AU Africa Water Investment Platform and Blended Facility PROJECTS
Submissions received are outlined below
Click on each project name for more information
| wdt_ID | wdt_created_by | wdt_created_at | wdt_last_edited_by | wdt_last_edited_at | Project name | Project description | Sub-sector | Location | Implementing agents | Project components | Project rationale | Project total cost | Environmental analysis | Social analysis | Year of project preparation | Last milestone known | Estimated number of years to completion, once finance raised | Estimated date/year to start operation |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Study, design and construction of appropriate wastewater management facilities | 1. Study and design of appropriate wastewater facilities for different urban/Peri-urban cities nationwide 2. Wastewater flow diagram of urban and Peri-urban cities nationwide 3. Construction of wastewater management facilities nationwide | Urban WASH services Power generation Water treatment | Nigeria | FEDERAL MINISTRY OF WATER RESOURCES AND SANITATION ABUJA | CONSTRUCTION OF WASTEWATER TREATMENT FACILITIES | To put in place appropriate wastewater management facilities in all the Urban/Peri-urban cities Nationwide | 1,000,000,000 NAIRA | 2024 | S1: Project definition and planning S2B: Feasibility study S3A: Project Structuring S3B: Financial Close | 3 years | 2024 | ||
| 2 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Accelerating safe water impact by building entrepreneurial pipelines and ecosystems | Build a stable pipeline of entrepreneurs from activation, incubation & acceleration so we can achieve SDG-6 related impact at scale. What we suggest to do together with you is to jointly build a thriving entrepreneur pipeline and the related supportive ec | Rural WASH services Urban WASH services Ecosystem restoration, management and nature based solutions Water transfer and reticulation | Uganda, Ghana and Zambia | CEWAS | Bringing together at least 300 stakeholder form the policy level, financiers, NGOs, utilities, support orgs, etc. to build capacities and jointly shape the entrepreneurial ecosystem that is needed so entrepreneurs can do their job Motivating young talent | What we have learned in the last decade I that there is no shortage of funds for investments at later stages. There is a shortage of entrepreneurs in the pipeline that create impact and are investable at the same time. Hence, we need to apply a systemic a | 1.2 million EUROS | 2024-2025 | S1: Project definition and planning S2A: Pre-feasibility study S3A: Project Structuring | ||||
| 3 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Somalia Deep Groundwater Investment Program (SDGIP): Nature-based solution for climate resilience in Somalia. | The SDGIP aims to increase access to water in Somalia by tapping from deep aquifers. The strategy combines public-private funding, focusing on regulations, investments, and sustainable aquifer development. The 2019 2M USD ODA technical study funded by Nor | Irrigation Rural WASH services Urban WASH services Ecosystem restoration, management and nature based solutions Water transfer and reticulation Bulk and raw water supply Water storage Water resources development | Somalia | Ministry of Energy and Water Resource (MoEWR) | Component 1, Component 2, Component 3, and Component 4 | '-Somalia is experiencing its worst drought in recorded history. Climate change is causing chaos and a devastating drought has already resulted in the tragic loss of 43,000 lives, in 2022 alone. - United Nations Secretary-General, António Guterres, during | 90,050,000 USD | Somalia's geography is characterized by arid and semi-arid regions, with limited freshwater resources. The country experiences cyclical droughts, which contribute to water scarcity. Groundwater sources, including aquifers, are essential for sustaining com | The project is situated in Somalia, a country marked by diverse demographics. The population comprises various ethnic groups, with significant distinctions in cultural practices and languages. Somali society is predominantly patriarchal, with distinct gen | 2023 | S1: Project definition and planning | 10 years | 2024 |
| 4 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Kajiado wastewater to irrigation & drinking water | The County of Kajiado is a dry and arid counties in Kenya. A group of farmers, supported by a Dutch waster treatment specialist wants to start treating and re-using wastewater for irrigation & drinking water, create jobs, grow food and deliver safe water | Irrigation Rural WASH services Urban WASH services Ecosystem restoration, management and nature based solutions Water transfer and reticulation Bulk and raw water supply Water treatment Water storage Water resources development | Kenya | Kwa Shamba Kajiado Cooperative Society | 1) Phase 1 Filter: raw wastewater treatment: Sieve bend, septic tank, overflow tank, helophyte (bio) filter, irrigation water tank. 2) Phase 2 Filter: Membrane water treatment system 3) Permaculture farm 4) Biofuel (briquettes) 5) Biofertilizer production | Kajiado County does not have a sewage system in place. Wastewater is collected using vacuum trucks and discharged at unclear locations. At the same time is Kajiado a water scarce county suffering from frequent droughts causing high human and animal mortal | 270000 EUROS | Forecasting the future of Kajiado Central is not difficult and unfortunately gives a sad, yet reliable predition.Threats: - Pastoral Masai keep increasing herds of cows, goats and sheep: decades of overgrazing followed by erosion. - Lack of awareness co | Excellent contacts with the leadership of the families/tribe and offering employment to multiple members of the community has assisted the farm to a wide extend. Numerous (trespassing) issues have been solved through mediation of several chiefs. Making wa | 2022 | S3B: Financial Close | 0.5 year | Q2/2024 |
| 5 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Eco-Resilient Aquatic Ecosystem Restoration Hub (ERAER Hub) | The ERAER Hub restores aquatic ecosystems using technology, traditional knowledge, community involvement and circular economy principles in Zambia. It enhances biodiversity, climate resilience and local economies, empowering communities for long-term sust | Ecosystem restoration, management and nature based solutions | Zambia | Blue and Green Water Guardians | 1. Project Assessment and Planning:Remote Sensing Technology and GIS Mapping: Utilizing advanced technology for precise assessment of aquatic ecosystem degradation.Ecological Research and Assessment: Conducting in-depth ecological research to understa | The proposed Eco-Resilient Aquatic Ecosystem Restoration Hub (ERAER Hub) represents a critical initiative to restore and conserve Zambia's aquatic ecosystems. The rationale behind this project is firmly rooted in the pursuit of sustainable development, th | 5,650,000 USD | The Environmental Analysis of the Eco-Resilient Aquatic Ecosystem Restoration Hub (ERAER Hub) project is a critical component that ensures the initiative aligns with sustainable environmental practices and adheres to environmental regulations. This analys | The Social Analysis of the Eco-Resilient Aquatic Ecosystem Restoration Hub (ERAER Hub) project examines the potential social impacts and benefits associated with the initiative. This analysis considers how the project interacts with and affects local comm | 2025 | S1: Project definition and planning | 5 years | 2025 |
| 6 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Developing READEPT-Aim Digital Tool for Climate Adaptation And Ecosystems Services’ Optimization In The Congo Basin (READEPT-Aim-Cob) | Ecosystem based Management of the Congo Basin for multiple outcomes using Artificial Intelligence and Machine Learning Modeling, The project will be generating Digital services for water and irrigation, early warning systems for health and sanitation outc | Irrigation Flood protection Rural WASH services Urban WASH services Mining and bulk industrial Power generation Ecosystem restoration, management and nature based solutions Water resources development other | Democratic Republic of Congo, Angola, Burundi, Congo, Central African Republic, Cameroon, Rwanda, Tanzania, Zambia | ERE/ CRREBaC / University of Kinshasa (DRC), CEA-MITIC/ UNIVERSITY GASTON-BERGER (SENEGAL), DNRE/UNIVERSITY OF CONNECTICUT (USA), ETS/ UNIVERSITY OF QUEBEC (CANADA) | Three Major Components + IAO 0: Administration and Support:IAO 1 AI-ML modelling devices developed, tested and applied in watershed management IAO 1.1 ReADePT-AIM software developed modeling devices applied to hydro-economic classifications and cl | The Congo River discharges on average 41,800 m3/s to the Atlantic Ocean, that is about 1,300 billion m3 average annual flow volume, making it the second largest basin in the world after the Amazon. It is a reservoir of about 52% of the total fresh water v | USD 1,987,300 | ReADePT-AIM: A Watershed Management tool for Climate Adaptation. It is multidisciplinary and collaborative computer modeling tool for analytical research in Integrated Watershed Management using Artificial Intelligence and Machine Learning. It addresses t | The ReADePT-AIM Tool will focus on modeling and analytical work that will benefit trans-boundary water resources governance, including climate-related risks to future development of specific social sectors. This analysis focuses on minimizing risks in the | 2023 | S1: Project definition and planning S2A: Pre-feasibility study S2B: Feasibility study S3A: Project Structuring S3B: Financial Close | 3 years | December 2023 |
| 7 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Tarach Dam Water Supply Project | Project comprises of large dam, approximately 40 Km from both Kalobeyei and Kakuma Refugee Camps in Kenya. The project will serve 300,000 people refugees and host communities) with domestic water supply, over 100,000 livestock, and irrigate 105 acres. | Irrigation Flood protection Rural WASH services Water transfer and reticulation Bulk and raw water supply Water treatment Water storage Water resources development Disaster risk management | Kenya | Northern Water Works Development Agency | River Abstraction point:- Upper reaches of river Tarach near Loito areas, North of Kakuma in Latea ward Catchment potential: 34,000,000 m3, Volume of the proposed dam: - 5,000,000 m3 and, Delineated Catchment size is 2,594 Sq.Km Project components: Dam | Kakuma Refugee Camp is located in Turkana County, North-Western of Kenya, and 120 kilometres from the County headquarters (Lodwar) and 95 kilometres from the Lokichoggio’s Kenya-Sudan border. Kakuma has played host to refugees drawn from over 20 countries | USD 15,000000 | 2017 | S2B: Feasibility study | 4 years | 2027 | ||
| 8 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Isiolo Dam Water Supply Project | The proposed dam is intended to regulate the flows of the Ewaso Nyiro River, supply water to Isiolo town, the proposed Isiolo resort city and rural areas of Isiolo, Laikipia and Samburu counties. The project will also generate 16MW of hydropower | Irrigation Flood protection Power generation Water transfer and reticulation Bulk and raw water supply Water treatment Water storage | Kenya | National Water Storage and Harvesting Authority (NWHSA) | the project is to increase daily water supply for domestic/industrial use by 58,473m3/d and provide 46,656m3/d to irrigate up to 540Ha. The demand area includes the proposed Isiolo Resort City. During the concession period, the proposed project will inclu | Isiolo Town is currently underserved by an old and dilapidated infrastructure. The population has since increased tenfold, and as a result the water demand has far exceeded the production capacity of the existing water supply. This has necessitated substa | KShs 32 Billion | 2013 | S2B: Feasibility study | 4 years | 2027 | ||
