Laserfiche WebLink
Mr. Michael Grochala <br />April 8, 2020 <br />Page 4 <br /> <br /> <br />K:\015144-000\Admin\Docs\AUAR - Update 2020\Water Wastewater\MEMO - 040820 - Water.docx <br />2020 Scenario 2 <br />The projected water demands within the study area for Scenario 2 are shown in Table 2. There <br />are a number of properties within the southern portion of the study area that already receive <br />municipal water, so these areas have been removed from the areas listed in Table 2. <br /> <br />Table 2. Projected Water Demand for 2020 Scenario 2 <br />Land Use Type Area <br />(acres) <br />Density <br />(units/acre) <br />Demand <br />Assumption <br />(gpd/acre) * <br />Average Day <br />Demand <br />(gpd) <br />Max Day <br />Demand <br />(gpd) <br />Low Density Sewered Residential 173.2 2.3 449 77,698 217,555 <br />Low Density Mixed Residential 376.9 3.5 683 257,234 720,257 <br />Medium Density Residential 240.9*** 5.0 975 234,853 657,588 <br />High Density Residential 391.1 7.0 1,365 533,908 1,494,942 <br />Planned Residential / Commercial** 89.9 9.0 1,378 123,902 346,926 <br />Office Residential** 0.0 5.0 988 0 0 <br />Mixed Use 0.0 2.3 449 0 0 <br />Commercial 348.9*** N/A 1,000 348,907 976,940 <br />Business Campus**** 362.6 N/A 1,000 362,561 1,315,171 <br />Industrial 480.3*** N/A 1,000 480,285 1,344,797 <br />Civic/Institutional 90.9 N/A 750 68,195 190,947 <br />Urban Reserve 0.0 N/A N/A N/A N/A <br />Permanent Rural 358.1 N/A N/A N/A N/A <br />Park & Open Space 837.5 N/A N/A N/A N/A <br />Right-of-Way 3.7 N/A N/A N/A N/A <br />Total 3,754.1 N/A N/A 2,487,544 7,265,123 <br />*Based on residential per capita water use of 62.5 gallons per capita per day (historical average from 2014-2018) <br />and 3.12 persons per household (projected 2020 household size per Comp Plan). <br />**Assumes 50% residential and 50% commercial development. <br />***Areas for properties within the southern portion of the study area that already receive municipal water have been <br />removed. <br />****Includes contingency for higher intensity max day water demands. <br /> <br />