Active

Remote ID
1
By Anonymous (not verified) , 24 February 2026
PIDA Code
E.06.02.02
Project Status
Active
Project Stage
Project Definition
Completion Percentage
0
Sector Name
Energy
Subsector Name
Power Interconnector
Reference Plan
PIDA PAP 1
On SDM
Off
Summary
*** DISCLAIMER: Project information was not obtained. It will be inserted when project information becomes available. ***聽Construction of the Congo section of the Inga-Calabar transmission interconnector.
Countries
Equatorial Guinea, Cameroon, Republic of Congo, Democratic Republic of Congo, Equatorial Guinea, Gabon, Nigeria, Cameroon, Republic of Congo, Democratic Republic of Congo, Equatorial Guinea, Gabon, Nigeria
Beneficiary Countries
Cameroon, Republic of Congo, Democratic Republic of Congo, Equatorial Guinea, Gabon, Nigeria
REC
CEEAC-ECCAS
Stakeholders
Economic Community of Central African States
Equatorial Guinea - Sociedad de Electricidad de Guinea Ecuatorial
Email
ephremg@nepad.org
Latitude
0.000000
Longitude
0.000000
By Anonymous (not verified) , 24 February 2026
PIDA Code
E.06.02.05
Project Status
Active
Project Stage
Project Definition
Completion Percentage
0
Sector Name
Energy
Subsector Name
Power Interconnector
Reference Plan
PIDA PAP 1
On SDM
Off
Summary
*** DISCLAIMER: Project information was not obtained. It will be inserted when project information becomes available. ***聽Construction of the Cameroon section of the Inga-Calabar transmission interconnector.
Countries
Cameroon, Democratic Republic of Congo, Republic of Congo, Gabon, Equatorial Guinea, Cameroon, Nigeria, Democratic Republic of Congo, Republic of Congo, Gabon, Equatorial Guinea, Cameroon, Nigeria
Beneficiary Countries
Democratic Republic of Congo, Republic of Congo, Gabon, Equatorial Guinea, Cameroon, Nigeria
REC
CEEAC-ECCAS
Stakeholders
Economic Community of Central African States
Email
ephremg@nepad.org
Latitude
0.000000
Longitude
0.000000
By Anonymous (not verified) , 24 February 2026
Project Status
Active
Project Stage
Project Definition
Completion Percentage
0
Sector Name
Energy
Subsector Name
Hydro Power Plant
Reference Plan
PIDA PAP 2
On SDM
Off
Summary
TBD
Description

The project involves conducting the feasibility studies in respect of the design, development, operation and maintenance of a High Voltage Direct Current ("HVDC") transmission scheme that will deliver 5000 MW of electricity to South Africa in terms of the Inga 3 Low Head Project (the "Feasibility Study". The HVDC transmission scheme will traverse through Zambia, Zimbabwe and/or Botswana ("Transit Countries"). The feasibility study will deal with matters related to, amongst others, land rights, land development, environmental authorisation and commercial arrangements. The Feasibility Studies will be conducted on the Transit Countries, DRC and RSA;

Capex Cost
0.00USD million
Preparation Cost
0.00
Operation Cost
0.00
Countries
Botswana, Democratic Republic of Congo, South Africa, Zambia, Zimbabwe, Democratic Republic of Congo, Botswana, Democratic Republic of Congo, Eswatini, Lesotho, Mozambique, Namibia, South Africa, Zambia, Zimbabwe
Beneficiary Countries
Democratic Republic of Congo
Stakeholders
African Union Development Agency
Email
nguena.kitio1996@gmail.com
Start Date
Date Created Raw
Updated Date
By Anonymous (not verified) , 24 February 2026
PIDA Code
E.05.01
Project Status
Active
Project Stage
Feasibility
Completion Percentage
0
Sector Name
Energy
Subsector Name
Hydro Power Plant
Reference Plan
PIDA PAP 1
On SDM
Off
Summary
<p>The overall objective of the project is to generate 11 050 MW at Inga site by building a hydropower plant with transmissions lines within DRC and across borders. Transmissions lines are designed to connect with South Africa through SAPP power lines. In the western part of DRC, transmission lines could link with Nigeria and Angola. In particular the project will: Contribute to the realization of the NEPAD objectives of increased power interconnections across Africa; Facilitate trade in power between SAPP and DRC; Promote economic development in DRC,SAPP, Central African Power Pool and WAPP; Contribute to job creations in DRC and all power pool countries involved in the project;. Technical Features: Installed capacity: 11 050 MW Number of dams: 2. Transmission lines: Inside DRC 2 000 km long. Outside DRC: 3 000 km long.</p>
Description