| 9 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Geba Cascade Hydropower Plant | Geba Hydropower Project is located in Oromia Region of Ethiopia and the 371.5 MW capacity of Geba Hydropower Project is a cascade scheme with two independent plants namely Geba stage 1 and Geba stage 2 (GB1 and GB2). | Power generation | Ethiopia | Ethiopian Electric Power (EEP) | The Geba 1 and 2 will be commissioned after 5 years of construction work, following the update of the ESIA and preparation RAP studies, PPP bidding process and contract negotiations period of about 2 years. - Update exiting feasibility, ESIA and prepare R | In Ethiopia, annual consumption per capita is relatively low, at slightly over 100 kilowatt-hours (kWh), despite the growing economy. The main benefit of the Geba project is the provision of significant amount of electric power to the Ethiopian society, w | The total cost for the GB 1 and GB2 power plant is estimated at 767,688,400 USD which is going to be covered through the PPP developer. As EEP, it’s expected to cover all costs for updating the feasibility, ESIA and RAP studies and preparation of tender d | The Environmental and Social Impact Assessment (ESIA) has been prepared for the purpose of commenting on the likely environmental, socio-economic and cultural impacts arising from the development of a hydroelectric power scheme on the Geba River in Ethiop | See item#15 | Two and half (2 &1/2) years are required to prepare the project. | S2A: Pre-feasibility study | 5 years | Seven and half years (7 & ½ ) years will be required to get into operational. |
| 10 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Genale Dawa Basin Integrated Water Resources Management Project | Integrated Water Resources Management (IWRM) is a process, which promotes the coordinated development and management of water, land and related resources in order to maximize the resultant economic and social welfare in an equitable and participatory mann | Flood protection Ecosystem restoration, management and nature based solutions Water resources development Disaster risk management | Ethiopia | none | Capacity building and knowledge management. Integrated watershed managements (Natural Resources Management and development) Water resources management (improving water use ) Sustainable Livelihood Improvement Establishing Water Information System New aut | The country economic growth especially in construction and manufacturing sectors is driving demand for electricity at an annual rate of about 20%. As could be witnessed by the frequent outages and load shedding, electricity demand has already outstripped. | 175000000USD | 2023 | S1: Project definition and planning S2A: Pre-feasibility study S2B: Feasibility study S3A: Project Structuring S3B: Financial Close | 5 years | 2024 | ||
| 11 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Protection and Development of the coastal area from Sidi Gaber up to Al Silsila in front of Bibliotheca Alexandrina_ Alexandria governorate | Alexandria is the second largest city in Egypt. The beaches will disappear due to sea level rise, which affect the tourism sector in the city, also the extreme weather conditions that affect the stability of the Cornish Road are the main problems affectin | Flood protection | Egypt | Shore Protection Authority | Submerged Breakwaters | Included in the strategy of Shore Protection Authority Protection Plan | 122 M $ | 2024 | S3A: Project Structuring | 9 years | 2024 | ||
| 12 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | ElMay Wastewater Treatment Plant | Plant for treatment of the wastewater received from ElMay in Monofia Governorate, with a capacity of 80,000 m3/day. | Rural WASH services Urban WASH services Water treatment Water resources development | Egypt | Monofia water and sanitation company | Establishing all mechanical and civil works for treatment the wastewater. | The project aims to treat sewage in the targeted area, reuse the treated water, and benefit from the sludge generated from the plant to generate energy. The implementation of the project contributes to preserving the surrounding environment and achieving | 1.0 billion EGP | Expected to start the preparation phase at 2024 | S1: Project definition and planning | 4 years | Expected to start the operation at 2027 | ||
| 13 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | El Khayata Wastewater Treatment Plant | Plant for treatment of the wastewater received from El Khayata in Damietta Governorate, with a capacity of 7,000 m3/day | Rural WASH services Urban WASH services Water transfer and reticulation Water treatment | Egypt | Damietta water and sanitation company | Establishing all mechanical and civil works for treatment the wastewater. | The project aims to treat sewage in the targeted area, reuse the treated water. The implementation of the project contributes to preserving the surrounding environment and achieving the sustainable development goals, numbers 6 “Clean water and sanitation” | 150 Million EGP | Expected to start the preparation phase at 2024 | S1: Project definition and planning | 3 years | Expected to start the operation at 2026 | ||
| 14 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Ras El Bar Wastewater Treatment Plant | Plant for treatment of the wastewater received from Ras El Bar in Damietta Governorate, with a capacity of 75,000 m3/day. And treatment of the sludge to be safely disposed. | Rural WASH services Urban WASH services Water transfer and reticulation Water treatment | Egypt | Damietta water and sanitation company | Establishing all mechanical and civil works for treatment the wastewater | The project aims to treat sewage in the targeted area, reuse the treated water, and benefit from the sludge generated from the plant to generate energy. The implementation of the project contributes to preserving the surrounding environment and achieving | 1.0 billion EGP | Expected to start the preparation phase at 2024 | S1: Project definition and planning | 4 years | Expected to start the operation at 2027 | ||
| 15 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Protection of Wadi Qena region from flash floods risk | Protecting New Qena city, the surrounding villages, and the nearby infrastructures from the destructive impact of flash floods by constructing protective dams and storage lakes. These dams and lakes will be employed to harvest rainwater, that could be use | Flood protection Water storage Water resources development | Egypt | Sector of Horizontal Expansion and Projects (HEPS) | Project includes three Phases as follow :- 1 - Feasibility study Phase: including Hydrological, social, technical, economic and environmental study. 2 - Implementation Phase: comprising constructing protective works that are identified in the Feasibility | The area suffers from many issues such as: - Destructive impact of flash floods that hinder the governmental efforts to develop the area. - The area is considered among the prioriفغ villages that need much attention to improve income level and achieve soc | 140 million USD | Will be calculated as part of the Feasibility Study. | Will be calculated as part of the Feasibility Study. | December 2022 | S1: Project definition and planning S2A: Pre-feasibility study S2B: Feasibility study S3A: Project Structuring S3B: Financial Close | 5 years | 2029 |
| 16 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | National Drainage Project IV | Supply agriculture land by 1.4 million Fadden through subsurface drainage networks rehabilitation, civil works rehabilitation on open drains and to increase flow capacity | Irrigation Water transfer and reticulation Water resources development | Egypt | EPADP | subsurface drainage networks, surface drainage rehabilitation and civil works. | Improving agricultural productivity and environment and creating cleaner and more hygiene environment by substituting open drains with covered ones | 720 million USD | starting 2023 | S1: Project definition and planning S2B: Feasibility study S2A: Pre-feasibility study | 12 years | 2025 | ||
| 17 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Irrigation modernization in Sugar cane and orchard trees areas in the Nile valley and Delta old lands | The irrigation modernization will focus on two main crops, sugarcane in Upper Egypt (136,500 hectares) and orchard trees (315,000 hectares). The proposed modernization model includes applying central lifting point concept on tertiary canals using a diesel | Irrigation Power generation Water resources development | Egypt | IIS through competitive biddings between local contractors | 1- Branch Canals rehabilitation and interventions to apply continuous flow (Rehabilitation, control structures, monitoring equipment, intakes for Mesqas) 2- Mesqa Improvement to single Lifting Point (Sump pit, Pump room, filters, main pipeline, control va | Regarding Egypt National Climate Change Strategy (the NCCS-2050), the proposed project can be linked to the following goals: Goal 1: Achieving sustainable economic growth and low-emission development in various sectors. Goal 2: Enhancing adaptive capa | 4.6 billion USD | Detailed Environmental study is required | Socioeconomic study is required | 2024 | S1: Project definition and planning | 7 years | Project is planned to be implemented in scattered areas along the Nile valley and Delta where target crops is located. Implementation will be through separate lots. Each area when rehabilitation and modern irrigation is implemented can start operating und |
| 18 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Programme on Climate Change Adaptation and Resilience Building Through Water (PCCARBW) | The main goal of the PCCARBW is to support the implementation of Zambia’s Nationally Determined Contributions to climate change that are related to water security as well as other measures aimed at addressing the climate resilience elements of water secur | Irrigation Flood protection Rural WASH services Urban WASH services Ecosystem restoration, management and nature based solutions Water transfer and reticulation Water storage Water resources development Disaster risk management | Zambia | Department of Water Resources Development (DWRD) | Component 1: Water Resource Augmentation – Estimated cost USD 175 million – Expected duration 6 years Component 2: National Adaptation Planning for Water – Estimated cost USD 0.8 million – Expected duration 2 years Component 3: Climate Change Mitigati | Zambia is party to the Paris Climate Accords (the Paris Agreement), which make provision for climate change mitigation, adaptation and finance. The agreement established an international mechanism to help countries cope with the negative impacts of climat | 350 million USD | 2022 | S1: Project definition and planning | 6 years | 14th January 2024 | ||
