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<br /> Population projections were based on existing data and pro jections for the <br /> three-county Metropolitan Statistical Area (MSA), Hays County, the City of <br /> San Marcos, and anticipated buildout rates for the two proposed MUDs. <br /> Growth projections for the Service Area were made reasonable wlthin the <br /> context of projections for the City, the County and the MSA. The planners and <br /> market analysts for the City and proposed MUDs then projected a series of <br /> land use bui Idout rates for residential, commercial and industrial uses over <br /> the 20-year planning period, based on the population projections and land use <br /> map of the Service Area. <br /> The fifth step was the computation of water demands generated by the <br /> projected populations and land developments in the Service Area for 5-year, <br /> 'O-year and 20-year planning horizons (years ending 1990, t 995 and 2005). <br /> Assumptions for computing water demands per capita and for different land <br /> uses were developed on the basis of existing City design criteria and accepted <br /> engineering principles (see attached Letter Report from Freese and Nichols, <br /> Inc,), Table 3 presents a summary of the water demands, measured in Living <br /> Unit Equivalents (LUEs). Demands are shown for each of the two MUDs and for <br /> City customers in areas outside the MUDs for the years 1990, t 995 and 2005. <br /> Table 3. Projected Water Demands (LUEs) <br /> in the North San Marcos Service Area <br /> Planning Year Rivergate Highridge City Total <br /> 1990 893 996 63 1 ~898 <br /> 1995* 3,006 2,628 520 6, 154 <br /> 2005* 6,346 3, 1 80 4,562 14,088 <br /> * LUEs are cumulative of previous years <br /> The sixth step was the spatial allocation of water demands throughout <br /> the Service Area, in accordance with the land use map and the 5-, 10- and <br /> 20-year buildout projections. A preJiminary layout of the major transmission <br /> pipelines was made on the basis of topography and existing and proposed <br />