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Water Plant Information

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Robert Handley Water Plant #1 

The water plant was named to honor Mr. Handley upon his retirement from the city as its Utilities Director and past City Engineer. This was the first advanced water treatment plant that was put on line for the city system. The water plant is supplied by one onsite well and one offsite well that provides raw water to the aerator trays for treatment and then to the ground storage tank. The water plant has a storage capacity of 750,000 gallons of treated water.  High service pumps will then provide this water to the system as needed to maintain pressure and meet customer demand.

Water Plant #2

This water plant houses one of the Utilities Department’s oldest assets. The first elevated water storage tank for the city system was installed in 1926 at this location. It is still in service today and provides the system with a storage capacity of 400,000 gallons.  The plant is supplied by two onsite wells that provide raw water to the aerator tank for treatment. Jockey pumps then pump the water to the elevated tank. High service pumps will then provide this water to the system as needed to maintain pressure and meet customer demand.

Brandywine Water Plant #3 

The water plant gets its name from the community neighborhood that surrounds its location. The water plant is supplied by two onsite wells and two offsite wells that provide raw water to the aerator trays for treatment and then to the ground storage tank. The water plant has a storage capacity of 750,000 gallons of treated water.  High service pumps will then provide this water to the system as needed to maintain pressure and meet customer demand.

Ben Wilson Water Plant #4 

The water plant was named in honor of Mr. Wilson, upon his retirement from the city as a long term employee of the utilities system. He served in many different capacities while employed and ended his career as the Assistant Utilities Director. This location houses the largest elevated water storage tank in our system and provides the system with a storage capacity of 500,000 gallons.  The plant is supplied by one onsite well that provides raw water to the aerator tank for treatment and  high service pumps will then provide this water to the system as needed to maintain pressure and meet customer demand.

Water Plant #5 

This water plant is basic in nature due to its quality of water. Since no advance treatment is required at this site, no storage is provided other than that provided by the underground source. The water is provided by one well onsite that pumps directly into the city system as needed to maintain pressure and meet customer demand.

Water Plant #6 

This water plant is basic in nature due to its quality of water. Since no advance treatment is required at this site, no storage is provided other than that provided by the underground source. The water is provided by one well onsite that pumps directly into the city system as needed to maintain pressure and meet customer demand.

Longleaf Water Plant #7 

The water plant gets its name from the community neighborhood that surrounds its location. This water plant is basic in nature due to its quality of water. Since no advance treatment is required at this site, no storage is provided other than that provided by the underground source. The water is provided by one well onsite that pumps directly into the city system as needed to maintain pressure and meet customer demand.

Water Plant #8 

This water plant is basic in nature due to its quality of water. Since no advance treatment is required at this site, no storage is provided other than that provided by the underground source. The water is provided by one well onsite that pumps directly into the city system as needed to maintain pressure and meet customer demand.

Victoria Park Water Plant #9 

The water plant gets its name from the community neighborhood that surrounds its location. The water plant is supplied by two onsite wells that provide raw water to the aerator trays for treatment and then to the ground storage tank. The water plant has a storage capacity of 2,000,000 gallons of treated water.  High service pumps will then provide this water to the system as needed to maintain pressure and meet customer demand.

Fair Grounds Water Plant #10 

This water plant has no onsite wells, but collects treated water from the system and provides needed storage. It has a storage capacity 1,000,000 gallons of treated water. The high service pumps will then provide this water to the system as needed to maintain pressure and meet customer demand.

Tomoka Woods Water Plant #12 

The water plant gets its name from the community neighborhood that surrounds its location. The water plant is supplied by one onsite well and three offsite wells that provide raw water to the aerator trays for treatment and then to the ground storage tank. The water plant has a storage capacity of 1,300,000 gallons of treated water.  High service pumps will then provide this water to the system as needed to maintain pressure and meet customer demand.

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