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<br />D. Existing Water Conservation Measures In Place: <br />N/A <br /> <br />E. Potential for Water Conservation Upgrade: <br />N/A <br /> <br />III. MECHANICAL SYSTEMS AND PROCESSES <br /> <br />1. Complex Chilled Water system <br /> <br />A. Description of Operation: A total of 2000 Tons is <br />available and used durinq the seasonal period. The <br />system is activated when free coolinq will no <br />lonqer maintain buildinq comfort levels. <br /> <br />B. <br /> <br />System Leakage Assessment: <br /> <br /><.5% <br /> <br />C. Existing Water Conservation Measures In Place: <br />Where applicable. water conservation appliances. <br />fixtures. and valves are installed or replacement <br />parts are utilized. Extensive water treatment <br />proqram to allow minimal use of water for coolinq <br />or heat extraction. <br /> <br />D. Potential For Water Conservation Upgrade: <br />Adiustments and repairs are made when possible. <br />Installation of a flat plate coolinq svstem would <br />allow extensive pre-coolinq or eliminate mechanical <br />refriqeration on moderate davs. <br /> <br />2. Complex Domestic Water System <br /> <br />A. Description of Operation: All domestic water is <br />pumped. maintaininq hiqher pressures so leaks. <br />drips. breaks are easilv noticed and repairs are <br />made quicklY. <br /> <br />B. System Leakage Assessment: Svstems are monitored <br />dailv and leaks are reported quicklv. <br />