Consulting Engineers

Projects

Over the years we have undertaken a variety of projects around the globe, and have engaged in a variety of international partnerships to deliver cost-effective and innovative solutions worldwide, that would change the life of many people.
Through this time traveling has contributed to the successful completion of our projects, and has helped us understand the common problems of each society we were trying to help.
The interaction with our partners and the societies abroad keeps rewarding us with invaluable memories, a diverse work experience, fuels us with creativity, helps us build on our culture and keeps us motivated

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Studies on the improvement of peo lamia- domokos section of hospital junction to ag. Sozon

Country: Greece
Client: Sterea Ellada Prefecture
Year: 2017 - In progress
Funding: National Funding
Contract Value: 61,378.00 USD
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Studies on the improvement of peo lamia- domokos section of hospital junction to ag. Sozon

Country: Greece
Client: Sterea Ellada Prefecture
Year: 2017 - In progress
Funding: National Funding
Contract Value: 61,378.00 USD

The assignment concerns the flood control, hydraulic design and related hydrology studies of the PEO Lamia- Domokos Section of Hospital Junction to Ag. Sozon.

Irrigation development support project, construction, supervision of lusitu, mwoboshi and musakashi irrigation schemes

Country: Zambia
Client: Ministry of Agriculture and Livestock
Year: 2016 - 2019
Funding: International Development Association (IDA)
Contract Value: 2,304,790.00 USD
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Irrigation development support project, construction, supervision of lusitu, mwoboshi and musakashi irrigation schemes

Country: Zambia
Client: Ministry of Agriculture and Livestock
Year: 2016 - 2019
Funding: International Development Association (IDA)
Contract Value: 2,304,790.00 USD

The overall objective of the assignment is the supervision of the construction works for three Separate Irrigation Schemes in Lucitu, Mwomboshi and Musakashi Areas in accordance with the International Federation of Consulting Engineers (FIDIC) Conditions of Contract. The assignment includes also the preparation of Operation and Maintenance Plans and Manuals in accordance with international standards and in application of the World Bank policy. The total net irrigation area covers 254ha in Lusitu, 1,008ha in Musakashi and 5,073ha in Mwomboshi.

Construction supervision of the mwomboshi dam and preparation of dam safety plans

Country: Zambia
Client: Ministry of Agriculture and Livestock
Year: 2016 - 2018
Funding: International Development Association (IDA)
Contract Value: 28,301,810.00 USD
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Construction supervision of the mwomboshi dam and preparation of dam safety plans

Country: Zambia
Client: Ministry of Agriculture and Livestock
Year: 2016 - 2018
Funding: International Development Association (IDA)
Contract Value: 28,301,810.00 USD

The overall objective of the assignment is the supervision of the construction works for the Mwomboshi Dam and appurtenant structures in accordance with the International Federation of Consulting Engineers (FIDIC) Conditions of Contract. The Mwomboshi site is developed on both banks of the Mwomboshi River, in Chisamba District in Central Province to the east of the Great North (T2) Road, and covers a total area of around 5,150 ha gross. The main element of the design is the Mwomboshi dam (23m High). The Dam will collect water from a 954 km2 catchment, with average relief slope 3.5%, extending up to Mukamwanji Hills at the north, Lileta at the west and Namingele Hill at the south. Z&A was responsible for the detail design of the Dam.

Karnataka urban water supply modernization project (kuwsmp) cost effective and sustainable up-scaling of continuous (24×7) pressured water supply, its operation and management in hubbali – dharwad city of karnataka, india

Country: India
Client: Karnataka Urban Infrastructure Develop-ment & Finance Corporation (KUIDFC)
Year: 2016 - 2018
Funding: World Bank co-funding
Contract Value: 39,564,231 USD
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Karnataka urban water supply modernization project (kuwsmp) cost effective and sustainable up-scaling of continuous (24×7) pressured water supply, its operation and management in hubbali – dharwad city of karnataka, india

Country: India
Client: Karnataka Urban Infrastructure Develop-ment & Finance Corporation (KUIDFC)
Year: 2016 - 2018
Funding: World Bank co-funding
Contract Value: 39,564,231 USD

