Drinking (Potable) Water
Nanofiltration Water Treatment Plant
As of 2017, residents can rely on the modern, 7.5 million gallons per day (mgd) nanofiltration water treatment plant. Nanofiltration is a proven technology that can simultaneously achieve high removals of contaminants and pollutants, such as pesticides, lead, or mercury while enhancing the water’s appearance.
This technology was recognized in 2021 by The Florida Department Of Environmental Protection (DEP), which Awarded The North Springs Improvement District The Focus On Change 2021 Plant Operations Excellence Award. The Award Is Presented Annually To Facilities Demonstrating A Commitment To Operations, Maintenance, And Compliance Excellence.
Low-Pressure Reverse Osmosis
In 2023, North Springs Improvement District expanded the nanofiltration treatment plant and added reverse osmosis (RO), allowing it to have two of the most effective filtration technologies.
This further expansion has allowed the District to treat water from both the Biscayne Aquifer and the brackish waters of the Floridan Aquifer, separately or blended, and treat 10 million gallons per day. Furthermore, this low-pressure technology allows the District to fulfill its future demands and further improve its water quality by providing long-lasting disinfectant protection without regular chlorine’s objectionable taste and odor, which enhances the water’s taste, odor, and appearance.
Emergency Supply
During emergencies, the North Springs Improvement District has standby generators, which allow the plant to continue operating and provide drinking water until power is restored.
As of 2019, in addition to the drinking water that NSID can internally produce, the District has two (2) emergency water interlocal agreements to supply an additional 7.2 million gallons per day for any additional water supply demands.
Environmentally Responsible CO2 Transition
North Springs Improvement District aims to be environmentally responsible, and part of the expansion will include a transition to using carbon dioxide (CO2) for treatment purposes instead of sulfuric acid. Carbon dioxide offers measurable safety and cost advantages over treatment systems that employ toxic sulfuric acid. Moreover, carbon dioxide is a safer alternative that minimizes environmental exposure and the risk of catastrophic accidental injuries.
