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<br />Table 2 <br />EXCESS SALT REACHING THE COLORADO RIVER <br />INITIALLY WITH VARIOUS ACTIVITIES 1/ <br />Palo Verde Irrigation District Unit, Arizona <br /> <br />Condition <br /> <br />Excess Salt <br />Discharged From <br />Palo Verde Subarea <br /> <br />Excess Salt <br />Reaching the <br />Colorado River <br /> <br />Initial Conditions <br /> <br />144,000 tons <br /> <br />144,000 tons <br /> <br />With Sundesert Plant <br /> <br />131,700 <br /> <br />120,800 <br /> <br />With 60 Percent Efficiency <br />and Sundesert Plant <br /> <br />60,800 <br /> <br />53,400 ?/ <br /> <br />With Lateral Lining, 60 <br />Percent Efficiency, and <br />Sundesert Plant <br /> <br />43, 100 <br /> <br />36,400 ?/ <br /> <br />With 25,000 Acre-Feet of <br />Accelerated Leaching and <br />Sundesert Plant <br /> <br />207,500 <br /> <br />205 , 600 ?/ <br /> <br />1/ Based on estimated 1974 salt content of the Palo Verde Subarea ground- <br />water aquifer. <br /> <br />2/ Adjusted for change in amount of salt from other subareas that <br />is diverted to Sundesert Plant. <br /> <br />002.8'/0 <br /> <br />26 <br />