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c' f7 <br /> 11-194. 11 sZQ Jac State Date of Tubt <br /> • Namis of Supplier.Owner or Dealer Address No.and Strearlis) City <br /> 15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY From <br /> 11 Station Chart <br /> 'e Nominal Capacity n_ Tank Manufacturer's Chart <br /> lL k*nldy by position Gallons 71 Company Engineering Data <br /> E] Charts supplied with <br /> 1,:o, r By most accurate <br /> &and and Graft capacity chart available ❑ Other <br /> Gallons <br /> Tutal Gallons <br /> 17. FILL-UP FOR TEST Gallons ea Reading <br /> Suck water Bottom t�a <br /> before Fill in. 1 in. inventory <br /> to%, Gallons Tank Diameter <br /> 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK []Wats,intank 11 Un.j.)being tested with LVLLT <br /> Sea manual secilpons,appiwAble.Check bola.And record procedure in E:]High water tools in lank excavation <br /> I"Maximum allowable t"pire"ure for all tests- 19. TANK MEASUREMENTS FOR Transfer total to 1-ne 25a <br /> Four pound rule 00"not apply to doubwavaltadjanks. TSTT ASSEMBLY21. VAPOR RECOVERY SYSTEM El stage I D stage if <br /> Complete section below. Bottom of tank to grade' .....I...... in. <br /> Add 30"for'T'probe easy........................... 30 in. 24b. COEFFICIENT OF EXPANSION <br /> 1, is four pound rule required? Y- E] NO ❑ Total tubing to assemble—approximate............. . in. RECIPROCAL METHOD <br /> Type of Product .......... ........ .... <br /> 20. EXTENSION HOSE SETTING <br /> 2 Height to 12"mark from bottom Of lank J in. Tank top to grade*.................................. Hydrometer Employed .......................... H <br /> Atter Circulation............... ..... ................. •F <br /> 3 Pressure al DOROM of Let* P.S I A <br /> Extend hose on suction tube 6"or more Temperature In Tank <br /> below lank top...................................... in. <br /> 4 Pressure at top of tank 2 above grade,use top Of till. Temperature of Sample ........................... -F <br /> ty F.B.I. 1f Fill pipe extends <br /> 22. Thermal-Sensor reading after circulation Difference(,/-)................................... .. . -F <br /> digits <br /> Depth of burial -F Observed A.P.I.Gravity ................................. <br /> hatween <br /> 23. Digits per-F in range of expected change T1.211 — Reciprocal L/.1,_..5_ 1,04_N <br /> digits <br /> Tank dia. in, I /I/t�_:�' 11� 1�1 r <br /> COEFFICIENT OF EXPANSION (Complete after circulation) <br /> 24a. Corrected A.P.I.Gravity Total quantity in Reciprocal Volume change in <br /> full tank(16 of 17) this tank per*F <br /> Water table in. Observed A.P.I.Gravity................................... Transfer to Line 26d. <br /> NOTES: <br /> Hydrometer employed................................... H <br /> 24c. FOR TESTING WITH WATER a.Table C&D <br /> Observed Sample Temperature ......................... 'F <br /> Corrected A.P.I.GravityWater Temperature after Circulation <br /> @ 6WF.From Table A.................................... <br /> .. Table C ................................................ 'F <br /> Coefficient of Expansion Coefficient of Water <br /> The above calculations are to be used for dry*oil Conditions to for involved Product Table D ............ ............... ... .. ... <br /> setablien a powtivap(geaureadvantage.or when using the lout pound From Table 8............................................ <br /> rule to compensate for the presence of subsurface water In the lank Transfer COE to Line 25b, Added Surtdctant? 11 Yes D No Transfer COE to Line 25b, <br /> area. <br /> Rotor to N.F.PJL 30, Sections 2-324 and 2-7.2 and the tank 25, (a) gallons <br /> ammlecAurw foolilding allowable ityatern test pressures. Total quantity In Coefficient of expansion for Volume change in this tank <br /> full tank(16 or 17) Involved product per*F <br /> r) 15�'-, - '/ t'" r <br /> /�/ "'7 <br /> 1 <br />