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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 />alternative includes only the fire protection volume, the larger of the two required volumes. Fire <br />protection volume was maintained at 560,000 gallons to comply with ISO criteria. Also, <br />equalization storage requirements can be reduced by having the pumps activated more quickly <br />in response to tank drawdown. In this case, the 100,000 gallon equalization volume was reduced <br />to 40,000 gallons. The tank volume which results is presented below, <br /> <br />Equalization Volume: <br />Fire & Emergenqr Volume: <br />Total Volume: <br /> <br />40,000 gal <br />560.000 <br />600,000 gal <br /> <br />C. Map <br /> <br />No maps are included with this alternative. Maps for the alternative tank sites are included with <br />those discussions. (See Figure 4) <br /> <br />D. Environmental Impacts <br /> <br />The difference in tank size should have no incremental environmental consequences, <br /> <br />E. Land Requirements <br /> <br />Not applicable. (See discussion on tank sites in Section V.3 and V.4) <br /> <br />F. Construction Problems <br /> <br />Not applicable. <br /> <br />G. Cost Estimate <br /> <br />1. Construction. Construction costs are significantly affected according to the size of the tank. <br />Presented below are estimated costs for the two tank sizes considered in this alternative. The <br />estimates shown are for tank construction only, and do not include earthwork, piping, telemetry <br />controls, the access road, or contingency allowance, <br /> <br />Tank Size <br />850,000 gallon tank: <br />600,000 gallon tank: <br /> <br />Pre-stressed <br />Concrete <br />$411,750 <br />$337,500 <br /> <br />Cast-in-place <br />Concrete <br />$355,200 <br />$283,600 <br /> <br />Slgcl <br />$310,000 <br />$248,400 <br /> <br />Town of Minturn Water System Upgrade Project, March, 1995 <br /> <br />20 <br />