatment Plant (MEXICO) Management support to the environmental sanitation program at Ipojuca river drainage area (BRAZIL)

Control and surveillance of the extension of wastewater treatment plant in Burgos (SPAIN) Sanitation System Studies for cities (BRASIL)


“Competence in management of investment process: Public Private Partnership, Cooperation Agencies, Multilateral Institutions and Development Banks”

Project for construction of Hydraulic Conductions from river Jucar to Vinalopó. © EPTISA

Financing for water security Project for construction of Hydraulic Conductions from river Jucar to Vinalopó. Design of technical-financial optimization (SPAIN) Operational and Financial management for Water Supply (TURKEY) Financial and economic analysis to improve Environmental Conditions of "Estero de Paco" (PHILLIPINES) Financial, economic and social evaluation Carrizal Hydroelectric System (BOLIVIA) Financial, technical, social and environmental study (TESE) for the multi-purpose project of hydric ressources in La Paz and El Alto (BOLIVIA) INGENIERÍA ESPAÑOLA

“Spanish Engineering and Consultancy Sector has played a leading role developing the Water sector transferring the knowledge and technology worldwide”

Supervision of works to raise the level of Yesa Dam © ACCIONA INGENIERIA

Education, capacity building and technology exchange Capacity Building of Water Authority of Silvan and Diyarbakir (TURKEY) Capacity building of Rural Water Management Boards (PANAMA) Training and capacity building program National Hydrology Project (INDIA) Capacity Building and Knowledge Transfer Water Information System (JORDAN) Training program for Employer for tunnel construction supervising issues under FIDIC contract (NEPAL) Basic training to improve Environmental Conditions of "Estero de Paco“ (PHILIPPINES) INGENIERÍA ESPAÑOLA


EPC OF 65 EMERGENCY WATER PURIFICATION PLANTS IN THE UPPER AMAZON BASINS

Location: Department of Loreto -PERÚ Company: INCLAM Client: Ministry of Housing, Construction and Sanitation of Peru Implementation Period: 2014 - 20176 Investment: $21,500,000

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Design and construction of civil works where the plants are installed the catchment and adduction to the treatment plants The manufacture, transport, assembly, installation and commissioning of water treatment plants The maintenance and the operation of the 65 plants during two years.. Nine different types of treatment were planned based on the water quality in each river, eliminating pathogens, turbidity, and depending on the case, a heavy hydrocarbon combination, iron, aluminum, boron, and metals. The volumes range between 1,000 and 3,000 l/h

EPC AND COMMISSIONING FOR REFURBISHMENT AND ENLARGEMENT OF THE WASTEWATER TREATMENT PLANT "LA MARIPOSA”

Location: Valencia, State of Carabobo, Venezuela Company: INCLAM SA (Part of JV CONTEMAR) Client: HIDROCENTRO (C.A. HIDROLÓGICA DEL CENTRO) Implementation Period: 2017-2020 Investment: 33,264,946 USD

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Project management (Costs, Schedule, Human resources, Risks) Detailed Engineering Design o Process design o Equipment technical specifications o Structural design Procurement of material and equipment Logistics and Transportation 12 months of assisted Operation and Maintenance

CONSULTING SERVICES FOR OVERSEEING THE POWERHOUSE AND SUBSTATION OF MANDURIACU PROJECT.

Location: Ecuador Company: INCLAM Client: CELEC (Corporación Eléctrica del Ecuador) Implementation Period: 2012-2016 Investment: $ 14.000.000

Services provided by the engineering firm: 

The construction control of different parts of civil works.

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Manufacturing and implementation of hydro-mechanicals elements

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This project consists of a straight gravity dam made of roller-compacted concrete, spillways for excess water with four spans and two on each side of the bottom outlet, a main bottom outlet, catchment works, a secondary bottom outlet, a pressure pipeline, an engine house, a substation and access roads.

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The construction of the dam in turn requires the construction of a bypass system made up with a tunnel in the left edge and with two cofferdams located upstream and upstream of the dam.

MAPPING OF FLOOD-PRONE AREAS OF SEGURA RIVER BASIN DISTRICT

Location: Spain Company: INCLAM Client: MARM - Confederación Hidrográfica del Segura Implementation Period: 2009-2012 Investment: 2.734.580 €


Development and implementation of the National Flood Zones Cartographic System (SNCZI) to obtain the flood hazard maps of the areas identified in the preliminary flood risk assessment

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Historic and geomorphologic analysis

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Hydraulic and hydrologic studies .

