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3 <br />4 <br />5 <br />b <br />7 <br />4 <br />1Q <br />11 <br />12 <br />13 <br />14 <br />15 <br />lb <br />17 <br />1R <br />19 <br />20 <br />21 <br />22 <br />23 <br />24 <br />25 <br />41 <br />magnitude. <br />And the question that becomes the assumption on <br />our part is, and I know it's interesting to you because <br />you're saying, well, what is it and what is it not, is the <br />question is you've got a pump in there that can pump two <br />hundred gal ions a minute, rut you're only generating, sav, <br />a hundred to two hundred gallons a day of water. The <br />question is how efficient is that pump to come up on speed <br />and to pump. And that pump will he on for a very short <br />period of time because you've got a small amount of waste- <br />water being generated. <br />If I can hast put one more number out to you. If <br />you assume, as in the report here, we've noticed that some <br />very large numbers were assumed in relationship to the other <br />ones. Three hundred gallons a day was assumed instead of <br />two hundred. And we talked about 15 minutes out of every 24 <br />hours or seven and a half hours per month. Then the hill <br />becomes a dollar twenty a month or around ten to twelve <br />dollars a year. <br />So the point is that you can make a lot of <br />different assumptions on how much, you know, khat length of <br />time is that numb going to run, how efficient is it going to <br />run and what flow rate are you going to generate, and that <br />number's going to varv, that monthly bower bill. I'm <br />ZA!kTPATARr F ASSnrTATFS <br />A romnuter Assisted Transcript <br />(305)569 -nolo <br />