COMPLIANCE INFO_1993-2002 - Laserfiche WebLink

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ffl r � ` } z some R,/wa M al L,M cn g bd a C3 t��yAy r E 8 CA I;Ia. '~ T it IV 4 e M A C:) rf UUU L E'1 Poss U H C:, sae ® Q .:Co O ra LU A cc ® Wp s O w V Ca a cc S t7u o .ti 8 g Q � ,�o cc o xj iK H ❑ ❑ 09 cn z Ell tjul U) 0 LU _ �� - ��- al— Cn Qhs IxsIoEffic Sa 3 0. u`�� x� cn et �q f� zap; h-z w UJI a o CD_ 3�"' t- � co A � o_as t- C4 � a 3 ,^ v wt3 cd rxi , r i2 Name of Supplier.Owner or DealerAa Ne.anddas - city Slate Dole of Test < 15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY From C �W r,��' s1R i 't C - � 50"."ne �j Nominal Capacity � Tank Manufacturer's Cher! Identify by position q" Daltons ❑ ` /A/ `�'jy, � �/^"�� ❑ Company Engineering Date - V ^✓ By most ate ❑ Charts supplied w Brannd and Grade accurate Tank Teeter �!®/ capacity shall available [ ❑ Other Gallons 17. FILL-UP FOR TEST Total Gallons a.Reading �s r/ Slick Water Bottom Inventory In Tank before Flti-up in, In.. to K' Gallons Tank Diameter Water Bottom � - 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑Water In tank ❑ Unala)being tested with LVLLT Top oil equipment + Sae monad sections applicable.Check below and record procedure In log(27). ❑High water table In tank excavation Total Quantity g/a the maximum allowable Inst pressure for all testa' 19. TANK MEASUREMENTS FOR Four pound rule does not apply to dorblewalled tanks, TSTT ASSEMBLY f� u l /� 21. VAPOR RECOVERY SYSTEM ❑ g ❑stage 11 Complete action below: r �r'r Sia •1 ollom of lank to grade''............................ In. Add96"for'T'probe way........................... f- 30 30 In. t.Is lou pound r24b. COEFFICIENT OF EXPANSIONrule required?. Yea No Told tubing to assemble—approximate In. RECIPROCAL METHOD ''••``-- 2 "eight airmark rromWeds In. 20. EXTENSION HOSE SETTING Jnr Typo mihodaet........................................ LL/v� Tank top to grade'.................................. 39 In. Nydromelar Employed.................................. N ?, Extend hose on suction lube a"or more , Temperature In Tank �`� �(AQ 0.Pressure at bottom o0 UMt P.S.I. (�. After Circulation................................. { below lank lop....................... In. `31 Temperature of Semple.... ................. t 4.Pressure al top of lank P.S i it FIB pipe extends above grade,use IOP of illi. v USE WITH THERMAL SENSOR Difference ......................................... ........... ...................... . n7A Depth of burial - r In. PN5039 (Blue Box) � Obbarved A.P.I.Gravity ................................. 22. Thermal•Sonsor reading after circulation d Its Reciprocal Tank dig, _wl.La.1 .In. B twaen 23. Digha per•F In range of expected change Total quantity In Reciprocal Volume chow Water table to tank bottom In, digits full tank(17) this lank W; NOTES: Trsnafsr N 24a. IF USING THERMAL SENSOR DTS-2000 _, OR OC-2000 WHICH READ 1000 DIGITS 24c. FOR TESTING WITH WATER wFeed660 1 PER OF TRANSFER 1000 TO LINE 26, " DIGITS PER OF IN TEST RANGE, Water Temperature after Circulation ' Table C from Thermal Sensor........... The above cacalculationslcalculationsare,to be used for dry softCoefficient of Water conditions to Table D.........I..................... •M+* * establish a positive pressure advantage.or when using the four pound rule to compensate for fin presence of subsurface water In the lank Woo. Add Surfaatsr 14 anl7 ❑Yes No 7narR0M1i1 Reter to NAPA. 90. $eatlomi 2"2.2.4 and 2.7.2 and the lank 25. a NII& x b } t montafacturor revara aSowablo system lost pleasures. " Toler ouen y In Coefficient of exponston o Volume chrxpe In dui 10011 ei ,ca 7nt<wµ yak fF7f Invol"d prorktRt per IF