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Hazard maps

DESIGN OF A PROJECT DEMONSTRATION ACTIVITY TO IMPROVE ENVIRONMENTAL CONDITIONS OF "ESTERO DE PACO"

Location: Phillippines Company: INCLAM Client: Asian Development Bank Implementation Period: 2013-2014 Investment: 438 294 $

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Review of initial information for the development of Technical Assistance. Hydrological, hydraulic and water quality studies. Social Studies to define the demands of the urban area of Estero de Paco. Financial and economic analysis of the project. Proposal for rehabilitation and improvement methods of the study

COORDINATION OF NATIONAL HYDROLOGICAL PLANNING

Location: Spain Company: Fulcrum y Sers Engineering Group (FYSEG) Client: Ministry of Agriculture, Fisheries, Food and Environment Implementation Period: 2017-2019 Investment:


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The Water Framework Directive (2000/60 / EC), establishes a new Community framework for action in the field of water policy and adopts a novel hydrological planning process that pursues the fulfillment of certain environmental objectives for all the water masses. In the Spanish case, it is harmonized with the traditional approach of the hydrological plans that had the purpose of satisfying the sustainable supply to attend to the diverse socioeconomic uses of the water that the society needs. Within the framework of this contract, coordination work is carried out for the 25 Spanish demarcations establishing common criteria, avoiding undesired heterogeneity in the different plans and forming a nexus to complete and advance in many of the considerations made by the Commission during the meetings and documents as a result of the revision work of the current plans.

DEFENSE AGAINST FLOODING IN ARRIONDAS

Location: Arriondas, Asturias Spain Company: Fulcrum y Sers Engineering Group (FYSEG) Client: CHC-Ministry of Agriculture, Fisheries, Food and Environment Implementation Period: 2014-2017 Investment: 15.3 Mill. €


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Detailed design of the protective measures including a 2D hydraulic model and design of the following: defence walls, expansion of the Sella riverbed, replacing of one bridge, conditioning of the Chico riverbed and improving of existing drainage and sanitation network. The scope of the project includes compilation of existing documentation related to the project, review of existing designs, initial studies and feasibility studies and detailed design of the designed infaestructures

WWTP IN LAGARES (VIGO)

Location: Vigo. Spain Company: Fulcrum y Sers Engineering Group (FYSEG) (Joint Venture 50% with GOC) Client: ACUAES – Ministry of Agriculture, Food and Environment Implementation Period: 2011-2018 Investment: 226.5 Mill €

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The tasks developed include technical assistance to the analysis of tenders, the review of the construction design project and the site supervision of the works of the enlargement and modernisation of the WWTP and the commissioning of the plant. It includes three different works with three different contractors: the WWTP of Lagares, the marine outfall of Lagares and the electrical connection and substation for the Lagares WWTP. The treatment plant is designed to provide service to a future population equivalent of 965,045 and for an average flow of 3.4 m3/s and a maximum flow of 12.0 m3/s, by means of a process with lamellar settling, biofilters and UV disinfection. The sludge is treated using a process of thermal hydrolysis, digestion, dehydration, CHP (cogeneration) and thermal drying. It also includes treatment of return sludge using an ANNAMOX process with an SBR reactor.

LA PEÑA DAM, EMERGENCY ACTION PLANNING

Location: Huesca. Spain Company: Fulcrum y Sers Engineering Group (FYSEG) Client: Sindicato de Riegos del Pantano de La Peña Implementation Period: 2015 Investment: -


We developed the documents that identifies potential emergency conditions at a dam and specifies actions to be followed to minimize loss of life and property damage. The document includes:  Actions the dam owner will take to moderate or alleviate a problem at the dam  Actions the dam owner will take, and in coordination with emergency management authorities, to respond to incidents or emergencies related to the dam  Procedures to issue early warning and notification to downstream emergency management authorities  Inundation maps to identify critical infrastructure and population-at-risk sites.  Definition of the responsibilities of all those involved in managing an incident or emergency and how the responsibilities should be coordinated.

BISCARRUÉS DAM IN GÁLLEGO RIVER

Location: Biscarrues Spain Company: Fulcrum y Sers Engineering Group (FYSEG) Client: ACUAES – Ministry of Agriculture, Food and Environment Implementation Period: 2014-2017 Investment: 126 Mll. €


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This dam is a key infrastructure for the modernization of the “Riegos del Alto Aragón” irrigation system. The scope includes several alternatives for the dam. Dam “current alternative”: Loose material dam 55m high and 931m at its highest point. The spillway is a canal (open pit) of a flow of 2,228 m3/s as peak for the maximum flood of 1000 years. Dam “new proposal”: First hard-fill dam designed in Spain., with integrated spillway and with a new fish pass. The scope of the project includes compilation of existing documentation related to the project, review of existing designs, initial studies and feasibility studies and detailed design of the dam

CHAVIMOCHIC PROJECT, STAGE III, PERU

Location: Chavimochic. Peru Company: Fulcrum y Sers Engineering Group (FYSEG) Client: Ferrovial-Cintra Implementation Period: 2013 Investment:


