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C, uou <br />PUMP CONTOL <br />EXISTING <br />WITH EXI; <br />ELECTRICAL IN EXISTING CONDUIT <br />EQUIPMENT LIST <br />12p.1@PU <br />3 EA. iASC 200000 USPILTEER A- <br />3:1 EA: MP ELFIN"KF <br />! 9 EA. 3UGAL PORTABLE- I <br />Fig. 1 <br />Pump Capacity <br />A submersible pump would be required to pump 12 <br />line. A one h.p. submersible turbine pump will be <br />project. <br />ND <br />TERS CONNECTED IN SERIES <br />DRIVEWAY <br />ELECTRICAL TO PUMP FLOAT S MH <br />PMENT VAULT <br />WATCHING <br />at a total head of 150 feet with a 1" discharge <br />;fent for all the pumping requirements of this <br />Clean Water Disposal <br />Removal and transportation for the disposal of the treated water will be by truck to the industrial sewer <br />of the City of Lodi. The industrial sewer is the only dis sal allowed by the City. Mr. Fran Forkas, City <br />of Lodi Water Superintendent, has approved this method of disposal. Mr. Forkas proposed two methods <br />for transport of the clean filtered water to the industrial sewer line that lies on the south side of <br />Kettleman Lane. The first method would require the un erground jacking of a discharge line from the <br />property to a manhole on the southwest corner of the int rsection of Kettleman and Lower Sacramento <br />Road. The second method would be by trucking the cleat filtered water to the White Slough Treatment <br />Plant or an existing connection to the industrial sewer 1' ie. He discouraged any attempt to apply for a <br />NPDES permit to discharge -into the City storm -drains stem. <br />The discharge pipe jacking to the manhole option woL <br />discharge line. Trucking to the White Slough Treat, <br />operation. A complete removal of the ground water in <br />would require +1-- 29 days- of pump- and treat -filter o <br />$11,600 in trucking and $2,000 in Baker Tank rental <br />is the most economical, if the cleanup can be compl+ <br />K3 <br />require upwards of $25, 000 just to install the <br />nt Plant would cost about $400 per day of <br />eleven foot thick aquifer for a 70 foot radius <br />ration ( 507,000 gal ). This would amount to <br />r a total of $13,600 dollars. Disposal by truck <br />d in less than 58 days. The author estimates <br />