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<br />WaterJWastewater Master Plan <br /> <br />The City is scheduled to complete a comprehensive water and wastewater Master Plan <br />Updale by July] 996. After evaluating water and sewer system needs to satisfy future system <br />requirements, a prioritized list of five-year capital improvement projects will be developed. <br /> <br />Treated Water Storage <br /> <br />Treated water is conveyed to the distribution system via three transmission mains, a 20- <br />inch diameter cast iron pipe, a 36-inch enamel-coated steel pipe and a 48-inch steel line. <br />Each of the three transmission mains conveys water from the water treatment plant to a <br />modulation valve vault adjacent to the North Concrete Tank. Within the vault, the three <br />mains merge into a 48-inch line that delivers water directly to the distribution system or into <br />the North Concrete Tank. The allocation of flows from the 48.inch main is dependent upon <br />the demand variation across the city. <br /> <br />Loveland has three storage tanks for treated water storage. The tanks help equalize pres- <br />sure in the distribution system, meet peak hour demands and provide water for fire protec- <br />tion, The three tanks are the North Concrete Tank (4 million gallons), the 29th Street Steel <br />Tank (4 million gallons) and the South Concrete Tank (5 million gallons). <br /> <br />Water Distribution <br /> <br />The first pipeline to serve Loveland was constructed of random lengths of bored Michi- <br />gan pine logs wrapped with steel bands. Installed in 1887, the pipeline took water directly <br />from the Big Thompson River and piped it into the city without treatment. Loveland's distri- <br />bution system is in good condition and has the capacity to transport enough water to meet <br />customer needs. Today, approximately 265 miles of pipeline serve treated water to custom- <br />ers, including parts of a 24-inch wood line installed in 1924. Distribution mains range in size <br />from 4-inch to 36-inch in diameter. Materials include wooa-stave, cast iron, ductile iron, <br />PVC, plastic, steel and asbestos cement. <br /> <br />Developers continuously extend water lines to serve new areas. In recent years, the City <br />has extended water service to the rapidly growing east side oftown. Plans include construct- <br />ing new lines as a backup source of water ror that part of town. Although most of the distribu- <br />tion system operates by gravity, three booster pump stations provide adequate water pressure <br />to higher areas. The pumping stations are Morning Drive, Namaqua Hills and 29th Street. <br />Three pressure zones exist within Loveland's service area. <br /> <br />Joint Venture for Supplying Water <br /> <br />Historically, water suppliers plan, construct and maintain their own facilities for supply- <br />ing water to their customers. Often this means two lines running down one street, or a treat- <br />ment plant being expanded while a neighboring utility has excess capacity. This duplication <br />of effort is costly, and as future expansions become even more costly, the expense is hard to <br />justify to customers. A vision for a cooperative venture between water suppliers led Love- <br />land to evaluate how coordinated regional water supply and treatment planning could benefit <br />Northern Colorado cities and water districts. <br /> <br />Water Conservation Plan <br /> <br />31 <br /> <br />May 1996 <br />