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Chavimochic project is a multi‐purpose project (agricultural, energy and population‐related). It consists of water catchment from the River Santa by means of intakes, regulation in a concreted faced large dam, and diversion through open channels, tunnels, covered pipelines and special structures, over a length of 270 km to the Pampas de Urricape north of Paiján, benefitting the valleys of Chao, Virú, Moche, Chicama and new areas. The services included tender design of the whole infrastructure

HUERVA RIVER INTEGRATION MASTER PLAN

Location: Zaragoza. Spain Company: Fulcrum y Sers Engineering Group (FYSEG) Client: Municipality of Zaragoza Implementation Period: 2009-2010 Investment:

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The River Huerva flows into the River Ebro in the city of Zaragoza, crossing the right bank and running past some of its most iconic sites. The Master plan establishes a strategic and unitary view of the river and includes landscape, hydrological and master planning criteria. It involves studies and solutions for discharges, analysis of the natural ecosystem, proposals for transport intermodal plazas, urban regeneration and mobility improvement in order to turn the river and its banks into the major north-south axis and a blue-green way of linking the city to the riverside villages.

VISIONTECH4LIFE

Location: Spain Company: Fulcrum y Sers Engineering Group (FYSEG) (Consortium FYSEG+Erabi+DeustoTech) Client: R+D+I (EU LIFE+) Implementation Period: 2013-2016 Investment: 1.8 Mill. €


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VisionTech4Life is an environmental impacts management system designed for civil works. This system comprehends the full cycle: detection, control and management of any impact; even generating alarms and reports that will assist in the taking of decisions and correct actions. The methodology consists of measurements of environmental indicators. Real time, continuous control is achieved thanks to innovative technologies of remote vision and multispectral sensing. The system includes software to aid in decision making based on sustainable environmental indicators. VisionTech4Life was developed under the Life+ Framework and experience reveals how the events measurement and monitoring times are reduced in the range of 40-80% depending on the type of event and response times are shortened by 90%. The system achieves 40% savings in correction works.

SUPERVISION SERVICES FOR THE FIRST STAGE PROJECTS FOR RIYADH WATER SUPPLY MASTER PLAN

Location: Riyadh (Saudi Arabia) Company: Técnica y Proyectos, S.A. (TYPSA) Client: National Water Company (NWC) Implementation Period: 1/8/2011 to 31/01/2019 Investment: 23.514.659 €

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Project Management (9 contracts) Risk Management. Scheduling and Cost Control Control Design and Construction Supervision Quality Control and Materials Supervision Analysis of Variation orders and claims Supervision Testing & Commissioning Supervision Health & Safety

CONSULTING SERVICES TECHNICAL DESIGN STUDY OF PREINVESTMENT CONSTRUCTION OF CARRIZAL HYDROELEC. SYST.

Location: Tarija (Bolivia) Company: Técnica y Proyectos, S.A. (TYPSA) Client: Empresa Nacional de Electricidad de Bolivia (ENDE) Implementation Period: 28/3/2016 to 11/11/2017 Investment: 16.100.653 €


Compilation, review, validation and complementation of previous studies and existing information. Analysis of alternatives and selection of the optimal alternative Complementary studies for Detailed design proyect Complementary Environmental and Socioeconomic studies. Environmental Impact Assessment Climate change adaptation Financial, economic and social evaluation Tender documents for the construction, provision, assembly and commissioning

SUPERVISION CIVIL WORKS, SUPPLY, ASSEMBLY AND EQUIPMENT OF THE MANDURIACU HYDROELECTRIC PROJECT

Location: Manduriacu (Ecuator) Company: Técnica y Proyectos, S.A. (TYPSA) Client: Corporación Eléctrica del Ecuador (CELEC-EP) Implementation Period: 23/07/2012 to 31/07/2015 Investment: 8.301.828 €

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Supervision of the construction of civil works, supply, transportation and assembly of equipment. Analysis of alternatives and selection of the optimal alternative Management of design, manufacture, supply, transportation, assembly, testing and commissioning of electrical and mechanical equipment

ATOTONILCO WASTEWATER TREATMENT PLANT

Location: Atotonilco, Hidalgo State, Mexico Company: TYPSA Client: JV – Acciona & ICA & CARSO promoted by the National Water Commission of Mexico, Conagua Implementation Period: 12/2010 - 03/2012 Investment: over 500.000.000 USD


Detailed design of the civil construction works

PREPARATION OF WATER & SANITATION MASTER PLANS OF LA PAZ AND EL ALTO, COCHABAMBA, SANTA CRUZ AND TARIJA

Location: El Alto, La Paz, Cochabamba, Tarija and Santa Cruz (Bolivia) Company: TYPSA Client: Bolivian Ministry of Water and Environment Implementation Period: 04/2012 - 03/2014 Investment: 2.960.000.000 USD


Preparation of the Water and Sanitation Master Plans including:  Diagnosis of the existing situation  Demographic study and population projection study up until the horizon year  Study of supply/demand of drinking water supply and sewage  Alternatives analysis  Development of the optimal alternatives

