Fatshimetrie, October 28, 2024 – Work to combat the impetuous erosion of “Kenge yaba”, better known as “Dibilu ya kisimbi”, in Muanda, in the Kongo Central province of the Democratic Republic of Congo, has reached a progress of over 90%, according to credible administrative sources.
Engineer Glodi Mapa, head of missions and control at the Congolese Agency for Major Works (ACGT), stressed that efforts to counter the erosion of “Kenge yaba” have taken shape to the tune of more than 90%. The main works, covering a distance of more than 2 kilometers, are now completed, marking a significant step forward in the fight against this scourge.
The various measures put in place to stem the phenomenon include the construction of a terrace to channel water towards the river, as well as the creation of a distribution system to avoid potential damage caused by tumultuous waters. Extensions were made in the ramifications to maximize the collection of water responsible for erosion, while perpendicular walls were erected to retain the remaining earth loads.
With a view to completing the work scheduled for the dry season of 2025, engineer Mapa insists on the need to closely monitor the effectiveness of the installations in the face of potential violent floods. It is essential to carry out this observation phase before the final conclusion of the work, in order to avoid any unpleasant surprises caused by the forces of nature.
This erosion of “Kenge yaba” devastated a neighborhood of five houses in Muanda for more than a decade, causing the destruction of homes and endangering the lives of the inhabitants. The year 2023 marked the beginning of a huge project aimed at eradicating this scourge, and the prospect of a complete conclusion of the work during the next dry season testifies to the commitment and determination of the teams on the ground.
In short, the fight against erosion of “Kenge yaba” in Muanda illustrates the dedication of the authorities and stakeholders involved in preserving the environment and protecting vulnerable populations from climatic hazards. The end of this undertaking marks an important step towards restoring geological stability and the safety of the inhabitants of this region once threatened by the destructive forces of nature. ACP/