The Scope of work under the Contract includes a comprehensive assessment of the existing system, cost effective design of works needed for upgrading the system to a continuous pressured water supply, procurement of works/goods/services as Construction Manager for the Hubballi-Dharwad Municipal Corporation, construction supervision, system operation, maintenance of the system and customer relations (including customer interface, billing and collection) of this continuously pressured water supply system to be performed in 3 stages over the contract period of 12 years.
The project development objective is to “Improve water service quality to a continuous supply (24×7) across the three project cities of Hubli-Dharwad, Belgaum and Gulbarga in the state of Karnataka, through the establishment of institutionally and financially sustainable service delivery arrangements at ULB level”. The Scope of work under the Contract includes a comprehensive assessment of the existing system, cost effective design of works needed for upgrading the system to a continuous pressured water supply, procurement of works/goods/services as Construction Manager for the Hubballi-Dharwad Municipal Corporation, construction supervision, system operation, maintenance of the system and customer relations of this continuously pressured water supply system to be performed in 3 stages over the contract period of 12 years. Ranhill Utilities Sdn.Bhd. (Malaysia) in Joint Venture (JV) with Z&A Consulting engineers and I L & F S Water Ltd. (India) will also act as the operators of the system for the contract period of 12 years.

Feasibility studies and tender document preparation for the nyimur multipurpose water resources project

Country: Uganda
Client: Nile Basin Initiative
Year: 2016 - 2019
Funding: African Development Bank
Contract Value: 1,529,568 USD
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Feasibility studies and tender document preparation for the nyimur multipurpose water resources project

Country: Uganda
Client: Nile Basin Initiative
Year: 2016 - 2019
Funding: African Development Bank
Contract Value: 1,529,568 USD

The services included under this project are Feasibility and Tender Design Studies for the Nyimur Multipurpose Water Resources Project located in the Aswa River basin shared between Uganda and South Sudan. The project comprises a community based irrigation scheme, water reservoir, a water and soil conservation component among other enabling sub components. It will establish a water resources information/knowledge base and institutional development of the target project area. The core scheme of the project consists of a 26 m head dam and reservoir on Nyimur River and five (5) modules of irrigated lowland rice of approximately 5,105 ha. A mini hydropower plant with a capacity of 350 kW is included in the dam component. In addition, it includes the establishment, in the sub-catchments, of areas where Sustainable Land use Management is practiced as well as afforestation activities for an estimated at 14,300 ha. It envisages assessment of the likely feasibility and benefits from a technical, economic, financial, environment, social, and institutional perspectives, as well as consideration of alternative financing options.

Consulting services for engineering and technical support to the tender bidding process for construction of three irrigation schemes in group i sites and the construction of the mwomboshi dam

Country: Zambia
Client: Ministry of Agriculture and Livestock
Year: 2015 - 2015
Funding: International Development Association (IDA)
Contract Value: 106,950.00 (~115,000.00 USD)
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Consulting services for engineering and technical support to the tender bidding process for construction of three irrigation schemes in group i sites and the construction of the mwomboshi dam

Country: Zambia
Client: Ministry of Agriculture and Livestock
Year: 2015 - 2015
Funding: International Development Association (IDA)
Contract Value: 106,950.00 (~115,000.00 USD)

The main objective of this Irrigation Development Support Project is to “increase yields per hectare and value of diverse products marketed by smallholders benefiting from investments in irrigation in selected sites served by the project”, but also other uses of water supply, water for livestock and hydropower shall be examined. The project develops three irrigation sites of a total area of 6,500ha, namely Lusitu, Musakashi and Mwomboshi, at feasibility and detail design level and also includes the construction of the proposed irrigation schemes. Public and private partnerships (PPP) will be created for the irrigation development and management in all sites. Water supply is ensured via 3 main pumping stations abstracting water from Zambezi and Kafue River, and via the construction of the 23m high Mwomboshi dam of total storage volume of around 63.6MCM. The dam catchment is 954km2.

Sarako solar farm land drainage study

Country: Mauritius
Client: Sarako PVP Co Ltd.
Year: 2015 - 2015
Funding: Sarako PVP Co Ltd.
Contract Value: 30,000.00 €
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Sarako solar farm land drainage study

Country: Mauritius
Client: Sarako PVP Co Ltd.
Year: 2015 - 2015
Funding: Sarako PVP Co Ltd.
Contract Value: 30,000.00 €

A photo-Voltaic (PV) solar farm is set up by Sarako PVP Co Ltd. on a site of extent 80A along the lower slopes of St. Pierre Mountain, Mauritius. The objective of this assignment was to re-assess storm water runoff conditions and propose the implementation of watershed measures, as the cut off trench that was was constructed initially, at the cut embankment of a track road at the upstream end of the site, had been filled up with significant volumes of debris causing limitation of the constructed trench hydraulic capacity that resulted in flooding of the PV solar farm and erosion across the site. The project included also a filed investigation to identify the flooding problems, as well as a topographical survey for the development of a hydraulic model for the computation of the surface run-off arriving at the different locations on the farm.

