Cameroon
Engineering, Rehabilitation and Extension of Cameroonian Water Supply Systems (Phase 4 - T4)
(2013-04-01 - 2015-01-30)
The project aims to engineer and rehabilitate water supply systems within the whole country. The contract is divided into 5 phases
Bélabo
Rehabilitation works including:
- - Rehabilitation engineering of the water treatment plant (25 m³/h)
- - Rehabilitation engineering of raw and treated water pumping systems.
Bikok
Rehabilitation works including:
- - Replacement design of the Compact Treatment Plant (12 m³/h)
- - Rehabilitation engineering of the raw water pumping systems (river intake).
Buea
Rehabilitation works including:
- - Replacement design of an old asbestos-cement pipe with a new HDPE pipe between the P2 Mosel Spring pumping station and the P3 reservoir (HDPE OD 315 - SDR17, 2 km)
Foumbot
Rehabilitation works including:
- - Rehabilitation engineering of the water treatment plant (100 m³/h)
- - Rehabilitation engineering of raw and treated water pumping systems.
Kaélé
Rehabilitation works including:
- - Engineering of 2 boreholes (50 m³/h and 20 m³/h)
- - Engineering and installation of 1 chlorination unit.
Mbouda
Rehabilitation works including:
- - Rehabilitation engineering of a concrete reservoir (1,000 m³)
- - Replacing design of 4 km of the raw water transfer pipe
- - Rehabilitation engineering of the water treatment plant (110 m³/h).
Meyomessala
Rehabilitation works including:
- - Rehabilitation engineering and extension of a treatment station (40 m³/h)
- - Rehabilitation engineering of raw and treated water pumping systems.
Mfou
Rehabilitation works including:
- - Rehabilitation engineering of water treatment plant (30 m³/h)
- - Rehabilitation engineering of raw and treated water pumping systems.
Nanga Eboko
Rehabilitation works including:
- - Rehabilitation engineering of a treatment station (50 m³/h)
- - Rehabilitation engineering of raw and treated water pumping systems.
Yaounde
- - Engineering of a raw water pump (1,458 m³/h at 41.5 m, 250 kW – 6 kV)
- - Engineering of a treated water pump (1,389 m³/h at 121m, 650 kW – 6 kV)
- - Engineering of the electrical cells and of the remote management system.