Jerseyville's Waterworks Department

The current Jerseyville Water Plant was built in Nutwood in 1964. The Water Treatment Facilities is made up of: three wells between 95 to 100 feet deep constructed in the Illinois River Valley. By the end of this year each well will be able to pump 1600 gallons per minute. A lime softening water treatment plant. The plant reduces the water hardness from 450 ppm to 110 ppm of Calcium. The softening process increases the pH to 10+ units. This creates an environment that kills any organism present in the water. Carbon Dioxide is injected into the water to return the water to a neutral pH of 7.5 to 8.6 units. Sand filters filter particles that pass through the softening basin. The finished water is then pumped through 18 miles of transmission main of various sizes to the Ground Storage Tank in town.

Water is pumped through raw water lines 10 and 12 inch diameter to the Water Treatment Plant located on Waterworks Road in Nutwood, IL. The Plant was Constructed in 1964 and with recent updates can treat 2.1 mgd.


Dan DeSherlia Foreman
Class A Operator



Bruce Bland
Class A Operator



Gerald Perdun
Class B Operator

The water plant operators are certified by the State of Illinois Environmental Protection Agency and are required to renew their certifications every three years. As part of their renewal the must have earned Continuing Education Units (CEU’s). The City of Jerseyville requires all full time operators to be certified and participates in meeting via hosting meetings and educational programs for our operators.



Water entering the plant is pretreated with chlorine, and directed into a lime softening basin and mixed with lime and a polymer to accelerate the required chemical reaction of the lime. The lime increases the pH of the water causing suspended minerals in the water to drop out. Water flows up through a blanket of lime and into a recarbination basin.

Water leaving the recarbination chamber flows to filters located in the water plant. The filters are a dual media high rate filter system where water enters on top of the media and flows through the sand and activated carbon removing any remaining suspended solids. Water leaving the filters is mixed with fluoride, chlorine and an inhibitor that protects pipelines from corrosion.