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UNDERGROUND TANK #1-C-01/25/99
Hazardous Materials/Hazardous Waste Unified Permit ~ CONDITIONS OF PERMIT ON REVERSE SIDE This _~ermit is issued for the followtn_~: [] Hazardous Materials Plan [3 Underground Storage of Hazardous Materials Permit ID #:: 015-000-0'01330' [] Risk Management Program D Hazardous Waste On-Site Treatment WHOLESALE FUELS INC · LOCATION: 2200 E BRUNDAGE LN TANK HAZARDOU~"SOB~?~A~E ':~% CAP~¢;~i~¢~i DIsPEN~'ER:'~NSi~ONITORING 015-000-001330-0001 JPC DIESEL FUF:Ei#2i' ~,~}i, ~):' ,2~:;~:~:/,::~:72~ ~¢~; ,>,~ ~.~ ~}: ~.!~ 015-000-001330-0002 REGULAR UNLEADED ~? ~,,~ ~'.~. [7!'~.~_ 0; .... "' ":ii'~ ~"~'7% ~,:;- ~:;~"~' ~' .' '% 015-000-001330-0003 LOWSULFER ~2 DIESEL ~.:~ ,- 015-000-001330-0005 JPC ~2 DIESEL;~:'~ ~'~ ~ ~' ~'~'~:~ ~'~ ~ 015-000-001330-0006 HEATING OIL ~1 '~;' ~ ,;~ .~0 ~NE 015-000-001330-0007 JPC AW HYDRAUL~ O)L 32 ';?., .?~ ~O0 015-000-001330-0008 UNLEADED/PREMIUM ~NLEADED NONE OFFICE OF ENVIRONMENTAL SER VICES' ~~ll~~ 1715 Chester Ave., 3rd Floor Approved by:~%-~a-~ Bakersfield, CA 93301 omecorEv~s~ie= Voice (661) 326-3979 ~~ F~ {661) 326-0576 Expiation Date: Permit to Operate Hazardous Materials/Hazardous Waste Unified Permit CONDITIONS OF PERMIT ON REVERSE SIDE This permit is issued for the following: Materials Plan PERMIT ID # 015-021-001330 .?'! ?", :,:/! :;?'::;~iii!}[};~ .~ i!iiii~, iii?: !!i;;~i ~e~[ground Storage of Hazardous Materials LOCATION 2200 E B~,~~'~' . ........... ~_~i~:,. ~' ~?' B~RSF~}~ ~iL ",:. ':~,~ ~*~*~,~,~= ?.2 ~ . ~i~; i ":. ",.~i"~?~*~ ~,:~ '~ ~'' "' '2''?~ TANK HAZARDOUS SUBSTANCE CA~A~ITY ~: GAb,., ::,X:~:~;~:~i~, ~N~i ~'T~[ [':} ~ ~ PIPING PIPING PIPING ~? ":::::~ ~': :i .[NS~'"~:;~Xg~ ;" '~glA~ MON[~OR TYPE METHOD MONITOR ~ ' '" ~ '"'~:~' ~t. Gal ~::'' ..... '"" 0002 Regular Unleaded ~0~:0~0~::~:~'=''=,=.. . '~ ~"~ r~km~. ~'~..,....,,,,,= ;~(~b=,;~:~''':' S '"~'~'::'~:'~.~....:~.~. ~., ,~A~G::'~, ~ SWF P~SSURE ALD 0003 Diesel ~2 2~;00~, "q:~:Gal ' ? SWF P~SSU~ ALD ~-, '"' :~ '¥,~'~, .... ...... , ~ ~; CY' .,~ ',. ',. ~'. 0004 Diesel ~2 20'~.,i~:.~0.--~::~,,:~!:., a~'~;,, L~ned~ ~'9~,"'~ ~;~WL S".. ,.,¥.~':? 4~i~..; ,,,::, SWF PRESSURE ALD 0005 Diesel ~2 20,00~;/""::::~?', ,~at ~,, ,~mc~A992.~ ~. SWb?~,"-,'":::g'~:.;:;~::" .,/~:~ "~:~G SWF P~SSU~ ALD ~ ~ B~ersfield F~e Dep.~ment Approv~ by: O~CE OFE~RO~AL S~ ~CES 1715 Chewer Ave., 3rd Floor B~enfiel& CA 93301 Voice (805) 32&3979 F~ (S05)326-0576 Expiration Date: Jun~ ~0~ 2000 City of Bakersfield Office of Environmental Services 1715 Chester Ave., Suite 300 Bakersfield, California 93301 (805) 326-3979 An upgrade compliance certificate ; has been issued in connection with the operating permit for the facility indicated below. The certificate number on this facsimile matches the number on the certificate displayed at the facility. Instructions to the issuing agency: Use the space below to enter the following information in the format of your choice: name of owner; name of operator; name of facility; street address, city, and zip code of facility; facility identification number (from Form A); name of issuing agency; and date of issue. Other identifying information may be added as deemed necessary by the local agency. This permit is 'issued on this 2nd day of November, 1998 to: WHOLESALE FUELS INC Permit #015-021-001330 2200 E Brundage Ln Bakersfield, California 93307 WATERWORK Legend: Figure 5 n Areas of Investigation Wholesale Fuels Referenced Areas 2200 E. Brundage Lane in Text Bakersfield, CA O 125 WATERWORK a/g 20k gal. Barrel TDiesel Tank Stora e .. a/g lOk gal. Platform gF~ ~ Diesel,Tank/t- . ~e j ~asoline SD1i Tsnk Locatio.7 s~I SBt / Sum' .-' ~B24 c~]6:J 'J ~jJ Pump I ~JlJ~Tank u/gDiesel]6k 9al rage ' ~ I I~11 ' Location I,.. 2SB5 e B10Island ~ Canop~ SB14L]~ Area ~B12 · · r~ ~e SB26 ~13~ ~ · ~arrels/ Open Barrel ~iesel lank Pad S~23/ SB21 · SB22 t Ramp J j ~ Fence Legend: E. BRUNDAGE LANE · Soil Boring SD1 & Dry Wel 1 --- Utility Line Figure 2 --~ Electrical Line Wholesale Fuels Site Map ~ALm Drain Line 2200 E. Brundage Lane ~ Product Line Bakersfield, CA 0 125 WATERWORK · SB4 ' (]-) SB1 · i -I Pump ' (2) i Island I I SB6 · I _ .u/g 27k I I I SB7 · I (3) gal. Tankl I I 1 I (4) I _j I I SB9 ® I (5) I I~ ~ U/ggal.lOkTank · SBIO SB8 · I (6) I Figure 3 Legend Wholesale Fuels ~ 1) Super Unleaded 2200 E. Brundage Lane ' 2) Regular Bakersfield CA (3) Unleaded ' (4) Diesel (5) Kerosine Scale in Feet (6) Stodard Cleaning Solvent 0 20 WATERWORK · SB4 , SB6 · I (2) Island SB7 · I (3) I/ gal. Tank ~ '(4) SB9 ® i (5) % SB5 · ~ u/g lOk · gal. Tank SBIO SB8 · I (6) Figure 3 Legend Wholesale Fuels ~ (1) Super Unleaded 2200 E. Brundage Lane (2) Regular Bakersfield, CA (3 ) Unleaded (4) Diesel (5) Kerosine Scale in Feet (6) Stodard Cleaning Solvent 0 20 · SB17 * i Dry Well I Cement Driveway Pad i Cement Sump J SB18 I I / I ~ u/g Drain u/gLineDrain ~. ",~'Line .-/ ! S'team Garage leaning Wash Pad Pad I I i Figure 5 Legend Wholesale Fuels 2200 E. Brundage Lane Bakersfield, CA Scale in Feet 0 30 WATERWORK · SB14 I 4__u/g 6k gal. I --Diesel Tank Cement Lined Sump With Filled--/ · Cement Pad · Risers I~-l§1 II SB15 SBll i ~k- u/g 2ok gal. Diesel Tank I Figure 7 Wholesale Fuels 2200 E. Brundage Lane Bakersfield, CA Scale in Feet 0 3O · SB17 j I I ® SB16 J · i Dry Wel 1 I Cement J .Driveway Pad J ! ! Cement Sump J SB18 I I u/g Drain ~./ j ~- u/g Drain Line ,~Line i I Steam J Garage :leaning Wash Pad Pad J Sand Trap J i I Fence-~ i Figure 8 Wholesale Fuels 2200 E. Brundage Lane Bakersfield, CA Scale in Feet 0 30 SB24 I 8k (10) I. (9) 6k · (6) 4k 12 Product Lines · SB25 I 12k (5) 1Ok (4) 1Ok (3) 1Ok (2) (1) 6k SB26 Legend: (1) ;4otor Oil SAE 15W-40 (2) Motor Oil SAE 40 (3) Motor Oil SAE 30 (4) JPC Hyturb AW 32 (5) Pacemaker Geo 800 (6) Motor Oil SAE 30 Figure 9 (7) (8) JPC Tracton Hydraulic Fluid Wholesale Fuels (9} JPC Pump Oil 2200 E. Brundage Lane Scale in Feet 10) JPC Hyturb AW 68 Bakersfield, CA 11) Unocal Gaurdol 12) Chev Delo 400 15-40 Oil 0 25 13) Empty WATERWoRI<, a/g 20k 9al. Barrel Diesel Tank Stora( a/g 1Ok gal. /--Platform Diesel ,Tank / ~" · Gasoline SB17· .. J . ~ Tank Location-/ u/g 6k gal. .-Garage /L~ SB18 · Location~r~~n~el, ~ ~Island Diesel-) ~ ,.' ~~ ~ Tank J ~m m~,SBlO _ e Canop9 ~~ ~ SB14 Area ~,g'7~ ¢ Waste . 3ffice i Parking X~ 13}B15 ~OllBarrels Empty Ope~l arrel u/g 20k gal Wash Tank Storage ~ Lot Diesel Tank Pad SB23~/~ ~ · SB21~Z~' · SB22 ~1' ~ Ramp Fence LeBend: E. BRUNDAGE LANE SD1 --- Utility Line Figure 2 --~ Electrical Line Wholesale Fuels Site Map ~ALB Drain Line 2200 E. Brundage Lane ~ Product Line Bakersfield, CA 0 125 WATERWORK (~) [ Pump ~/j~ ~)Z~.' I (2) Island SB6 · ~ _u/g 20k t I ~ gal. Tank ~¢1 ~ 2~SB7 · I (3) I ~ (~) N~ Z,'SB9 · I (5) SB5 L u/g 10k I gal. Tank SB10 N~~/' ~ ~' sB8 , ,, (6) Figure 3 Legend Wholesale Fuels (1) Super Unleaded 2200 E. Brundage Lane (2) Regular Bakersfield, CA (3 ) Unleaded (4) Diesel (5) Kerosine Scale in Feet (6) Stodard Cleaning Solvent 0 20 WATERWORK · 5B17 I ! I · SB16 I · ! Dry Wel 1 I Cement I Driveway Pad I ! I Cement Sump J SB18 I I u/g Drain / I xx' u/g Drain Line " "-~ Line Steam I Wash Pad Garage ~:~ing I Sand Trap--~ ! ! I Fenced Figure 5 Legend Wholesale Fuels 2200 E. Brundage Lane ~ ~ Bakersfield, CA Scale in Feet 0 3O I SB24 (12) , ~ (9) 6k I (13) 1Ok (~) 3k I SOk (7) El ectri ca 1 Lines :ill Riser: (6) 4k 12 Product 12k (5) ZOk (3) SOk (2) L (~) 6k (1) Hotor Oil SAE 15W-40 (2) Ho=or Oil SAE 40 (3) ~4otor Oil SAE 30 '(4) JPC Hy%urb AW 32 (5) Pacemaker Geo 800 (6) Motor Oil SAE 30 Figure 6 (7) (8) JPC Trac~on Hydraulic Fluid Wholesale Fuels (9) JPC Pump Oil 2200 E. Brundage Lane Scale tn ~eet (I0) JPC Hy~urb AW 68 Bakersfield, CA (11) Unocal Gaurdol (12) Chev Delo 400 15-40 Oil 0 25 (13) Empty · SB14 I .~k__u/g 6k gal. I ~Diesel Tank I Cement Lined F~-., ~ e.~ · Cement Pad Sump With /// U'='~ SB15 · Risers ~ (~ z/,,' I I &__u/~ 2ok ~l. Diesel Tank Figure 7 Wholesale Fuels 2200 E. Brundage Lane Bakersfield, CA Scale in Feet 0 30 WATERWORK KE~N COUNTY '~&T[M ~GEN~ GROUNDWATEr SURFACE ELEVATION MAP ~ .... UNCONFINED AND EQUIVALENt ...... · '-;.t,.-- WELLS USED FOR CONTROL ..... SPRING 1987' I -~- |.--:-";- :--F-:', -.--;-;--;m: . ..~ . UEi ...... -,~-'-- . /",~ ,,, ~. '_ - Figure 4. Groundwater Surface Elevation Hap ( Wholesale Fuels 2200 [. Brunda~e Lane Site Location Bakersfield, CA '~ ' . ¢ '.' .. DERTH TO GROUNDWATER ..... }. '.. UNCONFINED ~ EQUIVALENT ...... ' ' ~ i WELLS USED FOR CONTROL ' ',k ..... SPRING 1987' ..... + ........ Figure 3 Depth To 6roundwater Map Wholesale [uels 2200 [. Brunda~e Lane Site Location Bakersfield, CA WATERWORK -- Figure 1 Legend ,~nolesaie Fuels Site Location 2200 E. Drundage Lane ~ ' fi , ma~(ers eld CA Scale in Feet t ~~~~~vironmenfal Qanonie Environmental Services Corp. 1710 Main Street Escalon, California 95320 Phone: 209-838-3507 Phone: 800-926-0806 Fax: 209-838.3509 , ELECTRICAL SERVICE$~, INC. Regulator Copy FOLLOW UP CATHODIC PROTECTION SYSTEM SURVEY WHOLESALE FUELS 2200 EAST BRUNDAGE LANE BAKERSFIELD, CALIFORNIA Prepared For: Sessions Tank Liners, Inc. 9521 West Fritz Lane Bakersfield, California 93307 Prepared B!t: Corrosion-Electrical Services, Inc. 14020 Maryton Avenue Santa Fe Springs, California 90670 APR 15 1999 CITY OF BAKERSFIELD March 1999 PLANNING DEPARTMENT. 14020 MAR YTON A VENUE, SANTA FE SPRINGS, CALIFORNIA 906 7~ CA. LICENS~ ColO 6847J CORROSION.. ELECTRICAL SER VICES, INC. TABLE OF CONTENTS INTRODUCTION 1 BACKGROUND 1 SURVEY PROCEDURES 1 SURVEY ANALYSIS 2 CONCLUSIONS AND RECOMMENDATIONS 2 TABLES · Potential Survey Data Sheet · Cathodic Protection System Maintenance Record Sheet · Rectifier Data Sheet DRAWINGS · Site Map 14020 MARYTON AVENUE, SANTA FE SPRINGS, CALIFORNIA 90670 PHONE: (562) 921-9522 FAX: (562) 921-6885 CA. LICENSE C-10 684718 INTRODUCTION This report contains information pertinent to the successful operation of the cathodic protection system located at Wholesale Fuels, 200 East Brundage Lane, Bakersfield, California, including present measurement data, survey procedures, and recommended maintenance program. The cathodic protection system is designed to protect four 20,000-gallon and two 10,000-gallon underground storage tanks, and associated subsurface metallic piping and vents. BACKGROUND The impressed current cathodic protection system installed at this facility in August 1998 consists of the following items: Nine 3-inch diameter x 60-inch long graphite anodes installed in three 10-inch diameter x 35-foot deep cathodic protection wells (CPW). The wells are backfilled with petroleum coke breeze and vented to the surface via PVC piping. A traffic- rated road-box is placed over each anode well. The anodes are connected to the rectifier by a header cable. · One J.A. Electronics rectifier rated at 50 volts and 12 Amperes (DC). · Cathodic protection test box that includes wire test leads for each underground storage tank. · Miscellaneous electrical fittings and cathode header cable. SURVEY PROCEDURES The following procedures were followed during the follow up survey: · The rectifier was inspected and the operating voltage and amperage were noted. · Structure-to-soil potentials were measured with a digital voltmeter connected between the structure and a saturated copper-copper sulfate reference electrode in contact with the earth. Test point locations are listed on the attached data sheets. · During the above procedure the tap settings on the rectifier were adjusted as needed to ensure that sufficient protective current is being applied to the underground metallic structures at this facility. 14020 MARYTON AVENUE, SANTA FE SPRINGS, CALIFORNIA 90670 PHONE: (562) 921-9522 FAX: (562) 921-6885 CA. LICENSE C-lO 684718 1 ELECTRICAL SER ICE& INC. SURVEY ANALYSIS Structure to soil potential measurements for each test point are above National Association of Corrosion Engineers (NACE) design criteria of 850 millivolts (mV) with cathodic protection applied. Rectifier output (DC volts and amperes) and potential measurement data for each test location are shown on the enclosed data sheets. CONCLUSIONS AND RECOMMENDATIONS Based upon our visual inspection and the data obtained during the survey, Corrosion- Electrical Services, Inc., concludes and recommends the following: The cathodic protection system is operating as designed and the underground tanks and associated piping are receiving adequate protective current. · Corrosion-Electrical Services, Inc., recommends that the rectifier data (volts and amps) be recorded weekly on the attached Rectifier Data Sheet and mailed or faxed to Corrosion-Electrical Services, Inc., on a quarterly basis. If any significant changes are observed in the volts and/or amperes on the rectifier, Corrosion-Electrical Services, Inc., should be notified immediately. · Along with the above Corrosion-Electrical Services, Inc., recommends, that in order to protect your investment, an annual survey be performed by a qualified individual. We will forward a letter approximately one year after the installation date requesting your authorization to perform this service on your behalf. 14020 MARYTON AVENUE, SANTA FE SPRINGS, CALIFORNIA 90670 PHONE: (562) 921-9522 FAX: (562) 921-6885 CA. LICENSE C-10 684718 2 COR O$ ON- ELECTRICAL ,$ER VICE$ INC. This follow up survey was conducted in accordance with the procedures described in the National Association of Corrosion Engineers (NACE) Standard Recommended Practice RP0285-95, Corrosion Control of Underground Storage Tank Systems by Cathodic Protection and American Petroleum Institute (APO Recommended Practice 1632, Cathodic Protection of Underground Petroleum Storage Tanks and Piping Systems. Thank you for the opportunity to assist you in this phase of your cathodic mitigation program. If you have any questions please contact us at your convenience. Respectfully, CORROSION-ELECTRICAL SERVICES, INC. ~. JAY M SHIPLEY Latricia J. Brewis President 14020 MARYTON AVENUE, SANTA FE SPRINGS, CALIFORNIA 90670 PHONE: (562) 921-9522 FAX: (562) 921-6885 CA. LICENSE C-lO 684718 3 CORROSION.. ELECTRICAL SER VICES CLIENT: WHOLESALE FUELS CES NO.: 1644 '[EST DATE: MARCH 2. 1999 SERVICE STATION NO.: SYSTEM LOCAI'ION: 2200 EAST BRUNDAGE LANE, BAKERSFIELD, CALIFORNIA ENGINe: TECHNICIAN: G. SAIZA RECTIFIER DA T A MANUFACTURER- JA ELECTRONICS SERIAL NO.- 98059 RA'HNG- 50 VOLTS 12 AMPERES VAC' 120 OUTPUT: 9 VOLTS 9.5 AMPERES MONITOR CHECK: SEITING - A-4 HOURMETER READING 04437.0 HRS LAST READING 00000.1 HRS DATE 8-29-98 CHANC-~ IN READING 0~.~.36.9 HRS ACI'UAL HOURS 04440.0 HRS DA~S OFF 0 FIELD TEST DATA STRUCTURE-TO-SOIL TEST LOCATION POTENTIAL (MV) I (on) I FUEL TANK #1 - LS DIESEL -1064 -352 FUEL TANK #2 - EP HOYED DIESEL -1024 -352 FUEL TANK #3 - ES DIESEL CLEAR -1004 -352 FUEL TANK #4 - REGULAR UNLEADED -990 -352 FUELTANK #5 - DYED DIESEL -979 -352 FUEL TANK #6 - SUPER UNLEADED -970 -352 VENTS -995 -352 DISPENSER - LS DIESEL -875 -352 DISPENSER - EP HOYED DIESEL -874 -352 DISPENSER LS DIESEL CLEAR -874 -352 DISPENSER REGULAR UNLEADED -872 -352 DISPENSER DYED DIESEL -872 -352 DISPENSER SUPER UNLEADED -872 -352 WATER UNES - -993 -352 GAS CO. METER - ELECTRICAL CONDUIT - -880 -352 CuCuSO4 LOCA'nON CP TEST BOX : ~- (FIN r)) FOLLOW UP SURVEY SYSTEM IS OPERATING AS DESIGNED ALL POTENTIALS ARE ABOVE THE NACE CRITERIA OF -850 MILLIVOLTS. 14020 MARYTON AVENUE, SANTA FE SPRINGS, CALIFORNIA 90670 PHONE: (562) 921-9522 FAX: (562) 921-6885 CA. LICENSE C-10 684718 ELECTRICAL S_ .ER VICES CATHODIC PROTECTION SYSTEM MAINTENANCE RECORD SHEET LOCATION OF RECTIFIER UNIT: NORTH WALL IN WAREHOUSE TYPE OF RECTIFIER: AIR COOLED WALL MOUNTED TYPE OF ANODES: GRAPHITE NUMBER: 9 SIZE: 3 X 60 LONG RECTIFIER MANUFACTURED BY: JA ELECTRONICS SERIAL # 98059 RECTIFIER AC INPUT: 120 VOLTS I PHASE 6._Q0 CYCLE RECTIFIER DC OUTPUT: 5_Q.0 VOLTS. 1.~2 AMPERES DATE TURNED ON: AUGUST 29, 1998 RECTIFIER READINGS RECTIFIER SE'I-rING D.C. OUTPUT BY DATE REMARKS COARSE FINE VOLT AMPS A 5 11 12.0 G.S. 8-29-98 START UP SURVEY A 4 9 9.5 G.S. 3-2-99 FOLLOW UP SURVEY 14020 MARYTON AVENUE, SANTA FE SPRINGS, CALIFORNIA 90670 PHONE: (562) 921-9522 FAX: (562) 921-6885 CA. LICENSE C-10 684718 RECTIFIER QUARTERLY RECORD RECORD WEEKLY JOB # 1644 OWNER WHOLESALE FUELS LOCATION 2200 E. BRUNDAGE LN. BAKERSFIELD UNIT D.C. OUTPUT DATE TIME REMARKS BY NO. VOLTS AMPS I 9 9.5 3-2-99 FOLLOW UP SURVEY GS UNIT NO. I UNIT LOCATION NORTH WALL INSIDE WAREHOUSE UNIT NO. UNIT LOCATION NORMAL RANGE: UNIT NO. I VOLTS 6 - 12 AMPS 6 - 12.5 UNIT NO. VOLTS AMPS o NOTE: IF UNIT STABILIZES OUTSIDE NORMAL, NOTIFY YOUR ENGINEER lit "'= MAIL TO CORROSION-ELECTRICAL SERVICES INC. QUARTERLY LU n'- ~ LS DIESEL ~ I CPW-1 I ................ · ,EP HOYED DIESELj ILS DIESEL CLEARi O · ' ................. O r I O - VENTS CPW-2 I REGULARUNL. , O ' DYED DIESEL I · ' SUPER UNL. , CPW-3 · CP TEST LOADINGDOCK '= [] [] 1 / RECTIFIER & DISPENSERS I I I I WAREHOUSE AND OFFICE OFFICE BRUNDAGELANE LEGEND o AsBu,LT CE Corrosion Electrical Services CATHODIC PROTECTION ANODE WELL (CPW) S Santa Spdngs, California · CATHODIC PROTECTION TEST BOX ,~osm. ~ CATHODIC PROTECTION SYSTEM LAYOUT sc~ ,o~ WHOLESALE FUELS 2200 BRUNDAGE LANE ~w.~ ~ BAKERSFIELD, CALIFORNIA I'~ ~ Bakersfield Fire Dept PERMI! NO. OFFICE OF ENVIRONMENTAL SERVICES UNDERGROUND STORAGE TANK PROGRAM PERMIT APPLICATION TO CONSTRUCT/M_ODIFY UNDERGROUND STORAGE TANK I~.PE OF APPI. ICATIOH (CHECIC) Ci NEW FACILITY Ct MODIFIC'ATION OF FACILITY CI NEW TANK INSTALLATION AT EXISTING FACILITY STARTING DATE / PROPOSED COMPLETION DATE FACILITY NAMEu_~/,. ~,/.,../=~/'//(.o///-~~ ~ EXISTING FACILITY PERMIT No. ~ FACILITY ADDRE$~ ZP-.~OC) ~c-.//~'~x~,,./~,~._., ~~/'E"l~ ~/4t ZIP CODE TYPE OF BUSINESS Fq~i~ ~~ u , APN TANK OWNER ~ C3\L. c~_o~-~ ~ PHONE No~E~) -- ADDRESS ~!o ! _~'7'0_7' & F~., CiTY ~ ZiP ~OD'E CONTRACTOR /~,o$~ ~,~---~/' o.'N'*"~ CA LICENSE No..'"-,//~F,Z.-~ ADDRESS~ /i ~' ~ T~ ClW '-4~,~[C. df~f'/~.---h) ZIP CODE PHONE No. [~57 ~.~o ~ C o ~ BAKERSFIELD CITY BUSINESS LICENSE No. WORKMAN COMP. No. INSURER / WATER TO FACILITY PROVIDED BY DEPTH TO GROUND WATER SOIL TYPE EXPECTED;~'T:SITE No. OF TANKS TO BE INSTALLED ARE THEY FOR MOTOR FUEL - Ct YES El NO TANK No. VOLUME UNLEADED REGULAR PREMIUM DIESEL AVIATION K ' .Z,' · No. VOLUME CHEMICAL STOJ~ED CAS No. CHEMICAL PREVIOUSLY (no brand name) (if known) STORED THE APPLICA N[ HAS ~ECEIVEO. UNOEESTANOS, ANO WILL COMPLY WffH THE A~ACHEO CONDITIONS OF THIS PERMIT AND ANY OTHER ~ UNOER PENALW OF PERJURY. AND TO THE ~EST OF MY KNOWLEDGe, iS TRUE AND CORRECT. ~~ APPLICANT NAME (PRIND APPLICANT SlGNAfURE THIS APPLICATION BECOMES A PERMIT WHEN APPROVED P[L FF,t, TE SESSIONS TANK LINERS, i c. '~t'l~ P.O. ~ ~I 9521 W. ~ ~ ~, ~ ~ ~, CA ~ - ~) 3~32 F~ 352-~ (~ ~1 F~ ~ CA ~C~O. 418129 A-~ ~ ~ ~C.NO. ~I~A ~. ~91~ J~y 28, 1998 Steve Underwood City of Bakersfield Office of Em4ronmental, Services 1715 Chester St. Bakersfield, CA 93301 Subject:Wholesale Fuels, 2200 E. Brundage Lane/Rollins Truck Rental, Bakersfield, CA. Dear Steve: We at Sessions Tank Liners Inc. will interior coat (2) 10,000, (5) 20,000 & (1) 6,000 gallons underground storage tanks at the location stated above. U.L. listed spray material GC-900 will be applied and an impressed current cathodic protection system will be installed. In reference to our recent Conversation regarding the permit fee for this location, please be advised that we are paying the permit fee for (7) tanks and using the credit from Manuel Auto Body for the remaining (1) tank. Pursuant to the Underground Storage Tank Interior Lining & Upgrade Requirements, please note the following information: 1. I am enclosing a permit to construct application, and a check for $4,340.00. Also enclosed is Sessions Tank Liners, Inc. "Coating Procedures & Safety Manual, with an emergency information sheet regarding the site on page twenty seven. 2. The lining material to be utilized for this project is GC-900. It will be applied to 125 mils as per manufacturer's specifications. This product has bee listed with Underwriters Laboratories, and independent testing organization based on Voluntary Consensus Standards 3. Log entries will be made every 1/2 hour on LEL and oxygen readings. We will maintain this log while access openings {manways) are open. 4. Sessions Tank Liners, Inc. will conduct an ultrasonic thickness test to determine the tank metal thickness. The test shall be conducted using thickness gauge and the readings shall be recorded on a one-foot grid pattern that identifies the location of each reading. The tank(s) shall be closed if the average wall thickness is less than 75% of the original wall thickness or if the tanks have any of the defects as outlined in CCR, Section 2663, (b) (2) (B). A Registered Structural Engineer will inspect the tanks and provide certification that each tank is structurally sound. 5. Striker Plates will be installed underneath the existing filled pipes at the location subjected above. The national recognized standard we use a guideline to install striker plates is the U.F.C. Standard No. 79-6, interior lining of underground storage tanks, 1991 edition. Mr. Steve Underwood City Of Bakersfield July 23,1998 Page 2 6. A coating Certificate which include a vacuum test, thickness and hardness test and the Holiday test, shall be submitted to your office for your review. 7. I am enclosing a statement indicating the cathodic protection system to be utilized, including location, depth, and type. NACE Certified Corrosion Engineer, Mr. Jay Shipley will design and certify the system. 8. A "Start Up Cathodic Protection System Survey," affirming that the cathodic protection system was installed in accordance with CCR Title 23, Section 2635 (a) (2) (A), shall be submitted to your office for review. 9. All required inspections shall be scheduled with the TECH staff (48) hours in advance. Should you require further information regarding this matter, please contact me at your earliest opportunity. I can be reached at (805) 833-9501. Your most expeditious response is appreciated. Sincerely, ~,_,,_ e'g Sessions Tank Liners, Inc. Enclosure Latricia Bre$is 562-9~1-6885 p. 1 CORROSION- .... ... ELECTRICAL SER_V_ICES,..!NC. July 17, Mr. Ross Sessions Sessions Tank Liners, Inc. PO Box 49061 Bakersfield~ CaliJ:om~ Re:. Proposed Cathodic l'roledion System ~Ofholesale Fuels 2200 East BFunda_~e Lane ' Bakersfield, Califon~_'. Mr. Sessions: Corrosion-Electrical Services, Inc. ¢CRq.), proposes to install two Cathodic proration systern~ at the ~.bo ye location using one 40-foot and thr~ 35-foot deep anode wells. The type of ground bed used will b~ determined based on field conditions encountered during installation. Either method should provide adequate corrosion protection to the ~or of the underground fuel storage tanks. C.E.$. proposes to install the cathodic prot~ztion well (CPW) west of the truck rental office, north of t~e underground storage tanks and east of the warehouse, west of the underground storage tanks (,Y~ee attached Site Plan). These locations was seled~ in an effort to maximiz~ the lewl of protective currant applied to the underground tanks arid minimim in~erb~ce fi'om exis~_ng cathodically protected pipelines or other metallic substructures that may be nearby. Thank you for this opportunity to assist you with this phase of your corrosion mitigation program. Should you have any questions, please feel fmc to contact us at you convenience. Respectfully, com os oN-ErEcr c r sn v c .s, nc ~ JAY M. SHIPLEY ig020 MARYTON AVENUE, F~4NFA FE SPRINGS, CALIFORNIA 90670 PHONE: ($62) 921-~$22 F/IX: (562) ~21-5885 CA. LICENSE C. IO 68J715 · : 20,0o0 c. vu. us'r I CPW-1 '--- ' 2o,ooa ~ UST [ 20,000 GAL UST " CPW-2 I 20,000 GAL UST ,, , · · ,.___2r r' L , ............. ] '1~. TRUCK ~ $,000 GAL U~T OFFICE --' ~ OFFICE' !20,000 GAL L/~TI RECTIFIER "'-" \ '~---RECTIFIER ~'/',,~' ;" ~' ~ JAY M. SHIPLEY ~ ~ 4193 ..! ·'.......' ~. ,,',',,' ........'. 72~ ' ~ BRUNDAGE LANE LEOEND CEs ' Corrosiona,,,,r..~,~c,,~,Elec~ical Services , SESSIONS TANK LINER, INC. HEALTH AND SAETY PLAN FOR UNDERGROUND STORAGE TANK INTERIOR LINING PROJECT LOCATION: WHOLESALE FUELS 2200 E. BR UNDA GE LANE BAKERSFIELD, CA Main Office Branch Office P.O.Box 731 9521 W. Fritz Street El Centro, CA 92244 Bakersfield, CA 93307 (760) 352-4832 Fax 352-2646 (805)833-9501 Fax 833-0423 ENVIRONMENTAL & GENERAL ENGINEERING CONTRACTORS CA. LIC. NO. 418129 A - 540757 A/HAZ AZ. LIC. NO. 099125A TABLE OF CONTENTS General ................................................................................................................................. 1 Definitions ............................................................................................................................ 2 Responsibilities ..................................................................................................................... 2 Pre-Entry Requirements ........................................................................................................ 