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<br /> <br /> <br /> made before or during the tightness test must be described in <br />the COMMENTS section. <br />Page 2 of 5 <br />Test Method Developed by Manufacturer Industry Standard Professional Engineer <br />Test Type Pressure Vacuum Hydrostatic <br />Test Equipment Used: Vacuum Pump/Vacuum Gauges in Hg. <br />Tank ID 1-Regular 87 3-Diesel <br />Tank Manufacturer O C Tank O C Tank <br />Tank Capacity 25K 6K <br />Test Start Time 8:40 8:50 <br />Initial Reading -10" Hg. -10" Hg. <br />Test End Time 10:40 9:50 <br />Final Reading -10" Hg. -10" Hg. <br />Change in Reading 0 0 <br />Pass/Fail Criteria No Loss No Loss <br />Tightness Test Results Pass Fail Pass Fail Pass Fail Pass Fail <br />Test Method Developed by Manufacturer Industry Standard Professional Engineer <br />Test Type Pressure Vacuum Hydrostatic <br />Test Equipment Used: Pressure Gauges in Psi/Nitrogen <br />Pipe Run ID 1-Regular 87 2-Gas Vapor 3-Diesel <br />Pipe Manufacturer Smith Smith Smith <br />Test Start Time 8:45 8:48 9:35 <br />Initial Reading 5 Psi 5 Psi 5 Psi <br />Test End Time 9:45 9:48 10:35 <br />Final Reading 5 Psi 5 Psi 5 Psi <br />Change in Reading 0 0 0 <br />Pass/Fail Criteria No Loss No Loss No Loss <br />Tightness Test Results Pass Fail Pass Fail Pass Fail Pass Fail <br />Pipe Run ID <br />Pipe Manufacturer <br />Test Start Time <br />Initial Reading <br />Test End Time <br />Final Reading <br />Change in Reading <br />Pass/Fail Criteria <br />Tightness Test Results Pass Fail Pass Fail Pass Fail Pass Fail <br />Additional copies of this page may be attached. <br />6. TANK SECONDARY CONTAINMENT TEST <br />7. PIPE SECONDARY CONTAINMENT TEST