<p>This project involves the construction of a 11050 MW Inga 3 hydropower project on the Congo River. The project is seen as the leading clean, affordable and development option to address the challenges of energy access in Africa. It reaches beyond energy access as it would also create local employment and income opportunities and would help stabilise the political conditions in the African countries involved through cross-border cooperation in Africa and beyond.</p>

Capex Cost
0.00USD million
Preparation Cost
0.00
Operation Cost
0.00
Countries
Democratic Republic of Congo, Democratic Republic of Congo, Angola, Democratic Republic of Congo, South Africa
Beneficiary Countries
Democratic Republic of Congo
REC
SADC
Stakeholders
Southern African Development Community
Southern African Power Pool
DRC - Agence pour le Developement et la Promotion du projet Grand Inga
DRC - Ministry of Energy and Water Resources
Email
ephrem.hailu@giz.de
Start Date
Date Created Raw
Updated Date
Latitude
-17.830000
Longitude
31.053400
By Anonymous (not verified) , 24 February 2026
Project Status
Active
Project Stage
Feasibility
Completion Percentage
0
Sector Name
Water
Subsector Name
Water Aquifier Management
Reference Plan
PIDA PAP 2
On SDM
Off
Summary
The Northern Sahara Aquifer System &#40;SASS&#41; is a basin of more than 1000,000 km shared by three countries (Algeria, Tunisia, Libya) with considerable but not renewable water potential. This water potential is overexploited in view of the estimates of the levies, which rose from 0.6 billion m3/year in 1970 to 2.8 billion m3/year in 2013, almost triple the average recharge (1 billion m3/year).
Description

<p>The Northern Sahara Aquifer System &#40;SASS&#41; is a basin of more than 1000,000 km shared by three countries (Algeria, Tunisia, Libya) with considerable but not renewable water potential. This water potential is overexploited in view of the estimates of the levies, which rose from 0.6 billion m3/year in 1970 to 2.8 billion m3/year in 2013, almost triple the average recharge (1 billion m3/year).</p><p>If the state of overexploitation persists, due to the increase in water needs that could double by 2030 due to the extension of irrigation, the consequences will be dramatic and may result, among other things, in a sharp deterioration in water and soil quality. As a result, alternative solutions must be sought through, among other things, the generalization of renewable energy (solar), the realization of renewable water points, drainage systems, water demineralization stations accompanied by efficient management of irrigation water.</p><p>The project serves a planned infrastructure asset of another sector, but there is less than 50% overlap in the geography serviced by the proposed project and the other sector planned asset.</p><p>Agricultural development through irrigation efficiency to triple irrigated areas by 2030; The development of solar energy, especially in arid areas; Job creation in the agricultural sector; Modernising irrigation through water-efficient practices; The use of unconventional water in irrigation through the demineralization of brackish water and the recovery of drainage water; The involvement of the private sectors and research in agricultural development; Incentives to invest in major agricultural projects; The development of cold storage capacity and packaging centres, particularly in arid areas; The attractiveness of the agricultural sector to young people. Innovation Drip System: - Use of Solar Energy; - applications of the "renewable energy-water-agriculture" nexus. - Rain systems outside the oasis, available in: - Private irrigated serriculture system and perimeter for the production of early or off-season market garden products with high added value. There, the problem is related to the degradation of the quality of the groundwater resource by salinization by contamination with marine water; The rain-fed olive system, threatened with drought with decline. In both cases, too, the application of a "renewable energy-water-agriculture" nexus is able to safeguard and redeploy them on the path to sustainability. The expected results of this reasoned intensification are as follows: - The conservation of water and soil resources and the preservation of their qualities; - Significant improvement in agronomic performance (saving 30% of irrigation water, recovery and reallocation of drainage water, at least doubling yields/ha relative to baseline, diversification of production and improvement in quality). This with a very positive integration of livestock into crop systems; - The increase (double or even triple) in the income of farmers to the benefit of the local economy; - The consolidation of the social structures and cultural values of these regions based on group solidarity, through new structures created and adopted by the indigenous peoples themselves. - Establishment of demineralization stations for brackish waters<br></p>

Capex Cost
91.00USD million
Preparation Cost
10.00
Operation Cost
0.00
Countries
Algeria, Libya, Tunisia, Algeria, Libya, Tunisia, Algeria, Libya, Tunisia
Beneficiary Countries
Algeria, Libya, Tunisia
REC
UMA-AMU
Stakeholders
African Union Development Agency
Arab Maghreb Union
Email
ephremg@nepad.org
Start Date
Date Created Raw
Updated Date
By Anonymous (not verified) , 24 February 2026
Project Status
Active
Project Stage
Feasibility
Completion Percentage
0
Sector Name
ICT
Subsector Name
Internet Exchange Point
Alternative Names
Implementation of a Regional Internet Exchange Point
Reference Plan
PIDA PAP 2
On SDM
Off
Summary
<p>The project is to set up a regional internet exchange point (RIXP) where traffic between countries within the West Africa region can be exchanged by public peering.</p>
Description

