On June 10, 2026, a number of Montreal boroughs announced the shutdown of public drinking fountains and urged residents to install rain barrels as part of a city‑wide effort to curb water use. The move comes as local officials anticipate a stretch of hot days combined with a drop in water flow that could strain the municipal supply.

The decision was coordinated by borough administrations in conjunction with community groups, including Eau Secours. Rebecca Petrin, a representative of the organization, explained that the temporary closure of fountains is intended to reduce non‑essential consumption while the city prepares for the forecasted heat wave. Petrin emphasized that the public can help preserve water by collecting rainwater for garden and household needs and by avoiding unnecessary waste such as over‑watering lawns.

Residents are being asked to place rain barrels in suitable locations, such as under eaves or near downspouts, to capture runoff during summer storms. The guidance also includes reminders to turn off taps when not in use, fix leaks promptly, and limit the use of water‑intensive appliances during peak demand periods. Authorities stress that these steps are voluntary but strongly encouraged as the water network faces reduced capacity.

Montreal’s climate officials have warned that the upcoming period of high temperatures could push water usage to record levels, while recent assessments show a dip in river and reservoir inflows. The combined effect threatens to tighten the supply for households, businesses, and essential services. By limiting discretionary water use now, the boroughs aim to keep the system balanced throughout the heat wave.

The temporary fountain closures will be reassessed once temperature forecasts stabilize and water flow improves. In the meantime, city staff will monitor consumption patterns and provide updates to the public through local channels. The collaborative approach seeks to safeguard Montreal’s water resources while maintaining access to safe drinking water through alternative distribution points.