Consulting services for feasibility study, detailed design and tender document preparation for sio-sango irrigation development and watershed management project

Country: Kenya
Client: Nile Basin Initiative
Year: 2015 - 2017
Funding: World Bank
Contract Value: 766,381.00 € (810,985.00 USD)
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Consulting services for feasibility study, detailed design and tender document preparation for sio-sango irrigation development and watershed management project

Country: Kenya
Client: Nile Basin Initiative
Year: 2015 - 2017
Funding: World Bank
Contract Value: 766,381.00 € (810,985.00 USD)

The Project is one of the three trans-boundary(Kenya and Uganda) river basin management projects implemented under the framework of the Nile Equatorial Lakes Subsidiary Action Program (NELSAP) and managed by the Nile Basin Initiative (NBI).The objective of the Project is to establish a sustainable framework for the joint management of the water resources of the Sio-Malaba-Malakisi river basin, and to prepare for sustainable development-oriented investments.The objective of the assignment is to carry out feasibility studies, detailed designs and tender documentation for the following infrastructure:a) Sio-Sango dam (with connected small hydropower facilities): a rockfill with clay core dam of 20.00 m height and Reservoir Capacity of 5,700,000 m³ and b)Sio-Sango irrigation project and water supply facilities, including all the necessary specialised activities and studies required for the identification of the optimal scenario for the implementation of the planned infrastructure.

Consultancy services of non-revenue water reduction study & design

Country: Ethiopia
Client: Dire Dawa Water Supply and Sewerage Authority
Year: 2015 - 2017
Funding: International Development Association (IDA)
Contract Value: 529,939.00 € (733,582.00 USD)
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Consultancy services of non-revenue water reduction study & design

Country: Ethiopia
Client: Dire Dawa Water Supply and Sewerage Authority
Year: 2015 - 2017
Funding: International Development Association (IDA)
Contract Value: 529,939.00 € (733,582.00 USD)

The water losses in Dire Dawa water supply network are estimated at 1,265,720 m³/annum which corresponds to 28% of the volume of water produced. The aim of the Non-Revenue Water Reduction Study will be to reduce the percentage of water losses from 28% to 18% within a five year period. The objectives include the development of an updated map of the Dire Dawa water supply network, the development in GIS software of all necessary databases required, the development of a skeletal network hydraulic model, the specification and procurement of all necessary leak detection equipment for use in effective network monitoring, improved water metering and efficient leak locating and localising, the capacity building of the DDWSSA and the training of DDWSSA staff in all aspects of NRW management and the implementation of a new organisational structure at DDWSSA through which the the proposed strategies and actions will become practicable, achievable and sustainable.

Feasibility study of water and wastewater treatment plant sludge reuse

Country: Ethiopia
Client: Addis Ababa Water & Sewerage Authority (AAWSA)
Year: 2015 - 2016
Funding: Ethiopian Government
Contract Value: 307,178.00 € (377,829.00 USD)
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Feasibility study of water and wastewater treatment plant sludge reuse

Country: Ethiopia
Client: Addis Ababa Water & Sewerage Authority (AAWSA)
Year: 2015 - 2016
Funding: Ethiopian Government
Contract Value: 307,178.00 € (377,829.00 USD)

This project will help AAWSA to assess the upcoming problem of sludge disposal and to organize the required financial and technical future actions. The assignment focused on a)the assessment of the volume of sludge production at different water and waste water treatment plants in Addis Ababa, b) the preparation of conceptual engineering designs and estimated costs for disposal and reuse of sludge, c) the analysis of the technical and financial and economic feasibility of the proposed project, d) the preparation of a Preliminary study and Tender documents, e) the analysis of Risks and Assumptions Affecting the Execution of the Project, f) the conduct of ESIA on sludge management and reuse and the g) Review of existing designs and studies.