| 19 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | National Urban Water Supply and Sanitation Programme (NUWSSP) | The National Urban Water Supply and Sanitation Programme (NUWSSP) aims at improving livelihood and public health for the urban population in Zambia. | Urban WASH services Mining and bulk industrial Water transfer and reticulation Bulk and raw water supply Water treatment Water storage Water resources development | Zambia | Commercial Water Utility Companies | Component 1: Water Supply Development Component 2: Sanitation Development and Hygiene Component 3: Policy Development Component 4: Capacity Development Component 5: information Management Development Component 6: Research and Development | The provision of clean water supply and adequate sanitation to both urban and rural areas is one of the priority interventions by the Government of the Republic of Zambia. The Vision 2030 provides that by the year 2030, the country will attain 100 percent | 1.85 billion USD | 2022 | S1: Project definition and planning S2B: Feasibility study S2A: Pre-feasibility study | 7 years | 14th January 2024 | ||
| 20 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | National Rural Water Supply and Sanitation Programme (NRWSSP) | The National Rural Water Supply and Sanitation Programme (NRWSSP) aims to ensure universal access to clean and safe water supply, sanitation and hygiene services for the rural population of Zambia by 2030. | Rural WASH services Water treatment Water storage | Zambia | Department of Water Supply and Sanitation; Local Authorities; NGOs; and Cooperating Partners | Component 1: Water Supply Component 2: Sanitation Component 3: Sustainable O&M Component 4: Sector Development Component 5: Planning, Monitoring, Evaluation and Reporting | The provision of clean water supply and adequate sanitation to rural areas is one of the priority interventions by the Government of the Republic of Zambia. The Vision 2030 provides that by the year 2030, the country will attain 100 percent access to clea | 1.65 billion USD | 2022 | S1: Project definition and planning S2A: Pre-feasibility study S2B: Feasibility study | 7 years | 14th January 2024 | ||
| 21 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Strengthening the Pan-African Center for Water and Climate Adaptation-PACWA | The project aims to strengthening institutional and training capacities of PACWA. It is a multi-year project, planned to support African countries in the field of water and climate adaptation. It provides learning, training and technical practice for Afri | Ecosystem restoration, management and nature based solutions Water resources development other | Egypt | the same institution | Institutional development: 1- Expansion of training facilities (training halls, equipments, laps…etc.) 2- Rehabilitation of hotel rooms (the center has hotel with 178 room for trainees) 3- Improve engineering and computer labs Capacity building developmen | Climate change threatens sustainable development in Africa, particularly among poor and highly vulnerable countries. The UNEP estimates that costs associated with climate-change adaptation across Africa could hit billion annually by 2050. Under the Pari | 8 million USD | In this project there is a space in which the project and the project environment influence each other and, on the other hand, a space in which the project is formulated, evaluated and implemented. The environment not only influences the project (directl | As a training center that host trainees from different countries with a variety of cultures and languages, social analysis is a basic and continuous process for examining any social problem, issue or trend among trainees and working hardly to make changes | 2023 | S1: Project definition and planning | 3.5 years | As soon as fund is available |
| 22 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Economic Water Resource Infrastructure Development Programme (EWRIDP) | The main programme objective is to increase the national capacity to harvest water and utilize it for productive purposes in order to enhance socio-economic development and improvement in human welfare. | Irrigation Flood protection Mining and bulk industrial Power generation Ecosystem restoration, management and nature based solutions Water transfer and reticulation Bulk and raw water supply Water storage Water resources development Disaster risk manageme | Zambia | Department of Water Resources Development (DWRD) | Component 1: Enhancing Water Resources Management and Development – Estimated cost USD 1,320 million – Expected duration 6 years Component 2: Water Investments for Productive and Economic Growth – Estimated cost USD 1,200 million – Expected duration 6 | Thus, water investments to support economic transformation are a key requirement to support the drive for economic diversification and job creation in two principal ways. The first will be through investments aimed at addressing the specific water needs o | 2.875 billion USD | 2022 | S1: Project definition and planning | 6 years | 14th January 2024 | ||
| 23 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Formulation of a New National Water Resources Master Plan for Zambia (2026-2050) | This project aims at formulating a new long-term and dynamic national water resources master plan for the time period 2026-2050 that is aligned to the national development planning cycles and adequately synchronizes interventions at the National, Provinci | Irrigation Flood protection Rural WASH services Urban WASH services Mining and bulk industrial Power generation Ecosystem restoration, management and nature based solutions Water transfer and reticulation Bulk and raw water supply Water treatment Water st | Zambia | '- | Component 1: Review and Evaluation of the 1995 National Water Resources Master Plan: – Estimated cost Euro 0.4 Million – Expected duration 6 months Component 2: Technical Studies – Estimated cost Euro 3.0 Million – Expected duration 36 months C | It is expected that a new long term and dynamic national water resources master plan will clearly outline the priorities for the nation in terms of water development and sanitation in order to enhance economic diversification and job creation, alleviate p | 5 million EUROS | 2022 | S1: Project definition and planning | 4 years | 14th January 2024 | ||
| 24 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Songwe Rural Water Supply and Sanitation | The proposed project components and main activities to be implemented are: 1. Institution capacity enhancement 2. Climate resilient water supply and sanitation infrastructure 3. Community sanitation and environmental management 4. Project management and | Flood protection Rural WASH services Urban WASH services Ecosystem restoration, management and nature based solutions Water transfer and reticulation Water treatment Water storage Water resources development | Tanzania, Malawi | Same | The project components that require financing:1: Institution capacity enhancement 2: Climate resilient water supply and sanitation infrastructure 3: Community sanitation and environmental management. 4: Project management and coordination | The use of unsafe and/or polluted water for human consumption poses health hazard risks and impacts negatively on the social economic activities within the Songwe River Basin. The absence of proper sanitation facilities within the basin leads to massive p | 50,000,000 USD | The project of this magnitude will inevitably bring negative environmental impacts. therefore, Environmental and Social Impact Assessment (ESIA) and Strategic Environmental and Social Assessment (SESA) have been conducted to identify the impacts and propo | Environmental and Social Impact Assessment (ESIA) and Strategic Environmental and Social Assessment (SESA) have been conducted for the project. The assessment found that the project has significant beneficial as well as significant adverse environmental a | 2013 - 2015 | S2A: Pre-feasibility study S2B: Feasibility study | 6 years | 2024 |
| 25 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Lower Songwe Dam and Hydropower Plant Project | The project is designed and expected to fulfil the following purposes: 1. Water Supply and sanitation to selected areas 2. Hydropower Power generation (180.2MW) | Irrigation Flood protection Rural WASH services Urban WASH services Power generation Water transfer and reticulation Water treatment Water storage Water resources development other | Tanzania, Malawi | Same | The project components that require financing:1. Dam Construction 2. Hydropower Plant | The Lower Songwe Dam and Hydropower Project is one of the projects that addresses the energy, water and food security factor challenges within the two riparian states. Implementing the project is beneficial as it will support: (i) Increased access to wat | 761,100,000 USD | The project of this magnitude will inevitably bring negative environmental impacts. therefore, Environmental and Social Impact Assessment (ESIA) and Strategic Environmental and Social Assessment (SESA) have been conducted to identify the impacts and propo | Environmental and Social Impact Assessment (ESIA) and Strategic Environmental and Social Assessment (SESA) have been conducted for the project. The assessment found that the project has significant beneficial as well as significant adverse environmental a | 2015-2022 | S2A: Pre-feasibility study S2B: Feasibility study S3A: Project Structuring | 5 years | 2024 |
| 26 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | PPP model for the establishment of three faecal sludge treatment plants with a waste-to-value component in Kenya | Sanivation, a private sector player, has partnered with three water utility companies in Kenya to help them meet the growing faecal waste treatment needs from septic tanks and pit latrines by setting up and operating a portfolio of sustainable waste-to-va | Urban WASH services Power generation | Kenya | The Ministry of Water Sanitation and Irrigation including three water utility companies namely: Gusii Water and Sanitation Company; Embu Water and Sanitation Company; Nyahururu Water and Sanitation Company | Component 1: Project Initiation and feasibility studies: 0,000 The component involves assessing faecal sludge management, identifying gaps, proposing solutions, and estimating costs. It also includes concept design development, legal and environmental ana | Sanivation partners with water utility companies in East Africa to help them meet the growing waste treatment needs. Over the past four years, Sanivation has demonstrated a novel method of converting waste into value that cleans up communities, supports e | 13,977,000 USD | The completion of the environmental scoping phase marks a significant step forward in the process of evaluating the potential impacts of constructing faecal sludge treatment plants (FSTPs), as mandated by the Environmental Management and Coordination Act | Environmental and social baseline scoping have been illustrated in 15 above. | 2021 | S1: Project definition and planning S2B: Feasibility study S2A: Pre-feasibility study S3A: Project Structuring | 2 years | 2026 |
| 27 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Tanzania National Water Grid | The project area traverses from major lakes of Victoria, Tanganyika and Nyasa as well as major rivers of Rufiji, Pangani and Kiwira; covering regions along the lakes and rivers such as Mwanza, Geita, Simiyu, Shinyanga and Mara in the lake zone to the cent | Irrigation and other agricultural uses | Tanzania | Component 1: Lake Victoria to Dodoma Water SupplyComponent 2: Lake Tanganyika Water SupplyComponent 3: Lake Nyasa Water SupplyComponent 4: Kiwira Water SupplyComponet 5: Ruvuma Water SupplyComponent 6: Rufiji Water Supply | Member States reaffirm their commitments regarding the human right to safe drinking water and sanitation in the 2030 Agenda for SDGs. The goal of SDG 6 is to Ensure access and effective management of water and sanitation for all. They agreed to some ambit | USD 2,224,425,000 | Studies have shown that water projects may affect environment negatively as they often lead to destruction of forest, ecosystem and biodiversity. Furthermore, the projects may lead to displacement or relocation of the people. However, this can be mitigate | During pre-feasibility stage, village governments and other people who were engaged responded positively towards the National Water Grid projects by expressing their willing to support the implementation of the project. Hence the conclusion was drawn that | 2023/2024 | ☐ S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting | 5 years | 2028 | |
