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SVIRCB, January 2002 Page 1 of 1 <br /> 4. TANK ANNULAR TESTING <br /> Test Method Developed By: r Tank Manufacturer G Industry Standard 67 Professional Engineer <br /> r Other(Specify) <br /> Test Method Used By: r Pressure tt Vacuum 17 Hydrostatic <br /> r Other(Specify) <br /> Test Equipment Used: Aga uge7l Equipment Resolution: 20 <br /> Tank# 2 Tahk# 1 Tank# Tank# <br /> Is Tank Exempt From Testing?' r Yes ro No r Yes T No r Yes r No r Yes r No <br /> Tank Capacity: 10028 10028 <br /> Tank Material: Steel Steel <br /> Tank Manufacturer: total containment total containment <br /> Product stored: RUL PUL <br /> Walt time between applying 5 min 5 min min min <br /> pressure/vacuum/water and starting test: <br /> Test Start Time: 12:41:00 12:41:00 <br /> Initial Reading(RI): 10.00000 In. HIS 10.00000 In. HG <br /> Test End Time: 13:41:00 13:41:00 <br /> Final Reading(RF): 10.00000 In. HG 10.00000 in. HG <br /> Test Duration: 1 hr 1 hr <br /> Change in Reading(RF-RI) : 0.00000 in. HG 0.00000 in. HIS <br /> Pass/Fall Threshold or Criteria: +/- 2.00000 +/- 2.00000 <br /> Test.Result: Pass Pass.... <br /> was sensor removed for testing? G Yes r Nor NA re Yes r No r NA r Yes r Nor NA r Yes r No r NA <br /> Was sensor Pro <br /> perlyreplaced and verified r Yes ( Nor NA ft Yes r No NA r Yes r No r NA r Yes r No <br /> functional after testing? <br /> Comments? include information on repairs made prior to testing, and recommended follow-up for failed tests <br /> 1 Secondary containment systems where the continuous monitoring automatically monitors both the primary and secondary <br /> containment, such as systems that are hydrostatically monitored or under constant vacuum, are exempt from periodic <br /> containment testing. <br />