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27 , ) <br /> r r ; � 1n (�f 30 , HvonOSTATIC 31 • 34 . <br /> Sensor Callbrollonl '/ 7 . / _y� , 38 . NET VOLUME 39 . <br /> PACS ,^,1111 [ VOI , IIME PaTASllfl( M ( NTS IV ) IEMKIIA111nE COMPENSATION Cl1ANCING ACCUMULATEO <br /> LOG OF TEST PROCEDURES CDNIIIOL 111COnD IB not r, AL . USE FACI011 ( a) EACH READING CHANGE <br /> 28 . <br /> OAfE ' Record details of selling up 294 standpipe Level 32 Product in 33 • Product 35 , 38 37 Temperature <br /> and running test ( Use lull Ileading In Inches Graduate Replaced 1 . ) Adjustment <br /> Change Computation ' <br /> length of line If needed . ) N0 ' Beginning Level to Thermal higher • ( c) • ( a ) . Volume Minus <br /> TIME rp �1 of which 1lernic Aller Product Sensor lower - Expansion • Expansion I . 1 er At Low Level compute <br /> / J A 9 ( et Contraction - Contraction (-1 Change Der How <br /> 124 hr , ) PRODUCT � � � 'a / { tP . r°l " Reading Restored Reading Reacting Recovered O Heading s37(V) _ 937(1 ) ( NEPA trilerq ) <br /> 30 ARRIVED AT : SITE , REMOVED EROPUBE , ATAPORRECOVERY LINI % S , BLEEID REMO E PRIPS , ETC , <br /> fit' aO SET - UP EQUIPMENT <br /> START CIRCULATION 0 <br /> FACTOR " A , to0 'f' g <br /> la : aS 1ST THERMO READING 12 (41 <br /> 1 - S �3 <br /> 1!Z)I START 42 ' HIGH LEVEL TEST 0 , G Y9 <br /> 12 ' S,5 1ST HIGH LEVEL READING 1 42 , .59G -O ��° =' .{Dr�L� �0Av — � q <br /> f to CONT ' D HIGH LEVEL READING 2 • ' 42 loS ° � �; <br /> � � 11 <br /> 46 11 4 4z <br /> IF <br /> 5 42 <br /> 11 II 6 v ' CNN <br /> 42 <br /> 42 INN <br /> 421INN4r <br /> } r.� INN <br /> ir�,;' � rte. ,'rr l,. l _t ( •� �"7 � ,�..- <br /> IN <br /> f <br /> { y DROP TO LOW LEVEL , WAIT 1 HOJR <br /> INN <br /> IN <br /> rN START LOW LEVEL TEST <br /> 3 ; l� 1ST LOW ILEVEL ' ' READING 1 12 121 + �, , <br /> _� v,/ It r. • i r �/. (`�, ^ _ / <br /> . CONT ' D LOW LEVEL READING 2 12 �� �� ;'r,,`? Vit:."�.�F ' -� - <br /> AWN <br /> 4 12 11 v r �.� `� t' L',. !� ,.� 3 /Ysy/ <, <. <br /> -FIN re <br /> 11 ONION <br /> If 6 12 � �. <br /> — _ <br /> N. <br /> Y <br /> 4�jo Nd <br /> 12 <br /> ry n <br /> a) 8 12 <br /> 5 9 12 <br /> 11 1 , • ` <br /> 10 12 <br /> 12 , .. <br /> 00 d <br /> II tv <br /> .t 2 12 '✓e <br /> '" r" <br /> 4 IN <br /> ( : ;u It T— 14 12 !� , ZZ .°j') <br /> FIFO" <br /> 11 __ter_ -N_ T <br /> 16 1 <br /> 17 12 no NNNCN 't <br /> if <br /> 18 12 /.� ( rf <br /> 19 12 <br /> $911 ZM <br /> CIO <br /> ,.r s 11 t t 2 0 12 <br /> r' 11 21 12 !2 tL f _ r It : C.�^ ' � � 0; <br /> 12 <br /> 47 VQ9 9 22 NN <br /> 12 <br /> 11 <br /> IN <br /> IF 24 12 <br /> 11 <br /> STOP TEST <br /> FINN <br /> N - <br /> S a4menl : <br /> P- T Tank Test Data Chart 2 . ,SIl Is the responsibility of the owner end/or operator of this <br /> Additional Info Q' Tank and product handling system has been tested light system to Immediately advise stele and local authorities of any <br /> according to the Precision Test Criteria as established by Implied hazard and the possibility orany reportable pollution to <br /> regulatory agency . This Is not intended to Indicate permission the environment as a result of the indicated failure of this <br /> 1 of a leak . system . The manufacturer of this test method does not assume till , ) GPI any responsibility or liability for any loss of product to the <br /> 1 . Net Volume Change at Conclusion of P,eci on Tesl _ z_,g /� h OR environment, <br /> fr r ❑ Tank and product handling syslem has failed the lank lightness <br /> '? �' s �r <br /> Signature of Tester : F� test according to the Precision Test Criteria as established 5y <br /> \ regulatory agency . Tank Owner/Operator <br /> Dole : <br /> ED Test Invalid due to environmentalormechanicalfactors beyond Date <br /> control of tho ( osling gqulpnN <br />