Many residents in San Fernando and surrounding areas are now experiencing a fourth consecutive day without water following an abrupt supply disruption.
However, the Water and Sewerage Authority (WASA) has stated that the supply has been restored and should fully normalise by Tuesday. The disruption began on Friday, leaving thousands without water as WASA carried out urgent repairs on a leaking 28-inch transmission pipeline along the San Fernando Bypass near Rushworth Street. This leak affected the operations of both the San Fernando and South Oropouche booster stations.
While WASA initially expected to restore the supply by Saturday, unforeseen challenges caused further delays. Although WASA reported that repairs were completed and the supply was restored at 7.30 pm on Sunday, many communities remained without a pipe-borne supply as late as 5 pm on Monday. Residents attempting to access a truck-borne supply via WASA’s hotline encountered difficulties, with some being told they would need to wait three to five working days for the service.
Responding to a query from Guardian Media on Monday afternoon, WASA explained that full normalisation of the supply is expected to take approximately 24 to 48 hours, particularly in more elevated areas of the network. WASA said most areas have returned to normal supply, with full restoration to elevated points expected by Tuesday night.
In providing an update it said, Gulf View – lower-lying areas have received water, while customers on the outskirts and at higher elevations are expected to receive supply by Monday night. La Romain – low-lying areas are already receiving water, while high points are expected to be supplied by Monday night. South Oropouche & Rousillac – A separate disruption caused by a leaking 8-inch main has been resolved, and supply should now be restored. Debe – system pressures are gradually increasing, with customers on the outer edges of the pipeline network expected to receive water by Wednesday. WASA has assured residents that efforts are ongoing to fully stabilise the water supply across all affected areas.