China's Peacekeeping Engineer Detachment in South Sudan Earns Commendation for Completing Road Repair Mission
China's Peacekeeping Engineer Detachment in South Sudan Earns Commendation for Completing Road Repair Mission
Detachment officers and soldiers conduct road drainage clearing operations. Photo by Xiong Ran
PLA Daily report by special correspondent Wang Yi: Recently, China's 16th Peacekeeping Engineer Detachment to South Sudan (Wau) successfully completed the road leveling and repair mission along the "Airport–Sukh Hajar Bridge" corridor in Wau, opening a safe and unobstructed "people's convenience road" (便民路) for local residents, and received high commendation from the United Nations Mission in South Sudan and the local government.
The "Airport–Sukh Hajar Bridge" corridor in Wau consists of both asphalt road and laterite road sections. Due to prolonged erosion from rainfall and compaction by heavy vehicles, the asphalt surface had sustained severe damage, while the laterite road base had subsided into potholes at multiple points, seriously affecting local residents' daily travel and the transport of goods.
Upon receiving the mission, the detachment immediately assembled technical backbone personnel to form a task-force group, conducted on-site surveys, and further refined the construction plan based on conditions in the mission area. Targeting the two different road conditions—laterite and asphalt—the detachment applied differentiated measures and precision construction.
On the laterite sections, the detachment employed a method of layered filling, compaction, and reinforcement. On the asphalt sections, where problems such as fragmented road surfaces and collapsed road bases were pronounced, directly laying and compacting laterite fill would have been highly prone to causing separation between the new and old surface layers, water seepage through gaps, and later settlement and cracking. To address this, the detachment re-demarcated the road surface boundaries, removed loose and collapsed road base material, strictly controlled fill slope gradients and compaction levels, and ensured that the backfilled laterite bonded tightly with the existing asphalt road, effectively improving the road's load-bearing capacity and travel stability.