Laserfiche WebLink
f <br /> 2010 Equipment Survey <br /> bp <br /> g Site Number /`T Street Company y� Company <br /> IWO <br /> Technician I"!l City Phone* <br /> Date State �`� Contact Name <br /> --t-T <br /> Petroleum Storage Tanks <br /> Tank ft Product Capacity USTor AST Split Tank Striker Plate Mantfolded l Siphoned Auxilary <br /> Match R=Regular TSP=Tank Striker Plate <br /> To Tank M=Mid Grade Nominal Gallons UST=Undergrwnd Tank Splitrank DSP=DropTube Striker Plate Menifolded/Siphoned Tank Awdlary Tank <br /> Mondor P•Premium Nearest(000) AST=Aboveground Tank Yes or No N=None (if so,to what other tank) Yea or No <br /> SRO D-Desel UNK=Unkmvon <br /> Sketch W=Woste Oil <br /> K=Kerosene <br /> / /`� YE9 rp /,/,�, <br /> 1 (R M P D W K i'I�''s YES TM I TSP DSP N !UN& �7 VES NO <br /> YES ,r�,tJs <br /> 2 R / P D W K �I YES N� <br /> j MTSP DSP N YES <br /> 'tvya <br /> 3 R M )P> D W K '� YES TSP OSP N NNd YES NO� <br /> `.- YES r <br /> ll..// YES NO <br /> 4 R M P D W K YES NO TSP DSP N LINK YES NO <br /> YES NO <br /> 5 R M P D W K YES NO TSP DSP N LINK YES NO <br /> VES NO <br /> 6 R M P D W K YES NO TSP DSP N UNK YES NO <br /> Petroleum Storage Tanks <br /> Tank g Material of Construction Corrosion Protection Lined Tank Interstitial Space Method of Leak Detection Remote Fill <br /> MatchDWF=Doublewall Fiberglass <br /> To lank SWF=Singtwrall Fbarglass IC=Impressed Current Lined Tank B=Bine AS-A82481 Remote Fdl <br /> Monitor DWS=Doublewall Steel NM=Non.met.1ic Yes or No D=Dry CSLD=Continuous Statistical LD Yes or No <br /> Site SWS=SingleweY Steal SAC=Sao Anode UNK=Unknown "C Vacuum IM=Interstitial MoNtonng <br /> Sketch DWSP=Douhlawee STIP N=Nona VL=Vaulted MTG=Manual Tank Gauging <br /> SWSP <br /> =Singlewall STIP UMC=Unknown N=None SIR=Stabsresl Inventory Reconcibabon <br /> CLD=Steel Clad w/Fibergass UNK=Unknown (Circle ALL that apply) <br /> UNK=Unknown <br /> DWF SWF DWS SWS �� <br /> d IC NM SAC N(U YES NO /r81 D VC VL N UNK AS CSLD (IM MTG SIR YES <br /> DWSP SWSP CLO UNK �•./ <br /> oWF SWI DWS sws ; r t <br /> 2 IC NM SAC N(VNKJ YES NO Ut/ [B 1 D VC VL N LINK AS CSLD 1 MTG SIR VES /_—Z/ ) <br /> aNSP SWSP CLD l/NK <br /> SWF DWS SWS <br /> DWF <br /> 3 IC NM SAC NUke YES NO (UNIT J ( B) D VC VL N UNK AS CSLD (M MTG SIR YES NO <br /> DWSP SWSP CLD UNK �,� �l.✓✓�`� <br /> 4 OVvF SWF DWS 8" IC NM SAC N LINK YES NO UNK B D VC VL N UNC AS CSLD IM MTG SIR YES NO <br /> DWSP SWSP CLD UNK <br /> I <br /> DN/F SWF DWS SWS <br /> 5 IC NM SAC N UNK YES NO UNK S D VC VL N UNK AB CSLD IM MTG SIR VES NO <br /> DWSP SWSP CLD UNK <br /> DWF SWF DWS SWS <br /> 6 IC NM SAG N UNK YES NO UNK B D VC VL N UNK AB CSLD IM MTG SIR VES NO <br /> O'NSP SWSP CLD UNK <br /> Product Piping Vapor Recovery System <br /> Tank It Material of Construction Corrosion Protection Flax Connectors Stage l Type Stage 11 type EVR System <br /> Match OWF=ooudewall Fiberglass IC=Impressed Current Vt-Amoco VI <br /> To Tank SWF-Singlewall Fiberglass NM=Nonmetallic Quantity of Flan Connectors 2PT=Two PointBL Balance PT-PHIL 717E <br /> Monitor SWS=Singlewall Steel SAC=Sao Anode Write in number Cp-Coaloat Poppatad VST=Vapor Systems Tech OPW-OPW VR <br /> Sita FLX=R.A ble Unwm LINK LINK=Unknown CN=Coapal Non-Poppeled VA=Vacuum Assist NA=No EVR <br /> Sketch UNK=Unknown HE-Healyw/out EVR <br /> HEVRHe <br /> = aly wI EVR <br /> NA=No Sta ell <br /> � V1 SBL VST VA /?^� <br /> 1 (pWF/ SWF SWS I- UNK IC NM SAC UN r - 2PT CP CN C,.. PT (OPW,I NA <br /> t// �� HE 'HEVR NA t...,,./ <br /> 2 (OW¢ SWF SWS FLX UNK IC NM SAC <br /> 3 LL(DW�F� SWF SWS FLX UNK IC NM SAC �u- <br /> 4 OWF SWF SWS FLX UNK IC NM SAC UNK <br /> 5 DWF SWF SWS FLX UNK IC NM SAC UNK <br /> 6 O'nF SWF SWS FLX UNK IC NM SAC UNK <br /> �a„pg,g Page 1 of 4 <br />