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Onsite Permit 555-18-004781-PRMT Page 2 of 3 <br /> Schedule Inspections online at www.buildingpermits.oregon.gov or by calling: 1-888-299-2821 or 503-588-5147 <br /> When calling for an inspection, use IVR Number:555068260129 <br /> Date issued 7/10118 srration date 7110/19 <br /> Work',descrrptron MAJOR REPAIR ' <br /> Conditions of approval . <br /> Approved Area&System Type. <br /> Test pits and other site features were evaluated on June 27,2018. The conditions observed during this site <br /> evaluation indicate that the area around the test pit is capable of supporting a STANDARD system for the <br /> REPAIR. Plans are approved as revised. Please refer to the signed approved site plan dated July 10,2018. <br /> Any deviation from the approved plans must be authorized by this office prior to installation or the permit may <br /> be voided. It is the responsibility of applicant/installer to coordinate these requirements with all others in OAR <br /> 340-071-0220. <br /> This Permit is for a system designed to serve a single family dwelling with a maximum of 4 bedrooms. Peak <br /> sewage flow into the system is limited to a maximum of 450 gallons per day,with an average sewage flow of <br /> not more than 225 gallons per day. Premature failure of the treatment system may occur if either of these flow <br /> quantities is exceeded. If,for some reason,you expect your domestic household water use may exceed these <br /> flows, it is advisable to increase the size of the treatment system. - <br /> Specific Requirements <br /> TANK RISER: The tank must be installed with watertight risers extending to the ground surface or above. The <br /> riser lid must be gasketed and securely fastened. <br /> EFFLUENT SEWER:The effluent sewer is the pipe from the septic tank to the distribution box. The material <br /> required is 3034 or Schedule 40 pipe with 18-gauge minimum green tracer wire or green metallic tape placed <br /> along the pipe. The effluent sewer shall extend at least five(5)feet from the tank. There must be a minimum <br /> difference of eight(8)inches between the invert(flow line)of the septic tank outlet and the invert of the <br /> distribution or drop box outlet. In Equal Distribution,there must be six(6)inches of fall between the septic tank <br /> outlet and the distribution box inlet. In Serial Distribution,there must be two(2)inches of fall between the septic <br /> tank outlet and the drop box inlet. <br /> HEADER PIPE between Distribution Box and drainfield trench must measure a minimum of 4 feet,must be <br /> installed level,and bedded on undisturbed earth. <br /> OBSERVE ALL SETBACKS AND SEPARATION DISTANCES as required by the Department of <br /> Environmental Quality rules. A copy of the DEQ setback requirements is available in our office and online at <br /> http://www.oregon.gov/deq/Residential/Pages/Onsite.aspx under Rules: Division 71:Table 1. <br /> THE APPROVED SEPTIC SYSTEM AREA MUST BE PROTECTED from any vehicular traffic, livestock and <br /> farming activities. Other activities such as excavating or filling,driveway placement,paving or other similar <br /> activities that alter the natural soil conditions will adversely affect the soil and the septic system function and <br /> lead to premature system failure. The area must not be subjected to excessive saturation due to artificial <br /> drainage of ground surfaces,driveways,building downspouts or other sources. The areas of the initial septic <br /> system and the future repair system must both be protected. <br /> MAINTAIN PERMANENT ACCESS to septic tank for pumping and service.The septic tank should be pumped <br /> and inspected by a licensed septic tank pumping service before sludge and scum accumulations reach 30%of <br /> the tank liquid operating volume. Pumping every 3 to 5 years is an average interval. The septic tank is a <br /> reservoir for the solid materials in the sewage waste stream. Excessive accumulation of these solid materials in <br /> the septic tank will cause the solids to wash out of the tank and into the drainfield. This will cause irreversible <br /> damage to the drainfield and will eventually lead to a system failure. <br /> 7/10/18:9:51:31AM Page 2 of 3 ONS_OnsitePermit_pr <br />