3 Isolating a Space ..................................................................................................................... 3 Atmospheric Testing of Confined / Enclosed Space ................................................................ 4 Tank Opening Preparation ...................................... ............................................................... 5 'rank Entry Requirements ...................................................................................................... 7 C 'lassilicafion of Space / Entry Approval ................................................................................ 8 Special Safety and Protective Equipment 8 Standby Requirements ................................... : ...................................................................... 9 Continuing Precautions and Requirements .............................................................................. 9 Tank Cleaning .................................................................................................................... 10 Ula'asonic Thickness Gauging Pro~edur~ .............................................................................. 11 Ula'asonic Thickness Gauging Report (Sample) ............ · ........................................................ 13 Abrasive Blasting ................................................................................................................ 15 Tank Assessment ' 15 Spray Application ' 16 Sealing the Manway ............................................................................................................. 17 vacuum Te, sting ................................................................................................................... 17 Additional Testing ................................................................................................................ 17 Co~ffmed Space Classification Table ..................................................................................... 18 Test Results - Entry Classification Chart ..................................... : ..................... ~ ................... 19 Check ! i~t for Entry Into An Existing Confined Space ........................................................... 20 Material Safety Data Shemts (UL Listed Spray Material GC-900) .......................................... 21 Material Safety Data Sheets (Methyl Ethyl Keytone Peroxide) ................................................ 25 Emergency Response Information ......................................................................................... 27 I, GENERAL The Sco~e of thin spec~cnlion cox, er~ a turnkey job includinl~ but not lindted to, excavations; vapor frexin~ tank opening, abrasiv~ blasting; safe removal and lawful disposal of bottom sediment, water and tank residue; coalin~ / linin8 application; inspections; sealing manways; and Fmsl Sessions Tank Line~s, In~. c~mifies ~h~ all su~m~isors ~o b~ used on ~ work ~re familiar relievers 3. Cleani~ Small Tanks and Container~ .(NFPA 32'/, ~?) 2. Reconnemde.d Practice'for"' Protection Against I.~rlitions Arising Out of Strike, Lightening,~ and Stray .C~rren~(API RP 2003, New Edition,, 1991 . . . . 3.. Reconhended Practice .for the Interior Lining' ,df Ex,isting. Steel Underground.' Storage Tanks (API RP 1631, 1992) Environmental Proteclion Agency and the O~upational Safety and Health Administration. ' Including, but not limited to ~hos~ 40 CFR: Pall 262=~LfutdM'dA ['or (~enOfalofti of H~zl~'dou~ Part 262-Standards for Trnmpoflers oflInzardous Waste 29 CFR: 'gubpart H-Hazardous Materials 8ubpm l-Personal Protective 8ubpafl J-General Environmental Controls Subpart L-F~ Protection 8ubpafl Z-Toxi~ and Hazardous 8ubMances Sessions Tank Liners, tho. will provid~ an on-site supet~sor at all times who understands the health and safety requhmnents for ~ work and who will bo tmponsible for mnintnhfi~ n safe environment in ~he work at~n; 8entom w~l hav~ on hand at least ~wo (2) properly maintained and tested portable tiro extinguishers; Sessions will provide appropriate personal protective clothi~ and equipment .includin~ podtive pressure-full face pl~o air masks and combustible toxi~ measuring d~vises. Sessions Tank Liners, thO. shall obtain all required State and local permits and approvals of all reSulatins authorities. The owner shall remove the liquid prodm:t from the tank lenvit~ the bottom sediment and x~0ater for r~moval by Sessions. Boltom sediment, wain' and tank residue are to be disposed of in a safe and lawful manner acceptable to lo, al and 8taro t~,ula~ agenci~. Before any work is done which mi~t release vapo~ tho work area shall bo barricaded and Pag~ 1 appropriat~ accident provontion signs shall bo posted. All sources of ignition ~re to be ~ 'luninat~d fi'om the area whore flammablo vapors may tm pr~sont or may travol. The area shall b~ k~pt free of sources of ignition during the work p~uiod. 11. DEFINrrlONS "Confined spaco" means all areas or pi~es of equipment where, (1) existing ventilation is insufficient to remove dangerous air conc~,~ntrations and/or oxygen deficiency may exist or d~elop, atu~ (2) the ready accoss or ogross for the removal of a suddonly-disabled worker is difficult due to tho location or siz~ of tho oponing. "Enclosed spa~o" moans any ama onclosuro or pioco of oquipm~,~nt whore a dangorous air concentration and oxyg~ d~fioionoy does not oxist BUT the roacty access or ogress for the rgmoval of a suddenly-disablcd worker is difficult due to the location or size of fi, e, opening. Not~: All onclosod spaces shall bo considered comqnod spaces until t~sts verify thc spaco is safo for entry_. "Dangerous air concentration" is an atmosph~r~ that may caus~ injury, or illnoss, du~ to tho presence of flammable or combustiblo vapor, or toxic substance in excess of the safe limits. "Oxy_ gon d~fici~,~noff'' exists if the atmosphore contains loss lhan 19.5°/5 oxygen. "Supervisor" rofors to tho porson who ov~'s~os tho operation of tho facility wh~'c thc work is boing l~rformcd. This may I~ tho facility s~or or his written dcsisnat~. "Porson in chargo" rofea's to tho l~'rson who has be, on dosignated lo dire. ct the work of tho othor omploygs involved in p~forming a sp~ific task. "Standby" rof~rs to tho po'son who is assignod to mainlaip, surveillance on workors inside an enclosed or confined spaco and assuros that blinds or other equipment are not altored which could affect the safety of tho p~sons insid~ the spa~o. "Backup". r~fm to tho Igrson who can I~ oasily contacted and immediately rospond to provido assislanco to tho standby person. "Dcsignatod tester" rofers to tho p~rson who has received training and has a d~momtra~ ability in p~rforming tests for flammable/toxic vapors and oxygen doficiency. i11. RESPONSIBn ~FFIES Tho supervisor is responsible for v~rifying that the employees aro adequately trained in safo Pago 2 entry procedures, rescue methods, testing requlrcanents and safety r~quirements for ~ach enlry. Th~ supervisor shall issue permits and entry tags. The supervisor s 'l~ll assure that the person-in-charge has th{: necessary protective and safety equipment on-site to do the job safely. The person-in-charge is responsible for assuring that al! requirements of this s~dard, including pcrmit rcquircments, arc followed. He must personally oversee initial entry into a space, and assess the hazards and conditions of the space to be entered prior to and during the work. He must be available at the sitc during the entire period that workers are insidc a confined space. Each individual involved in a confined or enclosed space entry is responsible for conforming to thc requirements of applicable permits and thc provisions of this standard. Violations are considered a breech of safety rules and can subject thc violator to disciplinary aGtioll. A method of rcscuing a disabled worker must bc cslablishcd prior to entry. If a rescue method cannot bc cstablishcd, entry is prohibitcd. Any dcviation from this standard must bc approved in writing. IV. PRE-ENTRY REQUIREMENTS Provisions set forth shall be implemented before every entry into either a confined or an enclosed space. Before work involving entry into an enclosed or confined space begins, a plan for cleaning, isolating and entering must bc cstablishcd by thc person-in-charge. As part of this plan, thc appropriate Material Saf©ty Data Shocks (MSDS) for materials workers may bc exposed to must bc reviewed with all pcrsom involved in thc work. An entry rcqucst must bc completed as part of thc planning phase of thc work to bc done. ~Ilxis request is good for the duration of thc work unless conditions change. After an entry plan has bccn cstablishcd, thc spa. cc to be entered must bc isolatcd. V. ISOLATING A SPACE All lines to and from thc space shall bc isolated from thc space by binding, disconnectin~ and plugging, or cquivalcnt means. Thrcadcd lines shall bc disconnectcd and plugged as close to thc space as possiblc. Any blccdcrs or drain conncctions between thc blind and thc space must bc capped or plugged. Dated and signcd CAUTION-DO NOT OPERATE tag shall be placed at each blind or disconnectcd linc. Thc locations of where tags arc placed should bc maintaincd on a log. Thc log should bc uscd to certify that all blinds havc bccn removed and lines rcconncctcd prior to facility start-up. All rotating equipment in thc space, such as mixers or motor-operated valves, shall be clccUically disconnected or dc-cncrgizcd, lockcd and .taggcd with a CALVHON - DO NOT OPERA'IB tag according to cstablishcd lockout procedures. Steam or hot oil coils inside thc space shall bc disconnected or b~,dcd with valves closed Pagc 3 and locked at th~ point wh~'c thvy ~nt~ thy spa~c. A CAUTION - DO NOT OPERATE tag is also required. If scvcral picccs of cquipmcnt must bc isolatcd as a unil, cach piccc of intcrconncctcd cquipmcnt must bc opcn to thc atmosphcrc and made safe for cntry. Tanks arc to bo dcgasscd per local rcquircmcnts. When a space has bccn opened, but not approved for cna'y, a DO NOT ENTER tag must bc hung at each opening. When openings arc left uncovered and unattended for more than a shift, additional protection shall bc taken to assure entry is prohibitcd. I~c opcning(s) should bc hardcadcd by a positive means (c.g., chicken wire, hardwirc cloth, crc. that docs not block air flow). VI. ATMOSPHERIC TESTING OF A CONFINED/ENCLOSED SPACE Aflgr a spa~g has been isolagd, opened and v~ntilation established (either natural or mechanical), it must bc tested :o cstablis~ what thc conditiom ta'~ wiildn thc space. DO NOT ENTER tags shall bc posted at each entrance into a space until tests verify that conditions of a space arc safe and thc appropriate ENTRY PERMrr tag has been completed and approvcd. Tcsling should bo donc by thc pcrson-in-chargc, or a designated tcstcr. Thc person conducting thc tests should verify that thc tcslin_g equipment is properly calibrated and adjusted to assure accuratc rcsults. Tcsting cquipmcnl should bc chcckcd and calibt'atcd when circumstances might cause suspicion conccmin§ thc equipments' accuracy (i.e., mdt droppcd, ctc). With mechanical ~ vcntilalion stoppcd, tho pcrson-in-chargc or a designatcd tcstcr should perform thc tcsts indicatcd on thc ENTRY REQUEST at thc cntrancc of thc space (c.g., manway opening). Results of thc tests should bc recorded on thc ENTRY REQUEST. Tests must also bo lakcn at low spots in a spacc, in arcas adjustcd to pipes and tubing around irregular surfaccs and mixers, and in areas away from opcnin~ whcrc vcntilation may bc rcstrictcd. When all areas in a space cannot bo thoroughly tested from thc outside, further testing must bc donc within thc spacc. Note: Spaces ~ not to be entered when flammable vapor levels measured at entrances are greater that 10% of the lower flammable limit. Whcn a spacc is cntcrcd for thc first timc aflcr having bccn rcmovcd from activc scrvicc, thc pcrson performing tests within the spaco must wear a supplied air or scff-conlaincd brcathin§ apparatus (SCBA) whcn cntcring thc spacc. A standby pcrson having an SCBA must bc prcscnt while tcsting is being conducted. Tcsts for flammablc or cxplosivc vapors, oxygcn dcficicncy, or carbon monoxidc arc to bc run cvcry 4 hours, or if thc spacc has bccn vacated for ovcr 30 minutcs, or pcr thc cncloscd/confmcd spacc cntry r©qucst if it calls for morc oflcn than 4 hour intcrval tcsling. Hydrogcn sullidc, tcmpcrature, tctracthyl lead or hazardous matcrials tcstinff, if rcquircd, will-be Pagc 4 specified for each particular job. Continuous may bc used in place of periodic monitoring. Work nmy continue while rctcsting is being done. Test results shall be recorded on thc appropriate space on the ENTRY PERMIT tag and initialed. Following is a list of materials/conditions which may exist within a space and if pre, sent must be evaluated as part of the entry process. The test results listed for each material/condition are to be used to establish the type of entry requirements that must be met. I. Flammable or Explosive Vapors Test results - Above 10% Lower Flammable Limit (LFL) - NO ENTRY AIJ~OWED; 5% to 10% LFL - SPECIAL ENTRY REQUIREMENTS must be followed; Below 5% LFL - GENERAl,, ENTRY REQUIREMENTS must be followed. 2. Oxygen Test results - Below 16.1% - Entry allowed in EMERGENCIES ONLY using SCBA or other supplied air respirator equipment; 16.1% to 19.5% - SPECIAL ENTRY REQUIREMENTS must be followed; Above 19.5% - GENERAL ENTRY REQUIREMENTS must be followed. 3. Hydrogen Sulfide(. H2S) Test results - Above 10 ppm - SPECIAL ENTRY REQUIREMENTS must be followed; 10 ppm or less - GENERAL ENTRY REQUIREMENTS must be followed. 4. Light Hydorcarbons (g~solinc-likc vapors) - Test results - Above 300 ppm - SPECIAL ENTRY REQUIREMENTS must be followed; 300 ppm or less GENERAL ENTRY REQUIREMENTS must be followed. 5. Temperature Tcst results -Abovc 100 degrees F- Entry allowed if cooling Ventilation is provided and time in thc area is limited to no mom than 30 minutes continuous with 15 minute break between periods. VII. TANK OPENTN(~ PREPARATION Safety precautions - A combustible gas indicator shall bc used to check for hazardous vapors in thc area. All open flames and spark-producing cquipmcnt within thc vapor hazards area shall be shut down. Electrical equipment used in the area shall be ©xplosive proof or approved for thc service. Tank Isolation - Before any work on thc exterior surface of thc tank begins, tanks shall be iuspected to determine how thc tank is to be isolated. If a tank is equipped with a vent manifold, till line or syphon assembly, necessary measures shall be taken to isolate each ~ak.. The vent for the tank being lined shall be isolated from vents of other tanks which may still be in service. This may require a temporary separate vvnt for the tank being lined. All electrical switches supplying electrical current to submerged pumps and/or other equipment connected to the lank shall be disconnected and locked. Page 5 Removal of Liquid Pro,ducts - As much product, water and sediment as possible shall be removed using explosion-proof or air driven pumps. Dcgassing - This section shall be conducted in accordance with all applicable local regulations, ff local rel~lations require control systems for vapor freeing, thc method to be used shall be specified in thc pormi~h~ process. A. The tank shall be thoroughly degass~i with air to remove flanuuable vapors. Residue capable of producin~ flammable vapors shall bo removed. The concentration of flammable vapors in a tank may §o through the flammable ran§e before a safe atmosph~e is oblained. Therefor©, it is necessary that precautions are taken to eliminate the possibility of the discharge of static el~uicity durin~ the de~assin~ proc~ur~s. Cowsideralion shall be l!jven to ensure that the vapors are not vented into areas wbero they could produce a hazardous condition. B. Pressure in the tank shall not exceed 5 PSIG. To prevent excess pressure, thc vent linc shall bo checked to make cci~,,~ it i~ flee flora obstructions and haps prior to ventilatin~ thc tanks. C. Ventilation of the lanks shall bo accomplished by one of thc followin~ methods: 1. IF SELECTED, an air or approved electrically driven eductor typo air mover shall be properly bonded to' prevent the possibility of s~atic electricity generation and discharge. When ~ ~ method, the fill (drop) tube shall rmuain in place to assure that the vapors will bo drawn from the bottom of the tank. An extension shall be used to discharge the vapors in the ~ a minimum of (12) feet above ~rade. Vacuum in the tank shall not exceed 5.3" I-I~. il. IF SELECTED, a defused air-blow~' shall have the air ditfusin8 pipe prbperly bonded to prevent thc discharge of a spark. Fill (drop) lubes may bo removed to enhance diffusion of the air in the tank. Ak supply shall be from a compressor, which his been checked to ensure a clean air supply, floe from volalile vapors. Ak pressure in the tank shall not exceed 5 PSIG. :L IF SELECTED, a fan type air mover may bo used t,o blow air into the tank through the fill openin~ of the tank. The fan shall bo driven by compressed air of an approved electric motor. The fan shall be properly bonded to the tank. Fill (drop) tubes may be ri, moved to enhance diffusion of air in the tank. The tank vent shall bo inspected to make sure it is free of all obstructions. Air pressure in the tank shall not exceed 5 PSIG. D. All equipment and ventilations systems used in the confined space shall comply with Article ~0~l and 505 of the Nalional Electric Code. Tostin~ Flammable Vapor Concentrations - An important phase of the operation is the testh~ of the vapor flammability in thc excavated area .and in the hmk. Such tests shall be made with a combustible gas indicator that is propmty calibrated with haxane in ak, and thorougldy Pa~e 6 checked and maintained in accordance with manufacturers instruclions. Persons responsible for testing shall be completely familiar with th~ use of th~ instrumen~ and lhe interprelalions of ils rcad~'~. When purging is being performed by a diffi~ed or fan type air mov~r, thc tank vapor space shall be tested by placing the combustible gzs indicator probe into tho iill ClOning with tho fill (drop) tube remove. Readings shall Ig taken at tho bottom, middle and upper portions of the ~u~k and tho instrument shall bo purged with fresh air after each reading. Readings of 5% or loss of tho Lower Flammable Limit (I~L), as indicated in the tank and at the vent riser or eductor, sh'all bo obtained before the ~mk is ~o~uiidc~-~d safe £o~' opening. When purging is being p,:rformed by an exluctor-type air mover, readings shall be taken by placing thc combustible gas indicator through a probe hole provided in tho side of the eductor. Tho probe access shall be located where the vapors being removed from tho tank. are tested prior to mi~g with compressed air induced into the eductor from the air compressor. Readings of tank vapors which are 10% or less of the LFL shall be obtained before the tank is consich~red safe for opening. VIII. TANK ENTRY REQUIREMENTS Opening thc tank - Entry into the tank, or any work upon the tank which could result in the ignition of tank vapors, is prohibited until testing of the tank atmosphere has determined that the lank vapors are less than' 5% LFL. Entry personnel shall wear a safety harness connected to a safety line held by the standby man outsid~ the tank. If no manhole and cover exists, an with the minimum dimensions of 22"x 22" or, in tanks where a permanent manway is to be attached, a circular access opening a minimum of 22" in diameter shall be cut in the tank top avoiding fabrication seams. A manhole-cover joint shall be provided with a trowel material determined to be suitaHefor liquid to be stored and shall have a thickness of not less than 1/8 inch (3.2 mm). When cutting into a tank for entry, the tank wall section being removed shall be marked with chalk. The tank vapors shall be continuously tested by inserting the meter probe at least 24" into thc hole v~ifying the vapor concentration is less than 5% or the LFL before proceeding with the opening procedure. WARNINg: Ventilation and periodic testing for flammaHe vapors shall continue ~rougkout the entire lining ol~eratio~ Personnel shall never engr a tank without prior adcquag ventilation, and ventilation shall continue while persons are in the tank. During tank cutting operations, air pressure less than P8IG shall be maintained to prevent a blow out when blowing air into the ~ank during the gas fre~,~ing process. ?b avoid build ula of .liammable vapors, air shall be drawn from .the tanl~ bottom throughout the lining Ol~eration. The tank shall be cut using a cold chisel or snipper using lubricating oil to reduce friction, heat and possible spar~. Prior to the final cut, the section being removed shall be supported to prevent its falling into thc tank. Page 7 IX. CLASSIFICKIION OF SPACE /ENTRY APPROVAL Aflcr thc atmospherc within a spacc has bccn tested for thc materials/conditions indicated on thc ENTRY REQUEST, thc person-in-charge, together with thc supervisor, should cv',duatc thc results, class/fy the space as tither confined or enclosed and establish thc appropriate rcquh'~mcnts to bc followed for thc entry to continue. The person-in-charge will complct~ the required entry permit. Tho person-in-charge will double check to assure lines inlo and out of thc space arc properly blinded or di~onnectod and tagged, and electrical equipment in thc space is locked 'and lagged out. Hc will initial thc ENTRY PERMIT tag in thc space used to verify that thc arcs bcing ~:ntcr~d is properly isolated. Thc person-in-chargc will assure that thcrc is a plan of rescue to bc used in thc event that a worker becomes disabled and must bc removed from thc spacc. Hc will review fig method with all pcrsouncl involved with the operation prior to approving thc ENTRY PERMIT tag. ~?~e person-in-charge shall rev~ the atmo~here test resu/ts, the entry requironents specified on tke appropriate l~5aterial Safety Data Skeets with all persons who ~ be entering the space. After tho review, tho per, on-in-charge will sign and date thc tag in thc space equipment i~ safe to enter" and affix it to the space where people can enter. A properly-completed and signed ENTRY PERMIT tag affixed to an entrance comfitutes approval for entry, provided ~llo conditions liste~l in tho ENTRY PERMIT am followed. The ENTRY PERMIT tag is good for the duration of the day. If work is to continue, the tag shall be renewed. R~nowal is acoomplishod by retesting and rechecking the ~ondifion& If tests and condition8 are within safe limits, the per,on-in-charge renews the "Tl~ equipment is safe to enter" space and enter the now expiration date in tho "permit expires" X. SPECIAL SAFETY AND PROTECTIVE EQUIPMENT Whenever cntry requires wearing of supplied air respiratory protection, p~rsons entering shall wear a safety hamcss with an attached linc. Thc harness shall bc thc type capable of suspending a person in thc upright position. Wristlets shall not be used. Thc lifeline shall bc ropc of a minimum 1/2 inch diameter and 2000 pound test with the frec end anchored outside thc space. For top cna'y, a mechanical hoisting device shall bc provided tbr lifting p~r~ons out of thc space. Persons working in spaces which have last contained substances which could bc hannfifl ff absorbed through thc skin shall wear protective clothing as specified by tho supervisor. Only lighting and electrical equipment which has bccn approved safe for thc arcs shall bc usi~d. In addition, to minimize shock hazards, such lighting and equipment shall b~ oP°ratod at 12 volts or less or protected by an approved ground fault circuit interrupter to shut down electrical power should a short-circuit be dctccted. A th'st aid kit shall bc availablc in thc immcdiatc mca outside thc spacc. A type of warning device shall bo available immediately outside thc space to summon assistance if thc need arises. Thc rcquircmcnt may bc waived by thc supervisor ff thcrc will bc Page 8 , amplc pcoplc in thc area in casc of an cmcrgcncy. if wcldin8 fumes arc present insidc, or if thc tcmperaturc in thc space cxcccds 100 dcsrccs F, thc spacc must bc vcntilatcd by an cductor or blowcr. Thc cductor or blower should bc mounted on thc roof or as ncar thc top of thc spacc as possible to maximizc ventilation. Means should tm taken to reduce vibration noisc by thc cductor setting on mctal surfacc (i.e. bolting it to a llan~c). XI. STANDBY REQUIREMENTS A standby is always required when ~ntry is to be made into either a confined or enclosed space. During a confined space ~try the standby must remain at the entrance as long as workers are inside. At least one additional worker who may have other duties shall b~ within sight or call of this standby. This person shall b~ known as a backup. The standby shall be positioned outsid~ the entry point nearest the work~q's(s) inside. must be aware of the nature of the work being performed and the possible hazards that might be encountered. The standby is to assure no one removes blinds, or shu~s off air blowers or other equipment necessary for safe cntry and is to be alert for changing conditions and hazards that might affect the safety or persons inside the space. The slandby should/fy to re~fin in visual contact and commm~ication with the l~rson(s) h~side at all times. If this is not possible, a plan must be worked out that the standby will be assured the l~rson(s) imid~ can get his attention ff they are in trouble. The standby must have SCBA immediately available for the rescue of a disabled person or other emergency. When entry is into a confined space, ~ither the standby or backup p~rson must be trained in first aid and cardiopulminary resuscitation (CPR) If cutting, burning, welding, grinding or chipping is being performed in the space or other sources of ignition are inducexl, the shandby must have 2 rated fire extinguishers (and fire hose ff possible) and b~ ~rained in fir~ fighting. If the person(s) inside the space are wearing respiratory p~otcction, the standby must have with him respiratory protection equipment which has a s~arate air supply. The respiratory protection equipment shall be provided with a communication device if the person(s) insidr are oat or d~e line of sight of thc standby. A standby may enter a confined space only in an emergency and only after alerting another person ou~d~ of the intent ~ zn~'r. If ~z e~ne~gaac2 is t~ tea'sd~ o] an ssns#f~ am~osld~ere, a SCIIA ~nust b~ worn I~y all XII. CONTINUIN(] PRECAUTIONS AND REQUIREMENTS Air testing inside the space shall be conducted at sufficient intervals (no longer than 4 hours) to ensure the atmosphere remains fre~ of flammable, hydrocarbons, toxins and/or oxygen deficiency. If the space is left vacant for 30 minutes or longer, retcsting is required b~fore entry is Page 9 permitted. All test results shall bc recorded on thc ENTRY PERMIT tag. If continuous monitors with ~ are used, test results nccd not bc recorded. If conditions inside the space change, rctesting is required before work can continue. Rctesting of a confined space should be conducted and the results show that all rnateriaVcondition levels arc within the acceptable ranges for General Entry. Persons pcli'onning rctcsts of enclosed spaces need not wear an SCBA because in order for a space to be classified as an enclosed space, dangerons air concentratiOns and oxygen deficiency must not be present. Thc basic procedure in rctesting an enclosed space is: 1. If available, atmospheric test equipment that can be equipped with t~lcseoping shall be used 2. Extend teat probes to their full length, retest the space at its main entry point and at all areas that thc test probe can reach. 