GWL Urges Immediate Evacuation as Weija Dam Spillage Begins
Residents in low-lying areas urged to relocate as rising water levels trigger emergency spillage to prevent flooding

- (GWL has begun a controlled release of excess water from the Weija Dam
- GWL cautioned that residents in downstream areas must act immediately
- GWL emphasized that public cooperation is essential to prevent a repeat of previous flood disasters
Ghana Water Limited (GWL) has begun a controlled release of excess water from the Weija Dam and is strongly advising residents in downstream communities to evacuate without delay to avoid potential disaster.
In a statement released Friday, 23 May, GWL revealed that the water level at the dam has reached 45 feet—just two feet below its maximum safe operating level—due to ongoing heavy rains.
“To protect the dam’s structural integrity and prevent any potential catastrophe, controlled spillage is currently underway,” the statement read.
GWL cautioned that residents in downstream areas must act immediately. “We are issuing a strong warning to all individuals living in affected zones to evacuate promptly to avoid any unforeseen consequences,” the agency stated.
Communities at high risk include Tetegu, Oblogo, Pambros Salt, Lower McCarthy Hill, Lower Weija, Bojo Beach, Adakope, and nearby locations.
Residents in these areas are urged to relocate to higher ground and comply fully with safety directives from the National Disaster Management Organisation (NADMO) and other relevant authorities.
GWL also appealed to the Ga West Municipal Assembly to clear the estuary and remove accumulated waste along the river course. These efforts are critical to ensuring the free flow of water into the sea and reducing the risk of flooding.
“We urge all affected individuals to remain calm, cooperative, and to follow any safety instructions from the Municipal Assembly to ensure their wellbeing and avoid dangerous situations,” the statement continued.
GWL emphasized that public cooperation is essential to prevent a repeat of previous flood disasters linked to dam overflows.