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Underground Storage Tank <br /> Secondary Containment Testing Report Form <br /> 6. TANK SECONDARY CONTAINMENT TEST <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 1-87-Main 2-91 3-Diesel 4-87-Siphon <br /> Tank Manufacturer Modrn. Wld. Modrn. Wld. Modrn. Wld. Mosier Bros. <br /> Tank Capacity 12K 4K 4K 10K <br /> Test Start Time 8:35 8:35 8:35 8:45 <br /> Initial Reading -10 Hg. -10 Hg. -10 Hg. -10 Hg. <br /> Test End Time 10:35 10:35 10:35 9:45 <br /> Final Reading -10 Hg. -10 Hg. -10 Hg. -10 Hg. <br /> Change in Reading 0 0 0 0 <br /> Pass/Fail Criteria No Loss No Loss No Loss No Loss <br /> Tightness Test Results ® Pass ❑ Fail I ® Pass ❑ Fail I ® Pass ❑ Fail I ® Pass ❑ Fail <br /> 7. PIPE SECONDARY CONTAINMENT TEST <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 1-87-Main 2-91 3-Diesel 4-87-Siphon <br /> Pipe Manufacturer Smith FRP Smith FRP Smith FRP Smith FRP <br /> Test Start Time 8:40 8:50 9:00 9:10 <br /> Initial Reading 5 Psi 5 Psi 5 Psi 5 Psi <br /> Test End Time 9:40 9:50 10:00 10:10 <br /> Final Reading 5 Psi 5 Psi 5 Psi 5 Psi <br /> Change in Reading 0 0 0 0 <br /> Pass/Fail Criteria No Loss No Loss No Loss No Loss <br /> Tightness Test Results © Pass ❑ Fail © Pass ❑ Fail ® Pass ❑ Fail ® Pass ❑ Fail <br /> Pipe Run ID 5-Diesel-G-S 6-Diesel-G-R <br /> Pipe Manufacturer APT APT <br /> Test Start Time 9:20 9:23 <br /> Initial Reading 5 Psi 5 Psi <br /> Test End Time 10:20 10:23 <br /> Final Reading 5 Psi 5 Psi <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 /> Additional copies of this page may be attached. <br /> All tests marked "Fail'and any repairs made before or during the tightness test must be described in <br /> the COMMENTS section. <br /> Page 2of5 <br />