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S'7 <br />���eLIJ1aE� 'So _ 11�_• __ �� tw.>1fn <br />Mm• of a.PPIN4 Owner Of Oeabr Addle. No and $11. Its) <br />15. TANK TO TEST 15a, BRIEF DIAGRAM OF TANK FIELD <br />3 w(3 -- <br />nj IeMlily be DO•ilg _ j <br />lu <br />Brand snit Ono• I / f <br />17. FILL -UP FOR TEST <br />Gry <br />16. CAPACITY <br />Pil l Capacity -.-__ <br />v / <br />Add for "1" pOpara.:�.... <br />30 <br />Dy moll a <br />rnCa <br />l•d available <br />H <br />Temperature M Tank <br />G.uom <br />stick, Wald "Hh <br />Eerae Fall <br />0 M" Ga one Tank DNm.NI y <br />18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑ Water Intank ❑ Lin•[O beina l..l.d with LVLLT <br />sN "He l - al applicable, Chick bpOw and scold Proced.ra In tog (27). . ❑ High water tsON In lank eacNatlon <br />Use mYa <br />Nnn idip-1 4 test pressure tot all IKIs. <br />Poe pound Will does not appy to cimblavvsfled lsnks 19. TANK TSTT ASSEMBLY,. FOR <br />Cemol.I• •Mian p.low� . <br />1 Is lour pound no. "."ad, <br />2. Nk ianl be 12" mark from bonom of lank <br />J. pressure n bonen of tank <br />l Ple.Wre It lop of lank <br />. of ourur <br />dr. <br />Ul <br />NOTES <br />The above Calcultllons are to W used for d7 sell conditions to <br />establish •positive pressurudvanbgs, or when using that lour pound <br />man 10 b Pene,t• for tat presence of su Gunfau water In the tank <br />Y•. <br />MIK 10 N,F.P.A. 30. Salons 2.3.2.4 and ?7.2 and the tank <br />manufacturer regarding allowable system tat pleasure,. <br />Bono- of tank to glede'.... ...__.. _.. _. <br />-- in <br />Add for "1" pOpara.:�.... <br />30 <br />Toll Wbina to n.e-oN - approumele _. _.... <br />_ _ 176 In. <br />20:EXTENSION HOSE SETTING <br />H <br />Temperature M Tank <br />t -y <br />Tank lac npndr __,. _.. <br />In <br />Eaand itch On ...Ilan lube a" OI more <br />/C / <br />J/ <br />below rank toP. _.....__.:...__.. ... _... <br />in <br />•n Fill P,Vs nuns ii also.... Io0 OI au. <br />IF <br />22. Th.Tv.I.Senmr reading .her cnalation <br />_. ____ <br />(Dol& o A I. Gravity <br />mom <br />9 -8 - <br />Data of real <br />From <br />❑ Sleron than <br />0TM l Man.1.0 Wart Chan <br />engin <br />Perry plied with Data <br />Gnarls W collie• wllh <br />0ther <br />Taal OWINA• <br />t.non. K. waelro <br />r"1; <br />/0010 <br />Transfer IoW to ane 25... <br />21. VAPOR RECOVERY SYSTEM ❑ 9.ae 1 ❑ slate II <br />24b. COEFFICIENT OF EXPANSION <br />Sr- <br />RECIPROCAL METHOD <br />.. <br />Type of Plodua ... ................................... <br />Ob.ervK A. P . Drell .__..... .........__... .OZ -.I <br />H/dmmabl Emll.,wd.......... ...... . . ......... <br />H <br />Temperature M Tank <br />(� <br />Ann, Clrc.latbn ............... ................... <br />3 . as <br />Rmpernun of same. ................................. <br />4 <br />24 a. Corrected A P I Grardy <br />TI� <br />Total guanl My In RKIp'..l Vtlum• fAYgs M <br />IF <br />27. Senor Calibration / <br />Sr- <br />31.34. <br />'VOLUME MEASUREMENTS (Vi <br />RECORD TO on GAL. <br />.. <br />_ -'F <br />Ob.ervK A. P . Drell .__..... .........__... .OZ -.I <br />23. D.vn..par..•f in sna. of .:Paetn Bhang. <br />Belwenn <br />< <br />RReciprocali.J '.a <br />' <br />"T"va0e <br />d <br />COEFFICIENT OF EXPANSION (Complete alter circulation) <br />35. <br />Thermal <br />Sensor <br />Reading <br />24 a. Corrected A P I Grardy <br />37. <br />Computation <br />(d . lel • <br />onvacl.a • <br />Contraction- <br />Total guanl My In RKIp'..l Vtlum• fAYgs M <br />• <br />VOMms Minus <br />h0atra cti ntor <br />contraction l-1 <br />rJ0(vl-q]IA <br />tun tank (le or 17) IhN lank err IF <br />(Dol& o A I. Gravity <br />9efore <br />NeaOinq <br />Alter <br />Reading <br />Producl <br />Recovered k,•1 <br />TIME <br />(&M.) <br />Tran.M to LWe Zea. <br />Mdromen • ployed <br />24C. FOR TESTING WITH WATER <br />Coor..d Sa'pl. remo.r.wra <br />- _.F <br />Bite TableC I <br />Corrected A.P.I. G,Aq <br />Water Ta-puatur. aMe, CIIIVWldn <br />@ Sore From Table A_.. <br />- <br />Table ................. ............ 