3. Rex, etd test results on existing entry tag. 4. If test results arc within the acceptable range, slowly enter thc space keeping test probe fully extended while giving the test apparatus time to respond to changhlg conditions. NOTE: When no other worker is present within a space during retesting, a standby person must be present outside the space. Portable powered equipment should be located outside the space on thc downwind side of manway openinss to prevent their exhaust or flammable vapors from being pulled inside. ff an unsafe condition arises or an emergency occm's at thc facility, all persons inside shall exit the space inm~cdia~ly and ENTRY PERMIT tags shall be removed and replaced by DO NOT ENTER tags, At file end of each day, prior to the completion of the .job, the space, must be seemed to prevent ent~3, by unauthorized persons. ENTRY PERMIT tags shall bc removed and r~placed by DO NOT ENTER tags. XIlI. TANK CLEANING Special equipment - Safety Wearing Apparel - Must be worn .b..F each man throughout the entire proces's. 1. Fresh air helmet 2. Long-sleeved rubber gloves 3. High rubber boots 4. Wrisfle~ safety harness Speciat equipment 1. Aluminum shovel Page 10 2. Wooden handled broom 3. Floor dry absorbent .. 4. Plastic, aluminum handled buckets 5. Explosion proofdrop light Safety requirements - During thc entire cleaning operation, thc funnd must remain operative to allow maxinuz' cd fresh air into thc tank. Crest care must bc taken when entering thc tank, taking extra measures to avoid standing in sludgc or ,gasoline that is on thc floor. Allow time ibr light adjustment; ff thcr~ is not adcquat~ lighting, an explosion proof drgp light may b~ used. NOTE: ?he dro~ lieht map not be used until alter the tirS...t laver of lgoor ~ has. been ~vept up attd removed, from the tank. A blower-type or positive-pressure airline hose should be worn by any person who enter a leaded gasoline tank that has not bccn thoroughly cleaned and freed of toxic vapors. This applies not only to tank cleaners, but to all others who go into the tank for any purpose... The hand-operated blower-type equipment 1" hose is commonly used. Other types of positive-pressm'e respiratory equipment may be used if it is recognized tank cleaning ~quipment and its use is fully understood. Canistcr masks shall not bc used. Hose lines for air masks should be kept clean. If personnel notices any odor while wearing rite mask, hc must leave the tank at once and not re-enter until the condition is co~xected. In the ~vcnt of any i~dication of rcspiratory ~quipmcnt not working properly, the personnel should immediately leave the tank. All personnel shall wear clean clothing from the skin out; also approved impermeable gloves and boots of good quality, and in good condition. Clothing shall bc changed (and laundered) and a bath shall be taken every day. It; at any time, the clothing g~ts aoakea with gasoline or sludge, the persounel shall barite at once and put on clean clothes. At the ~nd of the day, and after the job has been completed, respirators, boots, gloves, and tools must be cleaned. XIV ULTRASONIC THICKNESS GAUGING PROCEDURE Thc objective of thickness ga~ is to assure thc average metal wall thickness through a s~ries of identified, average measur~menls of one-foot by one-foot sections. Ultrasonic t~sfin8 may also bc pcdbrmcd on tanks with existing interior lining. Original wall metal thickness shall bc cstablishcd by gaugc mcasurcmcnts taken at thc tank top manway. Aftcr thc tank has bccn empticd and thc intcrior surfacc has bccn cleaned out, thc tank walls arc dlvidcd into scctiom as follows: 1. Walls -Mcasurcmcnts for tank walls shall bc divided into onc-foot by onc-foot sections bcghming at thc fill cnd of thc bottom of thc tank and cxtcnding outward around thc tank length. Any additional arca of thc tank wall which is. lcss than onc-foot by onc-foot shall bc mcasurcd and trcatcd as an additional section. 2. Hcads- Mcasurcmcnts for tank heads shall divide thc head into four cqual sections by establishing a horizontal and vcrtical diamctcr linc as an axis ccntcr point cxtcnding Parc 11 · outward on each axis line. Any additional area of the tank head which is less than one-foot by one-foot shall bc measured and treated as an additional section. Thickness gauging measurements shall bc taken in thc ccntcr ff cach section of thc tank wall and heads. Tanks shall bc closed in accordance with Article 7 of thc California Underground ' Storage Tank Regulations if thc m~lcs' average metal thiclmcss is less than 75% of thc ori_'ginal thiclmcss or ff thc tank has any of thc following defects: 1. Open scare or split longer than 3 inches 2. Perforation larger than 1-1/2 inches in diameter or below a gauging opcaing at thc bottom ora tank whcrc thc perforation shall bc no larger than 2-1/2 h~chcs in diameter " 3. Five or more perforations in any eric- square foot area 4. Multiple pcrforatlons of which any sinslo perforation is larger than 1/2 inch in diameter 're determine adherence to these guidelines, pcfforafions shall bc brass ballpccn hammered (before and after abrasive blasting) to remove thin metal and obtain structurally sound edges. Peribrations shall I~ sallied illltil the edges of the hole ale a minimRm or 1/8" ttfick. Slgel plates may also be welded to the interior wall to maintain compliance with the acceptable wall thickness in perforated areas. Repair of seam splits may bo repairs by welding. Welding shall be conducted by persons familiar with hot work. Ropai~ may bo made to tho tank ff tho tank moots requirements set forth in the California Undergl'ound Storage Tank Regulations, subsection 2660 (k). itoles in steel tmfl~s shall be plugged using self tapping bolts, boiler plug~, water-tight hydraulic cement, or by welding. In addition, holes in steel and fiberglass tanks shall be repaired as follows: Repair areas shall be cove, red with epoxy or isophthalic resin. The resin base shall be compatible with the intended use of the tank. Fiberglass cloth with a minimum weight of 1.5 oz/yd that is silane treated shall be worked completely into the rosin base. The r~sin base shall be applied a .minimum of two inches be3tond the fiberglass cloth. All r~paim shall include installation of fib~:,lass cloth with a minimum dimension of 12 x 12 inches centered over the area to be repaired. Larger repairs shall require the cloth to be large enough to provide cloth coverage of at least five inches of cloth bonded to the tank wall, measured from the outermost edge of the repair area to the cloth's edge. A second layer of fiberglass cloth, 1.5 oz/yd, shall b~ installed directly ov~r tho primary cloth layer and shall be cut to overlap the primary patch by 1.5 inches on all sides. The repair shall bo allowed sutlici~nt cure time, as determined by the resin manufacturer, to provide an acceptable base for tank lining application. Page 12 ' ' '~essio.s Tank Liners, Inc. ' ' " Ultrasonia Thicl~ness Gauging Report T~utk Site htformatiott N~tme: T~nk Size:,. A ddr~ss: i'ttnl~ £ocation: Date: Length #t Floor. ,Tank Dlameter: ~FT Ttttll~ Length: FI' Pag~ 13 Sessions Tank Liners, Inc. Ultrasonic Thickness Gauging Report ~ead Fill End Opposite End CYLINDER IVALL Total o[ (;aul~es Total Number of Gauges · ~tM Number of Gauges OPPOSITE END 7013L 2~NK SIIELL A FERA GE ~bttd of Gauees = Average 7hickness IbtM Number of Gauges A 1'3;IOlGE'IIIICKNESS ........ X 100 = % OF DESIGN DESIGN ]IilCKNE~g]g IIIlCKNESS ~ A CLTiPT RE. IECT: .... A UIIIORIZED $1GNA '4 Page 14 XV. ABRASIVE BLASTIN~ Tanks shall bc abrasive blasted to a white metal, r~moving all sludg~ from pits, rust plugs, perforations, and any other openings. Special equipment - A. Approved safety equipment aa follows: 1. Whit~ disposable plastic coveralls 2. Blasting helmet with positive air displacement 3. Wristlet safety harness B. Silver duct tap~ C. Abrasive Blasting equipment 1. Abrasive blaat~r with deadman control and light 2. Abrasive materiah 3. Nozzles D. Two plastic buckets E. Broom F. Aluminum shovel Safety requirements' Blast operators shall use U.S. Bureau of Mines approved helmet connected to a source of clean, compressed air. Canistex type masks may not be used. Blast hoa~ shall b~ grounded to dissipat~ static charges. Only nonfen'ous tools shall be used for cleaning surfaces of rust, sediment, etc. Personnel workin8 on tanks will wear rubber boots, fresh air masks, life lines and clean clothing with no metal buttons or fitfngs. Filter type air respirators should be worn by all others who are exposed to blast dust ~nvironm~nt. Adequate protection for personnel from flying particles shall also bt provided in any blasting operation. S',ffety goggles shall be worn by all persons near any blasting operation. Fresh air shall be supplied to the mask through a hose with a positive displacement air blower to the windward aide of the manhole in the tank. Ad~quat~ power operated blowers shall continue the air supply until personnel wearing masks have left tank and removed face pieces. On~ ~nd of a rop~ shall be ae,~ured to the hame, as to assist in r~moval, if n~cessary. Extra respirator equipment shall be available for emergency use. BEFORE BEGINNING THE ABRASIVE BLAST OPERA ,TIONS~ ITIS IMPERATIVE THAT THE AIR HOSE BE CHECKED TO ENSURE CLEAN AIR IS COMING OUT OF THE AIR HOSE. XVI. TANK ASSESSMENT Page 15 Corrosion does not usually take the form of a uniform loss (i.e., general deterioration of a suffaceiarea). Most corrosion occurs by leaving a pitted appearance resulting in pertbrations. A small perforation in a tank wall can result when the entire tank surface has lost no more than is tbund in a 50 cent piece. Numerous pefforafiom in a one foot area indicates localized corrosion. The number and size of perforations in a tank are the criteria used to evaluate if a tank can be lined to give maximum of a 20 year lite extension. If a tank has p~rforations not exceeding the limitations, the tank is consid~ed not to have been structurally impaired. A tank with a perforation or leak can, in fact, have over 100 years of structural lifo romahfi~ before tho tank is impaired to tho point that tho tank collapses. Prior to the application of tho lining material, a minimum 1/4" thick steel reinforcing plate, rolled tO the contours of the lank, with minimum dimensions of eight inches by eight inches s 'hall be inslalled under the fill (drop) tube and gauging tubes. The plate shall be covered with fiberglass cloth erilbedded in resin. XVII. SPRAY APPLICATION Special Equipment Respiratory - Scott air supply, wristlet safety harness and lanyard, and protective olothing Air supply - 100 psi continuous input pressure and 50 cfm minhnum volume at the spray equipment Hoses - 106 ~. of mate, rial hose Spray gun Catalyst delivery unit Material pump Buckets - (2) plastic with aluminum handles Cotton rags Brushes Explosion proof drop light Safe _ty Requirements NO FLAME, SMOKING, MATCHES OR WELDING IS ALLOWED WITHIN (50') FIFTY FEET. Th©re should be at least (2) men on all interior tank jobs. One should be outside the tank, equipped with an approved air hood, plus a rope with safety harness. Enough ventilation shall be provided to change the air insid~ once every six minutes: Air must be circulated into all parts of the tank. Thickness shall be checked regularly with. the mil gauge. The entire ar~a shall tm checked for pinholes with a holiday detector and any such holidays shall be coated over. The coating thickness shall be ebeeked for pinholes befor~ olosing the tank, using Page 16 tither an Elcometcr or a Bronson coating gauge. Lining shall be hardness tested using bamol hardness tester, or equivalent instrument, to determine that the lining hardness meets the above req~ents. XVIII. SEALING THE MANWAY The manway shah be closed with a i/4" thick steel (but not less than original thickness) and overlapping the hole at least two inches on each side. The cover plate shall be pre-formed to the tank contour and must fit snugly to the tank surface at the plate edges. The cover plate shall be abrasive blasted and coated as described in section XV. Approved sealing compoun&s that are compatible with the lining system shall be applied to the tanks mating surface. The cover plate shah be securely fastened to the tank by bolts on 4" center~. Sealing compound shall be applied over the cover plate outside the edge and bolts to ensure proper sealing, with a 4" overlap on the tank and cover plate. After the tank and cover plate compound have fully cured, tank tightness testing shall be conducted. A 5 lb. air test of the tank with the use of soap solution to check the lid shall be the minimum tightness test. XIX. VACUUM TESTING Testing buried steel tanks for structural soundness may be accomplished by vacuum testing, and when required by the authority having jurisdiction, shall I~ performed in the following mariner: ]'he tank shah withstand, without collapsing, a vacuum for no Jess that 1 minute. The vacuum shah not exceed 5.3"Hg. The vacuum in the tank must not exceed V-(I/2 D + H) X 0.88 1. V = Vacuum in inches mercury 2. D = Diameter in feet 3. H -- The maximum actual burial depth in feet, but not less than 3 feet, to the top of the tank. XX. ADDITION_Al, TESTD!G The tank and piping shah be precision tested in accordance with NFPA 329. TIlE TANK SHALL NOT BE PLACED BACK INTO SERVICE UNTIL A FINAL INSPECTION IS APPROVED. Page 17 CONFINED SPACE CLASSIFICATION TABI Characteristics Class A - hnmcdiatcly dangcrous. Lifc-rcscuc procedures require thc entry of more than onc individual. Fully cquippcd life support cquipmcnt is mandatory. Maintenance of coaummication requires an additional standby pcrson stationed within thc coafiacd space. Class B - Dangerous, but not immcdiatcly life threatening. Rescue procedures require thc cnU'y of no morc than eric individual fill cquippcd with lifc support equipment. Indircct visual or auditory communication with personnel. Class C -Potcntially hazardous. Rcquircs no modification of work procedures. Standard rescue procedures. Direct communication with personnel from outside thc conlincd space. Oxygcn .. Class A - 16% or less Class B - *(120 mmHg) or grcatcr than 25% Class C - *(190 nunHg) Flammability Class A - 20% or greater of LFL Class B - 10% to 19% LFL Class C - 10% LFL or less Toxicity Class A- **iDLH Class B -Grcatcr than contamination level, less than **IDLH Class C - Less than contamination level * Based on a total atmospheric pressure of 750 mmHG (sea level) ** Immediately Dangerous to Life or Health (IDLH), as referenced in NIOSH Registry Toxic and Chemical Substances, Manufacturing Chemists data shccts, i,tdustrial hygicnc guides or other recognized authorities. Page 18 TEST RESULTS - ENTRY CLASSIFICATION CHART The chart below lists tho materials that must be evaluated as part of the confined/enclosed space entry procedures. Acceptable levels of these materials have been set to serve as a basic criteria in deciding which type of entry to follow. The chart contaim the name of the material to be evaluated, along with the corresponding acceptable levels/hr each of the two types of entry, General and Special. NOTE: All materials must test at or below tho acceptable limits for General Entry before a space can be declared safe for entry follow~qg General Entry requirements. If any one material tests above the acceptable limits, Special Entry requirements must bo followed. ENCLOSED SPACE Material or Condition General Entry Acceptable Test Results Flammable vapors Below 5% LFL Oxygen Greater than 19.5% oxygen ttydrogen Sulfide (H2S) 0 Parts per milh'on (ppm) Light Hydrocarbons (gasoline-like materials) 300 ppm or less Lead Compounds L~vels below 4mg per cubic foot after cleaning Other Toxic/Combustible Materials Consult with Division Complianc~ Specialist for requirements CONFI]qED SPACE Material or Condition Special Entry Acceptable Rest Results Fla~mnable Vapors 5% to 10% LFL Oxygen Less that 19% Hydrogen Sulfide (1t28) I to 10 ppm Light Hydrocarbons (g:~olino-like materials) Greater than 300 ppm Dead Compounds Levels above 4 mg per cubic toot aJter cleasdng Olher Toxic/Combustible Materials Consult with Division Compliance Specialist for requirements ADDmONAL ENTRY RESTRICTIONS Material of Condition Restriction Flanmmble Vapors Ca'eater than 10% LFL - NO ENTRY ALLOWED Oxygen L~ss than 16.1% EMERGENCY ONLY With self contained breathing apparatus (SCBA) Hydrogen Sulfide (H2S) Over 10 ppm - EMERGI):NCY ONLY - with (SCBA) Page 19 CHECK LIST FOR ENTRY INTO AN EXISTING CONFINED SPACE H'EM C 'lass A Cl~s B Class C 1. Pemfit X X X 2. AtmoSphed~ t~sting X X X 3. Monitoring X O X 4. Medical X X O 5. Training of personnel X X X 6. Labeling and posting X X X 7. lh'eparafion Isolate/lockout/tag X X O Purge and wntilate X X 0 Cleaning processes O O O R~quimm~nts for sp6cial equipmont/tools X X O 8. Proe©duros Initial plan X X X Standby X X O Communicafiom/observations ' X X X Work X X X 9. Safety Equipment and Clothing Head protection O O O Hearing protection O' O O Hand protection 0 0 0 Foot protection 0 0 0 Body protection O O O Respiratory protection O O O Safety belts X X X Life lines.harness X 0 X 10. Rcscuc Equipmcnt X X X 11. Recordkccping/Exposurc X X X X -indicatcs requirement O - indicates determination by qualified person Page 20 MATERIAL SAFETY DATA SHEET MANUFACTURER: ARMOR SHIELD, INC. ADDRESS: #1 SCHOLL ROAD FALMOUTH, KENTUCKY 41040 PHONE: For information*purposes 8:00 am - 5:00 pm, E~em Standard Time Telephone: 1-606-654-8265 FOR EMERGENCY: Call CHEMTREC: 1-800-424-9300 to be used "ONLY IN THE EVEN OF CHEMICAL EMERGENCIES INVOLVING A SPILL, LEAK, FIRE EXPOSURE OR ACCIDENT INVOLVING CHEMICALS*' DATE OF PREPARATION: Dcc~mbcr 11, 1991 SUPERSEDES MSDS DATED: January 12, 1991 PRODUCT NAME: C~ - 900 Lining l~terial SECTION ! - COMPOHENT DATA HAZARDOUS INGREDIENTS: ' .COMIVION NAME CHEMICAL NAME .C.A.S. NO. ~' Styrene Vinyl Benzene 000100-42-5 Per--~nt Composition - 58% Osha - Pel 50ppm 8-hr Twa, 100 ppm Stel Aggih-TLV: 50 ppm.g-lu~wa, 100 ppm Stel OTHER INGRF~IEN'I~ Propdeta~ Ingredients . SECTION H - PHYSICAL DATA (For Styrene) BOILING POINT: 293°F SPECIFIC. GRAVITY; (h o = 1) Approximately 1 ' MELTING POINT; Not Applicable VAPOR PRESSURE; (mm Hg ~ 20°C): 4.5 mm Hg) PERCENT VOL~,TILE BY VOLUME; 20-80 VAPOR DENSITY; (Air = 1): 3.6 Evaporate Rate (Ethyl Ether = 1): ND SOLUBILITY IN WATER; Not Applicable pH: Not Determined APPEARANCE AND ODOR: Red Viscous Liqdid SECTION IH- FIRE AND EXPLOSION DATA ..... .. LASH POINT (°F): 86 MEIHOD USED: TCC FLAMMABILITY LIMITS (%): (For Styrene) LEI,,: LI UEL: 6.1 AUTOIGNITION TEMPERATURE (°F): 914 (For Styrene) ~,XTINGUISH1NG MEDIA: Alcohol type foam, CO:, dry chemical (NFPA Class B Extinguisher) SPECIAL FIRE-FIGhTING INSTRUCTIONS: T~ea~ as a flammable liquid type fire and wear protective goggles and serf contained breathing apparatus. UNUSUAL FIRE AND EXPLOSION HAZARDS; Material is flammable. Prevent smoking, open flame static and electrical sparking. Ambient temperatures over 100°F, or heat from fire situation.~ may cause rapid polymerization, heat generation, and vapor expansion. May cause closed containers to rupture. Keep cool with water spray. SECTION IV - REACTMTY DATA STABILITY (Conditions to Avoid): Unstable. Excessive heat may cause a closed container to explode. INCOMPATIBILITY (Material to Avoid): Pernxittes, oxidizers, acids, bases HAZARDOUS DECOMPOSITION PRODUCTS~ CO, CO:, low molecular weight hydrocarbons, organic acids. HAZARDOUS POLYMERIZATION: May occur flexposed to heat sources or prolonged storage above 38°C (100°F) SECTION V - HEALTH HAZARD DATA LIMARY ROUTES OF ENTRY: Inhalation, skin contact HEALTH HAZARDS: (Including acute and chronic effects and symptoms of overexposure) (Health ba?ards are given for styrene) ACUTE: Inhalation; Upper respiratory tract irritation. Possible central nervous system effects include headache, drowsiness, dizziness, loss of coordination, impaired judgment, nausea, gastric upset and weakness. Effects mimic drunkenness and th effects will be increased by consumption of alcohol or mood alte,ring drugs. Exposur~ to dust from fabrication of finished (cured) parts may result in tempora.,y discomfort or irritation of the upper respiratory tract. Skin Contact; May result in skin irritation. Styrene is considered to be a primary skin irritant. Eye Contact; May cause severe irritation, redness, tearing and blurred vision. Ineestion: May cause mouth, throat and gastrointestinal irritation, nausea, vomiting and diarrhea. Aspiration material into the lungs can cause chemical pneumonifis which can be fatal. CHRONIC: Prolonged exposure may result in nausea, loss of appetite, general weakness, changes in blood chemistry and skin contact may result in dermatitis, marked by rough, dry or cracked skin. Prolonged or repeated eye exposure to the vapor may caus irritation to the lining of the eyelids. In laboratory animals, chronic exposure at high concentrations has been found to cause liver abnormalities, kidney damage and lung damage. In addition, preliminary results of inhalation studies indicate that laboratory rats exposed to 800 mm styrene via inhalation showed evidence of heating loss. Relevance to humans remains unclear. CARCINOGENICITY: HAZARDOUS INGREDIENTS: Listed By: ACGIH IARC NIP OSHA ~yrene No Yes No bio IARC: In March, 1987, the International Agency for Research on Cancer (IARC) reclassified styrene as possibly carcinogeni to humans (Group 2B) due to ~inadequate evidence in humans', ~Limited evidence in auimals~ and %ther relevant data". Previously, tyrene, was classified as a Group 3 compound, not classifiable as to carcinogenicity in humans. The IARC working group determined ~at the weight of data on genetic and related effecis together with the consideration that styrene is metabolized in humans and animals sl/,..%."