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27 . Sensor Calibration / <br /> ` ' 2�Eb 30 . tivDRostnTIC 31 . 34 . 38 . NET voluME 39 . <br /> PRESSURE VOLUME MEASUREMENTS IV) TEMPERATl1RE COMPENSATION <br /> LOG OF TESI PROCEDURES CONTROL RECORD TO .001 GAL , USE FACTOR fat CHANGING ACCUMULATED <br /> 28 <br /> ' EACH READING CHANGE <br /> . Z9 . Bland i e Level <br /> Record details of selling up D D 32 Product in pr <br /> DALE and running lest . ( Use lull Reading In Inches Graduate 3 Replaedl(- ) 35 . 36 . 37 . Adjustment . <br /> No. Change Compulalioni <br /> __ <br /> length of line it needed .) Deginnin level to Thermal Higher • ( c) . ( al • Volume Minus <br /> TIME /-fir _�� � of which Before Atter Produce Sensor Lower - Expansion • Expansion I • ) m At Low Level compul <br /> (24 hr . ) PRODUCT `AJ Reading Restored Reading Reading Recovered p ) Reading Ice Contraction - Contraction (- ) Change per Clow <br /> N33( V) — N37(T) (NFPA criteria ) <br /> ARRIVED AT : SITE , REMOVED LROPUBE , VAPOBRECOVERY LIN S , BLEI REMO E . P PS , ETC <br /> ICb SET - UP EQUIPMENT <br /> Ilb START CIRCULATION ACTOR " A ' U ) <br /> OL%�' 1ST THERMO READING 421 <br /> START 421 HIGH LEVEL <br /> 1ST HIGH LEVEL READING 1 42 � <br /> CONT ' D HIGH LEVEL READING 2 42 Sa(] + I ( la <br /> �JU 11Sac <br /> r , 42 � 10 <br /> 4 <br /> 42 U +OHO - <br /> 3�:.a , 1 <br /> _ 5 42 <br /> LAry <br /> 7 42 <br /> 42 <br /> i : k. + IUtat 4 <br /> 7 <br /> DROP TO LOW LEVEL , WAIT 1 HOJR <br /> J START LOW LEVEL TESTg <br /> 15T LOW 1LEVEL READING 1 12 121 tcjp;; <br /> C7�= + U � +Oz � 00 <br /> LIJ� CONT ' D LOW LEVEL READING 2 12 - C 97 <br /> , 1 <br /> 4 12 , i I O <br /> `SIU <br /> 5 12 t3 C� INERPos OI <br /> 11 Iv <br /> 6 12 `j '-I I i- U +� _ <br /> To 11 7 12 7: -� <br /> S 8 1201 <br /> VL`Jr��J 11 11 9 12 �j � <br /> S�5 10 12 <br /> � U rl rl 11 12 �� I � � LLf q <br /> 112 If 12 4 ItOl <br /> t20 Fzt�ll <br /> �XJ 13 lz <br /> SSS 11 14 12 �7 <br /> rr _ <br /> 15 12 10JO <br /> - <br /> (OIL) <br /> /�y, / l 16 12 `� 0� C + OUo <br /> (Lel U <br /> �fJl � rr re � 7 12 .7!� Z �� J1� W /� �� +18 12 <br /> /OI � _ L�VV �i -• o <br /> 11 , t <br /> 1 12 _ _ . T -�`C � j + : -�Q. i3 �.•U _ `. O�tC'1 <br /> 2012 - olb X10 •t +017 <br /> LSO „ _ <br /> t 21 12 <br /> s <br /> n <br /> ( - <br /> 22 12 O t10 b (S +c) }O � � aCX <br /> " 23 12 _ ^ <br /> 000 <br /> 24 12 -40 . ODIC <br /> STOP TEST � I � �� +0 � <br /> F • - 2 = ( ) GPH <br /> L= <br /> P- T Tank Test Data Chart 2 . Statement : <br /> 11 Is the responsibility of the owner end/or operator of this <br /> DConclus <br /> nfo Tank and product handling system has been tested light system to Immediately advise state and local authorities of any <br /> according to the Precision Test Criteria as established by Implied hazard and the possibility of any reportable pollution to <br /> regulatory agency. This Is not intended to Indicate permission the environment as a result of the Indicated failure of [ his <br /> G PH of a leak . system . The manufacturer of this test method does not assume <br /> l W OR any responsibility or liability for any loss of product to the <br /> 1 . Net Volume Chanf Precis ' n Te gph environment . <br /> ❑ Tank and product handling system has tailed the lank liyhlnessSignature of Test , test according to the Precision Test Crileria as established by <br /> Dale : regulatory agency. Tank Owner/Operator <br /> OR <br /> ❑ Test invalid due to environmental ormechanical factors beyond Date <br /> control of the testing equipment . <br />