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1 I Consider Fn °Ensure a high level of maintenance of individual <br /> 2 sewage treatment systems. Individual sewage treatment systems -when properly installed, used, and maintained- <br /> 3 provide an adequate level of sewage treatment. All properties that lie outside of the sewer service area have their <br /> 4 sewage treated by individual treatment systems. In a seasonal area, these systems often do not work we" as <br /> 5 designed a-s-when they experience peak usage and or are not properly maintained year-round. Especially along the <br /> 6 shoreline, this has a dramatic affect on the quality of the area's resources. A more aggressive regimen featuring <br /> 7 I inspection and maintenance of individual systems should be implemented, especially in shoreline areas. The City <br /> g should requiFe elusteriRg and FnanagemeRt of sewer systems iR new develepments. The City must be--remain open <br /> 9 to new and innovative ways to treat sewage. <br /> Facilities that have a risk of fire damage (industrial uses, commercial uses where flammable liquids are <br /> 11 present, etc...)or house large populations of people(schools, group home facilities,etc...) must be located on <br /> 12 the municipal water system for fire protection.The City's municipal water system provides enough pressure and <br /> 13 volume for excellent fire protection throughout the industrial park and most of the downtown. With the <br /> 14 office/campus concept growing in appeal,there is a trend to locate facilities with a high number of people to more <br /> 15 remote areas.This is especially true where there is an availability of raw land outside of the downtown core. Public <br /> 16 safety dictates that these facilities, especially where they serve the vulnerable, must be located so as to be served <br /> 17 by municipal water service. <br /> The City's wellhead must be protected from potential sources of contamination. Nearly the entire City's water <br /> 19 supply is highly susceptible to contamination due to the soil types, mainly coarse sands and gravels, above the <br /> 20 aquifer. These soil types provide little protection against contamination from the surface.The City has completed <br /> 21 a wellhead protection plan. This plan needs to be fully implemented, including overlay zoning districts where <br /> 22 needed,to minimize the potential for contamination of the City's drinking water supply. <br /> 23 Stormwater management is critical for the protecting the city's <br /> 24 being implemented in downtown Pequot Lalies. High deRsity develepment with zero let IiRe setbaGks is desirable <br /> 25 <br /> 26 <br /> 27 <br /> 28 <br /> 29 Phasing of utility improvements <br /> 30 term economic feasibility of the system. Utility imprevemeRts er Fepai�s almest always FequiFe exGavation <br /> 31 beneath Gity StFeets. WheR Streets aFe beiRg Fepaired, pipes that aFe eld er undeFsized Reed te be replaced dUFiRg <br /> 32 the street impravemeRt PFE)jeGt. Over time, this will make the Fnest effieient use of taxpayeF dellaFs as reads will <br /> 33 net Reed te be prematurely dug up to make repairs er replacemeRts. <br /> 34 ACTIONS <br /> i <br /> 35 SHORT-TERM ACTIONS (WITHIN 1 YEAR : <br /> 36 Develop an ordiRance that requiFes clustering of sewage treatment systems OR erder to obtaiR deSiFed resideRtial <br /> 37 deRSity. <br /> 38 Implement the City's wellhead protection plan. _ <br /> DRAFT-November 2010 42 1 a g e <br />