¢ne oxide, for which there is sufficient evidence of carcinogenicity in experimental animals which has been classified by IARC as probably carcinogenic to humans (Group 2A),'w~s sufficient'reasun to recommend the change in classification. Medical Conditions A~ravated by Exposure: Persons with a history of chronic respiratory disease, skin disease, or central or peripheral nervous system disorders may at increased risk. form exposure to this product SECTION VI - EMPLOYEE PROTECTION VENTILATION: Provide adequate general and/or local exhaust ventilation to maintain exposures below PEL's and TLV's. RESPIRATORY PROTECTION: If irritation occurs or if the PEL or TLV is exceeded, use a NOISH/MSHA approved air purify/ng respirator with organic vapor cartridges or canisters or supplied air respirator. Always use respiratory protection in accordance with yo company's respiratory protection prOgram and OSHA regulations under 29 CFR 1910.134. EYE PROTECTION: ff eye contact is ~ossible, wear chemical protective goggles. PROTECTIVE CLOTHING: LOng sleeved clothing, long pants and polyvinyl alcohol or polyethylene or viton gloves. WORK/HYGIENIC PRACTICES: Handle in accordance with good industrial hygiene and safety practices. Safety showers and eyewa stations should be available. Launder contaminated clothing before reweafing. Use explosion proof motors and equipment. "= MATERIAL SAFETY-' DATA SHEET fr~ g77474o · ~O0) S~575 · F~ cr~ Atechem Codes llG Revision Dates 06/20/90 Superaedel Foe~ Oa~ecIt (13/21/89 TRRO~£ .o.......o....... LUPERSOL Oelti-X-~ Red CflEHIC~L FAHILY ...... ~ .......... Organic Peroxide CIIENICAL ~E ....... Ne~yl E~MI Katie Peroxide ', ...... ~y~............... ...... 2-~ten~ne Perox{de flxdro9~ Peroxides ~22-6~-1 ~ IH~l~S Hetertll~ De ~flents R~/lba ~, w/~ ltezlrd Data He,ye E~I Ke~ne* ' S~ .3.0 TLV 197G ~ 2~ pp~ (TVA) Ofm~yl Ph~alate* S0~ 35.0 TLV 1981 S mg/m~ (TWA) lbxyle~e Glycol 5.O TLV 1977 m 25 Red ~e 0.2 ~Thl. pro~u.~ contain, toxic ~h*mle. lt ~ubJ~b ~o ~ r~r~t~ r~qulre~n~s of .acriD. 31~ o~ '- ~I~IK IH~TIOH O.O,T, $III~IHG flAK... Hethyl [~hyl Ke~ PerQxt~ ~1~ ~SIFI~TIOfl ......... ~tmlcals ~1~ ~SI~L ~TI~ ~5l ~ ketone odor · Self Aceelera[lng 0eeQm~sltlon T~retQ¢l ~L~ILITY tn 1120 ................... Insoluble FI~ A~ ~PL~I~ DATA cafe dll~ee. Cool eurreundl~ ma~erlet wl~h wooer. ~UAL FIR~ & EXPLOSION ~ ...... ....... ~tneeS~, T~rature - Can dec~ee wteh ~orce rl,~ during ex,sure to fire. ~ACTIVI~ DATA STABILITY ....... .e . eeeee*ee~eeeet*.*........ ~eeeble ~ITIOH5 COHTRI~TING TO IflSTABILI~ ...... ~r~l de~sJ~ton~ contamination f~ATIOlLI~ (avoid ~fl~4o~ wl~h) ..... ... Str~9 acids, strong elkalls~ s~rong oxldf~erl~ acetone~ ~~ OE~ITI~ P~TS ..4...'......' h~elltten p~ducta are flyable end may ~ITIO~ TO AVOlO ........ . ...... .... ...... ~l~e fla~t, sparks, tgnlef~ sources, e~tamlnaelo, ' SP ILL ~ ~K ":'¥:' W~TE DISPOSAL NErt~ . ... ..... ........ ~,IUI~ wl~ e, At,bM representative for ~e tele~one ~ /l 'd ~ll~{l~ ~ olqo / laqe~qoS ~Jel3 ~ ST:BT ~. ~ "d~S' MATERIAL SAFETY DATA SHEET LUP~RSOL 0.~. Its-X-9 Red Page TOXICITY ORAL (,~u%e)[raee! ......... . ....... ,L~/}O - ~el ~/kg .. ~5~ Oa~ ob~atned DE~L (aeuee)(rabbft)...........i.:..~ ' ' Oxygen aaeerf.l. Should · l~Tl~ (~mte}lr,ti) ............ LCSO - 33 ~ll (~ ~ur81(1971) 8tmllar ~NIC, S~IC, ~C.~ ~ T~T~ Negative H~ ~MRO INF~TION E~C~ OF IRRITATION ....................... ... SKIN - Severe ~SlVl~ .... ......, ............. . SKIN EYE ' S~ere ~E - Hay Cause B11ndness SENSITI~TI~ ........................ ,.~ ...... N/E L~ ~FEC~ ........................... Irritant I~TI~ KFFEClS .... Irrltaelng ~ atmeye & I~l~ OTER ..................................... OE~L .. ................... Flu~wl~ iQip and water. ~et ~dtcal EYE ~NtACT ......... ; ...... I~IA~LY flush wl~ platy of wafer for ae least IS minutes. at~[l~. ~ECtAL ~l~ t~O~ATIOH .... ~I~TION ~IR~EHTS ... Use with adequate venetlaM~. L~eI exhaus[. I~ (Glove Ty~e} .......... Neop~ne~ nlttlle rubber "' *~5FI~TOR TY~ ............. Can or cartridge, gel or vapor O~[R PROTECTI~ EQUI~NT.. E~I~ · Use ~ly NIOSII/H~A epp~v~ equipment ~BEL ~IONS ~E~Ut IO~ ~LING ...... ' ~aah' t~r~ghly aree~ headl lng Do not ~t /fl ~esa on Ikln or clo~tng Kflp contatfler closed K~p away. f~ heat~ ~parkt~ and fl~ea PR~ARED IIy: ~SS s Pt~N~ laarketlng Se;vices ~pae~efle 17~0 Hllftir7 floede ~ffalO~ NY 14240 (71G)671-1740 t~TES:H/E - Not Established N/A - Nor Appl leable **The above tnfnrmatlun Is accurate to the best of our knogledge. However; ~tnce d.te~ safoty standardi, and government regulations are subject to change and .tho co~dltton& of handling led uset ur misuse er, b-yand our control, ATQCHEI4 flA~ES NO WARRANTY, ~ITHFaq EXPRESS OR I~PLIEOe WITH RESPECT TO THE C(SHPLETLrNESS OR CONTINUIND ACCURACY INFOrgaATION CONTAINED HER£1N AND DISCLAIFL~ At.L LIAOILITY FOR R~LIANC£ THEREON. User lhautd aetlefy himself thee he . . ',s. all current data relevant to his particular use? E /-~ 'd Z, TTZ,-L-~-[:TG ~ olqo / Taqaaqos ~lJeI3 (~ 9T:OT L-~, (a~ 'des EMERGEItCY RESPONSE INFORMATION Poison B Liquid, M.O.S. tin 2810 - U.S. DOT - N'R-Dtmethylantltne tim 2253 - [nteraational g~NGER: H~zardous 11quid and vapor. Raptdl~ absorbed through skin, lungs and e~es. Causes cyanosis. Material is combustible. Do not get-t~ eyes, on-skin or clothing. Avoid breathing ~apor. Use only with adequate Yenttlatton. HFPA Rating: I~iS Rating: 4" Extreme Health 3 Health 3 3 ~ High Flammability 2 Flammability 2 2 ~ Moderate Reactivity 0 Reactivity 0 '1 ~.Sltght 0 - InsigniFi?nt (More details on hazards are given in succeeding sections.) FIRE AIiOEZ~LOSIOR IIATJ~IU) DAlA Olmethylantline is a Class IIIA Combustible Liquid. _. \ Flash Point: 163OF (73°C) Flammable Limits: LFL: 1.0% by vol. UFL: Not f6und. Extinguishing ~ledia: Foam, Carbon Dioxide, dry chemical. ¥ Auto Ignition Temp.: 371°C Sp?cia) Fire Fighting Procedures & Equipment: Avoid contact with liquid and vapors, gear full protective clothing and self contained breathing apparatus. Clear area downwind of incident'. Cool containers exposed to heat w, ith water. (Water will spread spilled material.) Unusual Fire & Explosion HazardsE* Vapors and liquid are toxic and flammable. Hay form explosive mixtures with air. Dangerous when heated ~o decomposition. May emit toxic fumes of aniline. Hazardous. Incomplete Combustion Products: ~0x, CO. Also possible nttrlles; aromatic amines; aldehydes; acids; cyanide; phenols. SPILL OR LEAK PROCEDURES Steps Tc Be Taken If Material Is Spilled or Released: Clean up spills promptly. Avoid contact with liquid cr vapor fcr~s. Ventilate immediate area, clear area downwind. Absorb spills using "Speedy Dry" or similar absorbent. ~hovel and sweep up saturated absorbent material. Hose area down with water. Persons not wearing protective equipment and clothing should be restricted from area of spills and leaks. Call Cbe~rec 1-800-424-9300. Local environmental 'agency should be notified. Disposal ~ethods: Deposit absorbent material saturated with product in a separate labeled, leakproof container and take to an approved treatment, storage or disposal facility. EI4ERG~J(CY A~D FIRST RIO In case of contact get medical attention. Remove person from exposure site. Immediately flush eyes or skin with..l~rge amounts of ~,ater for at least 15 minutes, while removing contaminated clothing, including shoes. Shower thoroughly and doK clean, dry clothing and clean shoes. Thorough cleansing of the entire contaminated area of the body including scalp and nails is of utmost'importance. Discard all contaminated clothing and shoes. If ingested and person is conscious, induce vomiting. Support breati)ing with artificial respiration, if necessary. )lote to Physician: Special Hedical Surveillance: Elood methemoglobtn if exposure or d6gree cf cyanosis is in doubt. Avoid aspirin or aspirin-like products for complaints of headache. Advise patient tc avoid alcohol for 2-3 days. In case of skt~ absorption symptoms may be delayed. SPECIAL PRECALFIIOflS Vapor ar, d liquid forms are toxic if breathed, s~allowed or absorbed through the skin. :).Uk on skin has poor warning properties. HOSPITAL ROUTE EMERGENCY INFORMATION SITE LOCATION: WHOLESALE FUELS 2200 BRUNDAGE LANE BAKERSFIELD,CA CONTACT: JOHN' iKURLEY (805) 393-7000 EMERGENCY PHONE: 911. FIRE DEPARTMENT: 911 MEDICAL EMERGENCY: 911. 'NEAREST HOSPITAL: KERN MEDICAL CENTER 1.835 FLOWER STREET BAKERSFIELD, CA DIRECTIONS: EAST ON BRUNDAGE TO MT. VERNON, NORTH ON MT. VERNON TO FLOWER 1835 FLOWER STREET. BAKERSFIELD, CA 2PAGEview-- BAKERSFIELD FIRE DEPARTMENT June 30, 1998 Charles McCan Wholesale Fuels Inc FIRE CHIEF mCHAEL R. m'Y P.O. Box 70097 Bakersfield, CA 93387-0097 ADMINISTRATIVE SERVICES 2101 "H' Street Bakersfield, CA 93301 (805) 326-3941 F~(~) ~,~,S-l~,~ UNDERGROUND STORAGE TANK UPDATE SUPPRESSION SERVICES 2101 'H' Street Bakersfield, CA 93301 Dear Underground Storage Tank Owner: (805) 326-3941 FAX (805) 395-1349 The City of Bakersfield and Kern County Environmental Health will hold PREVENTION SERVICES a Underground Storage Tank Workshop. 1715 Chester Ave. Bakemfleld, CA 93301 C805) 326-3951 This will be the final opportunity, befOre the December 22, 1998 deadline, FAX (805) 326-0576 to ask questions regarding upgrade, removals, financing, and other related ENVIRONMENTAL SERVICES requirements. 1715 Chester Ave. Bakersfield, CA 93301 (805)326-3979 ThC workshop will be held on Friday, July 17, 1998, from 8:00 a.m. - FAX (805)326-0576 12:00 Noon. The location will be the Kern County Environmental Health Services Department, 2700 "M" Street, First Floor Conference Room. TRAINING DIVISION 5642 Victor Street Bakersfield, CA93308 Enclosed is a registration form. Please fill out and mail or fax before the (805) 399-4697 FAX(805) 399-5763 registration deadline, July 17, 1998. I look forward to seeing you there. Sincerely, Steve Underwood Underground Storage Tank Inspector Office of Environmental Services SBU/dm enclosure cc: Ralph Huey, Director,. Office of Environmental Services BAKERSFIELD FIRE DEPARTMENT May 31, 1998 Charles McCan Wholesale Fuels lnc FIRE CHIEF MICHAELR. KELLY P.O. Box 70097 Bakersfield, CA 93387-0097 ADMINi$1RATIVE SERVICES 2101 'H' Street Bako~eld, CAg&301 RE: 2200 E. Brundage Lane (805) 326-3941 FAX (805) 395-1349 suPm~s,o, ~c~ UNDERGROUND STORAGE TANK UPDATE 2101 'H' Street Bakersfield, CA 93301 (805) 326-3941 FAX (805) 395-1349 I~EVENIION SERVICES Dear Underground Storage Tank Owner: 1715 Chester Ave. Bakersfield, CA 93,301 (80,5) 326-3951 The City of Bakersfield wishes to congratulate those tank owners who FAX (805) 326-0576 have upgraded, removed or replaced their tanks in the first quarter of 1998. This ENVIEONMENTAL SERVICES office is expecting an even bigger second quarter result. This commitment, has 1715 Chester Ave. helped this office achieve a 75% compliance average for the underground storage Bakersfield, CA 93301 (00,5) 326-3979 tanks within the City. This is a very "good start". FAX (805) 326-0~76 For the benefit of those who have not yet upgraded, the City of 11bRINING DIVISION 5642 Victor Street Bakersfield and Kern County Environmental Health, will conduct a Underground Bakers~eld, CA93308 Storage Tank Workshop scheduled for Friday, July 17, 1998, from 8:00 a.m. - 12 (805) 399-4697 FAX (805)399-5763 noon. Look for our June letter for more details. Should you have any questions, please feel free to contact me at 326-3979. Sincerely, Steve UnderWood Underground Storage Tank Inspector' SBU/dm cc: Ralph Huey, Director BAKERSFIELD FIRE DEPARTMENT February 24, 1998 Mr. Charles McCan Wholesale Fuels, Inc. P.O. Box 70097 FIRECHIEf Bakersfield, CA 93387-0097 MICHAEL R. KELLY RE: 2200 E. Brundage Lane ADMINISTRATIVE SERVICES 2101 'H' Street Bako ,e,d,C^ 0 UNDERGROUND STORAGE TANK UPDATE (80,5) 326-3941 FAX (805) 395-1349 Dear Underground Storage Tank Owner: SUPPRESSION SElf/ICES 2101 'lq" Street The City of Bakersfield has some exciting news regarding loan monies, which has just Bakersfield, CA 93301 (~5) 326-3941 become available through the Small Business Loan Association (SBA). FAX (80S) 396-1349 Pollution Control loans, thru the SBA, are intended to provide loan quarantees to eligible I~EV[NIION SERVICE$ 1715 Chester Ave. small businesses for the financing of planning, design, or installation of pollution prevention Bakersfield, CA93301 controls, which includes underground storage tank facilities. (805) 326-3951 FAX (806) 326-0576 The vast majority of businesses are eligible for financial assistance from the SBA. The ENVIRONMENTAL SEI~ICES SBA defines an eligible small business as one that is independently owned and operated and not 1715 Chester Ave. dominant in its field of operation. For those applicants that meet the SBA's credit eligibility Bakersfield, CA 93301 (80,5) 326-3979 standards, the agency can quaranty up to eighty percent (80%) of loans of $100,000. Seventy five FAX C805)32643576 percent (75%) of loans above $100,000. Lynn Knutson, Chief of Finance for the SBA says, "If customers apply immediately, and meet the requirements, funding is available". TRAINING DIVISION 5642 Victor Street Bakersfield, CA 93308 The City of Bakersfield hopes all of our underground storage tank owners take advantage (805) 3994697 of this opportunity. For more information on SBA, Pollution Control Loans, please call or write to: FAX (805) 399-5763 Lynn Knutson, Chief Financial Officer Small Business Loan Association 2719 North Air Fresno Drive, Suite 200 Fresno, CA 93727 Phone # (209) 487-5785, Ext 130 Don't delay, start today!!! Sincerely, Steve Underwood Underground Storage Tank Inspector Office of Environmental Services cc: Ralph Huey BAKERSFIELD FIRE DEPARTMENT January 27, 1998 Mr. Charles McCan Wholesale Fuels, Inc. FIRE CHIEF MICHAELR. KELLY P.O. Box 70097 Bakersfield, Ca 93387-0097 ADMINffii'I~TIVE ~ER'VICE~ 2101 'H" Street Bakersfield, CA93301 RE: 2200 East Brundage Lane (805) 326-3941 FAX (805) 395-1349 UNDERGROUND STORAGE TANK UPDATE SUPPRESSION SERVICES 2101 'H" Street Bakersfield, CA 93301 Dear Mr. McCan: (805) 326-3941 FAX (805) 395-1349 The City of Bakersfield wishes to congratulate those tank owners who .~:VENnON SE~C~S have upgraded, removed or replaced their, tanks in the month of January. During 1715 Chester Ave. Bakersfield, CA 93301 the month of January, our office had six sites (l 4 tanks) which are now in (805) 326-3951 compliance. This is a very big "first step". FAX (805) 326-0576 ENVi[K)NMEN'rALSEIWICES For those who have not yet upgraded, I would like to share some thoughts 1715 Chestm Ave. on why it is so important to act right away: Bakersfield, CA 93~1 (805) 326-3979 FAX C805)326-0576 1. Licensed contractors are booking up fast, in some cases, up TRAINING DIVISION to three months in advance. " 5642 Victor Street 2. Supplies (pumps, dispensers, leak detection equipment) Bakersfield, CA 93308 (805) 399-4697 may be scarce. FAX C805) 399-5763 3. The cost for upgrading or removing could go up as demand increases. 4. Assembly Bill 1491 will ban fuel deliveries after January 1999 to non-upgraded owners. The good news, is there is still time!!! If there is anything this office can do to assist you in your planning, do not hesitate to call. Sincerely, Ralph E. Huey Hazardous Materials Coordinator Office of Environmental Services cc: Kirk Blair, Assistant Chief BAKERSFIELD FIRE DEPARTMENT December 18, 1997 FIRE CHIEF MICHAEL R. KELLY Mr. Charles McCan Wholesale Fuels, Inc. ADMINISTRATIVE~ERVICF~ P.O. Box 70097 2101 *H° Street Bakersfield, CA93801 Bakersfield, CA 93387-0097 (805) 326-394 FAX (805) 395-1349 RE: 2200 East Brundage Lane SUPPI~SSION SERVICES 2101 'H' Bake~fleld, CA 93801 Dear Mr. McCan: (805) 326-3941 FAX (805) 395-1349 You will be receiving this letter on or about December 22, 1997. One PI1EVENTION SEIi~CE$ year from today, December 22, 1998, your current underground storage tanks will 1715 Chester Ave. become illegal to operate. Current law would require that your permit be revoked Bakersfield, CA 93801 (805) 326-3951 and, would make it illegal for any fuel distributer to deliver to any non upgraded FAX (805) 326-0576 tanks ENVIRONMENTAL SERVICES 1715 Chester Ave. However, in reviewing your file I see that you do plan to replace your Bakersfield, CA 93301 (805) 326-3979 tanks by June, 1998. We congratulate you on your decision to replace your tanks FAX (805)3260576 and simply want to offer any assistance we can in meeting your target date. Please remember to contact this office for permits well in advance of your TRAINING DIVISION 5642 Victor Street anticipated start date. As we get closer to the December 22, 1998 date, I would Bakersfield, CA93308 expect construction lead times to become extended, as well as costs for tank (805) 399-4697 FAX (805) 399-5768 renlacements. Sincerely, Hazardous Materials Coordinator REH/dm cc: Kirk Blair, Assistant Chief BAKERSFIELD FIRE DEPARTMENT June 3, 1997 n~ C.IEF M r. Charles McCan MICHAEI.R. KELLY Wholesale Fuels, Inc. P.O. Box 70097 ADMINISTRA~VE SERVICES 2'~m 'H' s'.eet Bakersfield, CA 93387-0097 Bakersfield, CA 98301 (805) 326-3941 FAX (805) 395-1349 RE: Waste Oil Tank Removal and Site Characterization at 2200 E. Brundage Lane. SUPPRESSION SERVICES 2101 'H' Street Dear Mr. McCan: Bakersfield, CA 93301 (805) 326-3941 FAX (805)395-1349 OUr records indicate that your former underground storage tank site is currently subject to Corrective Action Requirements under Article ! 1 of Title 23 California Code of Regulations n~,m~o, sE~lC~S concemintz leaking undert~round tanks. 1715 Chester Ave. ~ ~ Bakersfield, CA 93301 (805) 326-3951 FAX(805) 326-0576 Accordingly, pursuant to Section 2722(b) of Article I I, yeLl are hereby directed to begin the necessan.., work at your site within 90 calendar days from the date of this letter. The required ENVIRONMENTAL SERVICE$ work shall include: 1715 Chester Ave. Bakersfield; CA 93301 (1305) 326.3979 Submission of the results of the site characterization pertbrmed on September 12, 1996 by FAX (805) 326421576 - Hansen Engineering in a tbnnat consistent with Regional Water Board recommendations tbr TRAINING DIVISION prelimina~ evaluation and investigation of underground tank sites. 5642 Victor Street Bakersfield, CA 93308 (805) 399-4697 Please be aware that, pursuant to Section 2722(c) of Article i I, you are required to have an FAX (805) 39%5763 approved workplan on tile with this office prior to initiation of any corrective action work In addition, you are to provide ongoing status reports of all activities involving tile progress of this case to this office every. 90 days. If you have any questions regarding the provisions of this letter, please call me at 326-3979. Sincerely, Howard H. Wines, 1Ii Hazardous Materials Technician HHW/dhn cc: J. Hansen BAKERSFIELD FIRE DEPARTMENT December 4, 1996 n.E C.IEF McCan & Jamieson MICHAEL R. KELLY P.O. Box 70097 Bakersfield, CA 93387-0097 ADMINISTRATIVE SERVICES 2101 'H' Street Bakersfield, CA 93301 (805) 326-3941 RE: Underground Storage Tanks located at Wholesale Fuels Inc., 2200 East FAX (805)395-1349 Brundage Lane in Bakersfield. SUPPRESSION SERVICES 2101 'H' Street Dear Mr. McCan & Mr. Jamieson: Bakersfield, CA 93301 (805) 326-3941 FAX (805)395-1349 AS I am sure you are aware, all existing single walled steel tanks that do not meet the current code requirements must be removed, replaced or upgraded to PREVENTION SERVICES meet the code by December 22, 1998. Your tanks do not currently meet the new 1715 Chester Ave. Bakersfield. CA 93301 code requirements and therefore fall into the remove, replace or upgrade category. (805) 326-3951 FAX (806) 326-0576 Your current operating permit expires on or before that date and of course will not be renewed until appropriate upgrade of your tank system is accomplished. ENVIRONMENTAL SERVICES 1715 Chester Ave. BakersfielO. CA 93301 In order to assist you and this office in meeting this fast approaching (805) 326-3979 deadline, I have attached a brief questionnaire addressing your plans to upgrade FAX (805) 32643576 these tanks. Please complete this questionnake and return it to this office by TRAINING DIVISION Thursday, December 1 9, 1 996. 56~2 Victor Street Bakersfield, CA 93308 (805) 399-4697 If yOU have any questions concerning your tanks or if we can be of any FAX (805) 399-5763 assistance, please do not hesitate to contact this office. Sincerely, Ralph E. Huey Hazardous Materials Coordinator Office of Environmental Services REH/dlm attachment ; ~ FAX 'i~nsmittal B A K E P. S F I E L D Cover Sheet CALIFOENIA Bakersfield Fire Dept. Office of Environmental Services 1715 Chester Ave. · Bakersfield, CA 93301 FAX No. (805) 326-0576 · Bus No. (805) 326-3979 Today's Date .~,,~.,/~ .Time D~-,~-(~ No. of Pages :: ~ ':~ ::: ::::: .: · ,, ?~:~::: ::::: Bakersfield Fire Dept. · Office of Environmental:Se~ices ~ ,.SEP 26 '96 i£:13PM TECH SUPPORT P.I?? PAGE 1 OF 73® W. Friend~ Avenue Telephone (910) 547-5000 DATE: ~/~~ P.O. Box 22087 FA~ (910) 547-5559 / / Gree~boro. NC 27~,20-2087 ATIENIlON' /~.~/Z£ FROU: PHONE: PHONE: FAX~: ~~--~Z~"-%. FAX: U~GE: · .SEP 2~ '96 12:1BPM TECH SUPPORT P.~/? System Periodic Maintenance Checklist Attempting to service tank monitors and equipment without proper training can be dangerous, orFire or explosion or electrical shock resulting in serious irljurYdeath could result. Read and follow ali safety warnings, if you have not been trained in proper service procedures and hazards involved, refer all service to a qualified Gilbarco ASC, Maintenance When to What to Do Operation Perform E1V[(~ yearly 1. Check pr/nter for paper if equipped. Env~xonmental Management 2. Print out or check system inventory Console (UST and verify to actual inventory. Monitaring 3, Print out or record system setup val- Console) ues, then verify if Battery backup is working by powering the unit down and then back up with the drcuit breaker. If progromming is lost, the battery is bad and the ~nit neecls ser- vice. 4, Verify in-tank tests are being per- formed if required. s. Press Alarm/Test button to verify power, warning and alarm indicators light and aucl/ble alarm sounds. 6. Verify T.I.D tests are being per- formed (if LLD is installed). Appendix A-1 .SEP P6 '95 1P:I..CgPM TECH SUPPORT P.S/? System Periodic Maintenance Cheoklist M~imtenance W'nen to ~Fhat to Do Operation Perform Mag ',1~ Probe Yearly* Owner or Station Attendent ,. Inspect probe cables for any crack- Mag ':2' Probe lng or swelling. Gilbarco ASC 2. Inspect floatz and probe shaft for any residue build up. Clean with ~eral spiri~z as necessary. 3. Replace probe cables (reft item 1). 4. Verify epoxy kits have been i~stalled on field wir~ug. * Mag Probes used in products such as waste oil should be checked more frequently than yearly since products of this ~ype ca~ leave deposits on the probe shaft and float assemblies that may restrict the probeL; meesuremen; capabil~,. Vo[,,~etl~c T.{ne Yearly Ow.-er or Station Atteng~ent ~ ~ LeakDetection System 1. During or immediately after run- ning a 3 GPH selfcest, visually in- leakage, spect the flexible fuel lines for 2. Check flexible fuel control lines for ~ilba~¢o ASC pro¢lact~ only) p,r VLLD Troable- ~hoot:ing Ma.~ual No. MDES010. 4. Vm-ify epoxy kit~ have been installed on fi~l~ wid~g. Appendix A-2 .SEP 26 'gE, i~.'13PM TECH SUPPORT P.477 System Periodic Maintenance Checklist Maint~ance When to Operation Perform What to Do Leak Detector 1ICheck submersible pump head for leakage at PLLD port and functior~al 2, Check Line Leak Sensor cable for any cracking or damage. Gilbarco ASC 3. Verify epoxy kit~ have been installed on field wiring. 4. Replace sensor if cables axe cracked or damaged (ref. item 2). VF~reless Yearly Owner or Station Attendent ~ ~ Pressurized Line Leak Detector Check submersible pump head for leakage at WPLLD port and functional element with pump ON. Appendix A-3 · ~,SEP 26 '96 12:14PM TECH SUPPORT P.5/? System Periodic Maintenance Checklist Ma~tenance When to Operation Perform What to Do Sen~or (float type) 1. Inspect sensors to verify float moves freely, ~ ~ ~. Tarn sensor up,ide down to verify the monitor liquid alarm i~ activated. .~ (~ Gilbarco ASC l, Verify epoxy kits have been installed Dispenser Pan Yearly Owner or Station Attendent Sensor l. Inspect sensor cables for any crack- ing or swelling. ~~ ;. Verify sensor is firmly securecl in an upright position on the bottom of the a. Verif7 epox7 kits have been installed ~Q on field wiring. 4. Replace sensor if cables are cracked or d-~-aged (ref. item 1). Appendix A-4 .SEP £6 '96 i£:14PM TECH SUPPORT P.6/? System Periodic Maintenan, Checklist Maintenance When to Operation Perform What to Do Sump Sensor 1. Inspect sensor cables for any crack- ing or swelling. 2. Verify sensor is firmly secured in an upright position on the bottom of t~e containment sump. G/lbarco ASC 3. Verify epoxy kits have been installed on field whing. 4. Replace sensor if cables are cracked or damaged (ref. item 1). ~ ~ VaporSensor Yearly Owner or Station Attendent 1, Inspect sensor cables for any cra&- lng or swelling. Gilbarco ASC 2. Verify epoxy, kits l~ave been installed on fiald wiring. $. Replace sensor if cables are cracked or damaged (ref. item 1). Appendix A-S ~ .SEP 26 '96 1~: J. 4PH TECH SUPPORT P.?