![]() ![]() We pump agriculture, municipal, industrial and commercial lagoons throughout Nebraska, Kansas, Missouri, Texas, Oklahoma, New Mexico, and Colorado. If you are currently working as a pumper and wish to upgrade to a company with a better opportunity, we welcome your application and can fast forward you to our Many good leadership opportunities that exist now and we are training for future crews and shifts as they are being organized and trained. We are also looking for good leaders capable of leading a shift or crew once they have sufficient experience to do so. Measurements = 300 length of top of water 200 width of top of water 15īOWsf = (300-90) x (200-90) = 210 x 110 = 23,100 sfĪOWsf = (TOWsf + BOWsf) / 2 = (60,000 + 23,100) / 2 = 83,100 / 2 = 41,500 sfġ5 (depth of lagoon) x 7.Lagoon Pumping & Dredging is always looking for good reliable employees to help us meet and exceed our customers expectations. Run of 4:1 slope = depth of water x 4 foot run for every foot drop x 2 banks Run of 3:1 slope = depth of water x 3 foot run for every foot drop x 2 banks Total Run is determined from slope of bank. of length x TOW of widthīottom of Water Square Foot (BOW sf.) = (TOW length – total run) x (TOW width – total run)Īverage Square Foot of Lagoon (AOWsf) = (TOWsf + BOWsf ) / 2 ![]() Most banks are 3:1 or three feet run for every footĪccurate Total Gallons = Average Square feet of Lagoon x Water Depth x 7.5 To determine the slope of the bank you use two tape measures and determine how much of a run is required to make a one foot drop. (1) width of top of water, (2) length of top of water, To determine total gallons of water in a lagoon you first need to find 4.
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