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Qk <br /> 27. Sensw calibration / 30. HTOROSTAIP 31 34 38.NEy VOLUME 139. <br /> PRESSURE VOLUME ME ASUDEMENTS M t) <br /> MI <br /> COMPEXSAt10N uXGNO AC[UMUlAtEO <br /> LOG OF TEST PROCEDURES CONTROL RECORD TO 001 GAL USE FACIOa I+1 <br /> EACH REApNG CHANGE <br /> 28. RtCord deeds of sell, uD 2T $I+nd ns Ler, 32. Ream a, -d-t ttmpglw, <br /> CAIS t( N m mens, G,dw., 3�. 35. 38. 37. Aerv"mem <br /> and runnnq lest IUse lull M"'9 eo uea 1-1 Cn+�Dt Cemwuuem <br /> IengIN of line it needed 1 a,0'^^'M lerN le lnpmal NgNer• (0•dl• Vebmt M,n,1 <br /> wkkn telae Ann heMrtl Sensw Lever• f+D+nsw,• f.o+�sbn 1.1 w O le»L—I ce -1 <br /> 111 w I PRODUCT R,+bnq ResiwN Rea R.." Pe,d,M Id Cenl,ulgn• Ca,uulron 1-1 CNangt DN M— <br /> PRODUCT RKorned I.1 MVI—107111 (.FPA nAe,jai <br /> OO ARRIVED AT:SITE,REMOVED ROPUBE,VAPORRECOVERY LINRS,BLEED REMOTE PUIPS,ETC1. <br /> SET-UP EQUIPMENT <br /> IC CO ISTART CIRCULATION FACTOR "A" 0055 ) <br /> 1ST THERMO READING 42' r <br /> START 42' HIGH LEVEL TEST 12.LA <br /> 1ST HIGH LEVEL READING 1 42 21-1 .'�� , tS2 <br /> tt5h CONT'D HIGH LEVEL READING 2 42 ,*I�,O "�10 !70 -22 t121 113 li <br /> 1t50 3 42 194 ilq <br /> 4 42 �;�� 015 8 13 -09 1.' Q,:5 `Gq0 <br /> 5 42 Q "015 2,31 + i0 -O�y <br /> 6 42 .520 !'(136 5 11 T `off h <br /> 3C 1, 7 42 <br /> t3C35 8 42 r~ ,S <br /> j05 DROP TO LOW LEVEL,WAIT 1 H R <br /> 35 START LOW LEVEL TEST 11S. <br /> 119 <br /> 4 Q 1ST LOWi,LEVEL READING 1 12 12 coq <br /> 13 L6 CONT'D LOW LEVEL READING 2 12 t 03� at 3 Z + (r ;"c'33 ' 00 2_ CG Ga. <br /> SQ 1 „ 3 12 ;�.C, nl,n g3c1 <br /> 5 4 12 y - -c” <br /> „ 5 12 ' 0 0 0 952- 's CC 1- - ;0-6 <br /> ,r <br /> 6 12 {'17 � `1C,7J <br /> In " 12 u50 �.a�5 los +1 t.039 " Ccq - CI C) <br /> k�A'51, 8 12 41;6S +,035 —1711 +1t03ct 044 —.()I <br /> 20 „ 9 12 515 ' P30 7-)Ti + b +off X00 ` 01'7 <br /> 25 „ 10 12 55 0 +.035 -7$4 "0 x'033 +002 ` 01S <br /> Si S ��5 -(90 �? t o33 '- 00 1r� ^.013 <br /> Sr Qkl 1, -2 ,2 �t +030 1 i tQ3 . 003 -01 to - <br /> 40 ,1 1 12 (4�0 +035 Is 0a) +'I +03 -00tt -07-C) <br /> 1:1 {5 „ " 14 12 b% t030 $ 0� "� X02 2 X01 <br /> 50 1 12 I t 14 Q3 0 % I t(p +0 `p0 2 <br /> 55' 16 110 - 030 ` 10 t+0 +0 `00 "OZ <br /> t5 " 17 12 20 + 03 $2� + t,059 -CO u '0 2� <br /> 05 18 12 2 4 d + 0 5 B 3 i-�o +. 033 1401. .-.01(0 <br /> to " 1 12 no {0 `83q +b '+4 "40 '.0?q <br /> '1S 15 1 20 12 ,305 +,C65 4�o t x-03 9 '00� '03 <br /> 1!J 21 12 340 �A 5X52 +to + x'002 -03 <br /> 22 12 7S +.0 SSS t IQ tCM2 -.02-9 <br /> t53d 2 12 40 +'430 S1o3 +'5 011 1002 -42`1 <br /> 24 12 �I LI G '.Q ` (0 9 + t Q 3 t 002. -. 02.5 <br /> STOP TEST <br /> ( .01i �2=( `01 5)GPH <br /> P-T Tank Test Data Chart �2.j Statement: It is the responsibility of the owner and/or operator of this <br /> Additional Info /a Tank and product handling system has been tested light system to Immediately advise state and local authorities of any <br /> according to the Precision Tas, Criteria ■s established by Implied hazard and the possibility of any reports b le pollution to <br /> regulatory agency.This is not intended to Indicate permission the emlronmenl as a result of the indicated failure of this <br /> of a leak system.The manutacturar of This test method does not assume <br /> •, )G,PH any responsibility or liability for any loss of product To the <br /> OR <br /> 1.Net Volume Change at Conclusion of Precision Test_gph enrironmenl. s . <br /> ! C Tank and product handling system has failed the lank lightness <br /> Signature of Tesler` ` e~` •� a' ' ( t� � test according to the Precision Test Criteria as established by <br /> Date: 3l�• 1 ' regulatory agency. 4; Tank�ner/Operator <br /> R <br /> Oi'.. <br />