/? , System Periodic Maintenance Che=klist Maintenance When to What to Do Operation Perform Sensor 1, Inspect sensor cables for any crack- ing or swelling. P- Lift sensor above water level in the well and verify the system activates a ~WATER OUT~ alarm. Gilbarco ASC s. Verify epoxy kits have been installedon field wiring. 4. Replace sensor if cables are cracked or damaged (reft item 1). s. If the sensor does not alarm (ref. item 2), replace the sensor. ~ ~ Hydrostatic Yearly Owner or Station Attendent Sensor 1. Inspect sensor cables for any crack- lng or swelling. Gflbarco ASC 2. Remove sen~or from brine reservoir sensor in its uptight position, the system should activate a 'FUEL ALARM'. ~ the s~sor upside down tn be sure the system activates a ~ATF. R ALARM". If the sensor does not alarm in both conditions, re- place the sensor. 3. Verify epoxy kits have been installed on field wiring. 4. Replace sensor if cables are cracked or damaged (ref. item 1). Appendix A-6 HAZARDOUS MAT~r,,,RIALS IN~ ~l~ Balrezsfie]d F~e Dept. J~. ~~=~ ..... ::~ · ~ ' ~ICE OF ENVIRONMENTAL SERVICES 1715 Chester Ave. Bakersfield, CA 93301 Date Completed ~/~-~'/~G Business Name: /~:k,~<,~[,~, ~,~,~tt= "~'-~c., Location: '2¢~ ~, ~~ ~ ~ Business Iden~fica~on No. 215-000 I~ ~op of Business Plan) Sta~on No. 0[,5 Shift ~ Inspector ~~ ~ival Time: Depa~ure Time: Inspec~on Time: Adequate Inadequate Adequate Inadequate Address Visable .__~.1".';[' ¢1 Emergency Procedures Posted .13'" [] Correct Occupancy ..Er' [] Containers Propedy Labled .j~F'~ [] Verification of Inventory Materials ,.Er [] Comments: Verification of Quantities ~3' [] Verification of Location J~ [] Verification of Facility Diagram Proper Segregation of Material ~ [] Housekeeping Fire Protection ;1~ [] Comments: Electrical I'1 Comments: Verification of MSDS Availablity J:3/ [] Number of Employees: UST Monitoring Program J:3/ [] Comments: Verification of Haz Mat Training ~ Permits Comments: Spill Control [] Hold Open Device Verification of Hazardous Waste EPA No. Abbatement Supplies and Procedures ~ [] Proper Waste Disposal .,l~r' [] Comments: Secondary Containment [] Security ~ [] ',>,~-~ -~-',,, ~-I,',,~ .,,o ~, c.'~ / Special Hazards Associated with this Facility: Violations: // / · a.sin~s,o¢~a.9~ raNT NAU6 S~NATURE Correcaon Needed ~ite-H~ Mat Div. Yello~S~tion Copy Pink-Business C~y STORAGE~'.~K J ~CT!0N UNDERGROUND. . ~_ .. ~ INSP .... , '.',, .-' .,'~. ~,:.~.,.,Ba. kersf, ield Fire Dept. Oiflce ot'Fnvjronmcntal Services , . ., ~. Bakersfield, CA93301 FACILITY NAME &~.')/.,,O~/~ %h~, Pc, e,~..S BUSINESS I.D. NO. 215-000 FACILITY ADDRESS 7 FACILITY PHONE No. ,~rSr,'7.- ~'t~ ~~ ~ ID~ ~D~ ID~ INSPECTION DATE .ro u. PrOeM. ,' (nsl~ Dale ' ' '-.J Insl Daie Inst Dale INSPECTION TYPE: I~ ~h ~/// Size Size Size REQUIREMENTS, yes no n/a yes no n/a yes no n/a la. Forms A & B Submitted / ~ ~" lb. Form C Submitted ~ lc. Operating Fees Paid ~" ~'~ ld. State Surcharge Paid z,,' ~" le. Statement of Financial Responsibility Submitted ,,." ~,- lf. Written Contract Exists between Owner & Operator to Operate UST ~,- / ,,'" 2a. Valid Operating Permit /' 2b. Approved Written Routine Monitoring Procedure ~,~ 2c. Unauthorized Release Response Plan / 3a. Tank I~t~grity Test in Last 12 Months / 3b. Pressurized Piping Integrity Test in Last 12 Months ~/,'///~{,,. ~" 3c. Suction Piping Tightness Test in Last 3 Years ,," ~-- ~--- 3d. Gravity Flow Piping Tightness Test in Last 2 Years ~ 3e. Test Results Submitted Within 30 Days ~ ~.~ 3f. Daily Visual Monitoring of Suction Product Piping ~ 4a. Manual Inventory Reconciliation Each Month /,~'- 4b. Annual Inventory Reconciliation Statement Submitted ~" ~-' 4c. Meters Calibrated Annually ~,,,,'~ 5. Weekly Manual/T_.,a{tk Gauging Records for Small Tanks ~,- 6. Monthly Statistical Inventory Reconciliation Results ~,-' / ~,~ 7. Monthly Automatic Tank Gauging Results ~ /' 8, Ground Wate~Monitoring ~ 9. Vapor Monitoring ~-' 10. Continuous Interstitial Monitoring for Double-Walled. Tanks ~,,"'~,'--~ ~" ~ ~'~ 11. Mechanical Line Leak Detectors ~_~'~c[//~ ~D~ ~-',~- ,,p~ ~ ~ ~ >/ ~-' 12. Electror{ic Line Leak Detectors--~ ~ 13. Continuous Piping Monitoring in Sumps ~ 14. Automatic Pump Shut-off Capability ~ 15, Annual Maintenance/Calibration of Leak Detection Equipment ~(; ~ 16. Leak Detection Equipment ~nd Test Methods Listed in LC-113 Series ~" I 17. Written Records Maintained on Sitev/ I 18. Reported Changes in Usage/Conditions to Operating/Monitoring Procedures of UST System Within 30 Days ~ 19. Reported Unauthorized Release Within 24 Hours / 20. Approved UST System Repairs and Upgrades / 21. Records Showing Cathodic Protection Inspection // 22. Secured Monitoring Wells ~/' 23. Drop Tube ~,~/") ,~ / RE-INSPECTION D,~TE ,~ RECEIViSD BY: INSPECTOR: ~'~.~/~ ~a, ~-----~ ~. ~... OFFICE TELEPHOI FD 1669 (rev. 9/95) ~-.-~k~=~,qC~ ~2' ~t~Q~ , Wl i~,..u.~-,,..S F!JELS,~ [NC. WHOLESALE BOX 70~97 2200 EASY BRUNDAGE LANE 'Too;-lnio~o~D. YOUNG BA;If[RSFIELD~ CA 93387 BAKERSF[ELD~ CA ;?:}-~7-96 ~(i~t~ ~g~ 10~0 ~d~ 12:45 ~ou~y~ KE PhonoOs (805) 327-4900 D~ound~a~r Dep'bh~ !44"+ D~.u~ P~,~n2$~ N/A TERRY OGLEGBY i}ZESEL N/T N/T PASS N/A KEROSEN N/T N/T PASS N/A D~ESEL N/T N/T - PASS N/A REGULAR N/T N/T PASS N/A ~. OEP 'fUR)~. S~ D:(ESEL NIT NIT PASS NIA 0. ~;" TUR2. S~'~ PREMZUi~ NIT N/T PASS N/A ~:tt,'~:o~a~$on[i T~ST TECHNIC~AN~ DOUG YCUNG {% T. T. L~ ~;$9(a. '1E~76 i~CHANiC::~L L.:(N~ LEAK D~TECTORS WZR~: "(~S~ED Ai~D ARR OP~RAViONAL,~ ):NVQXC!Z ADDR:.",S:£: TANK L. OCATiON~ ! Taken ~ .................... _E~..~. ............... Count y u Co~ Notified~ .'~'~-~' ~..= ..... --~--....'~: P~ O, ~f: ' .i Phone:.~ . ,_,~ Phone: ~ .' ~ , { Test 'ri'm~'~ ~ EMERGENCY CONTACT n PHONE s [WDROSI'ATIC PRODUCT L;(NE TEST RESULT SHEET AES PLT-" OOR S-FART END TEST I VOLUNE ' P ROi.)UC'F V OL.Ui'qE V OI...Ut'4E P RtZSSU RE I D :{ F:F, (6t::'i't) PASS/FA %/ ,c I - ,5 -' ~-.~ ~,~xr~. _..L?& ............. _/.~_: .... s~ '~._7~:.?_: ...... ~>rz :o _ ~.~_~ ._ _J <.~_ .......... : ...... L~_[ ..... x'o , ........ : ................. ,~-~ ..... ~ ................................................... · .......................... . .... -~ .... . . . ~ . . · . - . . ._' .... .%- ..: :.. .... CONFiRF~AT~ON TEST IF FIRST FAILED ...::,. ~q_~.,.~ ~d Z t ZOI i ~d~ ~ , ~ I I t I I I t ~ i I t I~ ~- I I I AES ~L] - iV]~3R HYDROSTATXC PRODUCT L)]NE 'f?~T WORK SNEET ¥l,=:-~ [ t PRODUCT START I END ~-'-"¢* ¥;' END ~ES VOL, NO: I ] IM~ (HL) ~MI_, DIF:F, (ML.> I t I I ~d~ (L~ , l __~ ..... ~x~z~.~. .... .~ .......... .~z.c~cc .... /Z.:L~ ........ I I 1 mu)tipiy by ~,~15631:l..~ ~hic. h ~ oollv[~t'~ the volume d$~'Fet.-entiai F?,)ia miZlilitet-s pet- minute to gallons pet' hour,. The conve'r's i on The oonve~-sion oc, nE~tant oaus~s the miliiii'te{~J~ and ;,~inu't~ to Ex. ]'F thru level dv. opped 3ml in t5 mi'nute~ then:, ,~/1,~ u{1.lmin. X El,,(a158311 (min/h~-) (gal/mi) = ~h.~B)3 ga.l/ht-. RE~UL'TS OF 'FHIS WORK SHEET TO BE COHDILED ON RESULTS SHEET. RECORD OF TELEPHONE CONVERSATION Location: ~ - ~ ID# Business Name: Contact Name: ~::~,'~ Business Phone: '~9/~4_~--- FAX: InspeCtor's Name: Time of Call: Date: &-//~-~//'~'C, Time: # Min: Type of Call: Incoming [~ Outgoing [ ] Returned Content of Call: ~)~::~ (~.{('~J ~¢~ .~'~',.~j c.~ , ~ Actions Required: Time Required to Complete Activity # Min: Copy No. DRAFT SPILL PREVENTION, CONTROL, AND COUNTERMEASURE PLAN (spcc) FOR WHOLESALE FUELS, Inc. BULK FUELS AND LUBRICANTS FACILITY 2200 East Brundage Lane Bakersfield, CA, 93307 Prepared By: Hansen Engineering 3012 Antonino Avenue Bakersfield, California 93308 Ph. (805)-861-9454 November, 1995 TABLE OF CONTENTS SUBJECT PAGE I EMERGENCY INITIAL RESPONSE PROCEDURES ........ II REPORTING ...................... III MANAGEMENT APPROVAL, DELEGATION OF AUTHORITY, AND GENERAL INFORMATION ............... 1 SPILL PREVENTION CONTROL AND COUNTERMEASURE PLAN 1.1 Background and Purpose ............. 1.2 Record of Changes and Amendments ........ 1.3 Location of copies ............... 1.4 Policy ..................... 2 FACILITY DESCRIPTION 2.1 Description of Operation ........... 2.2 Facility Drainage ................ 2.3 Oil and Fuel Storage ............. 2.4 Transfer Operations ............... 2.5 Security_ ................... 2.6 Personnel Training ............... 2.7 Oil Spill History ................ 3 EMERGENCY EQUIPMENT 3.1 Communication and Alarms ............ 3.2 Spill Control Equipment ............. 3.3 Outside Resources ................ 4 EMERGENCY REPORTING 4.1 Initial Procedures ............... 4.2 Outside Assistance .............. 4.3 Reporting Procedures .............. 5 ARRANGEMENTS WITH LOCAL AUTHORITIES 5.1 Local Emergency Response Teams (Ambulance, Hospital, and Fire Services) .......... 6 EMERGENCY RESPONSE ORGANIZATION 6.1 Organization Attachments ............ WHOLESALE FUELS, Inc. Spill Prevention and Control SPILL PREVENTION CONTROL AND COUNTERMEASURE PLAN (SPCC) WHOLESALE FUELS, Inc., Bakersfield, CA I EMERGENCY INITIAL RESPONSE PROCEDURE In the event of a spill, your objectives are: 1. Ensure the safety of personnel. 2. Stop the spillage at the source. 3. Initiate containment activities. 4. Report the spill. 5. Initiate cleanup activities. II REPORTING In case of an oil spill or if you see an unidentified spill, call in this order: * 1. National Oil Spill Response Center (800) 424-8802 , * 2. State Department of Emergency Services (800) 852-7550 3. U.S. Coast Guard, District (415) 437-3073 4. Federal EPA Office, Region (415) 974-8131 5. State Water Quality Control Board, (209) 445-5116 Central Valley Region 5, Fresno Branch Office 6. State Department of Fish and Game (209) 222-3761 Region IV, Fresno 7. Kern County Environmental Health (805) 861-3636 8. Local Fire Department 911 9. Local Law Enforcement Agency 911 10. San Joaquin Valley APCD (805) 861-3682 * Indicates these agencies must be notified as soon as possible. The remaining groups should be notified as soon as practicable as when applicable. WHOLESALE FUELS, Inc. Spill Prevention and Control Page 1 of 20 Information to be reported includes: 1. Time of spill, or time first observed. 2. The source of spill, if known. 3. Type of product spilled 4. Estimate of amount spilled. 5. On-scene weather. 6. Any known fire or health hazards posed by the spill. 7. Where the spill is going. 8. Action being taken to contain and clean up the spill. 9. Any information requested by the agency, so long as the information is known to be factual. Do not guess regarding the cause or potential impacts of the spill. Log of Call & Activities Agency Contacted Name of Contact Date of Contact Time of Contact Report Agency Contacted Name of Contact Date of Contact Time of Contact Report Agency Contacted Name of Contact Date of Contact Time of Contact Report Agency Contacted Name of Contact Date of Contact Time of Contact Report Agency Contacted Name of Contact Date of Contact Time of Contact Report WHOLESALE FUELS, Inc. Spill Prevention and Control Page 2 of 20 SPILL PREVENTION CONTROL & COUNTERMEASURE PLAN MANAGEMENT APPROVAL, DELEGATION OR AUTHORITY AND GENERAL INFORMATION Name of Facility: WHOLESALE FUELS, Inc., Bulk Storage Facility, Bakersfield, CA Type of Facility: Bulk Petroleum Distribution Facility Location of Facility: 2200 East Brundage Lane, Bakersfield, California, 93307 Ph. (805)-327-4900 Name & Address of Wholesale Fuels, Inc. Facility: 2200 East Brundage Lane, Bakersfield, California, 93307 General Manager's Home Mr. Mark del Papa Address: Bakersfield, California 933__ Approval of designated person accountable for oil spill prevention, emergency procedures, reporting and employee training: Mr. Mark del Papa, General Manager ~ignature Date Facility has not experienced a reportable oil spill event during the twelve months prior to the effective date of 40 CFR, Part 112. MANAGEMENT APPROVAL This SPCC Plan has been reviewed and approved as herein described. Signature: Name (Printed): Title- WHOLESALE FUELS, Inc. Spill Prevention and Control Page 3 of 20 CERTIFICATION I hereby certify that I have examined the facility, and being familiar with the provisions of 40 CFR, Part 112, attest that this SPCC Plan has been prepared in accordance with good engineering practices and Section 112.7. John H. Hansen Printed Name of Registered Prof. Engr. Seal Date Signature of Registered Prof. Engr. Registration No. RCE26544 State of California Expires March 31, 1996 WHOLESALE FUELS, Inc. Spill Prevention and Control Page 4 of 20 1 SPILL PREVENTION CONTROL AND COUNTERMEASURE PLAN 1.1 BACKGROUND AND PURPOSE Section 311 (j) (1) (c) of the Federal Water Pollution Control Act authorized the President to issue regulations that would establish procedures, methods, equipment, and other requirements to prevent and contain discharges of oil and hazardous substances from vessel, onshore and offshore facilities. Executive order 11735 delegated this authority for non-transportation related facilities to the Environmental Protection Agency (EPA). On December 11, 1973, the EPA promulgated regulations (40 CFR, Part 112), which established spill prevention procedures and equipment requirements for non-transportation related facilities where substantial oil storage capacity existed and which, because of location, could reasonably be expected to be the source of an oil spill to navigable waters. The purpose of this document is to meet spill contingency planning requirements for all federal, state, and local agencies having jurisdiction over such matters in this facility's area of operations. It is further intended that this document be used as a training aid for facility personnel to ensure efficient and expeditious response to uncontrolled discharges of oil, and as a reference tool during actual spill responses. 1.2 RECORD OF CHANGES AND AMENDMENTS 40 CFR, Part 112.5 requires that facility owners or operators shall amend the SPCC Plan whenever there is a change in facility design, construction, operation, or maintenance which materially affects the facility's potential for discharge or oil into or upon the navigable waters of the United States or adjoining shorelines. Such amendments shall be fully implemented as soon as possible, but not later than six months after such change occurs. Additionally, owners or operators must review and evaluate the SPCC Plan at least once every three years. No amendments to an SPCC Plan will satisfy the regulations unless certified by a registered Professional Engineer. DATE SECTION(S) CHANGED OR AMENDED INITIAL WHOLESALE FUELS, Inc. Spill Prevention and Control Page 5 of 20 1.3 LOCATION OF COPIES 40 CFR Part 112.3 (e) requires that copies of the contingency plan and all revisions to the plan must be maintained at the facility and be available to the EPA Regional Administrator for on-site review. Individual copies of the contingency plan have been numbered and ate located at the following locations: NUMBER LOCATION PERSON/PHONE Copy 1 WHOLESALE FUELS, Inc. Mr. Mark del Papa 2200 Brundage Lane (209) 266-7600 (W) Bakersfield, CA 93307 24hr. Answering Service Copy 2 JACO Oil Co., Inc. 3101 State Road (805)-393-7000 bakersfield, CA 93308 Copy 3 Copy 4 Copy 5 1.4 POLICY It is the policy of WHOLESALE FUELS, Inc., and its operating subsidiaries to take such actions as necessary to prevent the accidental release of oil into the environment. In the event that an accidental release occurs, it is the policy of WHOLESALE FUELS, Inc., and its subsidiaries to mitigate the effects of such a release using equipment and techniques which are available and practical for such use in cooperation with appropriate regulatory agencies whenever possible. WHOLESALE FUELS, Inc. Spill Prevention and Control' Page 6 of 20 2 FACILITY DESCRIPTION The WHOLESALE FUELS, Inc. , Bakersfield, California, is situated on a 3.82 parcel located at the northeast corner of brundage Lane and Mount Vernon Avenue. The property is 100% enclosed by fencing and buildings. The facilities have been constructed incrementally since the 1960's. Facilities at Wholesale Fuels consist of eight underground storage tanks, fourteen aboveground storage tanks, loading racks, and an indoor barrel filling station., a warehouse, an office building and a training and storage building. 2.1 DESCRIPTION OF OPERATION ProdUct is delivered to the facility by tanker truck. Distribution is made to local facilities by bobtail truck. Additionally, the bulk storage tanks feed a packaging operation where 5 gallon and 55 gallon barrels are filled and labelled for truck distribution. The facility is staffed by six people and operated from 8:00am to 5:00pm, 5 days per week with longer hours at busy times. Spill Potential: If a spill were to occur at this site, it would probably occur: 1. During.delivery of petroleum product to the.underground or aboveground storage tanks. The estimated volume of spill could be as much as 4,000 gallons or the largest compartment of a tanker truck. A concrete fill pad will drain into the containment wall around the aboveground tanks will containing up to 1,400 gallons of the spill. 2. During loading out of product at the load rack. The estimated volume of spill could be 100 to 500 gallons. The spill would be contained on the concrete drain slab and in the drainage holding sump. Cleanup would require a vacuum truck. 3. Due to rupture or leakage of an underground tank or piping. The estimated volume of spill could be as large as 20,000 gallons. The spill would be contained in the soil mass. Cleanup would require removal of contaminated soil and product. 2.2 FACILITY DRAINAGE Rainwater falling on the facility will be directed to a WHOLESALE FUELS, Inc. Spill Prevention and Control Page 7 of 20 oil/water separator and the separated rainwater discharged to the area surface drainage facilities. OIL AND FUEL STORAGE ABOVEGROUND STORAGE TANKS TANK NO. SIZE (GAL) PRODUCT MATERIAL TYPE 1 6,000 SAE 15w-40 Motor Oil 2 10,000 SAE 40 Motor Oil 3 10,000 SAE 30 Motor Oil 4 10,000 JPC Hyturb AW 32 Lubricant 5 10,000 Pacemaker Geo 800 Lubricant 6 4,000 SAE 30 Motor Oil 7 10,000 Unused 8 10,000 JPC Tracton Hydraulic Fluid 9 6,000 JPC PO Pump Oil 10 8,000 JPC Hyturb AW 68 Lubricant 11 8,000 UNOCAL Gardol Lubricant 12 5,000 Delo 400 15-40 Motor Oil 13 3,000 Unused 14 20,000 Diesel Motor Fuel 15 10,000 LS Diesel Motor Fuel 16 20,000 Diesel Motor Fuel 17 550 UL Gasoline Motor fuel BELOWGROUND STORAGE TANKS TANK NO. SIZE (GAL) PRODUCT MATERIAL TYPE 1 20,000 Super Unleaded Motor Fuel 2 20,000 Regular Motor Fuel 3 20,000 Unleaded Motor Fuel 4 20,000 Diesel Motor Fuel 5 10,000 Kerosene Fuel 6 10,000 Stoddard Solvent Cleaning Solv. 7 6,000 Diesel Motor Fuel 8 6,000 Diesel Motor Fuel WHOLESALE FUELS, Inc. Prevention and Control Page 8 of.20 Ail tanks are of steel and constructed to'Underwriters Laboratory specifications and bear the U.L. label. Underground tanks are coal tar coated. Product piping is of welded steel with some galvanized, threaded fittings. Aboveground pipes are painted and underground pipes are protected by a wrapped coating. Tank testing is performed as recommended by the National Fire Protection Association Standard #329 or as required by local authority. Product lines are pressure tested as required by local authority. All tanks are gauged each working day for product inventory. DATE OF PRODUCT LINE TYPE OF TEST RESULTS TESTER TEST OR TANK NO. WHOLESALE FUELS, Inc. _. Spill Prevention and Control . '...~.:~ ...... ;~.~P~ge~9 of 20 ... 2.4 FACILITY TRANSFER OPERATIONS, PUMPING AND IN-PLANT PROCESS 1. All aboveground lines are protected from corrosion by periodic painting. 2. Aboveground lines are well out of the roadway driving pattern. 3. Pipe supports are designed to minimize abrasion and corrosion and allow for expansion and contraction. Steel pipelines rest on steel pipe supports. 4. Pipeline terminal connections are capped or blind- flanged and marked if the pipeline is not in service or on standby service for extended periods. All other lines are normally in service. 5. Aboveground lines are visually inspected regularly during the normal course of operation. 6. Loading/unloading procedures meet the minimum requirements and regulations of the Department of Transportation. 7. Loading/unloading is done under direct supervision of the driver. Bottom loaders are equipped with electrical self-closing valves. Unloading is by direct drop to underground tanks which are gauged first to verify that they will hold the entire load. 8. Drains and outlets on the truck are checked for leakage before and after each loading/unloading. 2.5 SECURITY 1. This facility is fenced and entrance gates are locked when the plant is unattended. 2. Any valves which permit direct outward flow of a tank's contents are locked closed when in non-operating status. 3. Starter controls on all pumps in non-operating or standby status are located at a site accessible only to authorized personnel. 4. The yard area and the loading rack are equipped with nightlights. 2.6 PERSONNEL, TRAINING, AND SPILL PREVENTION PROCEDURES 1. Personnel are properly instructed in the operation and WHOLESALE FUELS, Inc. Spill Prevention and Control Page 10 of 20 maintenance of equipment to prevent oil discharges, and applicable pollution control laws, rules, and regulations. 2. All spills must be reported to the Distributor/ Emergency Coordinator. See Attachment #4. 3. To prevent spills from occurring, employees receive scheduled spill prevention training regarding facility operations and spill prevention features. 4. Contractors, sub-contractors, and temporary personnel are informed of facility operating features and spill prevention features so they can prevent spills from occurring. 2.7 OIL SPILL HISTORY* (none in past three years) Describe any spill event in which more than 1,000 gallons was discharged (None have occurred) Date:__./ / Volume: Gallons Cause: Corrective Action Taken: Plans for Preventing Recurrence: Date:__~/ /__ Volume: Gallons Cause: Corrective Action Taken: Plans for Preventing Recurrence: WHOLESALE FUELS, Inc. Spill Prevention and Control Page 11 of 20 Date:__/ / Volume: Gallons Cause: Corrective Action Taken: Plans for Preventing Recurrence: * List all federally reportable spills of oil at the facility. 3 EMERGENCY EQUIPMENT The following listed emergency equipment is maintained at the facility. All facility communications or alarm systems and spill equipment is tested and maintained to assure their proper operation in the time of emergency. 3.1 COMMUNICATIONS AND ALARMS All communications are by telephone 3.2 SPILL CONTROL EQUIPMENT 1. Oil absorbent materials are stored in the warehouse and on each oil truck. 2. Shovels, sandbags, plastic sheeting and sand are stored on-site. 3.3 OUTSIDE RESOURCES Outside resources in the Bakersfield area consist of: 1. (Major Spills) Chemical Waste Management, Inc. Coalinga, CA (209) 935-2043 2. American Environmental Management Corp., Rancho Cordova, CA (916) 985-6666 3. Bassett Construction Company, Carmichael, CA (916) 967-7424 WHOLESALE FUELS, Inc. Spill Prevention and Control Page 12 of 20 4.0 EMERGENCY REPORTING In the event of a spill, it is essential that the following procedures be followed: 1. Ensure the safety of personnel. This includes personnel and other individuals that may be motorists along streets adjoining the plant and individuals on adjoining property. Evacuate the plant site and adjoining properties, if necessary. 2. Stop the spillage at its sources by closing valves, stopping pumps, etc. 3. Initiate containment: Use absorbent blankets and/or construct containment dikes to limit the spread of product. 4. Report the spill to the proper agencies. A notification of the National Oil Spill Response Center and the State Department of Emergency Services meets all requirements for notification. All other phone numbers are for quicker response from a particular agency and should be used if necessary. 5. Evaluate the cleanup procedure to be used and contact necessary contractors. 6. Safety is the most important element followed by containment and cleanup. 4.1 INITIAL PROCEDURES Definition of a reportable spill: Any discharge of oil products which: (a) Violates applicable water quality standards, or which may directly or indirectly by means of surface or subsurface routes enter any drain ditch, storm drain, lake, stream, river, or ocean. (b) Causes a film or sheen upon or discoloration of the surface waters or adjoining shoreline or causes a sludge or emulsion to be deposited beneath the surface of the water or upon adjoining shorelines. Example: A spill on a concrete slab that is totally contained may not be a reportable spill. A spill in an unpaved yard area could be a reportable spill if it penetrates into the sub-surface WHOLESALE FUELS, Inc. Spill Prevention and Control Page 13 of 20 4.2 OUTSIDE ASSISTANCE The following personnel and companies are to be notified if outside assistance is required for cleanup: 1. Mr. Mark del Papa Wholesale Fuels, Inc. Bakersfield, California (805) 327-4900 (24hr. Answering Service) (805) (Home) 2. Mr. Charles McCan Wholesale Fuels, Inc. Bakersfield, CA (805) 327-4900 (24hr. Answering Service) (805) 832-4898 (Home) 4.3 REPORTING PROCEDURES a. The reporting of a spill to an agency will be made by: 1. Mr. del Papa, WHOLESALE FUELS, Inc. Manager, 2. b. Information to be reported is: 1. Location of spill and company name 2. Time of spill or time first observed 3. Source of spill if known 4. Type of product spilled 5. Estimated amount of spill 6. On-scene weather 7. Affected waters if applicable 8. Special assistance if required 9. The spill's containment status (i.e. whether the spill is contained or not) c. Fill out a report in detail as to notification and spill. See Attachment #4. WHOLESALE FUELS, Inc. Spill Prevention and Control Page 14 of 20 5 ARRANGEMENTS WITH LOCAL AUTHORITIES Arrangements have been made with local authorities as follows-. 