| 28 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Improvement of Sanitation Services for 28 Towns Residents in Tanzania | Tanzania is among the most populous country in Sub-Saharan Africa, home to more than 59 million people. The country’s growth performance has been impressive recording a growth of 6.7% in 2018 compared to the average growth of 5.7% and 3.5% for the East Af | Irrigation and other agricultural uses Rural WASH services, Urban WASH services, Ecosystem restoration, management, and/or nature based solutions, Water Treatment | Tanzania | Ministry of Health, Ministry of Education, President Office Regional Administration and Local Government | 1. The Consultancy Services for Feasibility Study, Detailed Design and Prepartion of Tender Documents 2. The Consultancy Services for Envirnment and Social study 3. The Consultancy Servies for Supervision of the Construction of the Infrastratuures | The towns are along the inter-regional roads connecting the Regional hedquartres and district centres. The towns are in short of sanitation services. In recent years, the Government has secured a loan from Indian Government to be invested in Water supp | 600 million USD | Studies have shown that water and sanitation projects may affect environment negatively as they often lead to destruction of forest, ecosystem and biodiversity. Also, the projects may lead to displacement or relocation of the people. However, this can be | Will be available after the completion of the Feasibility Study | Year 2023 | ☐ S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting | 5 years | Year 2027 |
| 29 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Establishment of 50 wellfields in Tanzania | The project for establishment of 50 wellfields will be undertaken in nine Basins within district, towns and villages. In the past years, most of these areas (district, town and villages) have been subject to unprecedented transformation, rapid population | ☐ Rural WASH services☐ Urban WASH services☐ Mining and Bulk Industrial,☐ Water transfer and reticulation☐ Bulk and raw water supply, ☐ Water Storage ☐ Water Resources Development | Tanzania | N/A | 1. Developing wellfields infrastructures 1.1 Hydrogeological investigation ( Survey and test drilling)1.2 Drilling production boreholes 1.3 Establishing borehole monitoring systems 1.3.1 SCADA softwares 1.3.2 Borehole Loggers in | Ministry of Water’s core obligation is to ensure that all Tanzanians are served with safe and reliable water supply for domestic, industrial and other socio-economic developments uses. Construction of new water supply projects, improvement and extensio | 500 million USD | There is no signinificant negative envirnmental impact anticipted for this project. The Environmental Act and Regulations will be applicable during the project implementation, which are Environmental Management Act of 2004 (EMA 2004), Environmental and | The Social Analysis will be conducted before project impelementation and will be guided with our Acts and Regulations Aavalable like Environmental Acts of 2004 (EMA 2004) and Environmentala and Social Impact Management Framewok( ESMF revised Ed. 2019). | 2023 | ☐ S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting | 3 years | 2024 |
| 30 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Extra High Voltage (EHV) Power System Interconnection between Ethiopia and Sudan | Ethiopia and Sudan have some of the lowest levels of electricity generation per capita in the world. To address this, in 2014, the Government of Ethiopia (GOE) and Government of Sudan (GOS) represented by Ethiopia Electric Power (EEP) and Sudanese Electri | on and other agricultural uses, Rural WASH services, Power Generation, Water Storage | Ethiopia, Sudan | Ethiopian Electric Power, EEP | The whole Project | The Project is part of a greater transmission interconnector programme between Ethiopia and Sudan, and the construction of the other parts of the programme were completed in 2009, in Sudan, and by 2010, in Ethiopia, with final commissioning in December 20 | 436 million USD | Environmental & Social Impacts To minimise the negative impacts of the Project while enhancing the positive impacts, an Environmental and Social Management Plan (ESMP)framework has been adopted. This plan is based on a preliminary Environmental and Social | Please refr to the answer provided under Section/ paragraph 15 above | November 2017. | S2B: feasibility study: This phase encompasses activities focused on completing the feasibility study which covers organizational, financial, technical, social, and environmental and other aspects of the project, securing its approval; drafting and finali | 2-3 years | 2027 |
| 31 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Revamping Sierra Leone: Improving Access to WASH Facilities, Developing Climate Resilient and Ecosystem Services in Sierra Leone | Sierra Leone, located on the west coast of Africa, is a nation blessed with abundant water resources, including 12 river basinss, lakes, and groundwater reservoirs. Despite this abundance, the country faces significant challenges in managing its water res | ☐ Irrigation and other agricultural uses ☐ Flood protection☐ Rural WASH services☐ Urban WASH services☐ Mining and Bulk Industrial☐ Power Generation☐ Ecosystem restoration, management, and/or nature based solutions ☐ Water transfer and reticulation☐ Bulk a | Sierra Leone | National Water Resources Management Agency (NWRMA), Electricity Water Regulation Commission (EWRC), Guma Valley Water Company (GVWC), Sierra Leone Water Company (SALWACO), Ministry of Environment and Climate Change | 9.1 Improve Sustainable Water Resources Management in Sierra leone. 9.1 a: Restoration of four national (Western Area, Rokel, Taia/Pampana and Sewa) and the transboundry basins (Great and Little Scarcies, Moa and Mano) river basins | Sierra Leone, like many countries, faces the escalating impacts of human activities and climate change on water resources and the environment. These include erratic rainfall patterns, increased temperatures, and extreme weather events, all of which have p | 345,060,000 USD | The Water Supply, Sanitation, Climate Change, and Water Resources Management components in this project are vital initiatives that seek to provide clean and accessible water, enhance sanitation facilities, mitigate climate change risks, and promote sustai | The project will bring relevant social benefits in the area under study, namely in terms of the population's access to drinking water and improved sanitation. The projects will improve the lives of people in Sierra Leone by ensuring that they have access | 2023 | ☐ S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting | 5 years | 1/1/2024 |
| 32 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | GENALE GD-6 Hydropower Project | The Genale GD-6 Hydropwer project is located on the Genale River of the Genale Dawa River basin, approximately 80 km east of Negele, in Liben Zone of the Somali National Regional State. The project area is approximately 700 km by road south and east of Ad | Irrigation and other agricultural uses,Rural WASH services, Power Generation, Water Storage, | Ethiopia, Kenya, Somalia | Ethiopian Electric Power, EEP | The Project has huge contributes to the national power development program of Ethiopia. It is very attaractive with a unit energy geneartion cost of 2.11 US cents/kWh, bnefit-cost ratio of 2.8 and a finacial rate of return of 32.7%. The Project would | 469.78 million USD | Environmental impactsThe project area straddles the Somali and Oromia Regions with the Oromia Zone of Bale (Meda Welabu Werede) on the left bank and the Somali Zone of Liben on the right bank. Road access to site will start at Siru, which is located | There is no permanent settlement in the reservoir area or along the transmission line route to the GD-3 sub-station and no resettlement requirements attached to the project and no settled communities directlyaffected. No roads or other public infrastruc | 2009 | S2B: feasibility study: This phase encompasses activities focused on completing the feasibilitystudy which covers organizational, financial, technical, social, and environmental and otheraspects of the project, securing its approval; drafting and finalizi | 5-6 years | ||
| 33 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Thirteen cities Wastewater Management Project | The project is designed to support service providers in selected towns move towards a long term goal of efficient, universal and affordable service provision within a supporting policy and regulatory framework. The project aims to improve the wastewater i | Urban WASH services | Ethiopia | A. Oromia regional state water and energy Bureau B. Amhara Regional state water and energy Bureau C. Tigray regional state water and energy Bureau D. SNNPR regional state water and energy Bureau | Infrastructures ( communal and public latrines construction, construction of fecal sludge disposal facilities, wastewater treatment facilities ) and Vacuum Tracks and vehicle purchase B. Enabling (study, design and capacity building) | This project is as per the country’s ten years strategic plan in which the plan clearly mentioned of implementation of 100 towns integrated urban sanitation system. The rationale for urban wastewater management/sanitation project in Ethiopia is manifold. | 505 million USD | S1: Project definition and planning: This phase includes part of the early stage concept design work needed before the pre-feasibility phase encompassing concept note development, ToRs for Pre-feasibility study, finalizing project grant agreement, setting | 5 years | Sep-24 | |||
| 34 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Rural Water Supply, Sanitation and Hygiene (Rural WASH) | The project addresses climate affected rural woredas benefitting about 280,000 people by the end of 2018 EFY through the construction of 14 Multi-village Rural Water Supply systems. The project consists of study and design, drilling of boreholes for extra | Rural WASH services reticulation (selected), Water Treatment (selected), | Ethiopia | Ministry of Water and Energy (MoWE) and Regional Water Bureau | Pre-construction phase (Study & Design and drilling borehole) • Constriction phase (construction of water supply system) • Post-construction phase (building operation and maintenance capacity) | Having access to clean water is a constitutional right for Ethiopian people as well as the UN-recognized human right. Lack of a reliable supply of clean water and sanitation services is the cause of about 60% of infections in rural Ethiopia. The improveme | Estimated Capital Cost of the Project (Total): 2,240,000,000 • Out of this domestic currency Birr 1,344,000,000 • Out of this foreign currency $17,230,000 (Birr 896,000,000) | In the year 2023/24 | 3 years | In the year 2024 | |||