'F <br />Coslhirki of Ekpan.ton <br />Coefiklanl of W.I., <br />I., Involved Prnucl <br />T•bN D ....., <br />From Table Is ................ .. ...................... <br />.... ,................................ ..... <br />Tramiel CI to Line 250. <br />Addeo SunKtanl7 ❑ Ya• ❑ No Torula COE to LbN 251 <br />25. (a) <br />. (b) <br />(C) <br />Total quantity. In. <br />cos"Iclenl .1 lap.n•lon lot <br />o.naN <br />Volume en•na. In In$• lank <br />NII IFnI Ila or 17) <br />Invofred Drnu0 <br />per •F <br />26. <br />/ <br />.(a)'�O'9w�S1Y9 <br />tesllt N <br />V <br />VeilChan • F b5 or 2b <br />o par • 1 ) <br />Digit. fir •F In <br />p D eat <br />volume ChanO. Dar digit i <br />0 <br />[23) <br />CompNa to . dKlm•l el•a.. Nc!a fel <br />27. Senor Calibration / <br />30. H70ROSIAn6 <br />PRESSUIfE. <br />CONTROL <br />31.34. <br />'VOLUME MEASUREMENTS (Vi <br />RECORD TO on GAL. <br />TEMPERATURE COMPENSATION <br />USE FACTOR (a) <br />38. Hit voLuseE <br />CHANGING <br />EACH READING <br />39. <br />ACCUMULATED <br />CHANGE <br />_ <br />LOG OF TEST PROCEDURES <br />28. <br />C-ATf <br />Record details of setting 11 <br />runninga it. ee a lull <br />sled length <br />length of line it needed.) <br />29. <br />Readlhg <br />No <br />SNndplpe Level <br />In Inches. <br />32 Product In <br />Graduate <br />33, Product <br />Replaced l -I <br />35. <br />Thermal <br />Sensor <br />Reading <br />36. <br />LAanq< <br />Higher • <br />lower, - <br />Id <br />37. <br />Computation <br />(d . lel • <br />onvacl.a • <br />Contraction- <br />Temptiure <br />AGluslmam <br />Adjustment <br />At lav Level .Hour <br />.harps Me Hoa <br />(NfPA erauiq <br />VOMms Minus <br />h0atra cti ntor <br />contraction l-1 <br />rJ0(vl-q]IA <br />Beginning <br />of <br />Pasdin9 <br />Level to <br />which <br />�'Peslomd <br />9efore <br />NeaOinq <br />Alter <br />Reading <br />Producl <br />Recovered k,•1 <br />TIME <br />(&M.) <br />7 071 <br />�7777777 77 4,77� <br />oz3v <br />ID <br />0 <br />1 ,os <br />��� <br />i�1 <br />'7 <br />�30 <br />L Ji <br />02 <br />/ <br />t/3g <br />- lZ3 <br />C'Lll <br />�; �� <br />2 <br />-1 /v <br />{. 2 <br />- . 215' <br />022,0 <br />JZ <br />X80 <br />q�j <br />030 <br />7 <br />`/:''•� <br />.'Jos� <br />� 30 <br />1: ! <br />- � <br />1 Y� <br />� !� <br />, IS'9 <br />n <br />141 <br />0 <br />J_ <br />Jho <br />0(9 <br />3;C7 <br />Zclo <br />z-, <br />' .�,�: U <br />D� L <br />= 3 <br />= l>� <br />-. v19 <br />�r <br />Z <br />3.0' <br />Zoo <br />3lill"0 <br />-j, s -D <br />r <br />U✓3U <br />i� , <br />q.,� <br />� s� <br />�F� <br />o � � <br />� ��� <br />-.vii( <br />- 20 <br />P -T Tank Test Data Chart <br />Additional Info <br />0 <br />I <br />1. No Volume Change at Conclua p61Prec ipFTes g p h <br />✓�� . c/-:.. / -�- <br />signature of Tes er .. <br />Date <br />2. Statement: <br />N Tank -and product ha4ing system has been tested tight <br />according 't0 the Precision 'Test Criteria as established by <br />N.FP.A. publication 329. This is not intended to indicate <br />permfesibn of s leak. , <br />OR <br />Tank and.product handling system has failed the tank tightness <br />test according to the Precision Test Criteria as established by <br />N P A publication 329 ; <br />It is the responsibility of the owner and/or operator of this <br />system to immediately advise state and local authoritin of any <br />implied hazard and the possibility of any reportable pollution to <br />the environment as a result of the Indicated failure of this <br />system. Heath Consultants Incorporated don not assume any <br />responsibility or liabilityfor any loss of product to the <br />environment, _ <br />Tank Owner/Operely/o�r7 '1�v/y7/i✓ <br />Dale / _ J _ <br />