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<br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br />I <br /> <br />TABlE 4.1 <br />ANNUAL WATER USE AND PROJEcnONS <br /> <br /> ... . . <br /> .. ' ' <br /> ANNUAL WATER USE', <br /> .... . . . <br /> .. ... <br /> , AVERAGE DAlLY <br />'YEAR WATER USE,IN ' , MILLION ACRE;FEET <br /> MIWON<Wl.ONS ,GALLONS' <br />1985 19.3 7,050 21,600 <br />1990 22.7 8.275 25,400 <br />1995 23,7 8.659 26,600 <br />2000 26.3 9,592 29,400 <br />2005 28,8 10,5t3 32.300 <br />2010 31,5 11,505 35,300 <br />2015 34,6 12.618 38,700 <br /> <br />NOTES: <br /> <br />1. Data from 1985 i. historical information. <br />2. Data from 1990 through 2015 are future projections based upon the Boyd Lake Plants Raw Water <br />Supply and Treatment Study completed by James M. Montgomery. Consulting Engineers. Inc. in <br />February, 1985. and the 1986 City of Gr..ley Planning Department Comprehensive Growth Study. <br />The 1990 projected amount is Increased to 8.275 million gallons to represent historic increases <br />from 1985 to 1989. <br /> <br />Table 4,2 shows the average monthly demand pattern for the City, based on the most recent <br />flVe.year period, 1985 thorough 1989. The maximum monthly demands for treated water usually <br />occur in July and August. These are the hottest months, and Ihey correspond 10 the periods <br />of highest evapotranspiration pOlential of lawn grasses. The winter months, November through <br />March, have Ihe lowest demand because laws are dormant and are not irrigated. <br /> <br />4.2 <br />