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estimates, but times <br />have changed. So <br />there's a 3.45 percent <br />adjustment to our total. <br />Supplemental Information #1 (values determined from the Heintzelman <br />submittal): <br />Utilizing a 16" floating 150 HP /110KW /Hr at 5,000 gallon per minute <br />capacity Fisher Pump discharging at a mean rate of 3750± gallons of water <br />per minute <br />.•. 3750± gpm x 60 minutes = 225,000± gallons per hr. <br />143,700,369.52.0± gallons _ 225,000± gal /hr = 638.67± hrs. - 24 = 26.61± <br />days to discharge the water <br />Speaking with Rich Elder w/ Fisher Pumps (2024 East 8th St.; Greeley, CO), <br />Rich indicated that his company does not rent Fisher Pumps, but if they did <br />it would be determined in this manner. <br />$18,750.00± cost of the pump of the same type as indicated above <br />2 @ half the value recovered in 3 months <br />$ 9,375.00± <br />3 months <br />$ 39125.00± per month <br />30± days <br />$ 104.17± per day <br />x 25% mark -up for profit or $26.04 <br />$ 130.21± per day (rental cost) <br />x 26.61± days <br />$3,464.89± Total Pump Use Cost <br />The electrical cost for the pump will run as follows, utilizing information <br />derived from United Power Company (Keith Emerson) based upon actual <br />energy use from the same type and kind of Fisher Pump: <br />Electric demand: <br />1 IOKW x 638.67± hours of use x $0.034± cents per KWhour = $2,388.62± <br />$40.20 Meter Charge (Service Charge) <br />Varra Companies, Inc. Coulson Resource Project OMLR M- 2013 -064 11 <br />Correspondence to Peter Hays 23 March 2014 <br />