Legedadi and dire dam rehabilitation service

Country: Ethiopia
Client: Addis Ababa Water & Sewerage Authority (AAWSA)
Year: 2015 - 2015
Funding: Ethiopian Government
Contract Value: 237,735 € (287,746 USD)
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Legedadi and dire dam rehabilitation service

Country: Ethiopia
Client: Addis Ababa Water & Sewerage Authority (AAWSA)
Year: 2015 - 2015
Funding: Ethiopian Government
Contract Value: 237,735 € (287,746 USD)

The Addis Ababa city is at present supplied with water from three surface water resources, the Legedadi, Dire and Geffersa reservoirs, and ground water sources . The Legedadi dam (1970, height: 44 m) and the Dire dam (1999, height: 41m), have a capacity of 44MCM and 19MCM respectively. The project objectives included a)the conduct of a bathymetric survey of Dire reservoir, the calculation of current storage volume, b) the review of the collected dam instrumentation data and of the dam stability status, c)the review of particular problems related to specific electro-mechanical components installed at Dire and Legedadi dams, the proposal of rehabilitation optionsat detailed final stage and of methods of implementation and time schedule, and the preparation of tender documents for material provision, and d) the review of structural modifications requested at Legedadi dam, the proposal of possible alternatives and methods of implementation and time schedule, the design of the necessary works at a detailed final stage and the provision of tender documents.

Design and construction supervision, consultants for city water distribution scada system

Country: Ethiopia
Client: Addis Ababa Water & Sewerage Authority (AAWSA)
Year: 2015 - 2016
Funding: Ethiopian Government
Contract Value: 325,127.00 € (370,645.00USD)
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Design and construction supervision, consultants for city water distribution scada system

Country: Ethiopia
Client: Addis Ababa Water & Sewerage Authority (AAWSA)
Year: 2015 - 2016
Funding: Ethiopian Government
Contract Value: 325,127.00 € (370,645.00USD)

The overall goal of the consultancy service was to provide the means to AAWSA to increase the level of services delivered to its customers by the design and implementation of a centralized SCADA system that would enable the utility operators to remotely monitor the water supply and distribution network operation from the supply sources up to the customers.The services covered a) facility inventory, b) role definition of SCADA, c) study of the water supply distribution system, d) the design of the water supply and distribution SCADA system of the city – the city water supply and distribution SCADA system will incorporate, as one system, all the existing and future developed water sources and distribution system-, e) the preparation of Tender documents, f) the Construction Supervision of first phase and e)a Training workshop for AAWSA staff.

Feasibility study for hydropower plants at chania river outfall and thika dam, and design and supervision of the construction of hydropower power generation station at chania river outfall.

Country: Kenya
Client: Athi Water Services Board
Year: 2015 - 2016
Funding: International Development Association (IDA)
Contract Value: 367,395.70 € (422,505.06USD)
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Feasibility study for hydropower plants at chania river outfall and thika dam, and design and supervision of the construction of hydropower power generation station at chania river outfall.

Country: Kenya
Client: Athi Water Services Board
Year: 2015 - 2016
Funding: International Development Association (IDA)
Contract Value: 367,395.70 € (422,505.06USD)

Athi Water Services Board intends to utilize the existing hydropower potential in its existing water facilities and generate electricity either for integration into the grid or direct usage in order to meet the increasing demand for power in Kenya.This project will exploit the residual head at the Chania outfall estimated to be about 50 meters and with an average flow of about 2.5 m³/sec in a run-of-river power generation scheme.Chania outfall is the point at which water from Thika dam together with that abstracted from Kiama and Kimakia Rivers is transmitted to Mwagu intake through a series of tunnels. Mwagu Intake the water is again transmistted through a tunnel and a pipeline to Ng’ethu water production plant for treatment and later transmission to Nairobi City for consumption. The scope of works will be in two phases as follows:a) Phase 1: Feasibility study for Hydropower Plants at Chania Outfall (3MW) and Thika Dam (1.2MW), and Preparation of Design and Bidding Document for Chania plant, b) Phase 2: Supervision and Coordination of Hydroelectric Power Generation Station at Chania Outfall.

Detailed framework and workplan to operationalise the sanitation connection action plan for mtendere

Country: Zambia
Client: MILLENNIUM CHALLENGE ACCOUNT-ZAMBIA LIMITED
Year: 2014 - 2014
Funding: MILLENNIUM CHALLENGE ACCOUNT-ZAMBIA LIMITED
Contract Value: 154,410.00 USD$
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Detailed framework and workplan to operationalise the sanitation connection action plan for mtendere

Country: Zambia
Client: MILLENNIUM CHALLENGE ACCOUNT-ZAMBIA LIMITED
Year: 2014 - 2014
Funding: MILLENNIUM CHALLENGE ACCOUNT-ZAMBIA LIMITED
Contract Value: 154,410.00 USD$

