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WATER RATE STUDY I City of Santa Ana, CA <br />provide distinct services to its rate - payers, they are also dependent on services provided by <br />General Fund operations. For example, most water departments share human resources, <br />finance, and legal services with other city departments. As such, it is a common practice to <br />allocate shared General Fund costs to all benefiting departments. With respect to the City, the <br />Water Enterprise Fund currently pays its proportionate portion of allocated General Fund costs <br />as determined through the City's indirect cost allocation model. These General Fund costs are <br />business costs that allow the utilities to provide services to the City's residents. <br />• What is a prudent level of operating reserves? The City is formulating a formal operating <br />reserve policy. In light of this, Black & Veatch recommends that the City establish a 90 -days <br />target for an operating reserve. This benchmark is a typical one used by many utilities, including <br />many of the City's surrounding communities. The recent collapse of the nation's financial <br />markets, coupled with the uncertainty of Southern California's water supply situation has led to <br />a change in this benchmark level. Ratings agencies such as Moody's and Standard's & Poor's are <br />now suggesting that utilities have operating reserves between 180 and 360 days' worth of <br />operating expenses. An alternative reserve policy approach is to maintain approximately 90 days <br />of operating expenses together with a $500,000 to $1,000,000 emergency reserve. Higher <br />reserve levels helps the City attain better bond ratings, which in turn, leads to lower borrowing <br />costs. <br />Black & Veatch's proposed long -term financial plan provides a path for meeting the 90 -day <br />operational level and establishing a $1,000,000 emergency reserve. <br />• What is an appropriate level for capital reserves? Capital reserves, such as those for <br />rehabilitation and replacement (R &R) are typically not well- funded in the industry. It has only <br />been within the last decade or so that agencies are seeing the ramifications of not having <br />adequate R &R reserves on hand to address aging infrastructure needs. In the absence of a <br />depreciation study or condition assessment, a general guideline is for utilities to set aside an <br />amount equivalent to one year of depreciation expense. This reserve amount calls for a physical <br />transfer of cash to a reserve account — it is not the same as the depreciation expense recorded <br />on the Income Statement. The latter is not a cash requirement, unlike the former situation. <br />Black & Veatch recommends that as the Water Utility becomes financial stable, R &R reserve <br />funds should be established and funded. As cash is available, the annual funding level should <br />eventually equal one -year of depreciation expense (approximately $2.3 million). <br />Water Enterprise Capital Program <br />Figure ES 1 illustrates the distribution of the City's water mains by installation decade and pipe material. <br />The mains included in the analysis are for "potable" use and do not include the Metropolitan Water <br />District lines that serve the City and are within the City's boundaries. Of the approximately 508 miles of <br />mains in the system, over 70 percent was installed pre 1980 and the average age of the pipes in the <br />system is 50 years. From Figure ES 1 it is clear that the City will soon face a major reinvestment period as <br />water mains reach the end of their useful life. In the absence of any condition assessments, the industry <br />standard for main replacement is 1 percent of the system per year. If we apply this approach to the <br />City's system, the result is an annual replacement rate of 5 miles of mains. The City is currently replacing <br />at a rate of 0.5 percent. <br />2 <br />65B -14 <br />01161V MUMV40FB1 <br />