5.1 LOCAL EMERGENCY RESPONSE TEAMS 1. Highway Patrol: Zenith 1-2000 2. Ambulance: 911 3. Hospital: 911 4. Fire Department: 911 6 EMERGENCY RESPONSE ORGANIZATION 40 CFR, Section 112.7 (e) (10) requires that there should be a designated person who is accountable for oil spill prevention and who reports to line management. The General Manager is the designated Emergency Coordinator. In the event of an imminent or actual emergency situation, the Emergency Coordinator is to be notified immediately. If the designated Emergency Coordinator is not available, the Alternate Emergency Coordinators are to be notified in the order of listing. The Emergency Coordinator and Alternate Emergency Coordinators are familiar with all aspects of the contingency plan, all operations and activities at the facility, the location and characteristics of waste handled, the location of all records within the facility layout. 6.1 ORGANIZATION TITLE NAME PHONE NUMBERS WHOLESALE FUELS, Inc. Spill Prevention and Control Page 15 of 20 ATTAC_HMENTS No. 1 - Supplementary Instructions No. 2 - Three-Year Plan Review No. 3 - Drainage Release Record No. 4 - Spill Report Log No. 5 - Site Plan WHOLESALE FUELS, Inc. Spill Prevention and Control Page 16 of 20 SPCC PLAN ATTACHMENT #1 SUPPLEMENTARY INSTRUCTIONS NONE WHOLESALE FUELS, Inc. Spill Prevention and Control Page 17 of 20 SPCC PLAN ATTACHMENT #2 THREE-YEAR PLAN REVIEW This SPCC Plan must be reviewed every 3 years from the date it was implemented and one or the other of the following completed: Plan Review - No Amendment Necessary I certify that I have made a complete review and evaluation of this SPCC Plan and have found no amendment to this plan necessary. Owner or Operator Signature Date Plan Review - Amendment Necessary I certify that I have made a complete review and evaluation of this SPCC Plan and have found that an amendment is necessary. Posting A copy of this plan is permanently maintained at this facility. CERTIFICATION I hereby certify that I have examined the facility, and being familiar with the provisions of 40 CFR, Part 112, attest that this SPCC Plan has been prepared in accordance with good engineering practices and Section 112.7. John H. Hansen Printed Name of Registered Prof. Engr. Seal Date Signature of Registered Prof. Engr. Registration No. RCE26544 State of California Expires March 31, 1996 Name of Facility: WHOLESALE FUELS, Inc, Bakersfield Bulk Facility Operator: WHOLESALE FUELS, Inc. WHOLESALE FUELS, Inc. Spill Prevention and Control Page 18 of 20 SPCC PLAN ATTACHMENT #3 DRAINAGE RELEASE RECORD Normally, water in the diked area is left to evaporate. Should drainage be necessary, accumulated rainwater within the dikes area is visually inspected before it is released. Any film or sheen upon, or discoloration of the surface of the accumulated rainwater, is removed before the water is released. The entire release must be under constant supervision. Record of drainage, bypassing, inspection, and oil removal from secondary containment: Date of Supervisor Date of Bypassing Date of Oil Inspector Drainage Open/Closed Inspection Removal Signature Name of Facility: WHOLESALE FUELS, Inc, Bakersfield Bulk Facility Operator: WHOLESALE FUELS, Inc. WHOLESALE FUELS, Inc. Spill Prevention and Control Page 19 of 20 SPCC PLAN ATTACHMENT #4 Spill Report Log Complete each section in detail for each agency called. 1. Number Called , Agency 2. Person Taking Report 3. Time , Date 4. Describe spill as given to agency 5. Source of Spill Has it been stopped? Y N 6. Type of Product Time First Observed 7. Estimated Amt. of Spill 8. Weather: Dry , Rain , Temperature °F 9. Describe cleanup & actions taken to stop spill WHOLESALE FUELS, Inc. Spill Prevention and Control Page 20 of 20 Y of BAKER " "WE CARE" January 30, i995 ' · FIRE DEPARTMENT 1715 CHESTER AVENUE M. R. KELLY WARNING! FIRE CHIEF 326-3911 CERTIFICATION OF FINANCIAL RESPONSIBILITY REQUIRED ~ i 5-000-001330 ~oo ~. i~o~ WHOLESALE FUELS INC P.O. BOX 70097 BAKERSFIELD, CA 93387-0097 Dear Underground Storage Tank Owner: Our records indicate that your business does not have a Certification of Financial Responsibility on file with Mis office. Please forward either a copy of your existing State approved mechanism to show financial responsibility or else complete the attached Certification of Financial Responsibility form. An attached letter from the State Water Resources Control Board lists the approved financial responsibility rne~hani~ required to pay for corrective actions resulting from leaking underground fuel tanks. Remember, most tank owners only have to show financial responsibility for at least $10,000 of clean up liability. The Underground Storage Tank Clean Up Fund (USTCF) may be used as the mechanism to cover the remaining acoidenlal release liability. The total amounts of financial responsibility required (check boxes from section A of form) are aa follo~: If you don't sell product from you tanks, and you pump less than 10,000 gallons per month, check "$500,000 per occurrence'. Else, or if you are in the business of selling from your tanks, check '1 million dollars per occurrence". / For owners of 101 or more petroleum underground storage tanks, check the '2 million dollar annual aggregate" box. All others need only check the "1 million dollars annual aggregate' box. Please be aware that failure to provide the financial responsibility document to this office within 30 days will result in your Permit to Operate being revoked. (25285.1 (b) California Health & Safety Code). ~ If you have any questions, or would like help in completing the Certification of Financial Responsibility, please contact Howard Wines, Hazardous Materials Technician, at 326-3979. Sincerely, Hazardous Materials Coordinator REH/dlm CERTIFICATION OF FINANCIAL RESPONSIBILITY FOR UNDERGROUND STORAGE TANK8 CONTAINING PETROLEUM '~. [ am required to demonstrat," F'manciai ~esponsib~ty in the required amounts as specified in Section 2807, ChapUsr 18, Div. 3. Title 23. CCR: r~ 500.000 dollars per occurrence ~ ! m~on dollars annual a~gresate or "~ND or ~=~ 1 mi~llon dollars per occurrence ~ 2 million dollar~ annual aggregate 8. Who ] P..~a 'i P. 'F"]] ~ ] .q; Thc,. hereby certifies that it is in compliance with the requirements of Section 2807, (Name o£ T~zk Article 3, Chapter 18, Division 3, T-rtle 23, California Code of Regulations. The mechanisms used to demonstrate financial responsibility as required by Section 2807 are as follows: State Fund State Cleanup Fund N/A for State }$990.000 State yes yes P.O. Box 944212 Fund lper Fund Sacramento, CA occur- coverag~ 94244 2120 rence continu- Chief Wholesale Fuels, Inc. N/A for state $10,000 {enewal yes yes Financial P.O. Box 70097 alternative per ~nnually Officer Bakersfield, CA 93387 mechanism occurrence Note: If you are using the State Fund as any part of your demonstration of financial responsibility, your execution and submission of this cerfffication also certifies that you are in compliance with all conditions for participation in the Fund. iD. Ps~llt7 Na~no Wholesale Fules, Znc. 2200 E. Brundage Lane P.O. Box 70097, Bakersfield, CA 93387-009; Bakersfield, CA 93307 Fa:i.Et7 Nmno F~:~li~N~e Fa~tyAddrm Name INSTRUCTIONS CERTIFICATION OF FINANCZAL RESPONSIBILITY FORM PLease type or print cLearLy aLL information on Certification of Financial Respor~ibiLity form. ALL UST facilities arx~/or sites owned or operated may be Listed on one form; therefore a separate certificate is not required for each site. DOCUMENT INFORMATION A. Ae~x~t Ee~luired - Check the apt3ropriate boxes.- B. Name of Tank Ocher - Full name of either the tank owner or the operator. or OFDrator C. Mechanisa~ Type - Indicate which State approved mechanism(s) are being used to show financial responsibility either as contained in the federal regulations, GO CFR, Part 280, Subpart H, Sections 280.90 through 280.105 (See Financial Rponsibility Guide, for more informetion), or Section 2802.1, Chapter 18, Division 3, Title 2:~, CCR. N~ of Issuer - List all na~ and addresses of co~anies and/or individuals issuing coverage. ~:h~i~: E~.~r *' List ~den.lfy~ng.n~h. er-for each mechanism..use~ Example:~n~urance_p?li~c~ n _~.~r or file nu~3er as indicated on bond or document. (If using State Cleanup Fund (State Fund) Leave blank.) Coverage A~o~t- Indicate amount of coverage for each type of mechanism(s). If more than one mechanism is indicated, total must equal 100% of financial responsibility for each facility. Coverage Peried - Indicate the effective date(s) of al[ financial mechanism(s). (State Fund coverage would be continuous as Long as you maintain coa~3Liance and reffiain eligible to continue participation in the Fund.) Corrective Action - Indicate yes or no. Does the specified financial mechanism provide coverage for corrective action? (If using State Fund, indicate "yes".) Third Party - Indicate yes or no. Does the specified financial mechanism provide coverage for Cen~)ensation third party coa~3ensation? (If using State Fund, indicate "yes".) D. Facility - Provide all facility and/or site names and addresses. ]nfonaation E. Signature BLock - Provide signature and date signed by tank owner or operator; printed or typed name and title of tank owner or operator; signature of witness or notary and date signed; and printed or typed name of ~itness or notary (if notary signs as ~itness, please place notary sea[ next to notary~s signature). ~lhere to #ail Certification: PLease ser~ original to your Local agency (agency who issues your UST permits). Keep a copy of the certification at each facility or site Listed on the form. (luest i o~s: If you have questions on financial respensibi[ity requirements or on the Certification of Financial Responsibility Form, please contact the State UST CLeanup Fund at (916) 7-59-2475. Note: Penalties for Failure to Conl~ty with Financial Resp(,-~ibitit¥ Requirea~,nts: Failure to comply may result in= (1) jeopardizing claimant eligibility for the State UST CLeanup Fund, and (2) Liability for civil penalties of up to $10,000 dollars per day, per underground storage tank, for each day of violation as stated in Article 7, Section 25299.76(a) of the California Health and Safety Code. 01/20/95 11:48 ~'805 393 8738 3A¢0 OIL CO]~ -~-~-~ ~0~ ~LS ~002/002 Stockda~e Xns. Agency ~~. ,. 5555 Business Park South B~er~field CA 93~09 National Unio~ Fire Ins. Co. Wholesale Fuels. Inc. 2200 East B~ndage Lane Bakersfield CA 93307 File No: 3394 ~UaO~ ~D ~8 OF 8~H ~ ~8 8HO~ ~Y ~ ~EN ~U~O BY P~ C~ ~ ~ ~ ~~ 000 ~N-~ AuY~ · 10 day not, ice of uancellation fo= nan-payment of premium ~ ~. B~ FN~E TO ~ SUCH ~ ~ ~E NO ~0~ OR U~ ~Y ~ND UPON ~ ~MP~. frs ~ DR ~AT~ WRITr EN MONITORING PROCEDURES UNDERGROUND STORAGE TANK MONITOPJNG PROGRAM This monitoring program must be kept at the UST location at all times. The infommtion on this monitoring program are conditions of the operating permit. Thc permit holder must notify {the local aeencvl within 30 days of any changes to thc monitoring proe.~ures, unless required to obtain approval before making thc change. Required by Sections 2~32(d),and 2641(h) CCR. Piping [ r B. What methods and equipment, identified by name and model, will be used for performing the monitoring: Tank ~c~°~/'¢ Piping c. Describe the location(s) where the monitoring will be performed (facility plot plan ·should be attached~: 0 D. List the name(s) and title(s) of the people responsible for performin_~ the ~onit~oring and/or maintaining the equipment E. Reportin~ Format 'for monitoring: Tank /~/~ ~ ?~ /~;J~ /~o~,~ ~~ ~ ~_ Piping~~ ~7 ~ ~ ~~ ~ % ~o~/S~' F. Describe the preventive maintenance schedule for the monitoring equipment. Note:' Maintenance must ~e in a~cor~ance with ~he manufacturers' maintenance ~chedule but , not le~s than/every lZ ~onths. ~ ~~~ . ~. Describe the training 'necessary for the operation of UST system, including p~ing,, and the monit~ri'n% equipment: ~/,~ ' UNDERGROUND STORAGE TANK MONITORING PROGRAM .... This monitoring program must be kept at the UST location at all times. The information on this monitoring program are conditions of thc operating permit. The permit holder must notify (thc local agency) within 30 days of any changes to the monitoring procedures, unless required to obtain approval before making the change. Required by Sectio.~.o632(d) and 2641(h) CCR. Facility -Address ~6k9 f~j~r~.~w ~ 1. If an unauthorized release occurs, how will the hazardous substance be cleaned up? Note: If released hazardous substances reach the environment, increase the fire or explosion hazard, are not cleaned up from the secondary containment within 8 hours, or deteriorate the secondary containment, then (the local aqenc¥) must be / notified withi. 2~ hours. 2. Describe the proposed removing and properly disposing of any hazardous substances. 3. Describe the location and availability of the required ~ cleanup _equipment .~n item, 2 above~ .~26k) ~- ~£(~ ~ 4. Describe the maintenan?~a Schedule for the cleanup equipment. 5. List the name(s) and title(s) of the person(s) responsible for authorizing~%n/~ork necess/~y under~he re~onse plan: .., C O'R R E CT IO N .N~T I C E ~ Sub Div. ,~~--.3k~-? Blk. . Lot You are hereby required to make the following corrections at the above location: . Cot. No Compledon Date for Inspector 326-3979. UNDERGROUNDST E ,INSPECTION .......... :. **: Bakersfield Fire Dept. G',\~bm '"c=,y~ L,~,.,:~ beg¢~ C.a~3~ ~A.o FACILI~ NAME (,Dk~- ~ ~,~ I~ BUSINESS I.D. No. 215-000 1%~ : FACILI~ ADDRESS A%c~ ~. /~.l~p. CI~ FAClLI~ PHONE No. ~ ~7 - AI~ ~ INSPECTION DATE t,/I 7 ./~ ~ P~ ~U~ "' Pr~ TIME IN TIME OUT in~ ~te In~ ~te Inst ~te INSPECTION ~PE: / ROUTINE ~ FOLLOW-UP REQUIREMENTS ~ no ~a y~ ~ ~a ~s no ~a la. F~s A & B Subm~ lb. F~ C Su~ lc. O~ting F~ Pa~ ld. State Surcharge Paid ~ l~,~H~r[ ;~,"~n~ lc. Sate~nt of Fi~ial R~si~l~ Su~ lf. Wr~en c~t~t E~sts ~ ~ & O~mt~ to O~mte UST ..... 2a. ~lid O.mting Pe~ 2b. Ap~ov~ W~en R~r~ Monitoring Pr~ure 2c. Una~ho~ Rele~ R~ Plan ~. Tank Int~ T~t in Last 12 Months 3b. Pre~u~ Piping Int~ri~ T~t in Laa 12 ~nths ~. Sucti~ Piping ~ghtn~s Test in Last 3 Yearn ~. Gmvi~ FI~ Piping ~ghtn~ T~ in La~ 2 Y~m ,? ~. T~t R~u~s Subm~ Within ~ Da~ '" 3f. DaiN ~s~l MonE~ of S~ Pr~,Pi~ ~. Manual Invent~ R~cil~tion Each M~th ~._~nnual'l~v~t~'R~nci[[ation Statement Su~a~ 5. W~.~uaI-T~nk Gauging R~ds f~ Small Tan~ 6. Month~ Statisti~l Invento~ R~nciliation R~uEs 7. M~th~ A~atic Tank Gauging R~u~s 8. Ground Water MonE~ng 9. ~r Mon~oring ' 10. Continuous Intemtitial Mon~o~ng f~ Doubl~Wal~ Tan~ 11. M~hani~l Line Leak Det~tom 12. El~ronic Li~ Leak Det~tom 13. Continuous Piping MonEo~ng in Sum~ 14. A~atic Pump ShUtoff Ca~bil~ 15, Annual Maintenan~Calibmtion of Leak Det~ Equi~t ~ : 16. Leak Det~tion Equipment and T~ Meth~s Li~t~ in LG-113 ~ 17. Wr~en R~rds Maintain~ on S~e * ~' 18. Re~ C~nges in u~g~cond~i~s to o~mti~~ Pr~ur~ of UST S~tem WEhin ~ Da~ 19. Re~ Una~ho~ Relea~ W~hin 24 H~m ~' Ap~r~v~ UST S~tem Re.irs a~ U~md. ~. S~ur~ Mon~ng Wells ~. Drop Tu~ RE-INSPECTiON DATE ~//7/~~ RECEIVED BY: INSPECTOR: ~~~~~ OFFICE TELEPHONE ,. FD P 390 194 803 ,. Receipt for Certified Mail No Insurance Coverage ProVided ~,~,~_¢~ Do not use for International Mail {See Reverse) _ -Sent to CHARLES MCCAN -- -Street and No. WHOLESALE FUELS INC. - ~.0., State and ZIP Coda 2200 E. BRUNDAGi~ LN. Postage BAKERSFIELD. CA ~9~307 - ~ertified Fee -Special Delivery Fee "-Restricted Defiver¥ Fee ~0~ Re--turn Receipt Showing o Whom & Date Delivered _ ~" -Return Receipt Showing to Whom, : Date, and Addressee's Address _ ~ FTOTAL Postage ~ & Fees -- ~ ~ostmark or Date /~f~_ --~ SEND~R: · ~.4..- C~mpl~te items 1 and/or 2 for additional services. I also wish to receive the · Complete items 3, and 4a & b. ~ following services (for an extra · Print your name and address on the reverse of this form so that we can fee): '- return this card to you. · Attach this form to the front of the mailpiece, or on the back if space 1. [] Addressee's Address does not permit. · Write "Return Receipt Requested" on the mailpiece below the article number 2. [] Restricted Delivery .~' · The Return Receipt will show to whom the article was delivered and the date delivered. Consult postmaster for fee. "~ 3. Article Addressed ,o:~ CHARLES "CC~ ~-'~' 4a. A~~) /~,~ ~,0.~ 4b. Service Type WHOLESALE FUELS INC. [] Registered [] Insured 133 2200 E. ~RU~DAGF, LN. jZrCertified [] COD [] Express Mail [] Return Receipt for BAKERSFIELD CA 93307~. Merchandise ' ' : ' '"fi, Date of Delivery 5. Signature (Addressee) ~.~ ~ ¢~ ~L:I 'lil~ddressee's Address (Only if requested 6. Signature (Agent) "';~5.,'~ ~.~,q[~l~ I- PS Form 38,1'1, December 1991 ~OlSlGPd~3-4o2 DOMESTIC RETURN RECEIPT CITY of BAKERSFIELD "WE CARE" August 4, 1994 FIRE DEPARTMENT 1715 CHESTER AVENUE M. R. KELLY BAKERSFIELD, 93301 FIRE CHIEF 326-3911 Charles McCan Wholesale Fuels Inc. 2200 E. Brundage Ln Bakersfield, Ca 93307 Dear Mr. McCan: NOTICE OF VIOLATION - SCHEDULE FOR COMPLIANCE WARNING! THE PERMIT TO OPERATE YOUR UNDERGROUND STORAGE TANK(S) HAS EXPIRED AND WILL NOT BE REISSUED UNTIL YOUR STORAGE TANK(S) ARE BROUGHT INTO COMPLIANCE. Our records indicate that you have not performed an annual underground tank system tightness test in the last year. This annual tightness test was a condition of your previous permit to operate which has now expired as of June 30, 1994.. Herein, you are granted a conditional authorization to continue to operate your underground storage tank(s) for the next 30 days. During this interim, you must submit proof to this office that you have arranged for the tank system tightness test. A valid permit issued within the next 30 days by this office, to perform a tightness test at your underground tank site will satisfy the interim condition. If you do not respond to this notice within 30 days either by providing proof of an. annual tightness test performed within the last year, or obtaining a permit now to do so, you will be required to cease underground tank operations until compliance is achieved. If you have any questions regarding this notice, please call the Hazardous Materials Division immediately at 326-3979. Sincerely yours, Ralph E. Huey Hazardous Materials CoOrdinator REH/ed Howard Wiens Aug.15,19 City of Baksfld. Fire Dept. 1715 Chester Ave. Bakersfield Cal 93301 Dear Mr. Wiens, As per our conversation on 8/15/94, re; underground storage tank permit to operate, and annual tightness test. If we must perform an annual tightness test in order to reneW our permit to operate, then we of course are willing, and Will be more than happy to do so. However if our electronic tank monitoring device will meet the requirements for a tightness test, then. we also will be even more happy to not perform the annual tightness test. The annual test is not without significant cost, and if we can avoid paying for a duplicate procedure, then we choose to not spend the additional money. The tank monitoring device that we have is manufactured by Veeder-Root, and is a Gilbarco MDE2691b. It has been is use for approx four years. It seems to work perfectlY. It is programmed to gauge the six underground tanks at three different times per day, and also to perform In-Tank leak tests on each of the six tanks once per week. We have it set to perform this during the weekend when normally we are doing little or no movement of product, as to avoid outside interference with the tests. In addition to the weekly In-Tank Leak Test we hg~ve Red-Jacket-line,leak- detectors on all six tanks. They shut otTthe tanks in the event the product line loses ~essure. ---~--We do a daily inventory reconciliation by hand and also we have a computer program that does a daily inventory reconciliation. We are quite experienced in monitoring inventory, as we are a petroleum jobber and our inventory is our money. A gallon is a dollar, and we watch both as close as humanly possible. We ask that you renew our underground storage tank pemait to operate, without requiring us to perform the annual tightness test. Please call me via phone and inform if this is possible. Sincer.ely~o Wholesale Fuels Inc. (805)327-4900 Page: 2 Account Billing/Collection Activity Inquiry SUTL108 Acct : 470001 Cyc St: CL Bill St: NO Cyc: 5 Rt: Seq: SSN : Parcel: .... Svc Cls :e Name : WHOLESALE FUELS INC Svc Add: 2200 E BRUNDAGE LN Readings Cons Prev ~dg Curr Rdg Cons 01/01/92 Amount Misc, Transactions Fwd: $335.00 Type Desc Date Amount Receipt # Water: $0.00 99 PAYMENT 02/06/91 -335.00 29566 Sewer: $0.00 T06 6 UNDERGROUND TANKS 01/01/92 ~300.'00 Misc: $662.00 Fl6 HAZ MAT HANDLING FEE 01/01/92 362.00 Cred: $-335.00 Total: $662.00 Enter '/' For More Billing History, 'D' For Detail Postings, '/C' for Credit an ALT-F10 HELP I ADDS VP I FDX/_I 9600 E71 I LOG CLOSED I PRT OFF CR I CR CITY of BAKERSFIELD "WE CARE" FIRE DEPARTMENT 2101 H STREET S.D. JOHNSON July 2, 1993 BAKERSFIELD, 93301 FIRE CHIEF 326-3911 WHOLESALE .FUELS INC. 2200 E. BRUNDAGE LN. BAKERSFIELD, CA 93307 RE: Monitoring'requirements for underground storage tanks. Dear Business Owner: Our records reveal that no precision tank testing has been performed on t~e eight underground storage tanks located at 2200 East Brundage Lane. Section 2643 2(A)'of Article 4; Title 23, Div. 3, Chapter 16, CCR., requires that all underground tanks that do not utilize automated leak detection shall have a precision tank test annually. Additionally, pressurized piping shall be tested annually and non- pressurized piping shall be tested every three years. Pipeline leak detectors and automated leak detection systems also have to be certified to be in working order on an annual basis. Please make arrangements to bring the tanks into compliance with state law. If you have any questions, please call me at (805) 326-3979. Ralph E. Hue~''~ Hazardous Materials Coordinator. Underground Tank Program HAZARDOUS MATERIALS DIVISION 2130 G Street, Bake[?field, CA 93301 (805) 326 3970 UNDERGROUND NNAIRE JUL 5 1991 Ans'd ...... ? ..... I. FACILITY/SITE No. OF TANKS /~ DBA OR FACILITY NAME NAME OF oPERAToR ADDRESS NEAREST CROSS STREET PARCEL No.(OPTIONAL) CI1Y NAME STATE ZIP CODE ~' BOX TO INDICATE [~,'~'ORPORATION [~INDIVIDUAL QPARTNERSNIP ~ILOCALAGENCYDISTEICTS I~COUN1YAGENCY ~[STATEAGENCY [-II FEDERAL AGENCY moF..s,.ESS EMERGENCY CONTACT PERSON (P~IMAE~ EMERGENCY CONTACT PERSON (SECONDAR~ opfionol DAYS: NAME (~ST, FI~ PHONE ~. WITH AR~ CODE DAYS: NAME (~ST. FI~ PHONE No. WITH AREA CODE NIGHTS: NAME (~ST, FIRS~ PHONE ~, WITH AR~ CODE NIGHTS: NAME (~. FI~ PHONE No.~ITH AR~ CODE NAME CARE OF ADDRE~ INFORMATION MAILING OR STRE~ ADDRESS ~ BOX ~ INDIVIDUAL ~ LOCAL AGENCY ~ STATE AGENCY P,o, Boy 70o~ TOINDICATE ~TNE"SHIP OCOUN~AGENCY CI~ NAME STATE ZIPCODE [ PHONE No. WITH AREA CODE lTl. TANKOWNER INFORMATION NAME CARE OF ADDRESS INFORMATION MAILING O~ ST~E~ ADDRESS ~ BOX ~ iNDIVIDUAL ~ LOCAL AGENCY ~ STATE AGENCY TO INDICATE ~ PARTNERSHIP ~ COUN~ AGENCY ~ FEDERA[ AGENCY CI~ NAME STATE ZIP CODE ~ PHONE No. WITH AREA CODE _ I OWNER'S DATE' VOLUME PRODUCT IN TANK No. INSTALLED STORED SERVICE 2./ i~ ~ ~ (~/N g ~ ~q o~ p, ~s ~ I ~ N DO YOU HAVE FINANCIAL RESPONSIBILITY? Y/N ~PE ~+~ ~bO~ .; Fill one segmen~ut for each tank, unless tanks and piping are ~ constructed of We same materials, style an~ type, then only fill one segment out. please identify tanks by owner ID #. I. TANK DESCRIPTION COMPLETE ALL ITEMS -- SPECIFY IF UNKNOWN A. OWNER'S TANK L D.