CONSULTING SERVICES FOR THE TECHNICAL, ECONOMICAL SOCIAL AND ENVIRONMENTAL STUDY (TESE) FOR THE MULTI-PURPOSE PROJECT OF HYDRIC RESSOURCES IN LA PAZ AND EL ALTO (BOLIVIA) Location: BOLIVIA Company: PROINTEC, S.A. Client: Ministerio de Agua y Medio Ambiente – International Development Bank Implementation Period: 04/2013 – 07/2015 Contract Value: 1.301.495,12 USD Services provided by the engineering firm: • • • • • •

Environmental & Social Diagnosis of the area (Base Line) Identification, analysis and evaluation of environmental & social impacts Selection of alternatives Public Consultation Financial & Economic Evaluation Elaboration of the execution projects

Project Summary: The main purpose of this Project is contributing to the improvement of the standard of living of La Paz and El Alto habitants, together with the conurbations areas of Viacha, Achocalla and Laja, of the habitants of the supplying basins to the project, of the irrigators with this basins and the influence area for the project, and consequently improving the economic and social welfare, through the implementation of the catchment system, regulation, stocking and water transport for human consumption and irrigation, permitting the increase agricultural production and productivity. This work responds to a fundamental division which can be schematically named, and with pure operational purposes, as “Technical sector”: Fulfillment of 9 following hydraulic infrastructures projects for potable water supply (dams, adduction systems, treatment stations, stocking ponds, interconnections and supply networks); “Financial-economical sector” : Estimation and valuation of the costs and economical benefits that will be generated with the project; “Social sector”: Carrying out of a communitarian strategy of advice and socializing activities looking for a social sustainability and finally, “Environmental sector”: Development of the environmental characterization documents and the Environmental Impact Assessment of each project, fulfilling the environmental process with the Bolivian government. Furthermore, Development of the Climate Change Study, including a foreseeable variation analysis of the main climatic attributes for the horizon year, and an analysis of the designed technical solutions suitability, guaranteeing that the water supply and irrigation systems contemplate the required resiliency against the climate change effects.

MANAGEMENT SUPPORT TO THE ENVIRONMENTAL SANITATION PROGRAM AT IPOJUCA RIVER DRAINAGE AREA (BRAZIL) Location: BRAZIL Company: PROINTEC, S.A. Client: Companhia Pernambucana de Saneamento COMPESA - Interamerican Development Bank IDB Implementation Period: August 2014 – July 2018 Contract Value: 6.022.000 € Services provided by the engineering firm: • Planning. • Technical tracking. • Check design • Institutional managing program actions and activities tracking. • Environmental sustainability actions tracking. • Building works and goods and services procurement supervision. • Financial tracking. • IDB contracts management. • Systematic review. • Training. • Evaluation.

Project Summary: The main goal of the program is to promote the environmental sanitation at the Ipojuca River drainage area, increasing the range of the sanitation services and the waste water treatment indexes, particularly at the 12 municipalities’ city-venue, and the social and environmental improvements. The project items are: ITEM 1: COMPESA (Companhia Pernambucana de Saneamento) Institutional Strengthening. • Procedures and working methods development and goal establishment in order to improve the operation and supervision tasks of the water supply, sewerage and waste water treatment systems. • Project development to increase the water supply and sewerage systems efficiency. • Municipal Sanitation Plans development support. • Support to the development and implementation of the COMPESA Environmental Management System. ITEM 2: Construction works and technical equipment. • Sewage systems, pumping stations and waste water treatment plants engineering projects development and building, particularly for the municipalities Ipojuca river drainage area located. • Sewage and waste water treatment systems engineering projects preparation for the rest of the municipalities located at the Ipojuca Bay. • Engineering projects development and building of the water supply systems for the bay municipalities. • Project establishment in order to increase the COMPESA water and sewage systems efficiency. ITEM 3: Environmental and social sustainability. • Ipojuca river banks environmental recovery on specific spots at the urban areas and on the water reservoir surroundings, with the objective of guaranty the river and protected areas good operation, as contained in the 302/2002 CONAMA resolutions.

