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1.0 introduction <br />1.1 Introduction <br />HDR Engineering, Inc. (HDR) was retained by the City of Pleasanton (City) to develop a water, <br />sewer, and recycled water rate study. As part of the recycled water rate study the City <br />requested the development of a recycled water connection fee which is cost based, legally <br />defendable and in compliance with generally accepted methods for establishing connection <br />fees. The request by the City for the development of a recycled water connection fee stems <br />from the recently completed study for the City on the feasibility of the construction of a <br />recycled water project. <br />The development of a recycled water service within the <br />City would lessen the demand for Zone 7 Water Agency <br />potable water supply and help the City meet the State of <br />California's Water Conservation Act of 2009, which <br />requires a 20 percent reduction in urban per capita water <br />use by the year 2020 as well as meeting recent State <br />mandated conservation goals. Recycled water also <br />increases the City's water system reliability since recycled <br />water is a local supply and is relatively drought proof. <br />"By establishing cost -based <br />recycled water connection fees, <br />the City will take a position of <br />having "growth pay for <br />growth" and existing utility <br />customers should, for the most <br />part, be sheltered from the <br />financial impacts <br />of growth." <br />Connection fees provide the means of balancing the cost requirements for new utility <br />infrastructure between existing customers and new customers. The portion of existing <br />infrastructure that will provide service (capacity) to new customers is included in the City's <br />connection fees. In contrast to this, the City has future capital improvement projects that are <br />related to renewal and replacement of existing infrastructure in service. These infrastructure <br />costs are typically included within the rates charged to the City's customers, and are not <br />included within the connection fee. By establishing cost -based recycled water connection fees, <br />the City will continue its policy of having "growth pay for growth" and existing recycled water <br />customers should, for the most part, be sheltered from the financial impacts of growth. <br />"The objective of this <br />study is to calculate cost - <br />based recycled water <br />connection fees for new <br />customers connecting to <br />the City's recycled water <br />system." <br />The City does not have a current recycled water connection <br />fee. The City has approximately 132 current potable water <br />irrigation customers to convert to recycled water service. <br />Most of these customers have already paid a one -time, <br />potable, water connection fee and as such will not pay an <br />additional recycled water connection fee; however, these <br />customers will incur costs associated with converting the <br />potable water irrigation systems to recycled water. The <br />objective of this study is to calculate a cost based recycled <br />water connection fee for new customers connecting to the City's recycled water system. <br />Introduction <br />City of Pleasanton - Recycled Water Connection Fee <br />1 <br />