COMPLIANCE INFO_1986-2001 - Laserfiche WebLink

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Name or Supol•er. Owner or O 15. TANK TO TEST Identity by Position -- LINL�ADC/� — - g..nA and Gno�'v 17. FILL -UP FOR TEST,'}�Z—� Slick Water Bdnom before F.11 -up to x" Add,Asa No. and StraMft) 15a. BRIEF DIAGRAM OF TANK FIELD 100 Gallons / M. Tank Dlelneter city Stat! Dale of Teat 16. CAPACITY Nominal Capacity /0. 00G Gallons By wool accurate a J 14 capacity Mart available / O Gallons Inventory 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑ Water In tank ❑ Lime(s) being tested with LVLLT Sae Manuel 110MOne applicable Check below and record Dro•:edurs in lop (27). ❑ High water table In tank excavation Use mletto test pressure for all lasts 19. TANK MEASUREMENTS FOR Four poundoundrule doeses not .DDIY to dow ubleelled tanks TSTT ASSEMBLY ComaMe section below Bottom is tank to graft' ............................ /319 In. • Add Xr for "T' probe my .........................../ 30 In. 1 Is four pound rule reou.red'f Yes [N No ❑ Total tubing to assemble — approximate ............. 163 In. 2 Hecght to 12' mark from bottom of tank _ I ( in 20. EXTENSION HOSE SETTING Tank top to grads.... ............................... / 7 In. Y w on auction tubs e" or more O 3 Pressure at bottom Of tank r " � � PSI Extend ho • j below lank top ...................................... �r Pressure at loo or lank �1/ 'II Fill pipe extends above gra. use lop of fill. (�.= PS1.. de 22. Thermal-Sansor reading atter circulation y't a t of bunal _/ 7 inJ. Z I eia table NOTES 31 VAM The above calculations are to be used for dry Boil conditions to establish a positive Promotive advantage, or when using t he four pound rule to compensate for the presence of subsurface water in the tank area Riser to N.F.P.A. JD. Sectlons 2-3.2.4 and 2-7.2 and the tank manufacturer regarding allowable system test pressures. In. _•F 23. apes per •F In range of expected change .- ut_*5_ In. dlglis COEFFICIENT OF EXPANSION (Complete after circulation) 24a. Corrected A.P.I. Gravity in Observed A. P.I. Gravity ................................... Hydrometer employed ................................... N Observed Semple Temperature ......................... •F Corrected A.P.I. Gravity WF. From Table A .................................... Coefficient of Expansion for Involved Product from Table a ...................................... ... Transfer COB to Line 26b From ❑ Station ChM ERTank Manufacturer's Chart ❑ Company Engineering Data ❑ Cham s ipolfed with ❑ Other Gallons Total Gallons es. Flooding RECIPROCAL METHOD , 7aP o F F C�AS2a1 Volume change In this tank fgdlometer Employed .................................. � 2 Transfer pial to line 251 �1 L_ 21. VAPOR RECOVERY SYSTEM El map 1 ❑ stage 11 24b. COEFFICIENT OF EXPANSION ■ (b) RECIPROCAL METHOD , Type of Product ....................................... C�AS2a1 Volume change In this tank fgdlometer Employed .................................. Involved proJuct 323 Temperature In Tank �1 L_ After Circulation ..................................... F r .F Volume cfs;fgs per digit Or TemperNure of Semple ............................ I .. •f Compufa to 4 decimal places. "(Z.O� 2.Z 5-7.Ll_ Observed A.P.I. Gravity ........................ I........ Fleclprocal _ Pape s 33u*. , -1 j_ . ,590 2 07q Total querlttty, In Reciprocal Volume change In WN tank (to or 171 this tank per •F Transfer to Line 2fls. 24c. FOR TESTING WITH WATER see Table c a o Vilifier Tempor"ma titer Circulation To" C ................................................ •F Coefficient of water TableG ............................................... Added BurfactantT ❑ yes ❑ No Transle COE to Line 26b 25. (a) ■ (b) = CO . Gallons Teal quantity In Coefficient M expansion for Volume change In this tank full tank (IS or 17) 26. (a)6,._1Qd�%Q Involved proJuct 323 per •F = r7, 07'0H031 This to 0.024 4) Volume change per •F (25 or tab) Digits per °F In Not Volume cfs;fgs per digit test Flange 129? Compufa to 4 decimal places. factor Is)