TECHNICAL, SOCIAL ASSISTANCE AND CONTROL OF DESIGN, EXECUTION AND POST EXECUTION OF THE INTEGRAL WORKS OF THE DRINKING WATER AND SEWERAGE SYSTEMS IN RURAL COMMUNITIES OF KUNA YALA AND DARIEN REGIONS OF PANAMA. INCLUDING SOCIAL CAPACITY BUILDING ACTIONS AND CONTROL OF THE TURNKEY PROJECTS. Location: PANAMÁ Company: PROINTEC, S.A. Client: MINSA (Health Ministry) - PASAP Program – Water and Sanitation in Panama - World Bank Fund Implementation Period: 04/2011 -09/2013 Contract Value: 1.399.510,07 €

Services provided by the engineering firm: Population census, socio economical and environment base line assessment. Water resources identification. Survey of communities served and identification of best distribution systems. Field survey and socio economical enquiry of the involved communities to define water use practices. Qualitative analysis of the waters to be supplied. Campaign of social participation action. Design of rural basic supply and sanitation systems. Supervision of the implementation of designed systems. Socio economical audit of turn-key projects. Implementation and capacity building of Rural Water Management Boards. Project Summary: The project covers the basic water supply and sanitation systems in 46 communities spread over indigenous areas of the east of Panama. On the technical side, it properly characterizes the target population, projected to the project scenario and correctly identifies the available resources in the region. Subsequently, the project carries out the design of supply and sanitation systems, consulting the involved community on the identified alternatives, developing infrastructures technology acceptable by the community institution. Finally, the project includes contract assistance and monitoring of the execution works. The institutional and social capacity building aims to favour communities participation all over the program and to create organizational structures capable of managing the designed systems, ensuring economic sustainability and proper maintenance.

TUNISIA´S WATER RESOURCES MAP Location: TUNISIA Company: PROINTEC, S.A. Client: République Tunisienne. Ministère de l’agriculture. Direction Générale des Ressources en Eau - Tunisian Ministry of Agriculture Implementation Period: 2015 – 2017 Contract Value: 1.163.228,73 € Services provided by the engineering firm: • Recompilation of data including its verification • Technical comprehensive guidelines, • Compilation of all the works and specialized reports • Responsibility towards the costumer. Project Summary: The objective of the Project is the drafting of the Tunisia´s Water Resources Map (CRET). CRET is called to be a very important tool (based on SIG technology), which will allow centralize all the information about the water resources of all the hydrological cycle, once collected, revised and homogenized the extensive but disperse information.

Furthermore, the Water Resources Map will integrate other interested items related with the water resources. It will contribute to build the National Water Information System (SINEAU), to increase the existent extensive knowledge and to valorize the data base of the Water Resources Management System (SYGREAU). It will allow the drafting of thematic maps for specialized investigations, planners, decision making bodies and also, to facilitate the drafting of specialized reports (piezometric levels, hygrometry, rainfalls, temperature, evaporation etc.), and other specific information. CRET will contribute to a more sustainable management of the water resources in Tunisia.

NATIONAL HYDROLOGY PROJECT (NHP), TECHNICAL ASSISTANCE AND MANAGEMENT CONSULTANCY (TAMC)

Location: India Company: Eptisa Servicios de Ingeniería S.L. and Ernst & Young Client: Ministry of Water Resources, River Development and Ganga Rejuvenation (MoWR, RD & GR) Implementation Period: Oct 2017-Oct 2025 Investment: 13.400.000 €


Program management support including procurement support as well as financial management support. Technical advice and support for all activities envisaged under the NHP. Development of the national water information system for surface and groundwater. Development of management and financial reporting systems for internal and external reporting. Development of software for web-based data entry for an MIS for monitoring and evaluation of project implementation and support to Implementing Agencies in use of MIS. Financial monitoring and reporting using the project MIS Technical and management support related to establishment of National Water Informatics Centre (NWIC) and its ISO certification

DEVELOPMENT OF A NATIONAL WATER INFORMATION SYSTEM (NWIS)

Location: Jordan

Company: Eptisa Servicios de Ingeniería S.L., Safege, EcoConsult Client: : Ministry of Planning and International Cooperation (MoPIC) / Ministry of Water & Irrigation (MoWI)

Implementation Period: Nov 2015-Apr 2018 Investment: 1,499,725 € Services provided by the engineering firm: The project aims to deliver a functional Water Information System (WIS) that can be consulted by all stakeholders.        

Identify the requirements of the NWIS in terms of key sector indicators, functionalities and reports supporting the decisions making processes Develop a proposal of Guidelines about decision-making procedures of the PSC Develop a plan for Target groups Capacity Building and Knowledge Transfer activities Gap analysis to define the scope of requirements of re-engineered WIS in conformity with NWIS requirements Assessment of WIS (functions and data) and all other related systems within MoWI Assessment of Information systems in other stakeholders' institutions and identify the needs Assess the IT infrastructure and identify the needs in terms of hardware/software components Assessment of needs in terms of staff training and capacity building

DESIGN AND CONSTRUCTION OF THE DRINKING WATER TREATMENT PLANT IN FEZ AND MEKNÈS

Location: Morocco Company: Eptisa Servicios de Ingeniería S.L Client: : ONEE – Water division - Government of Morocco Implementation Period: 2014- 2018 Investment: 25,200,000 €

Services provided by the engineering firm: The project involves the design, basic engineering and detailed engineering of the Drinking Water Treatment Plant for a flow of 2,000 l/s, water reservoir and pumping station. The scope includes:  Construction of civil works  Installation of mechanical equipment  Installation of electrical equipment and automation and control  Building construction equipment  Testing and commissioning of the facilities.

