Fiumicino Water Outage: Affected Streets & Municipalities
- acea Ato 2 has announced a planned 24-hour water service interruption affecting several areas near Rome, Italy.The outage is scheduled to begin on September 11, 2024, and will...
- Acea has cautioned that roads and areas adjacent to those listed may also experience water service disruptions.
- To mitigate the impact of the outage, Acea will provide a water refueling service via tanker trucks.
Water Service interruption Planned for Fiumicino and surrounding Areas
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acea Ato 2 has announced a planned 24-hour water service interruption affecting several areas near Rome, Italy.The outage is scheduled to begin on September 11, 2024, and will impact residents and businesses in Fiumicino, Maccarese, and Castel di Guido.
Affected Areas
specifically, the interruption will affect the following locations:
- Fiumicino: Via Fontanile di Mezzaluna, Via della Muratella Nuova, Via Monte Carnevale, Via delle Tamerici, Via campo salino, and the territory of Fregene.
- Maccarese: Via Castel San Giorgio, Via della Crown (southern portion).
- Castel di Guido
- Thirteenth Town Hall: Via della Muratella, from Via Cristoforo Sabatino to Via Tre Denari.
Acea has cautioned that roads and areas adjacent to those listed may also experience water service disruptions.
Water Tanker Services Available
To mitigate the impact of the outage, Acea will provide a water refueling service via tanker trucks. These trucks will be stationed at the following locations:
- Via della Stazione di Maccarese
- Piazza G. Fraccaroli, corner of Via Furtei
- Piazza castel di Guido
- Via Castellammare 35
Residents with urgent and justifiable needs can request an remarkable water supply via tanker by calling 800.130.335.
Preparation and Conservation Recommended
Given the 24-hour duration of the interruption, Acea Ato 2 strongly advises users to store an adequate supply of water in advance. They also reccommend keeping taps closed during the outage to prevent issues when service is restored. Closing taps minimizes potential airlocks and pressure fluctuations in the system, ensuring a smoother return to normal water supply.