| 35 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Urban Water Supply and Sanitation Project | The Urban Water Supply Project is planned to implement in 30 towns (7 large, 9 Medium and 14 small towns). The Project includes the Revision of Study and Design documents, Source Development, Construction, and installations of Water Supply infrastructures | Urban WASH services (selected), Water Treatment(selected) | Ethiopia | Ministry of Water and Energy (MoWE) and Regional Water Bureau | Pre-construction phase (S&D and drilling borehole) • Constriction phase (construction of water supply system) • Post-construction phase (Strengthen water utility and board) | The project improves the living standard of the urban dwellers though improved water production, disinfections and distribution, improved health, poverty alleviation, and economic growth. Additionally, reduce the incidents of water-related decrease, the c | Estimated Capital Cost of the Project (Total): Birr 32,194,160,000 • Out of this domestic currency Birr 17,706,788,000.00 • Out of this foreign currency $278,603,370.69 (Birr 14,487,372,000.00) | Minor Negative impacts • Environmental and social related issues which will be addressed before the start of the project procurement process • The Water Supply project has no negatively affect/ impact different groups like gender, race, religion, disabili | Social analysis, if available • Citizens' wellbeing and health would be improved • Medication expense of citizens for water related diseases would be reduced increasing citizens household income that can be used for other expenses. • Girl’s school enrollm | In the year 2023/24 | 3 years | the year 2023 | |
| 36 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Namibia Water Sector Alignment Programme | Effective water resources management in Namibia is fundamental to sustainable water supply for human wellbeing, ecological ecosystem, and economic development. Namibia is highly dependent on its water resource base for its principal productive activities | Irrigation and other agricultural uses ☐ Flood protection, Mining and Bulk Industrial, Ecosystem restoration, management, and/or nature based solutions ☐ Water transfer and reticulation☐ Bulk and raw water supply☐ Water Treatment☐ Water Storage ☐ Water Re | Namibia | Namibia Water Corporation Ltd (National Water Utilty) | The following components will require budget:a) development of a water investment plan for Namibia - this will require services of a consultant/consulting firm b) review of the water resources management plan with specific focus on customer tariffs and | Namibia’s territory extends over some 825,000 square km for a widely dispersed population of nearly 2.6 million which exacerbates development, by impeding adaptation and rapid interventions to reduce risks and damage, inclusive of loss of lives, stemmin | 1,2 million USD | Mean annual temperatures for Namibia are below 16 °C along the southern coast, between 20 °C and 22 °C in large parts of the country’s interior and the eastern parts, and above 22 °C in the north. Mean annual rainfall for Namibia is estimated to be 285 mm | Since its independence in 1990, Namibia had made progress in reducing poverty, halving the proportion of Namibians living below the national poverty line to 28.7% in 2009-10 and to 17.4% by 2015-16.Despite this, deep underlying challenges persist, under | 2023 | ☐ S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting | 3 years | Jan-24 |
| 37 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Protection and Development of the coastal area from Sidi Gaber up to Al Silsila in front of Bibliotheca Alexandrina_ Alexandria governorate | Alexandria is the second largest city in Egypt. it is one of the major cities on the Mediterranean Sea and plays an essential role in Egyptian economy and cultural life as the country’s oldest and largest port. Its population is about 6.0 million citizens | Flood protection | Egypt | Shore Protection Agency | Submerged Breakwaters | Included in the strategy of Shore Protection Agency Protection Plan | Total Budget 122 M $ | 2024 | S3A: Project Structuring | 9 years | 2024 | ||
| 38 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Innovation for Equal Water Access in Tunisia | Kumulus is a water tech company, working for decentralized and sustainable water access. We do this by building machines that turn humidity in the air into fresh drinking water. One of our goals is equal access to drinking water in rural areas, specifical | Ecosystem restoration, management, and/or nature based solutions, Bulk and raw water supply, Water Resources Development | Tunisia | The Kumulus machines parts and manufacturing The maintenance of the machines ( parts remplacement and operations ) Transport and installation of the machines Follow up and on-location monitoring and servicing of the machines | It's 2023, and according to the world bank, almost 20% of Tunisians ( more than 2 million ) do not have access to safely managed sources of water. Access to drinking water is a basic right, and lack of water can lead to a variety of health problems, incl | 820,000 EURPS | The Kumulus machines allow multiple environmental benefits, as follows: 880000 liters of water produced per year, equal to 880 tons 20 tons of plastic avoided 160 tons of CO 2 avoided | 1600 people would served per day by the kumulus machines at 2L per day per person That's equal to over 550000 people served per year using the 80 machines deployed in different locations. | Since 2021 | S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting u | 2 years | 6 months after recieving the funding - 2024 | |
| 39 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Toll Bridge, Road infrastructure One-stop Customs border point, and floating PV Solar power (BROCS) Project | The project will consist of the following attributes: (i) a toll bridge infrastructure (about 600m long), and road network upgrade from gravel to tarmac (for Kenya, about 30 Km; and for Uganda, about 35 Km; (ii) a one-stop customs border point infrastruct | Power Generation, | Kenya, Uganda | Ministry of Water, Sanitation, and Irrigation of the Republic of Kenya, Ministry of Water and Environment of the Republic of Uganda, and NELSAP (NELSAP implements transboundary components) | Project Component 1 on stakeholder engagement. This will encompass a range of activities: (i) Various community-level engagement and dialogue sessions; (ii) Meetings incorporating district and country-level administrative and political leaders; (iii) Meet | Based on the Angololo Project feasibility studies (2022), the proposed Angololo dam embankment is a rock fill dam. This type of dam cannot support the transportation of heavy goods across borders. The parties noted that the dam's structural integrity woul | 2,860,000 USD | Indification in 2021 | S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting u | 2 years | 2025 | ||
| 40 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Enhanced water supply and sanitation in Northern and West Nile Region | The project entails construction of 13 piped water supply systems in Districts of Yumbe, Nwoya, Packwach, Terego, Oyam and Madi-okollo. The project is intended to is to improve the health, living standards and productivity of the local populace. | Rural WASH services | Uganda | Ministry of Water and Environment/Rural Water supply and sanitation Department | Project Engineering Designs and construction supervision Environmental and social safeguards Construction supervision Project Monitoring and Evaluation Construction of large piped water supply systems | Rural water supply coverage is estimated at 70% and this has stagnated over the last four years. The records show that 30% of the districts have the water coverage value below the national average. Records also show 77.1% of Ugandans have access to sanita | 22,000,000 USD | 2023 | ☐ S3B: Transaction Support & Financial Close: This phase involves creating the appropriatecommercial and technical structure for the project crucial not only for attracting finance, butalso for attracting the right mix of finance, development of financing | 5 | 2028 | ||
| 41 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | National Drainage Project IV | Supply agriculture land by 1.4 million Fadden through subsurface drainage networks rehabilitation, civil works rehabilitation on open drains and to increase flow capacity. | Irrigation and other agricultural uses, Water transfer and reticulation, Water Resources Development | Egypt | EPADP | subsurface drainage networks, surface drainage rehabilitation and civil works. | Improving agricultural productivity and environment and creating cleaner and more hygiene environment by substituting open drains with covered ones. | 720 million USD | 2023 | ☐ S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting | 12 years. | 2025 | ||
| 42 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Noordoewer/Vioolsdrift Dam | 1 INTRODUCTION AND BACKGROUND 1.1 OVERVIEW OF THE ORANGE-SENQU BASIN The Orange-Senqu River originates in the highlands of Lesotho and runs for over 2,300 km to its mouth in the Atlantic Ocean on the border between Namibia and South Africa (see Figure 1). | ☐ Irrigation and other agricultural uses ☐ Flood protection☐ Rural WASH services☐ Urban WASH services☐ Mining and Bulk Industrial☐ Power Generation☐ Ecosystem restoration, management, and/or nature based solutions ☐ Water transfer and reticulation☐ Bulk a | Namibia, South Africa | Permanent Water Commission (PWC) - Namibia and South Africa | Bridging Study to complete the feasibility Study, Design and procurement Construction. | Namibia and South Africa share a common water resource challenge in the Lower Orange. The two states agreed that appropriate water storage infrastructure such as NVD must be put in place to ensure that Lower Orange River is not negatively impacted by curr | N$/ZAR 10 billion | The NVD FS 2020 described the existing baseline environment and potential risks and impacts identified in the feasibility study, no fatal flaws were identified. Key findings are summarised as follows:Regarding the ecological consequences, the study iden | The NVD FS 2020 EIA Status Report included a description of the affected environment with regards of the social environment and heritage of the study area. The Report included a matrix containing the social impact parameter and description, along with the | 2027 | S2A: pre-feasibility study: This stage encompasses successful completion of activitiesfocused on acquiring support for basic and technical financial modeling; conducting of duediligence and finalizing of the pre-feasibility studies | 5 years | 2024 |