DESIGN AND CONSTRUCTION SUPERVISION OF MELAMCHI HEADWORKS AND DIVERSION TUNNEL

Location: Kathmandu (Nepal) Company: Eptisa Servicios de Ingeniería S.L and JV Partner - BETS Consulting Services Ltd, Bangladesh Client: : Melamchi Water Supply Development Board (MWSDB) Implementation Period: 2015 - 2018 Investment: 5,092,492.20 €


Review of tender drawings and Final Design Study Reports. “Design Review Report” of the remaining works Review of the contractor’s work program Carrying out the day to day inspection of construction work with respect to adherence to the contract conditions, Employer’s requirements and design including environmental measures Supervision with respect to progress, quality of materials and work, measurements of quantities, costs, and legal aspects related to the contract Checking for any variation order and time extension request by contractor for justification Inspection and report during Defect Liability period with intermittent input; Conducting training program for Employer for tunnel construction supervising issues under FIDIC contract

FINAL DESIGN AND TENDER DOCUMENTS OF THE ROSITAS HYDROELECTRIC POWER PROJECT

Location: Cochabamba (Bolivia) Company: Eptisa Servicios de Ingeniería S.L Client: : Corani S.A. Electricity Company Implementation Period: Feb 2015 - Feb 2018 Investment: 1,179,397,204 €

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Basic Studies as Mapping and topographic survey, Geology and geomorphology, climate, hydrology and sedimentology, environmental and socioeconomic baseline study, erosion study Review and update of existing feasibility study and complementary studies for Rositas Project Review and update of the feasibility study for the hydroelectric power development project of Rio Grande Final design and tender documents for the Rositas hydroelectric power project Specific environmental studies Economic and environmental study of the technical feasibility of the selected Second Hydroelectric Power Plant to be constructed on the Rio Grande.

TECHNICAL ASSISTANCE FOR THE CONTROL AND SURVEILLANCE OF THE EXTENSION OF WASTEWATER TREATMENT PLANT IN BURGOS

Location: Burgos (Spain) Company: Eptisa Servicios de Ingeniería S.L Client: : Acuanorte Implementation Period: Jun 2011 - Dec 2015 Investment: 59,805,176,87 €

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Support on the evaluation of tenders Support for monitoring the final design Technical Assistance for expropriations Technical Assistance during implementation phase, including:  Monitoring and contrast the quality control of the work  Quantitative monitoring of the work performed  Monitoring and control of execution Assistance during commissioning of the treatment plant. Technical Assistance Coordination tasks on Health and Safety Monitoring and enforcement of environmental monitoring plan.

GIRABOLHOS HYDROELECTRIC COMPLEX ON THE MONDEGO RIVER

Location: Portugal Company: Eptisa Servicios de Ingeniería S.L Client: : ENDESA Implementation Period: Nov 2010 - Apr 2012 Investment: 374,000,000.00 € Services provided by the engineering firm:           

Implementation and supervision of basic and detailed design. Review of design documentation and project arrangements. Topographical, cartographical and bathymetry work. Geological-geotechnical investigations (field and laboratory). Warning and flood prevention systems. Electromechanical equipment specifications. Specifications: Civil works, pump and equipment. Hydraulic and risks analysis. Hydrological and hydraulic modelling and studies. Civil Work project design. Project Coordination. Study of alternative scenarios. Meteorological variables, quality of the water, level of the reservoir, etc.

DEVELOPMENT OF THE NATIONAL MAPPING FLOOD ZONES IN THE RIVER BASIN OF THE CANTABRIAN SEA

Location: Spain Company: Eptisa Servicios de Ingeniería S.L Client: Cantabrian Sea Authority Implementation Period: May 2011 - March 2015 Investment: 2,761,485.68 € Services provided by the engineering firm: Component 1- Preliminary assessment of flood risk  Data collection and Selection of river sections to study  Calculation of the areas to be mapped and Simplified flow modeling  Proposed river sections which produce the flood maps.  Public participation process Component 2- Development of hazard maps and flood risk maps  Mapping generation and LIDAR Technology works  Survey bathymetry works. Historical and geomorphologic studies  Hydrological studies.  Hydraulic one-dimensional modeling and Hydraulic two-dimensional modeling  Hazard and flood risk mapping and GIS system information software

WATER SUPPLY SYSTEM OF THE PLAIN LА MANCHA

Location: Plain of La Mancha (Spain) Company: Eptisa Servicios de Ingeniería S.L Client: : Guadiana River Basin Authority Implementation Period: 2000 - 2011 Investment: 153,000,000 € Services provided by the engineering firm: The objective of the project was to guarantee water supply in both quantity and quality to a population of more than 500,000 inhabitants over 58 villages in Castilla-La Mancha Region. Long-term benefits will also include regeneration of underground aquifers as a result of lower water detraction. 

