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<br />I <br />II <br />I <br />I <br /> <br />I <br />I <br />I <br /> <br />I <br />I <br />I <br /> <br />I <br /> <br />I <br /> <br />I <br />I <br />I <br />I <br />I <br /> <br />I <br />I <br /> <br />, <br /> <br />, <br /> <br />. <br /> <br />. <br /> <br />, <br /> <br />PHASE II - TASK 3: EVAI,UATION OF <br />PLAN ELEMENTS VITB RESPECT TO TIELD <br />AND COST (con t. ) <br /> <br />TASK OBJECTIVES: <br /> <br />Three objectives will be met: <br /> <br />1. <br /> <br />Total system yield under the Design Conditions will be determined <br />for each Plan Element; <br /> <br />2. <br /> <br />Implementation costs will be determined for each Plan Element <br />(except as noted below) as either: <br /> <br />a. <br /> <br />total cost to eliminate, if possible, the <br />under the Design Conditions (ex., cost <br />reservoir at Maitland Canyon), and <br /> <br />deficit encountered <br />of an 8,000 ac-ft <br /> <br />b. cost per ac-ft of deficit (i.e., the total cost as determined <br />in a. above, divided by the Design Conditions deficit). <br /> <br />Cost estimates will not be prepared for water conservation <br />measures. <br /> <br />IlETBODOLOGY: <br /> <br />The methodology for evaluating total system yield is <br />similar for mPst of the 11 Plan Elements specified <br />above. Vhere appropriate, the revised water supply <br />models from T~sk 2 will be used to quantify total <br />yield under tpe Design Conditions. The methodology <br />proposed for each Plan Element is presented below. <br /> <br />Vater Conservation <br /> <br />CDM will first review available published reports to identify water <br />conservation strategies and to determine the magnitude of demand <br />reductions that can be reasonably expected under water supply deficit <br />conditions. Future water demands as specified in the Design Conditions <br />will be revised to reflect the impact of required water conservation <br />measures to be incorporated into new construction; these revised <br />demands will be further reduced during the recurrence of the 100-year <br />water supply deficit conditions for three separate water conservation <br />scenarios: <br /> <br />a. Minimum summer and minimum winter reduction in demand. <br /> <br />b. Maximum summer and minimum winter reduction in demand. <br /> <br />c. Maximum summer and maximum winter reduction in demand. <br /> <br />3-6 <br />