COMPLIANCE INFO_1987-1995 - Laserfiche WebLink

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i Address No, and Streel (s) TYPO of Product .......................................:.*" z 15. TANK TO TEST TO TEST THIS TANK City Slats W 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACIT� � r Identity by `' la position t 4-, ca Nomin�ai"Capacity " Gallons W - 19. "-Complete section below: CD By most accurate 1 U�/ f ��Iseas aa� SOHO capacity Chart available °`Ito"` Stick Water Bottom Add o Total 5 CD 2 Haight to 12' mark from ' alone r v grade 3 Tank Ha' 3. Pressuro st bottom of tank ; Exton x. a A z cc to ,+ 4 Pressure at top of tank1_ �K /� P. S. 1. yi Depth of burial 1 r — In, usE PN5 v a a a Los O p�ey1a 444 4 Cc 7 d 9 �1 r t" rye# $49T�P N ti rn s ? i �r H ❑❑ I zrs FrLu W 3 J . Name of Supplier. Owner or Do Olar Address No, and Streel (s) TYPO of Product .......................................:.*" z 15. TANK TO TEST TO TEST THIS TANK City Slats .F 15a. BRIEF DIAGRAM OF TANK FIELD 16. CAPACIT� and record Identity by `' la position t 4-, ca Nomin�ai"Capacity " Gallons is vG J Brand and Or do 19. "-Complete section below: By most accurate 1 U�/ f n 17. FILL -UP FOR TEST SOHO capacity Chart available °`Ito"` Stick Water Bottom Add o wrote FIJI -up In. l0 'A" '3allona In. Tank Diameter 22.. i .G' Tank dia. In. 23,. c Water table to lank bottom In, NOTES: c The above calculationslife to be used for diy sell oartdllfolra to establish a positive pressure advantage, or when using the four pound rule to compensate for the presence of subsurface water In the tank area, Rola to NAPA. 30. Sections 2.3,24 and 2.7.2' and the lank manufacturer regarding allowable system lost pressures. LJ Walor In lank ❑ Llne(a) being lasted will) LVLLT ❑ High water table in lank excavation TYPO of Product .......................................:.*" z 18. SPECIAL CONDITIONS AND PROCEDURES TO TEST THIS TANK t/ n V .P See ManuN;eetlons applicable, Check below .F Difference (��-►............. ....... 0 and record procedure in top (21), Observed A.P.I. Gravity Uao maximum allowable Iasi pressure for oil last,. ca I Four pound"ruts dons not apply to doublewalled tanks, 19. "-Complete section below: ` SOHO { .:. is le four pound rule required? YeaNo ❑ Add o Total 2 Haight to 12' mark from 20, r v grade In Tank F` 3. Pressuro st bottom of tank r(, J i� Exton x. z cc below ,+ 4 Pressure at top of tank1_ �K /� P. S. 1. •If Fill Depth of burial 1 r — In, usE PN5 22.. i .G' Tank dia. In. 23,. c Water table to lank bottom In, NOTES: c The above calculationslife to be used for diy sell oartdllfolra to establish a positive pressure advantage, or when using the four pound rule to compensate for the presence of subsurface water In the tank area, Rola to NAPA. 30. Sections 2.3,24 and 2.7.2' and the lank manufacturer regarding allowable system lost pressures. LJ Walor In lank ❑ Llne(a) being lasted will) LVLLT ❑ High water table in lank excavation /~ire\ •_. Date or Teal From t_.J Station Chart (1'3Tank Manufacturer'. Chart ''7 rLf''''.' I1 Company Engineering Data t_I Charts supplied with Tank Test., ❑ Other Total Gallons as. Reeding Inventory In Tank ^°t Water Bottom - r Top off equipment i tti Total Ouanilly c 1, minim HtUUVtHY SYSTEM U stage l ❑ sl.g. R - - •, I .vr..ra r Vr LAJ7MJj0JUIY RECIPROCAL METHOD( TYPO of Product .......................................:.*" z Hydrometer Employed ................................. H Temperature In Tank After Circulation .................... t/ n V .P Temperature of Sample ................. .F Difference (��-►............. ....... 0 Observed A.P.I. Gravity Rsclprocal I A� ca I Volume change In this tank per IF r � N z o Cc F` ® $ z cc U) U n /~ire\ •_. Date or Teal From t_.J Station Chart (1'3Tank Manufacturer'. Chart ''7 rLf''''.' I1 Company Engineering Data t_I Charts supplied with Tank Test., ❑ Other Total Gallons as. Reeding Inventory In Tank ^°t Water Bottom - r Top off equipment i tti Total Ouanilly c 1, minim HtUUVtHY SYSTEM U stage l ❑ sl.g. R - - •, I .vr..ra r Vr LAJ7MJj0JUIY RECIPROCAL METHOD( TYPO of Product .......................................:.*" Hydrometer Employed ................................. H Temperature In Tank After Circulation .................... t/ n V .P Temperature of Sample ................. .F Difference (��-►............. ....... Observed A.P.I. Gravity Rsclprocal I A� �Page Total quantity In Reciprocal full tank (17) Volume change In this tank per IF Water Temperature aflerbm< Table C from Thermal Soneor., coefficient of w ATER se. Test D ' i1Cn for VOIumO Cheng. In Ihb Unk gallons I.uli tank " .I7) In volved refect 0n0n0np Per IF