DPWH: Floodgate at Paco Pumping Station to be repaired in record 2 weeks
By Trixee Rosel
At A Glance
- Paco Pumping Station floodgate set for restoration within two weeks.
- Permanent reinforced floodgate expected to be completed in three months.
- Station covers 182-hectare catchment area; damaged by Pasig River surge over 12 meters.
- Repair handled by PT Asiana Technologies, completed in April 2024 at ₱705 million.
- Korean consultants to assist in strengthening the floodgate design.
DPWH Secretary Vince B. Dizon inspects the Paco Pumping Station floodgate in Manila on November 11, 2025, after it was damaged by Super Typhoon “Uwan.” The floodgate is set to be restored within two weeks, with a permanent reinforced structure expected to be completed in three months. (Mark Balmores/MB)
The Department of Public Works and Highways (DPWH) vowed to restore the Paco Pumping Station in Manila floodgate within two weeks after it was damaged by Super Typhoon “Uwan,” a timeline officials say is unusually fast for a project of this scale.
The permanent and reinforced floodgate, designed to provide long-term protection against flooding, is expected to be completed within three months, DPWH Secretary Vince Dizon said.
Covering a 182-hectare catchment area, the pumping station sustained damage when a surge from the Pasig River exceeded 12 meters on the night of Nov. 9.
An inspection of the facility was conducted under President Ferdinand Marcos Jr.’s directive to immediately assess storm-hit infrastructure and initiate urgent repairs.
The repair and rehabilitation were handled by contractor PT Asiana Technologies, which completed the project in April 2024 at a cost of ₱705 million.
The station remains under a two-year defects and liability period, ensuring the government will not shoulder repair expenses.
To investigate the cause of the damage and implement a stronger design, DPWH will collaborate with Korean consultants to ensure a more durable floodgate.
While all systems are currently operational, Dizon stressed that full functionality depends on returning the floodgate to its permanent position.