| 43 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Transboundary Angololo Water Resources Development Project | The Republics of Kenya and Uganda in collaboration with Nile Equatorial Lakes Subsidiary Action Program (NELSAP) through the Sio Malaba Malakisi (SMM) River Basin Management (RBM) project identified Angololo Project in 2010 with the objective of increasin | ☐ Irrigation and other agricultural uses ☐ Flood protection☐ Rural WASH services☐ Urban WASH services☐ Mining and Bulk Industrial☐ Power Generation☐ Ecosystem restoration, management, and/or nature based solutions ☐ Water transfer and reticulation☐ Bulk a | Kenya, Uganda | Ministry of Water, Sanitation, and Irrigation of the Republic of Kenya, Ministry of Water and Environment of the Republic of Uganda, and NELSAP (NELSAP implements transboundary components) | Water storage dam with 31.6 MCM capacity, 40 m high; Mini Hydropower plant of capacity 1.3 MW; Irrigation development of about 4,000 hectares; domestic water supply to over about 270,000 people, including livestock water supply; watershed management; init | The Kenya Vision 2030 is, “a globally competitive and prosperous Kenya”. Agriculture is among the priority sectors to be fast tracked to realize the Kenya Vision 2030 goal of achieving a medium income status. The vision aims at transforming Kenya into “a | 132,147,773 USD | The project is expected to trigger environmental safeguards concerns as per the ESIA studies undertaken. The project’s negative impacts were identified together with the associated costs of mitigating such impacts. The details are in the ESIA reports for | The inundated reservoir area that will need acquisition on the Kenyan side covers locations such as Kamachar, Adumai, Odoot, Akadot, Kagutio, Kongololo A, Kongololo B, Kongololo C and Mong’odewa Villages. The proposed dam inundated surface area covers app | 2022 | ☐ S2A: pre-feasibility study: This stage encompasses successful completion of activitiesfocused on acquiring support for basic and technical financial modeling; conducting of duediligence and finalizing of the pre-feasibility studies☐ S2B: feasibility stu | 5 years | 2025 |
| 44 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Strategic Towns Water Supply and Sanitation Project (Phase II) | High population growth in Uganda has led to overwhelming demand for safe water supply and sanitation services. The urban safe water coverage is estimated at 72% as of June 2022. This implies that approximately 6 million urban dwellers have no access to s | Urban WASH services, Water transfer and reticulation☐ Bulk and raw water supply, Water Storage ☐ Water Resources Development | Uganda | Component 1: Construction of urban water supply and sanitation infrastructure. This is inlcudes: a) Intake structures b) Water Treatment Plant c) Booster stations d) Transmission lines e) Distribution system f) Reservoir tanks g) Electrical and Mechanical | Climate change effects have impacted on the water resources and sanitation interventions in urban areas in Uganda. The Paris Agreement on Climate Change, along with the 2030 Agenda, including the Sustainable Development Goals, forms the most comprehensive | 143,385,925 USD | Environmental risks and adverse impacts of the Project during the construction phase may lincude include loss of vegetation and soil disturbance leading to land degradation at construction sites; increased solid and liquid waste generation with potential | Social impacts during project implementation may include occupational health and safety risks with potential to cause accidents resulting in injuries, damages and/or losses; influx of laborers with potential to cause an increase in the spread of communica | 2021 | ☐ S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting | 5 years | Jul-25 | |
| 45 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Revamping Sierra Leone: Improving Access to WASH Facilities, Developing Climate Resilient and Ecosystem Services in Sierra Leone | Sierra Leone, located on the west coast of Africa, is a nation blessed with abundant water resources, including 12 river basinss, lakes, and groundwater reservoirs. Despite this abundance, the country faces significant challenges in managing its water res | ☐ Irrigation and other agricultural uses ☐ Flood protection☐ Rural WASH services☐ Urban WASH services☐ Mining and Bulk Industrial☐ Power Generation☐ Ecosystem restoration, management, and/or nature based solutions ☐ Water transfer and reticulation☐ Bulk a | Sierra Leone | National Water Resources Management Agency (NWRMA), Electricity Water Regulation Commission (EWRC), Guma Valley Water Company (GVWC), Sierra Leone Water Company (SALWACO), Ministry of Environment and Climate Change | 9.1 Improve Sustainable Water Resources Management in Sierra leone. 9.1 a: Restoration of four national (Western Area, Rokel, Taia/Pampana and Sewa) and the transboundry basins (Great and Little Scarcies, Moa and Mano) river basins | Sierra Leone, like many countries, faces the escalating impacts of human activities and climate change on water resources and the environment. These include erratic rainfall patterns, increased temperatures, and extreme weather events, all of which have p | 345,060,000 USD | The Water Supply, Sanitation, Climate Change, and Water Resources Management components in this project are vital initiatives that seek to provide clean and accessible water, enhance sanitation facilities, mitigate climate change risks, and promote sustai | The project will bring relevant social benefits in the area under study, namely in terms of the population's access to drinking water and improved sanitation. The projects will improve the lives of people in Sierra Leone by ensuring that they have access | 2023 | ☐ S1: Project definition and planning: This phase includes part of the early stage concept designwork needed before the pre-feasibility phase encompassing concept note development, ToRsfor Pre-feasibility study, finalizing project grant agreement, setting | 5 years | Jan-24 |
| 46 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Project to build an aquarium in Kinshasa | The aquarium construction project aims to create a space dedicated to the discovery, education and preservation of aquatic life. It will offer visitors an immersive experience, while raising public awareness of the importance of preserving the oceans and | Ecosystem restoration, management and nature based solutions other | Democratic Republic of Congo | Network of Basin Organisations in the Democratic Republic of Congo ROBRDC | Construction of the aquarium building, equipping it with materials and equipment for endemic and other species. An educational programme will also be set up, including educational workshops and conferences. | The aquarium building is of great importance, as it must be designed to recreate the natural habitats of the marine species on display. It must also be adapted to ensure the well-being of the animals and recreate the optimum conditions of their natural en | 40 billion USD | 2025 | S2A: Pre-feasibility study | ||||
| 47 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Project to set up basin organisations and build institutional and human capacity | To ensure integrated, sustainable and concerted management of water resources and the preservation of water quality. They will help to ensure that water is used equitably and efficiently, while preventing water-related risks and promoting the conservation | Irrigation Flood protection Rural WASH services Urban WASH services Mining and bulk industrial Power generation Ecosystem restoration, management and nature based solutions Water transfer and reticulation Bulk and raw water supply Water treatment Water st | Democratic Republic of Congo | Network of Basin Organisations in the Democratic Republic of Congo ROBRDC | Process of creating basin organisations: Training of stakeholders: Equipping basin organisations: | The process of creating basin organisations is a key element in ensuring integrated and sustainable management of water resources. It must be transparent, participatory and inclusive, involving all stakeholders. Coordination between the various local auth | 7 billion USD | 2025 | S2A: Pre-feasibility study | ||||
| 48 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Setting up instruments for managing water resources: setting up cross-border basin authorities and a water information system | For this project, the Democratic Republic of Congo will draw up the National Policy for Sustainable Water Resources Management (PNGDRE); the Master Plan for the Development and Sustainable Management of Water Resources (SDAGE); set up the Transboundary Ba | Flood protection Ecosystem restoration, management and nature based solutions Water resources development Disaster risk management | Democratic Republic of Congo | Water Resources Department | Drawing up a sustainable water resources management policy; USD 1,000,000 - Drawing up a Master Plan for the Sustainable Management of Water Resources: USD 5,000,000 - Establishment of transboundary basin authorities (Lake Moero, Luapula River, Shiloango | Sustainable management of water resources, guaranteeing access to clean drinking water, preserving aquatic ecosystems and adapting to the challenges of climate change; - To plan, coordinate and monitor the implementation of national water policy, while p | 21 million USD | 2022 à 2023 | S1: Project definition and planning | ||||
| 49 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Construction of a higher education centre for integrated water resource management | The project to build an IWRM training centre aims to create a space dedicated to learning and developing skills in the field of sustainable water management. which does not exist in the Democratic Republic of Congo, a country with the largest freshwater s | Irrigation and other agricultural uses Flood protection WASH services in rural areas WASH services in urban areas Mining and bulk industry Power generation Ecosystem restoration and protection and/or nature-based solutions Water transfer and reticulation | Democratic Republic of Congo | Network of Basin Organisations in the Democratic Republic of Congo ROBRDC | Classrooms, laboratories, conference rooms, administrative offices, water resource management simulator, wastewater collection and treatment system, experimental water conservation garden, accommodation for learners and teachers… | the classrooms, conference rooms and administrative offices are all facilities that must meet the standards required to do a good job; the laboratories at the integrated water resources management training centre will play a key role in practical learning | 10 million USD | 2024 | S2A: Étude de préfaisabilité: | ||||
| 50 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Water, Hygiene and a Healthy Environment | It consists of developing, sanitising and improving the drinking water points used by indigenous women and girls. | WASH services in rural areas WASH services in urban areas Water treatment | Democratic Republic of Congo | ONG DSF | 1. communication/awareness-raising 2) Identification 3. develop/heal/improve 4. Training 5. operation | 1 Rational management of water resources 2. access to drinking water 3.sanitation 4. reducing inequalities. | 162.000.000 FCFA | Environmental studies carried out to ensure that biodiversity is preserved and the environment is not degraded. | Indigenous households through women and girls will have access to safe, clean drinking water. They will be protected against water-borne diseases. Reduce inequalities in access to drinking water. | Year 2023-2024 | S1: Project definition and planning: S2B: Feasibility study: S3A: Project structuring: S2A: Pre-feasibility study: | 2 years | December 2024. |
| 51 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Building resilience to climate change and IWRM in the Senegal River Basin. | This project aims to improve knowledge of water resources, the resilience of public water services and populations to flooding, and to improve Integrated Water Resources Management (IWRM). | Protection against flooding | Mauritania | Centre National des Ressources en Eau ( CNRE) | The following components require funding: - Preliminary studies, inventory of water resources and drafting of terms of reference, monitoring and control of works. - Development and implementation of the Flood Early Warning System (EWS). - Drawing up an | The 5 strategic areas for 2030 are : 1) Understanding, monitoring and protecting water resources, 2) Providing access to drinking water for as many people as possible, 3) Improving access to water for agriculture and livestock, 4) Improving access to liq | 10 million USD | Annual floods cause a great deal of loss of life and property. In the Senegal River valley, more than 400,000 people are vulnerable to flooding and extreme events. The people living on the right bank of the Senegal River are highly dependent on the natura | 2023 | S1: Project definition and planning: | 4 years | 2025 | |
