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    AQABA-AMMAN WATER DESALINATION & CONVEYANCE

    Desalination and pipeline project delivers water to Jordan

    A country faces “water scarcity” when it has less than 500m3 of water per person per year – Jordan has less than 100m3 of freshwater per person annually. The Aqaba-Amman Water Desalination and Conveyance Project aims to fix that by supplying the Jordan capital Amman with desalinated Red Sea water.

    Status
    First signature
    Signed
    03/12/2023
    Amount
    EUR 350,000,000
    Countries
    Jordan
    Sector(s)
    Water, sewerage
    See more

    Signature(s)

    Amount (.*)
    € 350,000,000
    Countries
    Sector(s)
    Jordan : € 350,000,000
    Water, sewerage : € 350,000,000
    Signature date(s)
    28/11/2023 : € 50,000,000
    3/12/2023 : € 100,000,000
    8/12/2022 : € 200,000,000
    (*) Including a € 50,000,000 Investment Grants provided by the COMMISSION EUROPEENNE

    Summary sheet

    Release date
    27 April 2022
    Status
    Reference
    Signed | 08/12/2022
    20190712
    Project name
    Promoter - financial intermediary
    AQABA-AMMAN WATER DESALINATION & CONVEYANCE
    MINISTRY OF WATER AND IRRIGATION - HASHEMITE KINGDOM OF JORDAN,SPECIAL PURPOSE ENTITY(IES)/FUND
    Proposed EIB finance (Approximate amount)
    Total cost (Approximate amount)
    USD 606 million (EUR 601 million)
    USD 2700 million (EUR 2682 million)
    Location
    Sector(s)
    • Water, sewerage - Water supply; sewerage, waste management and remediation activities
    Description
    Objectives

    The primary objective of the project is to provide 300 million cubic metres (MCM) of potable water to Amman and other governorates in Jordan and, possibly, to areas along the project pipelines route. The water will come from a seawater reverse osmosis plant south of Aqaba and will be conveyed to Amman via a new, approximately 420 km long water conveyor that would run for most of its part parallel to the existing Disi Conveyor.

    Jordan has one of the lowest levels of water availability per capita in the world, which is anticipated to decline even more over the next years. This is due to an increase in population (expected to increase by 2047 from the current estimated 10 million to 18 million inhabitants) and the consequences of climate change in the country. In that context, the AAWDCP is expected to contribute to the following objectives: (i) increase the resilience of the water supply by substantially increasing water production by providing up to additional 300 million cubic metres of water per year to Amman; (ii) adapt to and potentially mitigate the impacts of climate change; and (iii) create jobs both during construction and operation. The project is a high priority for the Government of Jordan and supports the EU and EIB objectives in the country. Specifically it is in line with: - National priorities, in particular the National Water Strategy 2016-2025, which identifies projects that contribute to a resilient water sector as a key priority for concessional financing. - EU policy objectives, as the project is included among the flagship initiatives identified in the EU Joint Communication on Renewed Partnership with the Southern Neighbourhood, published in February 2021. - The EIB's objectives under the Neighbourhood, Development and International Cooperation Instrument (NDICI), specifically the development of social and economic infrastructure, as well as the Bank's Water Sector Lending Orientation, Adaptation Plan and Climate Bank Roadmap. - Sustainable Development Goal #6, which calls for ensuring availability and sustainable management of water and sanitation for all, and #11 (make cities and human settlements inclusive, safe, resilient and sustainable).

    Additionality and Impact

    The AAWDCP is the largest water generation scheme to be implemented in the history of Jordan. It will generate from the outset 300 MCM per year of water and will be implemented through a build-operate[1]transfer (BOT) scheme. The project will close a supply-demand gap that is growing over time as a result of climate change. The project thus contributes significantly to the objectives of Jordan's National Water Strategy, the EU Joint Communication on Renewed Partnership with the Southern Neighbourhood, and the EIB Climate Bank Roadmap and Adaptation Plan. The benefits of the project include increased availability of water for domestic, municipal and industrial uses. The project also helps mitigate market failures by financing critical water supply infrastructure that generates positive externalities, mainly (i) security of supply in a wider geographic context with very scarce water resources, allowing for stable and prosperous social and economic livelihoods and (ii) environmental benefits by relieving further over-exploitation of groundwater resources. EIB's financial and non-financial contribution to the project is excellent. The Bank, alongside numerous development partners, is providing a substantial and favourable financing package, consisting of sovereign lending, project finance, and the management of an investment grant from the EU. In addition, the Bank has been involved from the very beginning of the project and provided technical expertise in the origination and structuring of the project, primarily through the ESIA, which establishes environmental and social standards in line with international best practices and which was funded and managed by EIB.

    Environmental aspects
    Procurement

    A full Environmental and Social Impact Assessment (ESIA) has been completed with funding from the EIB and in line with international best practices and EIB environmental and social standards. The ESIA has also been approved by the relevant Jordanian authorities.

    The Bank will require the Promoter to ensure that implementation of the project will be done in accordance with the Bank's Guide to Procurement.

    Under Global Europe NDICI guarantee

    Under EFSD+ Guarantee

    Link to source

    Disclaimer

    Before financing approval by the Board of Directors, and before loan signature, projects are under appraisal and negotiation. The information and data provided on this page are therefore indicative.
    They are provided for transparency purposes only and cannot be considered to represent official EIB policy (see also the Explanatory notes).

