The Department of Urban Roads (DUR) has started repairing roads surrounding the stalled Nungua Interchange project in Accra.
The aim is to alleviate traffic congestion and improve accessibility for drivers and commuters.
The remedial project covers three kilometers of road, focusing on asphalting previously untarred sections from Nungua Barrier in the Krowor Municipality to Sakumono Estate Junction in the Tema West Municipality.
Additionally, it includes rehabilitating 19 kilometers of inner roads within the Nungua area, with an anticipated completion time of two months.
During a recent site visit in Nungua, Minister of Roads and Highways, Francis Asenso-Boakye, mentioned that he instructed DUR to engage local contractors to repair deteriorated sections.
“We are aware that this project is causing inconveniences to motorists, commuters and residents. In fact, this area is a strategic location in terms of population density and businesses. That is why the government is implementing such a major intervention,” he said.
This initiative aims to reduce daily challenges faced by motorists due to poor road conditions.
Acknowledging the inconvenience caused to residents and businesses, Minister Asenso-Boakye explained that the project faced delays, initially slated for completion in February last year, due to ongoing debt restructuring with the International Monetary Fund (IMF).
He noted that despite reaching an 85% completion rate previously, subsequent neglect led to significant deterioration of the road.
The Nungua Interchange project is part of a larger 31-kilometer road development plan divided into two segments: a 14-kilometer stretch from Osu to Boade Junction and a 17-kilometer section from Boade Junction to Tema Community Three.
Minister Asenso-Boakye reassured the public of the government’s commitment to revitalizing stalled projects, including the Takoradi Interchange, Ashaiman, and Tema-Aflao roads, once agreements with the IMF and the Paris Club are finalized.
He urged residents in affected areas to remain patient during this process.