| 52 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Improving access to drinking water from groundwater | The project aims to improve the living conditions of people in two regions of south-west Mauritania by (i) improving access to drinking water in 2 urban centres that currently have none (ii) connecting around twenty localities along the water supply route | WASH services in rural areas WASH services in urban areas Development of water resources | REPUBLIQUE ISLAMIQUE DE MAURITANIE | Hydraulics Department/Water Department | '- Construction of production boreholes - Pumping and recovery stations - Delivery and distribution pipes - Storage tanks - Project implementation and support, including project management and technical assistance. | The National Strategy for Sustainable Access to Water and Sanitation by 2030 (SNADEA 2030), envisages a connection rate in urban areas of 100% by 2030 through the reinforcement of water resources from large-scale projects mobilising continental surface wa | 25 million USD | All the boreholes to be drilled should eventually supply 70,000 people with water. The annual volume abstracted (1 million m3) will represent around 30% of the locally renewable resource, based on a radius of influence limited to 1 km and assuming a low a | The sectoral objective of this project is to help set up an efficient drinking water supply system in the towns concerned in order to support the country's economic growth. The project's lack of a secure drinking water supply network in these towns is a p | 2024 | S1: Project definition and planning: S2B: Feasibility study: | 4 years | 2028 |
| 53 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Improving access to drinking water from river water and desalination | The project involves improving access to drinking water in five towns in southern Mauritania using surface water from the river, and in coastal localities by desalinating water. It aims to contribute to achieving the Millennium Development Goals (MDGs). | WASH services in rural areas WASH services in urban areas Water treatment Water resources development | Mauritania | Direction de l'Hydraulique | Treatment plant including pumping station on the river - Desalination plant - Delivery and distribution pipes - Pumping and recovery stations and storage reservoirs - Monitoring and evaluation of the water service and IWRM - Project implementation and s | The National Strategy for Sustainable Access to Water and Sanitation by 2030 (SNADEA 2030), envisages a connection rate in urban areas of 100% by 2030 through the reinforcement of water resources from large-scale projects mobilising continental surface wa | 60 million USD | In addition to the socio-economic benefits, the project will not have any irreversible negative impact on the environment. On the contrary, it will help to improve the environmental and social conditions of the area in which it operates. The negative impa | The project to improve access to drinking water from the river and desalination from the river is part of the National Strategy for Sustainable Access to Water and Sanitation (SNADEA) for 2030, which has been drawn up in parallel with, and consistent with | 2024 | S1: Project definition and planning: S2B: Feasibility study: | 5 years | 2029 |
| 54 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Construction of a Large Dam at Tarf El Mehroud in the Moughataa of Tintane in the Wilaya of Hodh Elgharbi | The TARF EL MEHROUD dam has been identified as a suitable structure for storing rainwater and protecting the town of Tintane against flooding. This structure is undoubtedly the main permanent source of water in the area for various uses. | Irrigation and other agricultural uses Flood protection Ecosystem restoration and protection and/or nature-based solutions Raw and bulk water supply Water treatment Water storage Development of water resources | Mauritania | Direction de l'Hydrologie et des Barrages/Ministére de l'Hydraulique et de l'Assainissement | the main components of the project work requiring a budget are : Site installation Earthworks Weir Bottom drain and valve chamber § Intake Dam monitoring Access roads Electrical connection | the demand for water, essentially driven by a population growth rate of 2 per year, should result in the mobilisation of renewable surface water for various uses (drinking water supply, agriculture and industrial uses). Faced with these challenges, the Ma | 22 million USD | environmental impact studies available | socio-economic studies available | 2022 | S2B: Feasibility study: S3A: Project structuring: | 3 years | 2027 |
| 55 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Project to Improve Access to Water and Sanitation in the Commune of Sandare | Project to improve access to drinking water and sanitation in the municipality of Sandaré and improve the living conditions of vulnerable communities by empowering local stakeholders, providing sustainable access to drinking water and improving hygiene an | WASH services in rural areas Restoration and protection of ecosystems and/or nature-based solutions Water resources development Other | Mali | Association communale | The project focuses on two main components: 1. management of the public water service; 2. hygiene and sanitation practices in educational establishments and in the community. For the water component For each of the SHVAs built as part of our action, a set | Throughout Sandaré, there are 65 standpipes supplied by 3 SAEPs, 2 SHVAs, 2 AESs and 03 functional PMHs (Direction Régionale de l'Hydraulique, 2021). However, the problem is the uneven distribution of drinking water resources across the region. In some l | 235079,25(€) soit 154201880 Francs CFA | In environmental terms, the impact can be measured through the following elements: The availability of water makes it possible to carry out other activities such as reforestation, a factor in a healthy environment, The availability of latrines reduc | On the social aspect, it should be noted that : Sufficient quality water strengthens social cohesion among groups sharing the same land; The social well-being of target populations thanks to water, a factor in development The availability of latr | 2023 | S1: Project definition and planning: S2B: Feasibility study: S3B: Transaction support and financial close: | 3 years | 2024 |
| 56 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Groundwater mobilisation project in Cape Verde | The Groundwater mobilisation project is perfectly in line with the government's current policy of mobilising water resources, since the aim of this project is to drill 200 boreholes to capture groundwater, at depths of between 200 and 300 metres | Irrigation and other agricultural uses Raw and bulk water supply Water treatment Water storage Development of water resources | Cape Verde | Agence National d'eau et assainissement | The total budget for the project was estimated at 75 million US dollars (USD 75,000,000). The unit prices used to calculate the total budget are local prices in the municipalities to which the specific calculations relate. They are unit prices in each isl | Cape Verde is a Sahelian country, characterised by enormous difficulties in terms of the availability of water resources. In fact, low rainfall, concentrated over around two months of the year, high evapotranspiration and steep geomorphology mean that sur | 75,000,000 USD | The water deficit in Cape Verde The National Strategic Plan for Water and Sanitation (PLENAS) guarantees citizens' right to drinking water, while establishing limit values for water abstraction and conditions of access to water sources. These values, whic | Thanks to the physical implementation of the project, the country will now have 200 boreholes enabling groundwater to be mobilised to supply the population with drinking water. This will have a very positive impact on the well-being of the people affected | 2023 | S2A: Pre-feasibility study: S1: Project definition and planning: | 3.5 years | Jan 2024 |
| 57 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Sanitation and Drinking Water Supply through Boreholes in Kinshasa and South Kivu in Fizi and Uvira | The project comprises the following components 1. Supply, Rehabilitation and Extension of Infrastructure 2. Behaviour Change Communication 3. Study of the National Rural WATSAN Programme 4. Institutional supportProject management 5. Sanitation | Flood protection WASH services in rural areas WASH services in urban areas Ecosystem restoration and protection and/or nature-based solutions Water transfer and reticulation Raw and bulk water supply Water treatment Water storage Development of water reso | Democratic Republic of Congo | Coordination DASoD, Département de WASH et Assainisement | This project is made up of seven parts or areas of intervention. These are(i) Feeding, Rehabilitation and Extension of WATSAN Infrastructure; (ii) Behaviour Change Communication (BCC); (iii) Study of the National Rural WATSAN Programme (iv) Institution | In the context of the politico-military situation that the DRC has experienced and continues to experience in Kinshasa (the capital of the RD CONGO) and in North and South Kivu, flooding due to heavy torrential rains, the country's socio-economic indicato | 7 million USD | The environment of the city of Kinshasa and our two territories in the province of SUD-KIVU (FIZI and UVIRA) leaves much to be desired. Environmental analysis shows that these target areas are threatened by flooding, air pollution and a lack of sanitation | Society in Kinshasa suffers from a lack of sufficient drinking water and a healthy or clean environment. Analysis shows that more than 80 percent of the population in our target area needs drinking water and a clean, healthy environment. | 2022 | S1: Project definition and planning: S3A: Project structuring: S2A: Pre-feasibility study: S2B: Feasibility study: S3B: Transaction Support and Financial Close: | 7 years | Début janvier 2024 |
| 58 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Wash in health facilities in the Kayes, Koulikoro and Sikasso regions | Improving access to water, hygiene and sanitation in health centres in the Kayes, Koulikoro and Sikasso regions. Meet basic needs relating to access to water, hygiene and sanitation in health centres, with a particular focus on practices. | WASH services in rural areas | Mali | CROIX-ROUGE MALIENNE | 1. provide kits for filtering turbid water and treating water points 2. Set up water point management committees 3. Train craftsmen to repair water point infrastructures 4. Train members of water point management committees 5. Raise awareness of w | Access to drinking water is still far from universal in Mali. Around seven out of ten households (69%) use drinking water from improved sources. The majority (95%) of households in urban areas obtain their drinking water from an improved source, compared | 1 233 318 873 F CFA | Generally speaking, the coverage rate for drinking water supply remains low. The technological choice of waterworks is outdated in many localities. In many localities, the waterworks are large-diameter wells and human-powered pumps, which need to be conve | 2023 | S1: Définition et planification du projet: | 5 years | 2023 | |
