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14Vtn� u �-• Zl-'G a. <br /> Name of Supplier,owner at Dollar Address No.and Si:ostlQ City State osts of Te•t <br /> 15. TANK TO TEST 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACITY F'om <br /> �^ ❑ Station Cha„ <br /> Nominal Capacity- ~7 ❑ Tank kranulociwerY Chet <br /> Identify by posnbnOeibm <br /> E:5 <br /> � Company Enp.nesnnp Out <br /> tT z, "5 - ❑ Charts suppbad mnn Tank Trager <br /> By® t Accurate <br /> INrand and OtIes capacity cnaad available 71 ❑ Other <br /> C Oalbne <br /> Total Outs. <br /> D417. FILL-UP FOR TESTU*11 in ., R..d ng <br /> C1 ^" Stick Weiav Bonen /'qW <br /> Itin Tank <br /> V :4P bMero Flop •�• bit �J4J lot, _ <br /> N o tar" oalbns Tank Diomoter �® <br /> T waist Bottom <br /> O � <br /> 16. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK ❑w.te,in tank ❑ tin.tol being tested with LVu,T Top off eq..pmene <br /> X [pS <br /> CO V DO Site minimal sections applicable.Chock below end record procedure In log(24 ❑High water table in tank excavation Total Ouanuty <br /> A <br /> ® cn tee maxbnwn site.e•bta last...•euro lot ON tests. 19. TANK MEASUREMENTS FOR <br /> Q. .Now pound rule doe.riot spay to aoua0waned omits. <br /> TSTT ASSEMBLY 21. VAPOR RECOVERY SYSTEM ❑Slogs 1 ❑slag.t% <br /> Complete todion below: <br /> Bottom o/unit to grade, .......................... <br /> Add s'foe-T'probe may.:......................... 30 In• 24b. COEFFICIENT OF EXPANSION <br /> 1.is taw POW it pili 004.11441 Va. ❑ He ❑ Total cubing to assemble—approximate............. lot. RECIPROCAL METHOD <br /> ' Type of Product <br /> 11 20. EXTENSION HOSE SETTING ••..••..••..•..•..•••.••...... �� <br /> w <br /> 2."pig"b l T mat kom g..d. �In. <br /> it NyYaroeler Employed................................. <br /> Tents top to grade•.................................. bH <br /> Extend hose on auction tube a'or more Temperalute N Tank <br /> 2.Fwwe M bottom of to-Al RBot After Circulation........................................ 54 -F <br /> below tank top...................................... It. <br /> . •11 FBI pipe extends above grade.use lop of ILII. por <br /> .� Temalwe of Sample................................. •F <br /> t 0490%00 of lop of I&-% r P.S.I. <br /> USE WITH THERMAL SENSOR Difference(•r-)......................................... •F <br /> Depth of buttal 114 q In. PN5039 (Blue BOX) observed&P.t.Gravity <br /> 22. Ther nal•Bonsor folding after circulation <br /> • -ba digits Reciprocal page s <br /> Tank poo <br /> aR <br /> C Between <br /> nr <br /> M Total quantity In Roc.procal Volume charge in <br /> Dlgme per•F in,Inge of expactod champs me.e lank r <br /> Wetat table to tank bosom h. digits full lank(If) tnlank o lone ter <br /> P'^ NOTEB: <br /> ®w C t^"S 24a. IF USING THERMAL SENSOR DTS•2000 <br /> L.Z OR OC-2000 WHICH READ 1000 DIGITS 24C. FOR TESTING WITH WATER <br /> C e PER IF TRANSFER 1000 TO LINE 26, <br /> tV N QA <br /> D IT PER OF IN TEST RANGE. Ta6eC1omrilliatil TnsrmetSenior Aftertet. ...................... •F <br /> u <br /> M The .Alava calculations aro to N used Nei. Coefficient of taller <br /> dry sell conditions to Table D................................................ <br /> Qe <br /> establish Ipositive pressure obvenuge.or whom using the four pound <br /> Nle to compensate fa the presence of subsurfece wolor In the Usk 0 Added Surfactant ❑yes ❑No Tiontlot COE to tine 250 <br /> VOL 1 f <br /> Rder to N.R.►.A. X Socilons 2.0x2.® and 2.7.2 and the tank 25. (a) Is M a (C) gamona <br /> manulaclut90 regarding allowable system lost pressures. Total quantity In Coefficient of expansion for Volume charge in In.$lank <br /> unman tun lank(11) Involved product per•F <br /> 26. a a f <br /> Volume change pat If 123 of tab) Digits pts•F in lost VWYmO Gnu+go par O.gd loll ) <br /> Range 123 or 24s) Compos to 4 decimal places Iactw go)r <br />