<p>The project is to set up a regional internet exchange point (RIXP) where traffic between countries within the West Africa region can be exchanged by public peering</p>

Capex Cost
0.00USD million
Preparation Cost
300,000.00
Operation Cost
0.00
Project Risk

<p>The major Risk is the lack of Finance for the implementation and stability of the project.</p>

Countries
Togo, Sierra Leone, Nigeria, Niger, Senegal, Guinea, Gambia, Guinea-Bissau, Cabo Verde, Mali, Burkina Faso, Benin
Beneficiary Countries
Togo, Sierra Leone, Nigeria, Niger, Senegal, Guinea, Gambia, Guinea-Bissau, Cabo Verde, Mali, Burkina Faso, Benin
Start Date
Date Created Raw
Latitude
7.520000
Longitude
-3.045270
By Anonymous (not verified) , 24 February 2026
PIDA Code
T.16.07
Project Status
Active
Project Stage
Project Definition
Completion Percentage
0
Sector Name
Transport
Subsector Name
Port
Reference Plan
PIDA PAP 1
On SDM
Off
Summary
*** DISCLAIMER: Project information was not obtained. It will be inserted when project information becomes available. ***聽Construction of new port/container terminal at Ile Boulay, Abidjan (Cote d'Ivore).
Countries
C么te d'Ivoire, C么te d'Ivoire, C么te d'Ivoire
Beneficiary Countries
C么te d'Ivoire
REC
ECOWAS-CEDEAO
Stakeholders
Economic Community of West African States
C么te d鈥橧voire - Port Autonome d'Abidjan
Email
ephremg@nepad.org
Latitude
0.000000
Longitude
0.000000
By Anonymous (not verified) , 24 February 2026
PIDA Code
I.01.01
Project Status
Active
Project Stage
Construction
Completion Percentage
0
Sector Name
ICT
Subsector Name
ICT Services
Reference Plan
PIDA PAP 1
On SDM
Off
Summary
Strengthening of ICT enabling environment
Capex Cost
0.00USD million
Preparation Cost
0.00
Operation Cost
0.00
Stakeholders
African Union Commission
Email
egetahun@outlook.com
Start Date
Date Created Raw
Updated Date
Latitude
0.000000
Longitude
0.000000
By Anonymous (not verified) , 24 February 2026
PIDA Code
T.21.04
Project Status
Active
Project Stage
Construction
Completion Percentage
0
Sector Name
Transport
Subsector Name
Road
Reference Plan
PIDA PAP 1
On SDM
Off
Summary
Upgrading 81 km road from Huambo to Kuito (Angola).
Capex Cost
0.00USD million
Preparation Cost
0.00
Operation Cost
0.00
Countries
Angola, Angola, Angola
Beneficiary Countries
Angola
REC
SADC
Stakeholders
Angola - Instituto Nacional de Estradas
Southern African Development Community
Email
egetahun@outlook.com
Start Date
Date Created Raw
Updated Date
Latitude
0.000000
Longitude
0.000000
By Anonymous (not verified) , 24 February 2026
PIDA Code
T.12.02.05
Project Status
Active
Project Stage
Construction
Completion Percentage
1
Sector Name
Transport
Subsector Name
Border Post
Alternative Names
Hillacondji-Sanveekondji Joint Border Post (JBP)
Reference Plan
PIDA PAP 1
On SDM
Off
Summary
Construction of Hillacondji/Sanveekondji One-Stop Border Post between Togo and Benin, with Hillacondji on the Benin side and Sanveekondji on the side of Togo. The OSBP lies on the Abidjan- Lagos Corridor.
Description

<p>Construction of Hillacondji/Sanveekondji One-Stop Border Post between Togo and Benin. This is a Joint Border Control Facility for border control officials from Benin and Togo to jointly undertake border control formalities to reduce border crosing time for goods and persons. OSBT: Straddling.</p>

Capex Cost
14.00USD million
Preparation Cost
3.00
Operation Cost
0.00
Project Risk

<ul><li> Socio-Environmental Classification: C - minimal social and environmental impacts </li></ul>

Countries
Benin, Togo, Benin, Togo, Benin, Togo
Beneficiary Countries
Benin, Togo
REC
ECOWAS-CEDEAO
Stakeholders
Economic Community of West African States
Benin - Direction G茅n茅rale des Imp么ts et des Domaines
Organisation du Corridor Abidjan-Lagos
African Development Bank
Union 脡conomique et Mon茅taire Ouest Africaine
EU-Africa Partnership on Infrastructure
African Development Bank
EU-Africa Partnership on Infrastructure
Email
ephrem.hailu@giz.de
Updated Date
Latitude
6.240000
Longitude
1.630890