| 59 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Inclusive Sanitation Project in five towns in Mauritania | With a view to implementing inclusive sanitation in the towns of Nema, Aioun, Kiffa, Kaédi and Rosso, a study is being drawn up with the aim of defining bankable projects for these towns. To this end, we are seeking funding for this project. | Flood protection WASH services in urban areas Restoration and protection of ecosystems and/or nature-based solutions Water treatment Removal of flood protection and implementation of disaster risk management | Mauritania | Direction de l'Assainissement | 1) Construction of a wastewater treatment network 2) Construction of a rainwater drainage network 3) Construction of a treatment system 4) Operation of the project implementation structure. | The project will contribute to achieving Axis 4 of the National Strategy for Sustainable Access to Water and Sanitation (SNADEA) for 2030: Improving access to liquid sanitation and hygiene. The results of Axis 4 relate to the management of faecal sludge, | 316 millions USD | 2023 | S2B: Étude de faisabilité: | 5 years | |||
| 60 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Citizen Mobilisation, Sustainability and Renewable Energies for Intelligent Management of Water Resources in Benin (EAU+ Project) | The EAU+ project aims to put in place a comprehensive and innovative water resource management programme in Benin, incorporating three key pillars: citizen mobilisation, sustainability and the use of renewable energy in the sector. | WASH services in rural areas WASH services in urban areas Restoration and protection of ecosystems and/or nature-based solutions Water storage | Bénin | LEB | For the EAU+ project in Benin, several components and parts will require a budget for their effective implementation. Here are the main parts of the project that will require specific funding: Citizen mobilisation : Awareness-raising campaigns: Funding fo | The implementation of the EAU+ project in Benin is justified by several key factors, which are closely linked to the country's development objectives, the contributions determined at national level and the national adaptation plan. The country's developme | 400 000 000 FCFA | The EAU+ project aims to improve the intelligent management of water resources in Benin by implementing actions to increase access to drinking water and sustainable sanitation. Positive aspects : Conservation of water resources: The EAU+ project aims to | The EAU+ project aims to improve the intelligent management of water resources in Benin by increasing access to drinking water and sustainable sanitation. Positive social impacts : Improved access to drinking water: The EAU+ project aims to increase acce | 2023 | S1: Project definition and planning: S2B: Feasibility study: S3A: Project structuring: S3B: Transaction support and financial closure: | 4 years | 2024 |
| 61 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Implementation of a water information system in the Cavally Watershed | In Côte d'Ivoire, the growing scarcity of water resources and their uneven distribution, both in terms of adequate quantity and preserved quality, is a major concern for the Ministry of Water and Forests, which manages them.However, if an effective and | Irrigation and other agricultural uses ☐ Flood protection☐ WASH services in rural areas☐ WASH services in urban areas☐ Mining and bulk industry☐ Power generation☐ Ecosystem restoration and protection and/or nature-based solutions nature☐ Water transfer an | Côte d'Ivoire | Direction Générale des Ressources en Eau – Ministère des Eaux et Forêts | Component 1: Diagnosis and preliminary studies 1) Carrying out an inventory of water resources in the national section of the Cavally basin; 2) Carry out and validate the study on the uses and needs of water resources; 3) Carrying out an inventory of the | The potential of available and exploitable water resources for all sectors of activity is not well known, and resource assessments are not updated due to the unavailability of operational measuring instruments throughout the country and of inventories of | 13 290 000 000 FCFA | "From an environmental point of view, the Cavally basin is marked by the following main problems: - Loss of biodiversity - Deforestation and deforestation - Degradation of water quality - Climate variability and change - Water-related diseases - Bank eros | "Public consultation and participation is a key element in the implementation of the EIS in the Cavally basin. It will be important to involve local communities in the planning and implementation of the project. Their needs, concerns and local knowledge | 2024 | ☐ S1: Project definition and planning: This phase includes some of the preliminary design work required prior to the pre-feasibility phase, including the development of a concept note, the terms of reference for the pre-feasibility study, the finalisation | 4 years | 2026 |
| 62 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Setting up and operating a laboratory to monitor the quality of raw water resources at national level | In terms of water resource management, although Côte d'Ivoire has large reserves of surface and groundwater, used in various sectors of activity (human water supply, agriculture, energy, fishing, transport, urbanisation, etc....), the problems affecting t | Irrigation and other agricultural uses, WASH in rural areas, WASH in rural areas, Raw and bulk water supply, Water treatment, Water resources development | Côte d'Ivoire | Direction Générale des Ressources en Eau | 1) Carrying out and validating the study on the quality of water resources in the national basins; 2) Drawing up and validating the manual of procedures for monitoring water quality in the national section of the Cavally basin (collection and analysis); | The Côte d'Ivoire National Environmental Action Plan (PNAE-CI), drawn up in 1995, identified ten (10) programmes. Programme 6 on Integrated Water Resources Management (IWRM) is based on three (3) pillars, including (i) the establishment of a national syst | 2 673 688 220 F CFA | 2024 | Project definition and planning: This phase includes some of the preliminary design work required prior to the pre-feasibility phase, including the development of a concept note, the terms of reference for the pre-feasibility study, the finalisation of th | 2 years | Janvier 2026 | ||
| 63 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Multi-purpose dam project on the River Zio | The aim of the project is to build a dam with a storage capacity of 50,000,000 m3 on the Zio river to improve the drinking water supply to Greater Lomé, producing 88,000 m3/d of drinking water, and to develop irrigated agriculture over an area of 5,000 ha | Irrigation and other agricultural uses ☐ Flood protection, Raw and bulk water supply☐ Water treatment☐ Water storage ☐ Water resources development | Togo | The project has four components:- Component 1: Construction of the dam This involves building the dam itself, as well as a raw water pumping station with a capacity of _______ m3/h for drinking water and irrigation needs.- Component 2: Development of | "Lomé's drinking water supply is provided by underground resources drawn from three aquifers: the terminal continental, the Palaeocene and the Maestrichtian. The various aquifers in the Greater Lomé area are exploited by the Togolaise des Eaux (TdE) compa | 191 738 925 000 FCFA | Environmental and Social Impact Assessment (ESIA) for the entire project | Environmental and Social Impact Assessment (ESIA) for the entire project | 2022 | ☐ S1: Project definition and planning: This phase includes some of the preliminary design work required prior to the pre-feasibility phase, including the development of a concept note, the terms of reference for the pre-feasibility study, the finalisation | 5 years | 2029 | |
| 64 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Project to supply drinking water to 497 semi-urban centres in Togo | At the end of 2022, the drinking water supply rate in semi-urban areas was 54%, the lowest rate in the country (72% for rural areas and 70% for urban areas). The aim of the project is to provide 497 semi-urban centres with adequate mini drinking water sup | WASH services in rural areas, Water treatment☐ Water storage | Togo | "1-Conducting the APS, APD, DAO, EIES, financial and economic analysis and works supervision studies 2-Construction of 497 Mini AEP infrastructure works 3-Environmental measures 4-Institutional support and project coordination". | "Despite their significant demographic and economic growth, semi-urban localities have no water supply systems, or those that do are unsuitable (mainly Human Powered Pumps). More than 46% of households still have no access to drinking water. In response t | 97 milliards FCFA | Environmental and Social Impact Assessment (ESIA) for the entire project | The construction of mini water supply systems in these communities will have the following impacts Reduced incidence of water-borne diseases (diarrhoea, cholera), diseases caused by poor hygiene (scabies, trachoma, etc.), water-borne diseases; Reducing t | 2022 | ☐ S1: Project definition and planning: This phase includes some of the preliminary design work required prior to the pre-feasibility phase, including the development of a concept note, the terms of reference for the pre-feasibility study, the finalisation | 3.5 years | 2027 | |
| 65 | Satsiri Winberg | 17/04/2025 09:41 PM | Satsiri Winberg | 17/04/2025 09:41 PM | Nouakchott Coastal Protection and Enhancement Project | Nouakchott is the capital of Mauritania, with over 1.3 million inhabitants and rapid urbanisation, with an annual population growth rate of 3%. The city of Nouakchott is directly exposed to the risks of submersion and flooding due to the degradation of th | Flood protection, Ecosystem restoration and protection and/or nature-based solutions, Water treatment | Mauritania | Société d'Aménagement du Littoral de Nouakchott (a public-private company currently being set up, owned by TURF - managed by Meridiam - and the Mauritanian government). Contact: Bertrand Fournier-Montgieux, Investment Director, b.fournier-montgieux@meridi | "The pre-feasibility study estimated the total cost of the project at €60m. The costs will be borne by shareholders' equity (State and TURF), loans and investment grants.SALN is currently seeking grant funding to cover the costs of detailed studies (EI | The project will make a direct contribution to- To the national strategic objectives of the State in terms of economic development, defined in the Strategy for Accelerated Growth and Shared Prosperity (SCAPP): "laying the foundations for integrated prot | 60 million EURO | "The environmental and social analysis of the Project's developments will be a priority task that will be launched at the start of the 2023 academic year.An international consultant will be recruited in association with local consultants. The consultant | See question 15 above.The main social issues identified are the particular attention to be paid to the most vulnerable populations residing in the Project areas (in/near the Marché au Poissson, and in the areas that may be occupied on the outskirts of t | 2023 | ☐ S1: Project definition and planning: This phase includes some of the preliminary design work required prior to the pre-feasibility phase, including the development of a concept note, the terms of reference for the pre-feasibility study, the finalisation | 2.3 years | Early 2026 |