#../ ~ ~ S. MANUFACTURED BY: C. DATE INSTALLED (MO/DAY/YEAR) ~' ~ ~0 D, TANK CAPACITY IN GALLONS: ~0; III. TANK CONSTRUCTION MARK ONE ITEM ONLY IN BOXES A, B, ANDC, ANDALLTHATAPPLIESINSOXD A. TYPE OF [] 1 DOUBLE WALL [] 3 SINGLE WALL WtTH EXTERIOR LINER [] 95 UNKNOWN SYSTEM [~' 2 SINGLE WALL [] 4 SECONDARY CONTAINMENT (VAULTED TANK) [] 99 OTHER B. TANK [~'l BARE STEEL [] 2 STAINLESS STEEL [] 3 FIBERGLASS [] 4 STEELCLAD W/FIBERGLASS REINFORCED PLASTIC MATERIAL [] 5 CONCRETE [] 6 POLYVINYL CHLORIDE [] 7 ALUMINUM [] 8 100% METHANOL COMPATIBLEWIFRP (PrimaryTank) [] 9 BRONZE [] 10 GALVANIZED STEEL [] 95 UNKNOWN [] 99 OTHER [] 1 RUBBER L,NEO [] 2 AL D L,.,.G [] 3 EPO L.N,NG [] . P.ENOL L,N,NG C. INTERIOR LINING [] 5 GLASS LINING [] 6 UNLINED [] 95 UNKNOWN [] 9g OTHER IS LINING MATERIAL COMPATIBLE WITH 100% METHANOL ? YES_ NO~ D. CORROSION ~[ I POLYETHYLENE WRAP [] 2 COATING '~ [] 3 VINYL WRAP . . [] 4 FIBERGLASS REINFORCED PLASTIC PROTECTION [] 5 CATHODIC PROTECTION [] 91 NONE ~g5 UNKNOWN - [] 99 OTHER IV. PIPING INFORMATION C~RCLE ~, IFABOVEGROUNDOR U IF UNDERGROUND, BOTH IF APPLICABLE A. SYSTEMTYPE A U 1 SUCTION . A(~t2 PRESSURE A U 3 GRAVITY A IJ 99 OTHER B. CONSTRUCTION A ~)1 SINGLE WALL A U 2 DOUBLE WALL A U 3 LINED TRENCH A IJ 95 UNKNOWN A U 99 OTHER C. MATERIAL AND A IJ I BARE STEEL A U 2 STAINLESS STEEL A U 3 POLYVINYL CHLORIDE(PVC)A~)4 FIBERGLASS PiPE CORROSION A U 5 ALUMINUM A U 6 CONCRETE A U 7 STEEL W/ COATING A U 8 100% METHANOL COMPATIBLEW/FRP PROTECTION A U 9 GALVANIZED STEEL A U 10 CATHODIC PROTECTION A U 95 UNKNOWN A U 99 OTHER D. LEAK DETECTION [] 1 AUTOMATtC LINE LEAK DETECTOR ~/2 LINE TIGHTNESS TESTING [] 3 INTERSTITIAL MONITORING [] 99 OTHER V. TANK LEAK DETECTION [~ TANK TESTING [] 7 ,NTERSTITIALMONITORmNG [] 91 NONE [] 95 UNKNOWN [] 99 OTHER I. TANK DESCRIPTION COMPLETE ALL ITEMS - SPECIFY IF UNKNOWN A. OWNER'S TANK ,. ;5,,5 B. MANUFACTURED BY: C. DATE iNSTALLED (MO/DAY/YEAR) I i ~ 0 O. TANK CAPACITY IN G~LONS: III, TANK CONSTRUCTION MARK ONE I~M ONLY IN BOXES A, B, ANDC,~DALLTHATAPPLIESINSOXD A. ~PE OF ~ 1 DOUBLE WALL ~ 3 SINGLE WA~ WI~ E~ERIOR LINER ~ 95 UNKNOWN SYSTEM ~2 SINGLE WALL ~ 4 SECONDARY CONTAINMENT (VAUL~DTAN~ ~ 99 O~ER B, TANK ~ BARE STEEL ~ 2 STAINLESS STEEL ~ 3 FIBERG~SS ~ 4 STEEL CLAD W/FIBERG~SS REINFORCED PLASTIC MATERIAL ~ 5 CONCRETE ~ 6 POLWlNYL CHLORIDE ~ 7 ~UMINUM ~ 8 1~. ME~ANOL ~MPATIBLEW/FRP (PrimaryTank) ~ 9 8RON~ ~ 10 ~LVANI~D S~EL ~ g5 UN~OWN ~ 1 RUBBER LINED ~ 2 ~D LINING ~ 3 EPO~ LINING ~ 4 PHENOL~ LINING C. INTERIOR Um~G ~ 5 G~ss UN~.~ ~ S UNU.~ · ~ ~S UNKNOWN ~ ~ O~R IS LINING MATERIAL COMPATIBLE WITH 1~ ME~ANOL ? YES~ NO~ D. CORROSION ~ 1 ~LYE~YLENE WRAP ~ COATING ~ 3 VI~L WR~ ~ 4 FIBERGL~S REINFORCED PLASTIC PROTECTION ~5 CATHODIC PROTECTION ~ 91 NONE ~ 95 UNKNOWN ~ ~ O~ER IV. PIPING INFORMATION C~RC~ A IF ABOVE GROUND OR U IF UNDERGROUND, BO~ IF APPUCAaLE · A. SYSTEM TYPE A U 1 SUCTION A 2 PRESSURE A U 3 GRAVI~ A U 99 O~ER B. CONSTRUCTION ~ 1 SINGLE WALL A U 2 DOUBLE WALL A ~ 3 LINED TRENCH A ~ 95 UNKNOWN A ~ 99 O~ER C. MATERIAL AND A U 1 BARE STEEL A ~ 2 STAINLESS S~L A U 3 POL~INYL CHLORIDE (PVC)A~4 FIBERG~S PIPE, CORROSION A U 5 ALUMINUM A U 6 CONCRETE A U 7 STEEL Wl COATiNG A U 8 10~/~ ME~ANOL COMPATtBLEW/FRP PROTECTION A U 9 GALVANIZED S~EL A U 10 CATHODIC PROTECTION A U 95 UNKNOWN A U ~' OTHER D. LEAK DETECTION ~ 1 AUTOMATIC LINE LEAK DETECTOR ~ LINET~HTNESS TESTING ~ 3 INTERSTITIAL ~NffOR[NG ~ 99 O~ER V. TANK LEAK DETECTION [~1 VISUAL CHECK ~ INVENTORY RECONCILIATION ~ 3 VAPOR MONITORING ~ 4 AUTOMATIC TANK GAUGING ~ 5 GROUNO WATER MONITORING ' -~1. TANK DESCRIPTION COMPLE ITEM'S -- SPECIFY IF UNKNOWN ~' I A, OWNER'S TANK I.D.# B. MANUFACTURED BY: C. DATE INSTALLED (MO/DAY/YEAR) D, TANK CAPACITY IN GALLONS: III. TAN K CONSTRUCTION MARK ONE ITEM ONLY IN BOXES A, S. AND C. AND ALL THAT APPLIES IN BOX O A. TYPE OF [] 1 DOUaLE WALL [] 3 SINGLE WALL WITH EXTERIOR LINER [] 95 UNKNOWN SYSTEM [] 2 SINGLE WALL [] 4 SECONDARY CONTAINMENT (VAULTEDTANIQ [] 9B OTHER B. TANK [] _1 BARE STEEL [] 2 STAINLESS STEEL [] 3 FIBERGLASS [] 4 STEEL CLAD W/FIBERGLASS REINFORCED PLASTIC MATERIAL [] 5' CONCRETE [] 6 POLYVINYL CHLORIDE [] 7 ALUMINUM [] 8 100% METHANOL COMPATIBLE W/FRP (PrimaryTank) [] 9 BRONZE [] 10 GALVANIZED STEEL [] 95 UNKNOWN [] 99 OTHER [] , RUBBER L,.ED [] ~ AL~O L,.,NG [] ~ EPO~ L,N,~ [] ~ P.ENOL~ L,N,NG C. INTERIOR lINING [] 5 GLASS LINING [] 6 UNLINED [] ~5 UNKNOWN [] 99 OTHER IS LINING MATERIAL COMPATIBLE WITH 100% METHANOL ? YES ~ NO~ D. CORROSION ~ [] 1 POLYETHYLENE WRAP [] 2 COATING [] 3 VINYL WRAP [] 4 FIBERGLASS REINFORCED PLASTIC PROTECTIOll [] 5 CATHODIC PROTEcTIoN [] 91' NONE - ,~ [] 95 UNKNOWN [] 99 OTHER IV. PIPING INFORMATION ClRC~ A IFABOVEGRouNDoR U IF UNDERGROUND, BOTH IF APPLICABLE ~ ~" :~ A. SYSTEM TYPE A U 1 SUCTION A U 2 PRESSURE A U 3 GRAVI'PF A U 99 OTHER ? B. CONSTRUCTION A U I SINGLE WALL A U 2 DOUBLE WALL A U 3 LINED TRENCH A U 95 UNKNOWN A U 99 OTHER ' I-' c. MATERIAL AND A U 1 BARESTEEL ~.A U 2 STAINLESS STEEL A U 3 POLYVINYL CHLORIDE(PVC)A U 4 FIBERGLASS PIPE CORROSION A lJ 5 ALUMINUM A-U 6 CONCRETE , .' '~ U 7 STEEL WI COATING A U 8 100% METHANOL COMPATIBLEW/FRP PROTECT[ON A U g GALVANIZED STEEL A U 10 CATHOOIC PROTECTION A U 95 UNKNOWN 'A U 9g OTHER D. LEAK DETECTION [] 1 AUTOMATIC LINE LEAK DETECTOR [] 2 LINE TIGHTNESS TESTING [] 3 INTERSTITIAL MONITORING [] 99 OTHER V. TANK LEAK DETECTION [] 1 VISUAL CHECK [] 2 INVENTORY RECONCILIATION [] 3 VAPOR MONITORING [] 4 AUTOMATIC TANK GAUGING [] 5 GROUND WATER MONITORING [] 6 TANK TESTING [] 7 INTERSTITIAL MONITORING [] 91 NONE [] 95 UNKNOWN [] 99 OTHER I. TANK DESCRIPTION COMPLETE ALL ITEMS - SPECIFY IF UNKNOWN IA. OWNER'S TANK L D.# B. MANUFACTURED BY: C. DATE INSTALLED (MO/DAY/YEAR) D. TANK CAPACITY IN GALLONS: II1. TANK CONSTRUCTION MARK ONE ITEM ONLY IN BOXES A. B, ANDC, ANDALLTHATAPPLIESINBOXD A. TYPEOF [] 1 DOUBLE WALL [] 3 SINGLE WALL WITH EXTERIOR LINER [] 95 UNKNOWN SYSTEM [] ;~ SINGLE WALL [] 4 SECONDARY CONTAINMENT (VAULTED TANIO [] 99 OTHER B. TANK [] 1 BARE STEEL [] 2 STAINLESS STEEL [] 3 FIBERGLASS [] 4 STEELCLAD W/FIBERGLASS REINFORCED PLASTIC MATERIAL [] 5 CONCRETE [] 6 POLYVINYL CHLORIDE [] 7 ALUMINUM [] 8 I(XTYo METHANOL COMPATIBLE W/FRP (P,i,.aryT~.~) [] 9 BRONZE [] ,0 GALVAN,ZED STEEL [] 9~ UNKNOWN. [] ~ OTHER [] , RUBBER .,NED [] ~ AL~D L,.,NG [] . EPO~ LIN,NG [] . PHENOL.C LtN,NG C. INTERIOR UNtNG [] 5 GLASS LINING [] 6 UNLINED [] 95 UNKNOWN [] 99 OTHER ~s UN~NG MATER~AL COMPATISLE W~TH ~o METHANOL ? YES__ NO~ D. CORROSION [] 1 POLYETHYLENE WRAP [] 2 COATING [] 3 VINYL WRAP [] 4 FIBERGLASS REINFORCED PLASTIC PROTECTION ~ 5 CATHODIC PROTECTION [] 91 NONE [] 95 UNKNOWN [] 99 OTHER IV. PIPING INFORMATION C~RC~ A IFABOVEGROUNDOR U IF UNDERGROUND. BOTH IF APPLICABLE A. SYSTEM TYPE A U 1 SUCTION A U 2 PRESSURE A U 3 GRAVITY A U 99 OTHER B. CONSTRUCTION A U 1 SINGLE WALL A U 2 DOUBLE WALL A U 3 LINED TRENCH A U 95 UNKNOWN A U 99 OTHER C. MATERIAL AND A U ~ BARESTEEL A U 2 STAINLESS STEEL A U 3 POLYVINYL CHLORIDE(PVC)A U 4 FIBERGLASS PiPE CORROSION A U 5 ALUMINUM A U 6 CONCRETE .~'U 7 STEEL W/ COATING A U 8 10(~/o METHANOL COMPATIBLEW/FRP PROTECTION A U 9 GALVANIZED STEEL A U 10 CATHODIC PROTECTION A U 95 UNKNOWN A U 99 OTHER D. LEAK DETECTION ~ 1 AUTOMATIC LiNE LEAK DETECTOR ~ 2 LINE TIGHTNESS TESTING [] 3 IN'(ERSTITIAL MONITORING [~ 99 OTHER V. TANK LEAK DETECTION [] 1 VISUAL CHECK ~] 2' INVENTORY RECONCILIATION [] 3 VAPOR MONITORING [] 4 AUTOMATIC TANK GAUGING [] 5 GROUNDWATER MONITORING [] ~ TAN~ T~ST,.G [] ~ ,NTERST,TIALMON,TO.,NG [] 9. NO.E [] 9~ UNKNOWN [] 9~ OTHER Utilities General Account Maintenance PUTLS801 Acct Nbr: 764601 Bill Stat: NO Transfer-from: Page 1 of 6 Cyc Stat: CL Acct Cyc Stat: CL Transfer-to: Due: 0.00 1. Customer Name: WHOLESALE FUELS INC 2. Social Sec Nbr: 3. Telephone: 4. Service Address: 2200 E BRUNDAGE LN 5. Service City: BAKERSFIELD 6. State: CA 7. Zip: 93307 8. Parcel ID: 9. Bill Cycle: 6 20. Water Svc Class: 10. Route Nbr: 1 11. Comments : UST ACCOUNT 12. Prev Acct: HM01330 23. Misc Services: 23.1 T06 6 UNDERGROUND TAN 13. Service Date: 08/28~92 23.2 14. Fund no: 24. Closing Date: 15. Bill-to Addressl: P.O. BOX 70097 16. Bill-to Address2: 17. Bill-to City: BAKERSFIELD 18. State: CA 19. Zip: 93387 Enter Save(S), Cancel(XX), Next Page(/), or Field # to Change ALT-F10 HELP I ADDS VP I FDX I 9600 E71 LOG CLOSED I PRT OFF I CR I CR Utilities General Account Maintenance PUTLSS01 Acct Nbr: 470001 Bill Stat: NO Transfer-from: Page 1 of 6 Cyc Stat: CL Acct Cyc Stat: CL Transfer-to: Due: 0.00 1. Customer Name: WHOLESALE FUELS INC 2. Social Sec Nbr: 3. Telephone: 4. Service Address: 2200 E BRUNDAGE LN 5. Service City: BAKERSFIELD 6. State: CA 7. Zip: 93307 8. Parcel ID: 9. Bill Cycle: 5 20. Water Svc Class: 10. Route Nbr: 11. Comments : 12. Prev Acct: HM01330 23. Misc Services: 23.1 Fl6 HAZ MAT HANDLING 13. Service Date: 23.2 14. Fund no: 24. Closing Date: 15. Bill-to Addressl: P O BOX 70097 16. Bill-to Address2: 17. Bill-to City: BAKERSFIELD 18. State: CA 19. Zip: 93387 Enter Save(S), Cancel(XX), Next Page(/), or Field # to Change ALT-F10 HELP I ADDS VP I FDX I 9600 E71 I LOG CLOSED I PRT OFF I CR CR HAZARDOUS MATERIAL DIVISION 2130 G Street, Bakersfield, CA 93301' 805 ) 326-3979 RECEIVED AI~P~::I:CAT'rON TO PERFOR/4 A T'rGHTN~SS T~S? H47 ~T. DIV. OPERATORS NAME ~/~.'~W/_.~ ~Z~'Z.~ OWNERS NAME ' ~_~'/9/~ ~~' NUMBER OF. TANKS TO BE TESTED_~__ IS PIPING GOING TO'BE TESTED TANK#, /, VOLUME , ~ ~ ~ ~~ .', TEST METHOD ~PROV~ ' * DAT~ SIGNATURE. OF APPLIC~T Associated Environmental Systems, Inc. P.O. Box 80427 Bakersfield, CA 93380 (805) 393-2212 AES -- SYSTEM II PRECISION TANK & LINE TEST RESULTS SUMMARY Invoice Address: Tank Location: W.O.~: 15871 WHOLESALE FUELS WHOLESALE FUELS I.D. Number: N/A P.O. BOX 70097 2200 E. BRUNDAGE LN. Technician:BWH BAKERSFILD, CA. 93387 BAKERSFIELD, CA. Tech.#:88142 Van#:Oll7 Date: 12-7-91 Time Start: 08:00 End: 16:00 County: KE Facility phone#: (805)327--4900 Groundwater Depth: 15'+ Blue Prints: N/A Contact: TERRY Date;Time system was filled: 8 HRS.+ Tank Fill/Vent Product Type Of Vapor Inches of Pump Tank Tank Capacity Product Tank Vapor Lines Line Recovery Water/Tank Type Material 1 20K S/UL PASS N/T ~'ASS II 0" TURB. SWS 2 20K DSL. PASS N/T PASS I 0" TURB. SWS 3 20K R/UL PASS N/T PASS I1 0" TURB. SWS 4 20K DSL. PASS N/T PASS I 0" TURB. SWS 5 1OK KEROSEN PASS PASS ,PASS I 0" TURB. SWS 6 1OK KEROSEN PAS§ PASS PASS I 0" '~ TURB. SWS Additional Information: ALL 20K TANKS TESTED UNDERFILL. SITE LOG TIME Set Up Equip: 09:00 Bled Product Lines: 09:30 Bled Vapor Lines: N/A Bled Vent lines: N/A Bled Turbine: 09:15 Bled Suction Pump: N/A Risers Installed: N/A ': b) Any failure listed above may require further action~. 'check with : . . it all regulatory a~encies. " " Copyright (c) 1989 by AES~ Inc. ' ........ .~. ?.. Califo~-nia O.T.T.L. Numbe~' ~ 91-1069 .-~": . · ....... '.'.. ' ASSOCIATED ENVIRONH£HT AL SYSTEMS ~Q8 E, BRUHDAGE LN, ...... KEROSEHET ,~ KEROSEHE ~ tis t8K ABOVE GROUND ~ TANKS o = ~SL, ~4 · ,,, 28K O0 S/UL fit 28K WO,fli5~ m m mm minim mmmmm II Si~e Lagou; For: wHOL'ESALE:'FUmEL~ .... BAK[R~FIEL~, CA, Associa~ ec~ 'Env i~o~nm~n~al ~yst ems, ~n~. ~°.0. Box AES/Sys~em II Precision leak Tes~ ~raph (Underfill) Invoice No.: 15871A Da~e: 12/07/91 Time : 13:01:53 Technician: BWH Tank: .1 Tank Diameter(in): 118 Volume(gal): 20000 Orade Level(in): 159 Produc~Level(in): 111 Wa~er Level On Tank(in): 0 ~pecific Oravi~y: 0.75 Coefficien~ Of ~xpansion: 0.0006721 Calibration Value(mi): 1000 Channel: 2 Level SegmenS From: 100 To 260 Temp ~egmen~ From: ~100 To 300 Change In Calibration Zone - 44 Calibration Unit(gal/unit) - 0.00600 Starting Temperature (F): 57.910 Tank Tested A~ (Percent): 97.6 Surface Area(sq. ft): 80.8 Temp. Change(F/h) : 0.020 Level volume(gph): 0.24 Temp.' volume(gph): 0.26 Product Line(gph) ~ -.009 Ne~ ~h~nge (gph) : -0.02 Copyright (c) 1989 by AES, Inc. ** No~es ** .WHOLESALE FUELS 2200 E. BRUNDAGE. AVE. BAKERSFIELD, CA. THIS IS A 2HR. UNDERFILL TEST WITH A 1000 ML,' ~CAL~.~ ~' .... . .. ~ . Associated Env i~-onmental Systems, Inc. Technician: ~H Tank: ~ T~nk D~me~er(~n): ll~ Volume(gal): 20000 Grade Level(in): 159 Product Level(in): lli Wm~er Level On Tank(in): 0 8peoifio 8t-avi~y: 0.75 Ooefficien~ Of ~xpansion: 0.0006721 Calibration Value(mi): 1000 Chmnnel~ 2 Level BeQmen~ From: 40 To 260 Temp 8egmen~ Ft'om~ 1 To 300 T:i. ..... Change In Calibration Zone = 44 Calibration Unit(gal/unit) = 0.00600 Starting Temperature (F): 57.880 Tank Tested At (Percent): 97.6 Surface Area(sq. ft): 80.8 Temp, Change(F/h) : 0.002 Level volume(gph): 0.04 ,- Temp, volume(gph): 0.02 Product Line(gph) Ne~ ~h~nge(gph) ~ ~.02 . SF'IELD, WHOLESALE FUELS 2200 E. BRUNDA6E AVE.'.:;.. BAKER CA. THIS IS A 2HR. UNDERFILL TEST WITH A 1000 ML. CAL. Asso~ciat ed Env ironmen~:al Sys~:ems, Inc. AEB/System II Precision leak Test Oraph (Underfill) :1 Invoice No.: 15871C Date: 12/08/91 Time : 11:25:00 Technician: BWH Tank: 2 Tank Diameter(in): 119 Volume(gal): 20000 Grade Level(in): 160 Product Level(in): 108 Water Level On Tank(in): 0 Speoifi~ Gravity: 0.85 Ooeffioient Of Expansion: 0.0004611 Calibration Value(mi): 1000 Channel: 1 Level Segment From: 1 To 100 Temp Se~ment From: 50 To 300 Change In Calibration Zone = 50 Calibration Unit(gal/unit) = 0.00528 Starting Temperature (F): 63.816 Tank Tested At (Percent): 95.4 Surface Area(sq. ft): 71.1 Temp. Change(F/h) : 0.018 ' Level volume(gph): 0. 12 Temp. volume(gph): 0. 16 Product Line(gph)i -.002 · Net change(gph) : -0.04 ~ Copyright (c) 1989 by AES, Inc. ~ .WHOLESALE FUELS 2200 E. BRUNDRGE AVE. BAKERSFIELD, ~;,.' THIS IS R 2HR. UNDERFILL TEST WITH A 1000 ML. CRL, A sso.¢iat ed Env ir~o'nm~ntal S ys~ ems, Inc. AES/System II Precision leak Test Graph (Underfill) Invoice No.: 15871B Da~e: 12/08/91 Time I 09:13:09 Technician: BWH Tank: 2 Tank Diame~er*(in): 119 Volume(gal): 20000 Grade Level(in)l 160 Produc~ Level(in): 108 Water- Level On Tank(in): 0 Specific Or-avi~y: 0.85 Coefficient Of ~xpansion: 0.0004611 Calibration Value(mi): 1000 Channel: 1 Level Segmen~ From: 1 To 250 Temp Segmen~ From: 1 To 250 Change In Calibration Zone = 28 Calibration UnitCgal/unit) = 0.00943 Starting Temperature (F): 63.591 Tank Tested At (Percent): 95.4 Surface Area(sq. ft): 126.9 Temp. Change(F/h> : 0.024 Level volume(gph): 0.21 ,'~ _-':~. Temp. volume(gph): 0.22 Product Line(gph): Net change(gph) : -0.01 Copyright (c) 1989. by AES, Inc. ** Notes ** WHOLESALE FUELS 2200 E. BRUNDAGE AVE~ ' BAKERSFIELD~ CA.' THIS IS A 2HR. UNDERFILL TEST WITH A 1000 ML. CAL. As.so. ciat ed Env i~-onmental, JSyst ems, ][nc- AES/System II Precision leak Test Graph (Underfill) Invoice No.: 15871A Date: 12/07/91 Time : 13:01:53 Technician: BWH Tank: 3 Tank Diameter(in): 118 Volume (gal): 20000 Grade Level (in): 160 Product Level (in): 115 Water Level On Tank(in): 0 Specific Gravity: 0.75 Coefficient Of Expansion: 0.0006630 Galibration Value(mi): 1000 Channel: 1 Level Segment From: 1 To 125 Temp Segment From: 1 To 225 Change In Calibration Zone = 80 Calibration Unit(gal/unit) = 0.00330 Starting Temperature' (F): 68. 137 Tank Tested At (Percent): 99.3 S~rface Area(sq. ft>: 44.4 Temp. Change(F/h) : -0.011 Level volume(gph): -0. 17 Temp, volume(gph): -0. 14 ._._ Product Line(gph): -.002 Net change (gph) : -0.03 Copyright (c) 1989 by AES, Inc. WHOLESALE FUELS :-':'~00 E. BRUNDAGE. AgE. BAKERSFIELD,~ CA.. THIS IS A 2HR, UNDERFILL TEST WITH. A 1000 ML.' CAL. As's~ciat ed [~nvir~nm~ntal Systems, Inc- AES/System II Precision leak Test Graph (Underfill) Invoice No.: 15871 Date:'12/07/91 Time : 09:56:48 Technician: BWH Tank: 3 Tank Diameter(in): 118 Volume(gal): 20000 Grade Level(in): 160 Product Level(in): 115 Water Level On Tank(in): 0 Specific Gravity: 0.75 Coefficient Of Expansion: 0.0006630 Calibration Value(mi): 1000 Channel: 1 Level Segment From: 1 To 230 Temp Segment From: 1 To 230 Change In Calibration Zone = 80 Calibration Unit(gal/unit) = 0.00330 Starting Temperature (F): 68. 190 Tank Tested At (Percent): 99.3 Surface Arealsq. ft): 44.4 Temp. ChanBe(F/h) : -0.014 Level volume(gph): -0. 15 Temp. volume(gph): -0. 18 Product Line(gph): - Net change(gph) : 0.03 .~- Copyright Cc) 1989 by AES, Inc. ;~,~ ** Notes ** -. '~. WHOLESALE FUELS ~0 E. BRUNDAGE AVE. .BAKERSFIELD~..CA ~. THIS IS A 2HR. UNDERFILL TEST WITH A'1000 ML; cAL. Associated E~n v i ~-on rn'ent a 1 ~ystems, Inc. AES/System II Precision leak Test Graph (Onderfill) Invoice No.: 15871C Date: 12/08/91 Time : 11:25:00 Technician: BWH Tank: 4 Tank Diameter(in): 119 Volume(gal): 20000 Grade Level(in): 159 Product Level(in): 108 Water Level On Tank(in>: 0 Specific Gravity: 0.85 Coefficient Of Expansion: 0. 0004626 Calibration Value(mi): 1000 Channel: 2 Level Segment From: 100 To 250 Temp Segment From: 1 To 250 Change In Calibration Zone = 40 Calibration Unit(gal/unit) = 0.00660 Starting Temperature (F>: 61.853 Tank Tested At (Percent>: 95.4 Surface Area(sq. ft): 88.9 Temp. Change(F/h) : 0.040 Leve,t..Volume(gph>: 0.39 -~. ~'~' Temp. volume(gph): 0.37 Product Line(gph): -.004 Net change (gph) : 0.02 Copyright (c) 1989 by AES, Inc. · · . No~es ** WHOLESALE FUEL~ 2200 E. BRUND~GE AVE. BAKERSFIELD,. CA, THIS IS A 2HR. UNDERFILL TEST WITH A 1000 ML, C~L, Associa~: ed I~n v i ~--on m ;en~: a 1 Sys~:ems, ~nc- ~B/Bystem II Precision leak Tes~ ~raph (Un~e~fill) Invoice No.: 158718 Da~e: 12/08/91 Time : 09:13:09 Technician: BWH Tank: 4 Tank Diameter(in): 119 Volume(gal): 20000 ~ra~e Level(in): 159 Pro~uc~ Level(in): 108 Wate~- Level On Tank(in): 0 Specifi~ Gravity: 0.85 ~oefficient Of Expansion: 0.0004626 Calibration Value(mi): 1000 Channel: 2 Level Segment From: 1 To 250 Temp Segment From: 1 To 250 :~ Change In Calibt, ation Zone = 103 Calibration Unit(gal/unit) = 0.00256 Starting Temperature (F): 61.605 Tank Tested At (Percent): 95.4 Surface Area(sq. ft): 34.5 Temp. Change(F/h) : 0.034 Level volume(gph): 0.20 Temp. volume(gph): 0.31 Product Line(gph): Net change(gph) : -0. 11 ~:. Copyright (c> 1989 by AES, Inc. ;~ WHOLESALE FUELS 2200 E. BRUNDAGE. AVE. BAKERSFIELD, CA. ': ~: THIS IS A 2HR. UNDERFILL TEST WITH A 1000. ML.' CAL. A sso'ciat ed ~Env i roi-~mental !SY st ems. Inc. AES/System II Precision' leak Test Graph (OverFill) Invoice No.: 15871C Date: 12/08/91 Time : 11:25:00 Technician: BWH Tank: 5 Tank Diameter(in): 94 Volume(gal): 10000 Grade Level(in): 147 Product Level(in): 145 Water Level On Tank(in): 0 Specific Gravity: 0.82 Coefficient Of Expansion: 0.0004936 Calibration Value(mi): 567 Channel: 3 Level Segment From: 1 To 250 Temp Segment From: 1 To 250 Change In Calibration Zone = 225 Calibration Unit(gal/unit) = 0.00067 Starting Temperature (F): 58.233 Head Pressure(psi (Btm)): 4.29 Surface Area(sq. in): 14. 1 Temp. Change(F/h) : -0.004 Level volume(gph): -0.01 Temp. volume(gph): -0.01 PY-oduct Line(gph): -.008 Net change (gph) : 0.00 Copyright (~) 1989 by AES~ Inc. WHOLESALE FUELS 2200 E. BRUNDAGE AVE.' BAKERSFIELD, CA. THIS IS A 2HR. HIGH LEVEL TEST WITH A,~3'X-CALi Associated I~nv i~onmen~:a1 !~ys~: ems. Inc. AES/System II Precision leak Test Graph (OverFill) Invoice No.: 15871 Date: 12/07/91 Time : 09:56:48 Technician: BWH Tank: 6 Tank Diameter(in): 95 Volume(gal): 10000 Grade Level(in): 146 Product Level(in): 144 Water Level On Tank(in): 0 Specific Gravity: 0.82 Coefficient Of Expansion: 0.0004936 Calibratio~ Value(mi>: 378 Channel: 3 Level Segment From: 1 To 225 Temp Segment From: 1 To 300 Change In Calibration Zone = 260 Calibration Unit(gal/unit) = 0.00038 Starting Temperature (F): 57.399 Head Pressure(psi (Btm)): 4.26 Surface Area(sq. in): 8. 1 Temp. Change(F/h) : 0.015 Level volume(gph): 0.08 Temp. volume(gph): 0.07 Product Line(gph): -.004 Net Change (gph) : 10 . 01 ** Notes ** .... ' WHOLESALE FUELS 2200 E. BRUNDAGE.AVE. BAKERSFIELD, CA'.-. THIS IS A 2HR. HIGH LEVEL TEST WITH 2X-CAL. Associated Environmental Systems, Inc. P.O. Box 80427 Bakersfield, CA 93380 (805) -393-2212 Invoice Number l~7/ HYDROSTATIC PRODUCT LINE TEST WORK SHEET i~l~o~T PRODUCT I ~.-~II~T END START END TEST - TIME VOL. (ML) VOL. (ML) DIFF. (ML) / 5L82 Og.' P I Divide the volume differential by the test time ( i5 minutes) and multiply by 0.0158311, which will convert the volume differential from milliliters per minute to gallons per. hour. The conversion constant is found by : (60 min/hr)/(3790 ml/gal) = 0.0158311 (min/hr) (gal/ml) ~'T~e conversion constant causes the milliliters and minutes to cancel out. --~--s~, .... 6~.~ , -.I .f]7_~. t_~l~e~v-e:!-Td~:~ppe~m~l~i~n~-:lkS_=~m:i~.n~.~_t~e~~,:T_j~,~'. 7/~..: ..... ~-" ...... :'~'-.._~.~.. :~ :i';i- 3/15 ml~/min. X 0.0158311 (min/~r) (gal/mi) = 0.003 gal/hr. ~ REsuLTs OF THIS WORK SHEET TO BE COM~'ILED ON RESULTS SHEET. RESOURCE MANAGEMENT AG£NCY Environmental Health Services Department RANDALL L. ABBOTT ST~VE McC^~ ~ ~:Y, R~S, OnU~CTOR DIRECTOR Air Pollution Control Distt~-'t DAVID PRICE III VaLL~,M J. RODDY, APCO ASSISTANT DIRECTOR Phnning & Development ~ Department TED JAMES, AICP, DIRECTOR ENVIRONMENTAL HEALTH SERVICES DEPARTMENT P~RMIT TO OPERATE UNDERGROUND ~OUS STORAGE FACrLITY Permit No,: 230029C State ID No.: 4621 Issued to: WHOLESALE.FUELS, INC. No. of Ta~ks: 9 Locattom 2200 E. BRUNDAGE LANE BAKERSFIELD, CA Owner: JAMES, DON P. O. BOX 70097 B.~RS~LD, CA 9538? Operator: WHOLESALE FUELS, INC. 2200 E. BRUNDAGE LANE BAKERSFIELD, CA 9330? Facility ?rofile: Substance Tardc Tank Year Is piping Tank No. Code Contents Capacity Installed Pressurized? 1,2,3,4, MVF 3 GASOLINE 20,000 1980 YES 5,6 NON-MVF 3 SOLVENT 10,000 1980 YES 7 MVF 3 DIESEL UNKNOWN UNKNOWN YES 8 NON-MVF 3 MOTOR OIL 10,000 UNKNOWN UNKNOWN 9 WO 2 WASTE OIL 550 UNKNOWN UNKNOWN This permit is granted subject to the conditions and prohibitions ~ted on the attached summary of conditions/prohibitions .~ S~v~ McCalley (~ Date: November 4, 1991 Title: Director, Environmental Health Services~Department ExpLration Date: November 4, 1996 -- POST ON PREMISES -- NONTRANSFERABLE 2700 "M" STREET, SUITE 300 BAKERSFIELD, CALIFORNIA 93301 (805) 861-36.36 FAX: (805) 861-3429 HAZARDOUS UNDERGROUND STORAGE FACII.,rI'Y PERMIT SUMMARY OF CONDITIONS/PROHIRITIONS CONDITIONS/PROHIBITIONS: 1. The facility owner and operator must be familiar with ali conditions specified within this permit and must meet any additional requirements to monitor, upgrade, or close the tanks and associated piping imposed by the permitting authority. 2. ff the operator of the underground storage tank is not the owner, then the owner shall enter into a written contract with the operator, requiring the operator to monitor the underground storage tank; maintain appropriate records; and implement reporting procedures as required by the Department. 3. The facility owner and operator shah ensure that the facility has adequate financial respousibility insurance coverage, as mandated for all underground storage tanks containing petroleum, and supply proof of such coverage when requested by the permitting authority. 4. The facility owner must ensure that the annual permit fee is paid within 30 days of the invoice date. $. The facility will be considered in violation and operating without a permit if annual permit fees are not received within 60 days of the invoice date. 6. The facility owner and/or operator shall review the leak detection requirements provided within this permit. The monitoring alternative shall be implemented within 60 days of the permit issue date. 7. The facility underground storage tan~ must be monitored, utilizing the option approved by the permitting authority, until the tank ia closed under a valid, unexpired permit for closure. 8. Any inactive underground storage tank which ia not being monitored, as approved by the permitting authority, is considered improperly closed, prOper closure is required and must be completed under a permit issued by the permitting authority. 9. The facility Owner/operator must obtain a modification permit before: a. Uncovering any underground storage tank after failure of a tank integrity test. b. Replacement of piping. c. Lining the interior of the underground storage tank. 10. The tank owner must advise the Environmental Health Services Department within 10 days of transfer of ownership. 11. Any change in state law or local ordinance m~'y necessitate a change in permit conditions. The owner/operator will be required to meet new con~litions within 60 days of notification. 12. The owner and/or operator shah keep a copy of .~!1 monitoring records at the facility for a m~nimum of three years, or as specified by the permitting ~uthority. They may be kept off site ff they can be -obtained within 24 hours of a request made by the local authority. 13. The owner/operator must report any unautho~rized, release which escapes from the secondary containment, or from the primary containment ff no secondary containment exists, which increases the hazard of fire or explosion or causes any deterioration of the seconcla~y containment within 24 hours of discovery. AEO:jrw · (gr,~-a~aea'mit. p2) 2 MONITORINO REOUIREMENTS:(~,NON.~,WO~,M~O2)un~,pr) 1. All underground storage tanks designated as MVF 3 and NON-MVF 3 within Page 1 of this permit shall be monitored utilizing the following method: a. Standard Inventory Con~trol Monitoring (Tank gauging five to seven days per week). Kern County Environmental Health Services Department forms shall be utilized unless a facility form can provide the same information and has been reviewed and .:. approved by the Environmental Health Services Department. (Monitoring shall be · . completed in accordance with requirements summarized in Handbook UT-10.) b. All tanks shall be tested annually utilizing a tank integrity test which has been certified as being capable of detecting a leak of 0.1 gallon per hour with a probability of detection of 95 percent and a probability of false alarm of 5 percent. The first test shall be .completed before December 31, 1991, and subsequent tests completed each calendar year thereafter. All tank integrity tests completed after September 16, 1991, shall be completed under a valid, unexpired Permit to Test issued by the Environmental Health Services Department. 