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Detailed Design for the Works of the entire water supply system including the Main Water Pipeline, Secondary Branches, Regulating Reservoir and Water Treatment Plant.Calculation of the areas to be mapped and Simplified flow modeling Project Management and Works Supervision for the construction of the Main Water Pipeline and the Regulating Reservoir.

PROJECT FOR CONSTRUCTION OF HYDRAULIC CONDUCTIONS FROM RIVER JUCAR TO VINALOPÓ. SECTIONS II TO VI

Location: Alicante and Valencia (Spain) Company: Eptisa Servicios de Ingeniería S.L Client: : Aguas del Júcar, S.A. Implementation Period: Feb 2002 – Jun 2002 Investment: 141,900,000 € Services provided by the engineering firm:           

Design of technical-financial optimization for the conduction depending on typology and energetic costs. Study of the different tunnel construction alternatives Geological-geotechnical study and Seismic study Hydrological study of the basins intercepted through the conduction Hydraulic modelling of the overall conduction (pipes and tunnels) in permanent and transitory systems Structural design of tunnels Mechanical designs of pipe sections Hydraulic and structural designs of surge shaft Electrical and structural designs of the HPP Remote control studies. Detailed environmental impact assessment Project planning

TECHNICAL ASSISTANCE AND CONSULTANCY SERVICES FOR THE TECHNICAL DIRECTION AND QUALITY CONTROL OF THE WORKS FROM THE JUCAR RIVER TO VINALOPÓ. SECTION VII SAN DIEGO (VALENCIA)

Location: Alicante and Valencia (Spain) Company: Eptisa Servicios de Ingeniería S.L Client: : Aguas del Júcar, S.A. Implementation Period: Apr 2004 – May 2009 Investment: 44,537,851.99 €

Services provided by the engineering firm:

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Supervision and monitoring of the implementation and development of the Quality Assurance Plan Monitoring and benchmarking of quality control of the works Works´ quantitative control Surveillance and monitoring of environmental aspects of works Monitoring for compliance of health and safety issues at work. Project planning

SANITATION SYSTEM STUDIES FOR CITIES IN BRASIL

Location:

BRASIL, Santa Catarina State

Company:

ACCIONA Ingeniería, S.A.

Client:

Companhia Catarinense de Aguas e Saneamiento (CASAN)

Implementation Period: 1997-1998 Investment: 20,000,000 USD Services provided by the engineering firm:  

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The project was part of the IBRD (World Bank) Water and Sanitation Programme for various Brasilian towns. ACCIONA Ingeniería carried out the necessary studies and prepared the concept design for water supply and sanitation systems in the towns of Fraiburgo, Curitibanos and San Miguel d’Oeste. These towns did not have a public sanitation system at the moment when the project was implemented. The preliminary technical studies were carried out to identify the required sanitation system: sewerage network, collectors, spillways, pumping stations, waste water treatment plant. The services included the description and evaluation of the actual conditions regarding population, socioeconomic status and sanitation (health). Concept design with the definition of the project area, domestic and industrial effluents, demographic studies, parameters and criteria. Formulation, drafting and comparing the technical-economic alternatives as well as describing the solution proposed. Elaboration of the Eligibility Report for the solution proposed following the IBRD procedures, including specifications and TORs for the detailed engineering phase. Extensive topographical and geological/geotechnical surveys of the project area. Environmental Impact assessment and proposed mitigating measures.

GREEN ECONOMY SECTOR IN GHANA

Location:

Ghana

Company:


Client:

European Union (Delegation to Ghana)

Implementation Period: 2017 Investment:

100,000,000.00 EUR

Services provided by the engineering firm: The objective was to assess the existing and future economic potential of the eco-social entrepreneurship and its possible effect on natural resources and environment. This will entail a strong economic and policy analysis with a view to better understand how government policies in conjunction to public and private investments can be supported through the design of a future EU's programme. In other words, the present request for services will provide all the information prevailing for any pre-feasibility economic study in the sector of green business. The context of social enterprise and eco-enterprises in Ghana was analysed through a comprehensive overview of the following points: - Existing economic potential of the eco-enterprises within the Green Economy sector, its potential and how it can contribute to addressing the main development objectives, challenges and strategies for achieving sustainable development in the country; - If a real demand exists for green products (for both domestic and export markets); - Which sectors could be the most attractive for eco-enterprises; - How Green Economy can increase trade competitiveness by moving into green markets for the following sectors: agricultural products including seeds production, renewable energy, waste and recycling businesses, forestry/plantation or logging activities, biomass production for alternative solutions (may be extended to other sectors); - Identification of the investments needs, costs and benefits for the existing and future enterprises; specific policy gaps, risks and provide recommendations on future support programmes and projects that international organizations and the donor community could undertake in support of a Green Economy transition.