This assignment relates to the Kaunda Square Sewershed expansion component, and specifically to the sewer expansion in Mtendere. The component involved the construction of a new sewer reticulation system in Mtendere to which households will be expected to connect. Over 9,000 households were expected to benefit from this intervention. This specific assignment addressed the requirement to “give effect” to the Sanitation Connection Action Plan (SCAP) via the development of a detailed framework and work plan to operationalise it. The project objectives that needed to be implemented involved the provision of cost estimates for the household connections to the sanitation network infrastructure assets and the design and cost estimation for suitable household infrastructure, i.e. water closets (WC). The level of implementation is expected to be over 80% in order for the Sanitation Network to function efficiently. The project’s outcome will have significant impact on future endeavors in similar areas in Zambia, as it identifies the problems and risks within the parameters given. The total gravity flowing sewerage network that was examined has a length of approximately 82,000 m.

Feasibility study, preliminary & final designs, environmental and social impacts assessement for the proposed upper narok dam project in narok county

Country: Kenya
Client: Ministry of Water and Irrigation - National Water Conservation & Pipeline Corporation
Year: 2015 - In progress
Funding: Government of Kenya
Contract Value: 89,172,000 Kshs (= 1,030,000 US$)
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Feasibility study, preliminary & final designs, environmental and social impacts assessement for the proposed upper narok dam project in narok county

Country: Kenya
Client: Ministry of Water and Irrigation - National Water Conservation & Pipeline Corporation
Year: 2015 - In progress
Funding: Government of Kenya
Contract Value: 89,172,000 Kshs (= 1,030,000 US$)

The main objective of the project is the need to implement a major water project that will serve Narok Town and its environs beyond year 2020. Upper Narok Dam will be a multipurpose dam project for domestic, livestock, irrigation, flood control, other multiple water uses and planned to supply water by gravity the city of Narok, without pumping as far as possible. Upper Narok Dam will be a15,000,000 m³ reservoir capacity rock fill dam with clay core of 40.00 height. The selected site is located 300 m downstream of the confluence of the Engare Narok and Olokurto Rivers. The site is located 28 km from Narok Town. The demand is expected to rise to 18,610 m³/day by year 2039 for an estimated population of approximately 163,000 people. 50% of the present water demand will be covered by an ongoing project implemented by JICA. The area to be irrigated is approximately 200ha. The dam and the irrigation networks, that cover an area of 200ha, are designed at a detailed design stage.

Study of the outer water network of chavria dam in chalkidiki perfecture and water treatment installation

Country: Greece
Client: Chalkidiki Prefecture Authority
Year: 2013 - 2022
Funding: European Commission / Cohesion Fund
Contract Value: 1,103,387.00 € (1,489,572.45 USD)
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Study of the outer water network of chavria dam in chalkidiki perfecture and water treatment installation

Country: Greece
Client: Chalkidiki Prefecture Authority
Year: 2013 - 2022
Funding: European Commission / Cohesion Fund
Contract Value: 1,103,387.00 € (1,489,572.45 USD)

Chavrias River is one of the major rivers in the area of Chalkidiki, with a total inflow capacity up to 47.2 x 106 m³ per year. After construction, the dam will irrigate over 3,400 hectares and will supply with drinking water 42 cities and villages, with approximately 10.50 hm³/yr. The feasibility, the preliminary, the detailed design and the tender documents will be included. The water supply transmission and distribution networks are consisted of: (a) 125,970 m long HDPE pipework , (b)146,648 m long steel pipework, (c) six (6) water reservoirs of 8,250 m³ each, (d) eleven (11) pumping stations and (e) water treatment plant installations with capacity of 1.88 m³/sec (= 162,432.00 m³/d). The feasibility study of a 500 m hydraulic tunnel and the 400 m water transfer pipe from the dam and the water treatment plant was also included.

