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The existing tanks will need to be abandoned, pumped &filled with soil &a tank <br /> abandonment report completed. <br /> The first tank will be a 1500 gallon.dual chamber tanks reversed using the 500 gallon <br /> side as the trash trap &the 1000 gallon side as a dosing chamber(pump#1)which <br /> will dose 12.5 gallons every 30 minutes with a timer to the Multi-Flo Unit. The <br /> effluent will flow g vity from the Multi-Flo to a new 1500 gallon pumping chamber <br /> (pump#2)which 11 pressurized the seepage bed. The power supply&switches <br /> must be located ositside the manhole & pumping chamber in a weather proof <br /> enclosure. A wardevice must be installed with a light&sound device. This is <br /> in case of a pump failure. <br /> Monitoring of the dlainfleld, is required immediately after the system is installed. <br /> See the monitoring contract for the price. <br /> if the tanks have leas than 2'of cover,the lids, risers& maintenance hole covers <br /> must be insulated tlo a value of R10. <br /> Cieanouts for each lateral must be insulated & be accessible from finished grade in <br /> an irrigation box with a ball valve. <br /> A water meter or e â–ºent counter must be installed to monitor daily water use. The <br /> homeowner is responsible for the water meter readings. <br /> The mitigation plan)is if hydraulic overloading would occur, a timer could be installed <br /> to reduce the amount of effluent pumped to the system and also by using the 1500 <br /> gallon pumping chamber allows the effluent to be stored during peak use and <br /> pumped to the systm during low water use periods. The second would be to install <br /> holding tanks. <br /> All neighboring wells are located greater than 100'away from the proposed <br /> treatment area. <br />