COMPLIANCE INFO_1987-1995 - Laserfiche WebLink

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la 14. ,A_ri nit - Name of Supplier. Owner or Dealer 15. TANK TO TEST �a 04" 3 QIE�4a f �5 44, Identity by position Wo le 4 1�� Brand and Grade 17. FILL -UP FOR TEST Addr" No. and Street is) 15a. BRIEF DIAGRAM OF tANK'FIELD'.* City State 16. CAPA\QITY Nominal Capacity "Ions By oweaccurate n capacity chart evalit" Stick Water Bottom before FI1fup dz� —in. 7-- b*L Inventory Gallons Tank; Disislater 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK Dweller in tank C3 Unt(s) being tested with LVLLT Sea manual socitem applicable. Check below and record procedure In 1" (27). C3 High water table Interni oxcovation Use maximum allowable tog Pressure for 811 Wis. Four pound rule Om not apply to lJoublowalled tanks. 19. TANK MEA$QREMENTS FOR TSTT ASSEMBLY Corr?ote section below: sonorn of tank to L 11 1. Is four pound rule required? Z HOW to 12- mark from bottom of tank 3. pressure at bottom of tank 4. Pressure at top of tank of burial Vs. table NOTES: yes 0 No The above calculations are to be used for dry soil conditions to establish a positive pressoureadvantago, or when using the four pound rule to compensate for the presence of subsurface water In the tank Rotor to N.F.P.A. 30. Sections 2-3.2.4 and 2-7.2 and the tank manufacturer regarding allowable synittion tog preesurse. Data of Test From 1:1 Station Chart FI Tank Manufacturer's Chart ElCompany Engineering Data 1:1 Charts supplied with El Other . .... ..... . ........... Gallons 4 Add 3V W Ir probe bf TOM tvaing to asomble � - Approaksele ............. —.14 in. 20. EXTENSION MOSE. SETTING TW* top to rado. ................. in:, Lt. Eldond hose on forction Wile V or jalare . . : Transfer lotal to line 2ft . below tank top.., ................................. lao. Lt. I" Fill pipe extends above Waft, use top of ML 22. Tihormaii-Sonsor reading after circulation digile in. o Data of Test From 1:1 Station Chart FI Tank Manufacturer's Chart ElCompany Engineering Data 1:1 Charts supplied with El Other COEFFICIENT OF EXPANSION RECIPROCAL METHOD 617� Tamof ROM .................................... leVdromoeer Employed .................................. 7 H Terepersoure In Tank After Circulation ........................................ . 67,(.1-F Temperature of Sample ................................. 7o IF Woolanc oom ........................................IF Observotl AP.I. Gravity ................................. 23. DWft per IF In range of expected change pitlelprocall 0/di ht Page # In. COEFFICIENT. OF EXPANSION (Complete after circulation). 0—ello ASQ If g, oo 13 3 &144 24a. Corrected xiec "Ity, Total quantity In Reciprocal Volume change In In.full tank (10 or 17) this tank per IF Observed A.P.: Gravity.: ................... : ................ Transfer to Line 28a. ......................... j. T24c. FOR TESTING WITH WATER NoTable C&D observed Sample oomporo— .......... Corrected A.P.I. Grovily I—jl;q, . * , vftw Temperature after Circulation 0 6VF. From Table A ........... ............................. T" C•................................... ............. Coefficient of - EXPWW" Oodftkiht of wat/ er for Involved Rodulit - >/4 To" 0 ................................................ From Table 9 ........ ............... ...... Transfer COE to LW4 M Surfactant? F-1 Yes 1:1 No Transfer COE to Una 25b. 25. �A— to (c) plans TOM quan* Iff Coefficient Of ansponsian lor Volume change In this tank tale semi (beer t7) .,klacived.prolkict Per IF 1�-q 3 1 26. - Wa A r—> Z, Lf This Is %ftaso diallois Par of in isr MW w4ft per OF -W amVok—o-pdookedwcw No Con," So 4 PISM be" M IF MEM A Total Gallons Gallons 4 *a. Reading '7jffAl, Z, 5) Transfer lotal to line 2ft 21.- VAPOR RECOVERY SYSTEM Elstapi Ostageii COEFFICIENT OF EXPANSION RECIPROCAL METHOD 617� Tamof ROM .................................... leVdromoeer Employed .................................. 7 H Terepersoure In Tank After Circulation ........................................ . 67,(.1-F Temperature of Sample ................................. 7o IF Woolanc oom ........................................IF Observotl AP.I. Gravity ................................. 23. DWft per IF In range of expected change pitlelprocall 0/di ht Page # In. COEFFICIENT. OF EXPANSION (Complete after circulation). 0—ello ASQ If g, oo 13 3 &144 24a. Corrected xiec "Ity, Total quantity In Reciprocal Volume change In In.full tank (10 or 17) this tank per IF Observed A.P.: Gravity.: ................... : ................ Transfer to Line 28a. ......................... j. T24c. FOR TESTING WITH WATER NoTable C&D observed Sample oomporo— .......... Corrected A.P.I. Grovily I—jl;q, . * , vftw Temperature after Circulation 0 6VF. From Table A ........... ............................. T" C•................................... ............. Coefficient of - EXPWW" Oodftkiht of wat/ er for Involved Rodulit - >/4 To" 0 ................................................ From Table 9 ........ ............... ...... Transfer COE to LW4 M Surfactant? F-1 Yes 1:1 No Transfer COE to Una 25b. 25. �A— to (c) plans TOM quan* Iff Coefficient Of ansponsian lor Volume change In this tank tale semi (beer t7) .,klacived.prolkict Per IF 1�-q 3 1 26. - Wa A r—> Z, Lf This Is %ftaso diallois Par of in isr MW w4ft per OF -W amVok—o-pdookedwcw No Con," So 4 PISM be" M IF MEM A