Consultants services for undertaking feasibility study for small multipurpose reserviors at norera and borenga in the mara river basin (kenya and tanzania)

Country: Kenya
Client: Nile Basin Initiative
Year: 2013 - 2014
Funding: Government of Sweden
Contract Value: 485,850.00 € (647,800 US$)
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Consultants services for undertaking feasibility study for small multipurpose reserviors at norera and borenga in the mara river basin (kenya and tanzania)

Country: Kenya
Client: Nile Basin Initiative
Year: 2013 - 2014
Funding: Government of Sweden
Contract Value: 485,850.00 € (647,800 US$)

The Mara River’s upper tributaries rise from a swamp in the Mau Escarpment of Kenya and discharges into the Musoma Bay in Lake Victoria. The River is about 400 km long, and drains a total basin area of approximately 13,325 km². The population residing in the basin is approximately 1.3 million people. The Mara River Basin is internationally recognized due to Maasai Mara-Serengeti ecosystem. Jointly, these ecosystems were recently declared the seventh new Wonder of the World. The main objective of this Service is the feasibility study for two multipurpose dams that will include the review of all information available, the carry out of topographical, hydrological surveys and geotechnical investigations and the conduct of a preliminary environmental and social impact assessments. The main features of the Zoned earthfill Norera Dam are: Height 10 m, length 130.0 m and Capacity of 0.237 MCM, on the other hand, the main features of the Zoned earthfill Borenga Dam are: Height 22 m, length 575.0 m and Capacity 15.85 MCM.A HPP(3MW) is also designed at the Borenga site.

Consultancy services for design and study of decentralized waste water management

Country: Ethiopia
Client: Addis Ababa Water & Sewerage Authority (AAWSA)
Year: 2013 - 2014
Funding: Ethiopian Government
Contract Value: 267,265.00€ (335,100.00$ USD)
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Consultancy services for design and study of decentralized waste water management

Country: Ethiopia
Client: Addis Ababa Water & Sewerage Authority (AAWSA)
Year: 2013 - 2014
Funding: Ethiopian Government
Contract Value: 267,265.00€ (335,100.00$ USD)

The main components of this contract were: a) to identify and quantify areas which cannot be connected and served by the city centralized system proposed by the wastewater master plans due to its physical inaccessibility or due to a delayed implementation plan for the centralized system by evaluating the study reports and paying technical visits to the sites b) to propose a technical solution to the identified pocket areas to consider, by categorizing in to different groups to be entertained with its own identified decentralized wastewater management system to be plugged in to the conventional system whenever the system is ready in the future, c) to propose and design decentralized waste water treatment plants for the identified areas that cannot be served by the conventional sewer master plan in the near future due to its topographic situation and lagging wastewater management implementation plan, d) to produce design detailed standard construction drawings, technical specifications, detail design calculations, BoQs and Engineering costs estimate for all proposed wastewater collection and treatment plant including other relevant infrastructures.

Port louis drainage study

Country: Mauritius
Client: National Development Unit
Year: 2013 - 2015
Funding: National Funds
Contract Value: 138.00 €
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Port louis drainage study

Country: Mauritius
Client: National Development Unit
Year: 2013 - 2015
Funding: National Funds
Contract Value: 138.00 €

The analysis included interconnected rural and urban catchments, covering a total area of 9km2. The hydraulic design process included 1D non-uniform flow modeling of three main watercourses, namely the Signal Mountain cutoff drain, the Pouce stream, the Ruisseau des Creoles stream and their feeding drains, corresponding to a total length of 6.3km, including the evaluation of the hydraulic performance of five supercritical flow junctions, sixteen bridges and two covered sections, of around 0.8km. Moreover, it included the proposal of appropriate engineering works to alleviate flooding problems at Place d’ Armes and the investigation of potential flood peak attenuation measures at the upstream (rural and semi-urban) parts of the catchments. Among the proposed solutions was the reconstruction of insufficient bridges and culverts, the increase of the hydraulic capacity of the streams, the construction of a flood detention pond and the design of new drainage works in specific areas.

Ethiopia irrigation and drainageproject feasibility study for an output based aid scheme

Country: Ethiopia
Client: World Bank
Year: 2013 - 2014
Funding: World Bank
Contract Value: 142.626,47 (188,266.94 US$)
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Ethiopia irrigation and drainageproject feasibility study for an output based aid scheme

Country: Ethiopia
Client: World Bank
Year: 2013 - 2014
Funding: World Bank
Contract Value: 142.626,47 (188,266.94 US$)

OBA (Output-Based Aid) is a results-based financing mechanism that is increasingly being used to deliver basic infrastructure and social services to the poor. The general objective of the Feasibility Study was to design an OBA Scheme to support the construction of field channels and land improvements allowing the delivery of satisfactory irrigation services to the 16,000 smallholder farmers as beneficiaries of the Megech-Seraba and Ribb I&D Schemes resulting in higher returns to investments, higher incomes for the farmers and improved protection of the environment. The area to be irrigated is 17,340 ha.