COMPLIANCE INFO_1986-1996 - Laserfiche WebLink

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C cc ~ Ir W < Z IL 3 a_ 0 0 W . W r N J d 14. Name of Suoolier. Owner 15. TANK TO TEST Identity IV positiorf and and Gfada e (_' e e / f" Address No. and Strest(s) Z 15a. BRIEF DIAGRAM OF TANK FIELD City 16. CAPACITY Nominal Capacity Gallons By most accurateV .0 6 capacity chart available Gi Gallons State = — Date of Test From ❑ Station Chart IK Tank Manufacturer's Chart ❑ Company Engineering Data ❑ Charts supplied with Tank Tester ❑ Other 17. FILL -UP FOR TEST Taal Gallons Ing ea. Re ing Stick Water Bottom Inventory in Tank before Fill -up 49�in. in. MICA- allons Tank Diameter Water Bottom 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST T}IIS TANK ❑ Water in tank ❑ Line(s) being tested with LVLLT Top off equipment + Sea manual sections applicable. Check below and record procedure in log (27). ❑ High water table in tank excavation Total Ouentity, Lee maximum allowable test pressure for all tests. 19. TANK MEASUREMENTS FOR (/ Fall pound rule doss not apply to doublewalled tanks. TSTT ASSEMBLY Complete sedan below: 21. VAPOR RECOVERY SYSTEM ElStageI lKstage II 1. Is four pound rule required? 2. Height to 12' mark from grade 3. Pressure at bottom of tank 4. Pressure at top of tank The above calculations are to be used for dry soil conditions to establish a positive pressure advantage, or when using the four pound rule to compensate for the presence of subsurface water in the tank area. Refer to N.F.P.A. 30, Sections 2.3.2.4 and 2.7.2 and the tank manufacturer regarding allowable system test pressures. 24b. COEFFICIENT OF EXPANSION Bottom of tank to grade' ............................ in. yes ❑ ❑ Add 30" for 'T' probe easy ........................... / 30 in. 1—/ N Total tubing to assemble — approximate ............. ,Z Iln. in 20. EXTENSION HOSE SETTING Temperature in Tank After Circulation ........................................ Tank top to grade' .................................. in. Extend toss on suction tube 6" or more Temperature a Sample ................................. tank top ...................................... In. 1below 'If fill. ` ! -,�P.S.I. Fill pipe extends above grade, use top of Range (23 or 24a) USE WITH THERMAL SENSOR PN5039 of burial ;n (Blue Box) A4digits 22. Thermal-Sensor Jia. ,F Between 23. Digits per °F in range of expected c table to tank bottom in. ig NOTES: 24a. IF USING THERMAL SENSOR DTS-2000 OR OC -2000 WHICH READ 1000 DIGITS PER of TRANSFER 1000 TO LINE 26, DIGITS PER of IN TEST RANGE. The above calculations are to be used for dry soil conditions to establish a positive pressure advantage, or when using the four pound rule to compensate for the presence of subsurface water in the tank area. Refer to N.F.P.A. 30, Sections 2.3.2.4 and 2.7.2 and the tank manufacturer regarding allowable system test pressures. 24b. COEFFICIENT OF EXPANSION (b) RECIPROCAL METHOD Total quantity in Type of Product ........................................ Volume change in this tank Hydrometer Employed .................................. `^' N Temperature in Tank After Circulation ........................................ X11! "�F Temperature a Sample ................................. / °F Volume change per °F (25 or 24b) Digits per ° F in test Difference («/-) ......................................... , °F Observed A.P.I. Gravity.......�.................... Reciprocal e Total quantity in Reciprocal Volume change in full tank (17) this tank per °F Transfer to Line 26a. 24c. FOR TESTING WITH WATER No Table C a D Water Temperature atter Circulab Table C from Thermal Sensor... ........... °F Coefficient of Water TableD .......................... ................... Added surfactant? ❑ yes ❑ No Transfer C to.Li. 25b 25. (a) x (b) _ (C) gallons Total quantity in Coefficient of expansion for Volume change in this tank tank/r �j ploduct involved If &DO _ per "F GV.full •) / n�CC y _ This is Volume change per °F (25 or 24b) Digits per ° F in test Volume change per digit test Range (23 or 24a) Compute to 4 decimal places. factor (a) N