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2012_1119_Packet
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2012_1119_Packet
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12/20/2012 11:37:13 AM
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Page 3 of 10 <br /> <br />These implemented actions totaled an ongoing a nnual increased capital funding for Vehicles, 78 <br />Equipment, and Facilities of $800,000, creating a su stainable funding mechanism for at least the 79 <br />next 20 years. Approximately 40% of the increased funding came from permanent operating 80 <br />spending cuts and 32% from increas ed property taxes (the rest was from re-purposing of existing 81 <br />levy funding. 82 <br /> 83 <br /> 84 <br />Utility Needs. 85 <br /> 86 <br />Background . The fee-supported Utilities in the City with significan t un-funded capital needs are 87 <br />the Water Utility, the Sanitary Sewer Utility, a nd the Stormwater Uitilit y. These utilities all 88 <br />consist largely of underground piping systems th at were installed over a period from the 1940’s 89 <br />to the 1970’s as the City devel oped. In addition, the Water Uiti lty includes the City’s water 90 <br />tower, and the Stormwater Utility includes a num ber of City-maintained stormwater management 91 <br />ponds. This capital infrastructure is provided by the City to deliv er safe drinking water to the 92 <br />homes and businesses in the City, to take away sanitary sewer wastewater to the Metropolitan 93 <br />Council’s sewer system and treatment facility for sa fe treatment, and to safely collect stormwater 94 <br />run-off, treat it, and deliver it to the environment via the streams, lakes, and other waterways of 95 <br />the area. 96 <br /> 97 <br />Much of the piping in these systems is appr oaching 50-60 years of ag e, and was made of 98 <br />materials that have been found to not last much longer than that, if even that long. The cast iron 99 <br />of the water mains is brittle and subject to l eaking and breaks as the result of ground shifting, 100 <br />tree roots, etc. The clay tile of the sanitary sewer lines is simila rly subject to leaks and breaking. 101 <br />Since the City pays St. Paul for drinking water, each leak or break in a line costs the City’s 102 <br />residents and businesses in higher rates to account for that un-used water we purchase. Leaks of 103 <br />raw sewage into the ground pose a danger to the environment. 104 <br /> 105 <br />In an effort to keep current and future co sts down, the City is using new materials and 106 <br />technologies to replace or repair existing water an d sewer mains. Where City streets are being 107 <br />completely replaced, the water and sewer lines are being replaced (as need ed) with more durable 108 <br />materials. Where streets are not programmed fo r replacement for many years, the City is using 109 <br />re-lining technology that puts a ne w plastic pipe inside the exis ting pipe, and does not require 110 <br />excavation of the street. 111 <br /> 112 <br />The capital infrastructure funding gap over the ne xt 20 years in these Utility funds was about $47 113 <br />million out of total projected costs of $65 million in 2011. In other words, 72% of the projected 114 <br />costs were then un-funded. 115 <br /> 116 <br />Recommendation . The subcommittee recommended, and the City Council implemented, a long-117 <br />term solution for funding the sign ificant capital re placement needs of these Utilities that was 118 <br />based on additional revenues. 119 <br /> 120
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