    Documents

    Environmental and Social Impact Assessment (ESIA) - AQABA-AMMAN WATER DESALINATION & CONVEYANCE - Annexes
    Publication Date
    7 Jun 2022
    Document language
    Main Topic
    Lending
    Document Number
    157701388
    Document Focus
    Environmental Information
    Project Number
    20190712
    Sector(s)
    Countries
    Publicly available
    Download now
    Environmental and Social Impact Assessment (ESIA) - AQABA-AMMAN WATER DESALINATION & CONVEYANCE
    Publication Date
    8 Jun 2022
    Document language
    Main Topic
    Lending
    Document Number
    157505254
    Document Focus
    Environmental Information
    Project Number
    20190712
    Sector(s)
    Countries
    Publicly available
    Download now
    Environmental and Social Impact Assessment (ESIA) - AQABA-AMMAN WATER DESALINATION & CONVEYANCE - Non-Technical Summary
    Publication Date
    8 Jun 2022
    Document language
    Main Topic
    Lending
    Document Number
    157505368
    Document Focus
    Environmental Information
    Project Number
    20190712
    Sector(s)
    Countries
    Publicly available
    Download now
    Environmental and Social Data Sheet (ESDS) - AQABA-AMMAN WATER DESALINATION & CONVEYANCE
    Publication Date
    16 Jul 2022
    Document language
    Main Topic
    Lending
    Document Number
    156117900
    Document Focus
    Environmental Information
    Project Number
    20190712
    Sector(s)
    Countries
    Publicly available
    Download now

    News & Stories

    Inside the project

    How and Why

    Sourcing water responsibly from the Red Sea to Amman

    Why

    • Climate change has led to a significant reduction in rainfall in Jordan
    • The country’s population has grown rapidly over the past decade, to 11 million in 2022 from 7 million in 2011, mainly due to refugees
    • Water is not reaching its intended destination because of leaks, theft, or other reasons

    How

    • Water will be taken from the Red Sea
    • It will be desalinated and pumped 420 kilometres north to the capital Amman and its surrounding area
    • Seawater is retrieved without destroying marine life. No chemicals used in the desalination process will be ejected back into the sea
    • The project provides 300 million cubic metres of water every year, equal to the water use of about 4 million people

    Impact

    A reliable water source for Jordan’s north

    • The project provides 300 million cubic metres of water every year, equal to the water use of about 4 million people
    • Solar energy will be used to power the plant and to pump water
    • Photovoltaic fields will be set up without damaging nature reserves or disrupting the flight path of the 500 million birds that migrate through Jordan every year
    This project is really transformational for people in Jordan
    Souad Farsi

    EIB’s representative to Jordan

    PLAY VIDEO

    3:26

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    Story

    Environmental and social impact assessment

    The consultant hired to perform the assessment needed to hire boats and divers and to conduct surveys over several seasons
    Harald Schölzel

    lead water expert in the EIB’s water security and resilience division

    Shutterstock

    Many Jordanians do not have regular access to water which is why they keep water tanks on their roofs for when the main supply runs out. The Aqaba-Amman Water Desalination and Conveyance Project will change this by the end of 2028. It will take water from the Red Sea at the Gulf of Aqaba in the south, desalinate it, and channel it 420 kilometres north to the capital Amman and its surrounding area, supplying a desperately needed 300 million cubic metres of water a year, which is equivalent to the water demands of about 4 million people.

    Limiting the environmental impact

    Desalinating water and transporting it across the country is an environmental challenge. Seawater will be drawn in at a depth, with limited velocity, and over a large surface so that no marine life will be harmed. A wastewater treatment plant will be incorporated into the desalination plant to ensure that no chemicals will be released into the sea. Solar energy will power the project. Photovoltaic fields will be set up without damaging nature reserves or disrupting the flight path of the 500 million birds that migrate through Jordan every year.

    Being the climate bank, we discussed with the government the optimal solutions for the power supply to the project, since Jordan has ample renewable energy resources, especially for solar power
    Alexander Abdel Gawad

    loan office with EIB Global, the bank’s development arm.

    Financing the Aqaba-Amman desalination project

    ©S B/Unsplash

    The European Investment Bank’s involvement in the project started early on. Jordan had begun planning a new desalination plant, and in 2019 asked the EU bank to conduct an environmental and social impact assessment to help define long-term, best practice, environmentally sustainable solutions to the water shortage. The project’s cost was estimated at around €2.7 billion and is set out to create 4 000 jobs during the construction phase. The Jordanian government hopes to deliver desalinated water to the Amman area before the end of 2028.

    Emissions will be only 3.2 kg of CO2 per cubic metre of desalinated water

    General enquiries and comments

    The EIB is committed to open communication and encourages constructive stakeholder input regarding its activities.
    Enquiries and comments concerning the EIB’s involvement in a project or the financing facilities, activities, organisation and objectives of the EIB, can be sent to the EIB Infodesk.
    Alternatively, the EIB can be contacted through its external offices.
    Queries regarding details of a specific project, in particular when it is under appraisal by the EIB, should preferably be addressed directly to project promoters.

    Media enquiries

    Media-related enquiries can be addressed to the EIB Press Office. Please also visit our Media information section.

    Complaints mechanism

    Any complaint regarding alleged maladministration can be lodged via the EIB Complaints Mechanism. The European Ombudsman acts as an independent external accountability mechanism of the EIB.

    Zero tolerance against fraud and corruption

    The EIB has a zero tolerance policy on fraud or corruption. To report allegations of fraud and corruption relating to EIB-financed projects, please contact the Fraud and Investigation division. All complaints will be treated as strictly confidential and handled in line with the EIB investigation procedures and the Anti-Fraud Policy.

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