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Utilities Director Pinto informed the Board that the <br />consulting engineers estimate that it would cost $7,000 per acre <br />more to utilize the Monroe site than the Catron site due to the <br />fact that,the preparation for percolation ponds would cost <br />$14,000 per acre for the Monroe property and $7,000 per acre for <br />the Catron property. Also, they are skeptical whether the Monroe <br />site could be developed out for the maximum size of the treatment <br />plant. The collection cost is basically the same for each. <br />Chairman Lyons wished to refresh his memory as to the size <br />of the properties, and Attorney Brandenburg stated that the <br />Catron site contains 78.9 acres and the Monroe site 57.9 acres. <br />Commissioner Scurlock believed at the Catron site we have <br />the ability to lease back the portion of the grove not required <br />for wastewater treatment, and he asked if this would be true for <br />the Monroe property also. <br />Director Pinto did not believe the groves there are in the <br />same condition, and Attorney Brandenburg confirmed that half the <br />grove on the Monroe property is good and half is not; he further <br />noted that it may not be possible to utilize the groves on the <br />Catron property anyway, depending on the location of the plant <br />and the percolation ponds, which might be right in the middle of <br />the grove. <br />Chairman Lyons asked if we can utilize the 79 acres fully; <br />or, in other words, is there actually more capacity on the bigger <br />lot? <br />Mr. Pinto confirmed that there is; he pointed out that the <br />Catron property could be utilized at once for the initial stage <br />of one million gallons without the necessity of going into an <br />additional expense for any particular enhancement to the ground; <br />so, for the cost of $7,000 per acre, you can go right into <br />operation. On the Monroe property, on the other hand, you <br />immediately would have to spend $14,000 per acre just to accept <br />the one million gallons. <br />3 <br />FEB 5 1985 5U PtCE737 <br />