FORMULATION OF IGAD REGIONAL CLIMATE CHANGE STRATEGY Location:

IGAD: Kenya, Eritrea, Ethiopia, Djibouti, Somalia, Sudan, South Sudan, Uganda

Company:


Client:

European Union, Delegation to Eritrea

Implementation Period: 8/2015-6/2016 Investment: 660,000,000,000.00 EUR (8 countries) Services provided by the engineering firm: ACCIONA Ingeniería in the Climate Change Strategy addressed and carried out the following services:  Developed an IGAD Regional Climate Change policy and Strategy.  Included in the Public-Private Partnerships in research, technology and innovation.  Included in the CC Strategy the Health promotion (diseases, family planning, nutrition).  Recommended suitable approach for climate change vulnerability assessment in the Region.  Enhanced awareness of decision makers on climate change issues in the Region.  Analysed increasing awareness around issues related to displacements caused by natural disasters as well as at forging a common understanding on the protection gaps and opportunities for IGAD Member States.  Assessed the social situation and impact analysis.  Recommended suitable institutional framework (legal, policy and organizational arrangements and collaboration) to promote climate change adaptation and mitigation measures.  Enhanced the design of specific programmes and concepts to address climate change adaptation and mitigation, human rights protection in the IGAD region..

STUDIES AND DETAILED DESIGN OF MULARROYA DAM

Location:

Spain

Company:


Client:

Ministry of Environment

Implementation Period: 1995-2006 Investment:

165,000,000 EUR

Engineering services: 2,939,705.67 EUR

Services provided by the engineering firm: The detailed design development for a heterogeneous dam made of loose materials, with an impermeable clay puddle core and rockfill shoulders. The height of the dam: is over 90 m and the crest length is around 900 m. The dam located on the river Grío has the reservoir’s capacity of 103 hm3. The detailed design of a 13 km tunnel under the water from Jalón river to the tail of the reservoir at Grío river was prepared. The tunnel passes through the northern foothills of Iberian System, with an internal diameter of 2.9 m, to give a maximum flow rate of 8 m3/s. A seismic reflection study was carried out to analyse the stratification and tectonic features at great depths. A sounding campaign for the dam and for the tunnel was carried out. Also hydrological studies, as well as hydraulic and mechanical studies were carried out. An emergency plan, operating norms, and a loading plan have all been designed.

TECHNICAL ASSISTANCE AND SUPERVISION OF WORKS FOR WATER SUPPLY IN SILVAN Location:

TURKEY

Company:


Client:

European Union, Ministry of Environment and Urbanisation of Turkey, Water Authority of Diyarbakir and Silvan

Implementation Period: 15/03/2015-31/12/2018 Investment: 15,000,000.00 EUR Value of Services: 2,050,000 EUR Services provided by the engineering firm: The engineering consulting services included:  Capacity Building of Water Authority of Silvan and Diyarbakir:  Assets Management, Human Resources, Organisational Structure, Accounting, IT resources, Tariffs setting, Operational and Financial management, Performance, Leak detection. Study tour.  Training Needs Assessment; Training courses delivering (15 courses).  Procurement services for equipment supply:  Technical Specifications of equipment. Tender documents preparation. Tender publication and assistance to the Ministry of Environment till the contract with the Supplier contractor was signed.  Feasibility Study of sanitation network and WWTP in Silvan. Detailed design of collectors. Preparation of Application for further financing by European Union through IPA funds.  Supervision of construction works of water supply network according FIDIC Red Book.

SUPERVISION OF WORKS TO RAISE THE LEVEL OF YESA DAM

Location:

Spain

Company: ACCIONA Ingeniería, S.A. Client:

Ministry of Environment

Implementation Period: 2002-2017 Investment: 240,000,000.00 EUR Engineering services: 12,565,142.21 EUR Services provided by the engineering firm: 

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The project involves a gravel dam with a concrete shield, supported by the existing dam. The shield is supported at a level of 464.80 on the embankment downstream of the existing dam. The height of the dam from the foundations is 116.70 m while the crest length is 504 m... The volume of materials in the body of the dam is almost 4.5 Hm3. The upstream and downstream embankments are respectively 1.5 H:1 V and an average of 1.7 H:1 V, comprising 1.6 H:1 V and 1.5 H: 1 V with two 10 m berms. The overflow channel is of the morning glory type, with capacity for more than 2000 m3/s. The bottom drains comprise two conduits, 2.50 m in diameter. The length of the plinth or base supporting the shield is approximately 560 m, and the surface area of the concrete shield some 45,000 m2. On-site geometric supervision, quality control, technical consultancy, monthly works progress reports, modifications of design, monthly certificates of construction works, health and safety coordination, final measurement and project settlement.