2. All underground storage tanks designated as WO2 on the first page of this permit shall be monitored utilizing the following methods: a. Modified Inventory Control Monitoring (Tank gauging two days per week). Kern County Environmental Health Department forms shall be utilized unless a facility form can provide the same information and has been reviewed and approved by Environmental Health Services Department. (Monitoring shall be completed in accordance with requirements summarized in Handbook UT-15.) AND b. All tanks shall be tested annually utilizing a tank integrity test which has been certified as being capable of detecting a leak of 0.1 gallon per hour with a probability of detection Of 95 percent and a probability of false alarm, of 5 percent. The first test shall be completed before December 31, 1991, and subsequent tests completed each calendar year thereafter. All tank integrity tests completed after Septembe~ 16, 1991, shall be completed under a valid, unexpired Permit to Test issued by the Environmental Health Services Department. 3. If present, all pressurized piping systems shall install pressurized piping leak detection systems and ensure that they are capable of functioning as specified by the manufacturer. The mechanical leak detection systems must be capable of alerting the owner/operator of a leak by restricting or shutting off the flow of hazardous substances through the piping, or by triggering an audible or visual alarm, detecting three gallons or more per hour, per square inch, line pressure' within one hour. 4. If present, all pressurized piping systems shall be tested annually unless the facility has installed the following: a. A ~continuous monitoring'system within secondary containment. b. The continuous monitor is connected to an audible and visual alarm system and the pumping system. c. The continuous monitor shuts down the pump and activates the alarm system when a release is detected. d. The pumping system shuts down automatically if the continuous monitor fails or is disconnected. The first test shall be completed before December 31, 1991, and subsequent tests completed each calendar year thereafter. 5. All underground storage tanks shall be retrofitted with overspill containers which have a minimum capacity of 5 gallons; be protected from galvanic corrosion, if made of metal; and be equipped with a drain valve to allow the drainage of liquid back into the tank by December 1998, or as specified by the Environmental Health Services Department. 6. All equipment installed for leak detection shall be operated and maintained in accordance with manufacturer's instructions, including routine maintenance and service checks (at least once per year) for operability or running condition. 7. An aimual report shall be submitted to the Kern County Environmental Health Services Department each year after monitoring has been initiated. The owner/operator shall use the forms provided within the Handbooks UT-10 and UT-15. 8. If present, all suction piping shall be monitored for the presence of air in the pipeline by observing the suction pumping system for the following indicators: a. The cost/quantity display wheels on the meter suction pump skip or jump during operation; b. The suction pump is operating, but no motor vehicle fuel is being pumped; c. The suction pump seems to overspeed when first turned on and then slows down as it begins.to pump liquid; and d. A rattling sound in the suction pump and erratic flow, indicating an air and liquid mixture. ~. ,, KERN C~,UNTY AIR POLLUTION CONTROL ~,-..,JTRICT ~ '~' 2700V.'M'' Street, Suite 2'75 Bakersfield, CA. 93301 ~.,. -"~ ' . (805) 861-3682 ~ PHASE I VAPOR RECOVERY_INSPECTION FORM // ! \ Stat'ion~N.~ame~ ["~[/-~ ~ 0.,~ ~(~L-~L°cation..../; . .,~?-¢'~--~ ("~, ~/~'t'~'"~"~ '~E-.,~ P/O# Company Mailing Address_ ~ ~ ~, ~'~ ~'' ,/~Y"'_¢?._.~,.~_ ~.,4 ~...1~_~ ._.City. Date t'~/!~/~! .Phone 3~"~ '"'="/'7/?(:~::::~ 8/.yset~T e: :'ser .C.:o~axia, Inspector 6,. ~', '~-J~ Y' ¢~,.~ NoticeRec'dBy~~ ' ", TANK #1 TANK #2 TANK #3 TANK #4 1.. PRODUCT (UL, PUL, P, or R) ~ ~-- P I2~ C . .. 2. TANK LOCATION REFERENCE 3. BROKEN OR MISSING VAPOR caP ' ; 4. BROKEN OR MISSING FILL CAP 5. BROKEN CAM LOCK ON VAPOR CAP 6. FILL CAPS NOT PROPERLY SEATED 7. VAPOR CAPS NOT pROpERLY SEATED ?'. ~::. 8. GASKET MISSING FROM FILL CAP t~l'[V,,-. ~ 9. GASKET MISSING FROM VAPOR CAP 10. FILL ADAPTOR NOT TIGHT 11. VAPOR ADAPTOR NOT TIGHT 12. GASKET BETWEEN ADAPTOR & FILL ' TUBE MISSING / IMPROPERLY SEATED 13. DRY BREAK GASKETS DETERIORATED 14. EXCESSIVE VERTICAL PLAY IN COAXIAL FILL TUBE 15. COAXIAL FILL TUBE SPRING · MECHANISM DEFECTIVE 16. TANK DEPTH MEASUREMENT /1~t '' ~'(?t 17. TUBELENGTH MEASUREMENT { ~ 7~ 18. DIFFERENCE (SHOULD BE 6" OR LESS) ,~,7/.// 19. OTHER 20. COMMENTS: '~ ~/?t ~ '~ ,v~...,: , J :. ,,, ,[f ~..%_.. ;,, ,..-',..., ;': ~ , Z'-',_~.' ,". .... ,~", ~ WARNING: SYSTEMS MARKED WITH A CHECK ABOVE ARE IN VIOLATION OF KERN COUNTY AIR POLLUTION CONTROL DISTRICT RULE(S) 209, 412 AND/OR 412.1. THE CALIFORNIA HEALTH & SAFETY CODE SPECIFIES PENALTIES OF UP TO $1,0OO.00 PER DAY FOR EACH VIOLATION. TELEPHONE (805) 861-3682 CONCERNING FINAL RESOLD-. ~ TION OF THE VIOLATION(S) 9149-1010 APCD FILE ~" -' ' ":~- " ' ' '''~' Subsurfa~.e Investigation Potential Soil Contamination Wlml~ Nueis ~ 2200 East Brufld~e x_~ Balan'sfield, CA 93307 prepared for Mr. Charles McCan Whole,sale Fuels 2200 ~:tst Bnmdago Road Bakersfield, CA 93307 prepa~ by Robert W. ~uncal Senior Geologist ii mmmm "CA Registered Geologist No 3864 ANril 27, 1989 1.0 IN'rRODUCTION This report presents the results of a subsurface investigation for hydrocarbon contamination on thc property located at 2200 Fast Brundagc T ~..r~e, Bakcrsficld, California (Figure I). Thc subject property is cun'e, ntly occupied by a petroleum bulk plant (Figure 2). This investigation was conducted on behalf of Wholesale Fuels to assess potential subsurface hydrocarbon comawlnntlon prior to property title transfer. 2.0 2.1 Geology The iSakersf'~zld area is underlain by continental deposits of the Kern River inn. The.~ deposits overlie a deep structural trough between the igneous and metamorphic crystalline rock~ that make up the Sierra Nevada to thdeast and foldcd and faulted Tertiary marine rocks of tho coait Ranges toward the west. The Sierra Nevada basement complex, as determined by oil wr. ll drilling, has been encountered at depths up to several thousand f~t beneath Bakersfield area as far west as Buttonwillow Ridge. The sedimentary rocki of the Coast' Ranges extend easiward beneath tho valley floor and lap onto the crystalline basement ro~ks. Overlying these two broad units and filling the deep structural trough is a thick mass Tertiary and Quarternary continental deposits composed of alluvial and lacustrine sediments, which were derived from erosion of the surrour~ding highlands and deposilxxl by the tributary streams, principally the Kern River. The continental deposits constitute the prineiple groundwater reservoir in the study area. 2.2 Groundwater Occurance Oroundwater in the Bakersfield area occurs in both unconfined (water table) and confined conditions. An aquitn.rd, identified as the 300 foot. clay separates the overlying unconfined groundwater from the underlying confined groundwater. This sc. paration is evidenced by differences in head between shallow wells completed above this clay and those wells completed in the main water body (greater than 300 feet deep). Depth tO the unconfined groundwater beneath the project site is approximately 150 feet below grade (Figure 3). The major direction of groundwater movement is away from the sources of recharge. Historically, the Kern River has been the major groundwater recharge source. Mounding of water occurs longitudinally along the Kern River channel, and groundwater is shown as moving away from this area. Groundwater flow in the unconf'med aquifer beneath the site is noriheast towards a depression caused by over pumping on the east side of l~kersf'teld (Figure 4). 3.0 FIELD INVP_.STIGATION 3,1 Purpos~ ~d $coprYMcthodolo~ Between April ~ and April 1~2, [~89 ~. total of 26 soll borings (SB-I through SI~-26) were ndvanced to depths ranging from 6.5 to 61.$ fee~ for the pufpo~ of identifying, if' prc~cnt, hydrocarbon contamination of subsurface soils at the subject facili~ (Figure 2). The boring locations were chosen in order to detect potential contamination from 1) individual underground and aboveground product storage tanks and associated piping 2) a waste water sump and aa,social~xi dry well; and 3) a waste ell sump. Drilling was conducted with a. hollow ~t~m auger rig using clght- inch (O.D.) diameter augers. The drilling was performed under the direction of a field geologist who maintained a continuous log of ~ateriala encountered using thc Unified Soil Classificalion System. Specific details of the ltthologtes encountered and ~he abandonment procedure are included in the individual boring lots (Appendix I). Soil samples were collected at selected depths for lithologic characterization and quantification of hydrocarbon contamination. The soils were sampled using a California Modified sampler with 2.5 inch diameter brass sample tribes. The samples were collected, preserved and transported under chain-of-custody in accordanc~ WatorWork's Soil Sampling Protocol (Appendix 11). The samples were analyzed by B.C. Laboratories, a State Certified Laboratory, for the following; oil and grease (EPA 413. I), benzene, toluene, xylene (BT'X) by EPA. 8020 and total petroleum hydrocarbons CITH) as gasoline, TPH as diesel (DOHS methodology) and chlorinated hydrocarbons (L:rPA 8010). 3,12 Subsurface Conditions The soils encountered during drilling consisted predominately of poorly graded sands with clay, sands with silt, and silts. Minor amounts of poorly graded sands and clayey sands were also pre.sent. Moisture content ranges from llry to slightly moist, 3.3 Areas Te~ted for Soil Contamination Soil borings were drilled at six specific areas on the '~/holesale Fuels and adjac~rtt business sites (Figur~ 5'). Tho,se areas were: 1) the pump island; 2) the truck stop ranks; 3) the truck wash pad; ,~) lhe 20,000 gallon above ground tank; Y) the waste oil sump; 6) the above ground tank cluster. Soil borings wcr~ also drilled near individual tanks and the site perimeter. The areas have been divided Into tho~e with soil contamination and areas of non- detectable soil contamination. 3.4 AREAS OF SOIL CONTAMINATION 3.4.1 Are~ ! Pump Isis.ur cha~ri~ ~ ~ndi~ons ~ound ~ underground ~ ~d a pu~p isled (Figure ~. No ovid~ of h~bon ~nmmination w~ notM durMg field Mspecfion of dfiB cuttings lmm ~11 ~flngs $B-1,4, 3, 6, 8, 9 ~d 10. t~homtory ~Myah of drive ~pl~ f~m th~ ~finga dM ~t r~M hydr~bon concen~tions ~ove me~od d~tcction l~i~. Samp~ S~l ~ ~y~ for B~H ~ g~olMu. ~o ~pl~ coll~ from S~, 6, 8, 9 ~d 10 w~e ~yz~ f~ B~H ~ die~. ~e ~ple collated from S~8 was anal~ for chl~uat~ ~Iven~ (~A 8010). ~c ~n~ dam shee~ a~ in~ud~ A~dix ~. Slight to m~e~te ~le~ odors we~ not~ ~ d~ cut~gs from $B-7 botw~a ~ dep~ of 16 ~d 27 ~t. Slight to mode~ ~troleum ~ora were dct~ ~ ~le ~t~ala 2~2t.$ ~d ~-26.$ f~. Drive ~pl~ ~~ f~m the 30-3t.5, 33- 36,$ ~ 40~1.3 f~t inmos did not exMb~ ~ffoleum ~ors. ~e ~.5-21.0 a0.SMl f~t inters w~e ~ aubmitt~ for ~ysts. ~e ~mpl~ were ~~ for BT~PH ~ &~l ~to~ ~yaia of ~ ~mple SB-7 at 20.S-21 f~t r~ord~ B~ and ~ as die~l con~ntmfiona of 0.~, 0.23, 1.77 ~d 3~18.19 ~rts ~r million (ppm), r~tively. ~bomm~ ~ysis of SB-7 of 40,5-41 f~t did not ~cord die~l constim~B above m~h~ demfion l~i~. ~e laboratory dam sh~ ~e includ~ ~ Ap~nd~ ~. ~ non-d~mble l~cla in tho 40.5-41 foot ~mple ~mbined with ~e aplenty cl~ ~ple$ coll~ at 30-31.5 f~: ~d 35-36.$ f~t suggea the ~evat~ hydro,ben ~nc~n~fions p~ent bt~n 16 ~d 27 f~t dim~ah ~ non-det~bl¢ con~tnfions at a dep~ of apptox~at~y 30 f~t. SM~ soil con,ruination ~ not noted in ~e adja~t ~ S~7 ($B-6 ~d 9), ~e late~ ext~nt of the hydra,on contamination a~ra be ~mi~. However, hydr~on con~tnatton may extend to the ~st b~th the und~ground at~go ~ka ~d pump i~d. 3.4.2 A:~ 2 T~k Stop T~ks I~ ~ ~ a to~ of five ~il bo~gs w~ d~ll~ ~ d~ths ~g f~m I6,~ ~ ~.~ Yeet ch~c~ ~il condi~ous around two uuderground di~ fuel ~ ~igure ~. evidence of hyd~bon con~mina~on was no~ du~ng F~d ins~fion of dr~ cut~gs f~om SB-12~ 13, 14, ~d 1~. ~bo~to~ ~ysis ~ soil ~mples coll~t~ From p~uct ~o~ ~d/or soil di~olo~t~on were ~ot~ in S~I 1 be~fl ~e d~ths of I ~d f~L S~n8 p~uct ~or ~d s~ di~olo~tion wer~ ~ot~ ~ a ~ve ~ple ~e~ 2~.~-26.0 f~t ~s ~d not exhibit ~troleum ~ors or soil di~olo~on. Two ~pl~ w~e ~y~ for ~H ~ di~el.. ~to~ analysis o~ rumple SB-I1 at 10.5-11.0 f~t ~~ B~~ ~ die~ concent~tions of non-detected (~), 0.08, not detect diesel c~nstitu~t$ above method detection limits. Thc laboratory data sheets m presented in Appendix IV. The non-detectable hydroearlaon l~-vels in the 25.5-Z!6.0 foot sample combined with the apparently clean samples collected at 16.0-16.5 and Z11.0-21.5 foot intervals susgest that the elevated hy~lrocarbon concentrations present between 1 and 10 feet diminish to non-detectable concentrations at 1:5 feet. Since soil contamination was not noted {n the borings adjacent to SB-I l (SB- 12, 13, 14, and 1:5), the lateral extent of the hydrocarbon contamination is l|m{ted to the area defined by these borings. 3,4.3 Area :3 Wash Sump and Dry Well In Area 3, a total of three soil borings were drilled to depths ranging from I6.5 to 61.-6 feet to charactmiz¢ soil conditions around a sump and dry well utilized to drain a truck washing area (l:igur~ 8). Strong hydrocarbon odors and soil discoloration were noted in drill cuttings arid drive samples collect~xi from soil boring SB-16 betwe.~n th~ depths of ? and 4:5 feet. Drive samples collected from SB-16 between the depths of :50 and 61.3 feet did not exhibit petroleum odors. Drive samples from the 10.:5-11.0, 30.:5-31,0 4:S.$-16.0 and :59.:5-61.0 fo~t intervals were analyzed for BTX/TPH aa d{esel and oi1 and grease. Samples from depth intervals of 10.:~-11.0 and 45.$-46.0 feet were also analyzed for chlorinated hydrocarbons. Laboratory analysis of sample SB-16 at 10.5-11.0 fe~t detected concentrations of BTX and TPH (as diesel) at .09, ND, 4.0/and 25000 ppm. Analysis of sample SB-16 at 30.5- 31.0 feet recorded BTX/TPH as diesel concentrations of 0.1~, 0.04, [.itl and 2(XI2 Islam. Oil and grea.~ concentrations in the 11.0 foot and 3t.0 foot samples were 1'/696 and 4!~60 @Pm, rCSlX, ctively. The saml~l¢ SB-16 at 30.3-31.0 recorded only oil and grease at 30 ppm. Laboratory analysis of SB-16 at $9.3-61.0 feet did not detect hydrocarbon concentrations above method detection limits. Chlorinated hydrocattaons were not dcte~ted in the two samples analyzed. The laboratory data sheets are included in ^ppcndix l[I. The non-detectable hydrocarbon concentrations in SB-16 at 1~9.~- 61.0 fcct, combined with the apparently clean sample coll~ted at $6.0-:56,~ feet suggest that the elevated hydrocarbon l~els ~t in SB-16 b~tween the d~ths of i and ~$ feet diminish to non-detectablo concentrations at a depth of approximately 3:5 feet. Two soil borings (SB-I? and Ill) were drilled near the sump in order to assess the lateral extent of thc soil contamination noted in SB-16. SB-I? was drilled to a depth of ¢1.!i feet. No petroleum odors or soil discoloration were noted in drill cuttings or drive samples collected from the bodnl~. Two drive samples collected from the 19.$41.0 and 39.$ to 41.0 foot inteawals of SB-I? were analyzed for BTX/TIaH as diesel and oil and greas~. The. laboratory results for thc samples did not record hydrocarbon concentrations above method di~tection limits. The laboratory data sheets are included in Appendix V. SB-18 was drilled to a dc'pth of 16.~ feet. Moderate to strpng produot odors and/or soil discoloration wero noted in drill cuttings and drive samples collated between the depths of I and 1:~ fr. ct. A drive sample collected at the 15.:5-16.0 foot intm~al did not exhibit product odor or soil discoloration. Two drive samples collected from the 5.5-6.0 and 15.5-I6.0 foot interval.~ were analyzed for BTX?I'PH as diesel and oil and grease. Sample SB-18 at 5.5-6.0 feet recorded BTXPFPH as diesel concentrations of ND, ND, .21 and 16,293.27 ppm resl~.ctively. The oil and grease conccatration in the sampl~ registered 9187 ppm. Hydrocarbon concentrations above method detection limits wc~ not recorded from ,iamplc SB-I$, 15,$-16.0fect. Thc labocatory data sheets ate included in Appendix V. The non- detectable hydroc~trbon levels in sa-Ii at 15.5-16.0 feet suggcat that soil contamination in SB-18 is limited to the depth interval between 1 and 15 gee~. 3.4.t~ At'~a 4 Abovel~r~und Dle.~l Tank On~ soil boring was advanced to a depth of 16.5 fcct near the fill end of the 20,000 ~allon aboveground diesel tank (Area 4, Figure 5). Strong petroleum odors and/or discoloration were noted in drill cuttings and drive ~amplcs collected between the depths of 0 and 5 feet. A slight product odor was det~texl in the 10 to 15 foot illterval. No hydrocarbon contamination was noted in a drive sample coll~cted from the 16.0-16.5 foot interval. Two drive samples collected fr~m SB..19 (5.5-6.0 and 16.0-16.$ were analyzed for BTX/TPH as dicscl. The laboratory rcaults for the 5.5-6.0 foot interval indicate BTX/'I'PH as diesel concentrations of 0.17, 1.90, 9.52 and 64,495.02 ppm respectively. The lab results for the 16.0-16.5 foot interval did not accord hydrocarbon concentrations above method detection limits. Th~ laboratory data sheets ara presented in Appendix VI. Based on the non-detectable hydrocarbon levels present in SB-19 at 16,0-16.5 feet, soil contamination beneath the tank do~ not appear to extend to the 15 foot depth. Surface soils around the tatlk appeared discolored and exhibited petroleum odor indicating spillage of product has occured in this 3.5 AREAS NON-DETECTABLE SOIL CONTAMINATION 3.5.1 Area $ Waste Oil Sump .. Three soil borings (SB2, B and 20) were drilled to depths ranging from 21.5 to 36.5 feet near the waste oil sump (Area 5, Figure 5). No evidence of hydrocarbon contamination (petroleum odors or soil discoloration) was noted during drilling. Laboratory analysis of drive samples collected from SB-2 and 20 (20,5-21.0 feet) did not record hydrocarbon concentrations above method detection limits. An attempt was made to collect a drive sample from SB-3 at a depth of 35.0-36.5 feet, howevers due to the presence of a caiiche horizon, the attempt failed. The laboratory data sheets are presented in Appendix VII. Ba~ed on the comparable soil conditions of drill cuttings and drive samples from SB-2 and SB-20, it ts highly unl~el¥ that a drive sample from SB-3 would have recorded hydrocarbon concentrations above method detection levels~ 3.5.12 Area 6 Aboveground Tank Cluster Three -~oil borings (5B-24, 8B-25, and 5B-26) were advanced to a depth of 6.:5 feet near me loading :~rea f~r the aboveground tank clu~ter (Figure 8). Surface spillage is 0re.u:nt throughout the area however~ no evidence of hydrocarbon contamination was noted in drill cuttings or drive ~ampl~ collected from the borings. The ~rflples were analyzed for BTX/TPH as dieso! (DOHS method) and oil and grease (EPA 413.0. The I~oratory data sheets are included in Appendix VIII. 3.5.3 Area 7 Waste Oil Tank Sell boring SB-'23 was advanced to a depth of 1(~.5 feet near a reported waste oil tank. No evidence of hydrocarbon contamination was noted during drilling. A drive sample collc/:t~d fwm a depth of 15.5 to 16,0 feet did not record hydrocarbon contamination levels above method detection limits. The ~ample was analy'zcd fro BTX/TPH ~ di~el (DOHS method) and oil s~d grea~ (EPA 413.~,), The laboratory data sheets are included in Appendix IX. 3.5.4 Area 8 Perimeter Borings Two perimeter borings (SB-2! and 22) were advanced to a depth of 21.:5 feet near the pro1:erty line on the southw~t corner of the property. No evidence of hydrocarbon contamination was noted during drilling. Laboratory analysis of drive samples collected at thc 20.5 to 21.0 foot depth interval from thc two borings that did not recor~l hydrocarbon concentrations above method detection limits. The samples were analyzed for l~TX/TPH a~ dic-~ei (DOHS method). The laboratory data sheets are included in Appendix X. 4.0 CONCLUSION The inve.~igat'ion conducted at this site identified four areas of subsurface soil contamination in a/idition to the previously known waste water discharge sump located in the northeast comer of tho property. Although level~ of TPH as die.~el were detected as high ~ 6449:5 ppm, the concentrations of BTX in soil did not exceed .17, 1.9 and 9.$2, rcspectivc/y. The BTX levels are below the ~pical. act/on levels in soil of. 1, I0 and 64 ppm. Oii and grease concentrat/ons were recorded as high ~ 17696 ppm, The non-detectable levels of clgorina~ed hydrocarbons suggest contamination by these constitucms has not occurred adjacent to the ~olvent tank and dry well. The maximum depth of contamination confirmed by laboratory analysis was 31 feet in SB- 16. Based on the 200 foot depth to groundwater beneath thc site compared to the limited vertical extent of ~il contamination, the thnmt to groundwater quality is 10w. The relatively short operating history of thc Wholesale Fuela facil/ty and to limited petroleum storage on ~e older truck stop portion of the property reduce the potential impact of significant long term leakage. Recent testing of underground storage tanks did not detect Icakag~ which ~u//cst~ no si~ificant problems currently exist at this site. Ground~ G~olos~ ~md Hydrology of tha ~ River Alluvial Fan A~ca California, Pz~nch, R.H., et ~1, DWR, [9~:~. Wate~ Sepply Report 1986~ Pyle~ Stu~-t T. ~nd R~b~e, Cteor~e E., ~ Kern Connty W'at~ A~en~, ~9~. ,4GIfICUL TURE LAEBORATORIF:S. I I'-lE:. J. J. EGLIN, REG. CHE~. EN~II. P£TIIOLEUM 4100 PIERCE RD,, BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Purgeable Aromatics (SOIL) Water Work Date of 1710 Main Street Report: 18-Apr-89 F~calon, Ca 95320 Attention: Lab No.: 2555-1 Sample Desc.: Wholesale Fuels SB-1 25.5'-26. O' 4/05 @lO:O0 DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: COMPLETED: 05-Apr-89 06-Apr-89 17-Apr-89 Reporting Analysis Reporting Constituent Units Results Level Benzene ug/g None Detected O. 02 Toluene ug/g None Detected O. 02 Ethyl Benzene ug/g None Detected O. 02 p-Xylene ug/g None Detected O. 02 m-Xylene ug/g None Detected O. 02 o-X~lene ug/g None Detected O. 02 Total Pet. Hydrocarbons ug/g None Detected 5. O0 TEST METHOD: TPH for gasoline by D.O.H.S.L.U.F.T. ~thod. Individual constituents by EPA method 8020. Dry Matter Basis Co~anents: California D.O.H.S. Cert. ,102 (?"J. ?J. Eg~:~h .... A~lyst AGRICUI TURE J. J. EGLIN, IIEG. CHEM. ENGR. PErROLEUM 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petrole~fJ Hych'c~arbons (,SOIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2555-2 Sample Desc.: Wholesale Fuels SB-2 35.5' -36.0' 4/05/89 @11:15 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACq'ED: COMPLETED: 05-Apr-89 06-Apr-89 17-Apr-89 20-Apr-89 Minimum Reporting Analysis Reporting Constituent Units Results Level · Benzene ug/g None Detected 0.02 Toluene ug/g None be~tected 0.02 Ethyl Benzene ug/g None Detected 0.02 p-Xylene ug/g None Detected 0.02 m-Xylene ug/g None Detected 0.02 o-Xylene ~ ug/g None Detected 0.02 Isopropyl benzene ug/g None Detected '0.02 Petroleum Hydrocarbons ug/g None Detected 10.00 Total Pet. Hydrocarbons ug/g None Detected 0.02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter Basis Corr~ents: P~I'~DLEUM HYDROCARBONS: Quantification of petroleum hydrocarbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCAi~PONS: The sum total of all constituents on this report. California D.O.H.S. Cert. ~102 . , . \ · (,' J.~:J. Egt.~n Robert Plaisance (~em~ st LABORATORIES. Inc. J. J. EGLIN, REG. CHEM· ENGR. ?ETflOLEUA~ 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHC)NE 327-4911 WATER WORK Date Reported: 04/20/89 Page 1 1710 MAIN STREET Date Received: 04/06/89 ESCALON, CA 95320 Laboratory No.: 2555-2 Attn.: F.E. TAYLOR Sample Description: WHOLESALE FUELS: SB-2 @ 35.5' - 36.0', 4/5/89, 11:15 TOTAL CONTAMINANTS (Title 22, Article II, California Administrative Code) Method Constituents Sample Results P.Q.L. Units Method Ref. Oil & Grease None Detected 20. mg/kg 413.1 2 (See Last Page for Comments, Definitions, Regulatory Criteria, and References) Requlator¥ Criteria Constituents STLC, mq/L TTLC, mq/kq Comment: Ail constituents reported above are in mg/kg (unless otherwise stated) on an as received (wet) sample basis. Results reported represent totals (TTLC) as sample subjected to appropriate techniques to determine total levels. P.Q.L. = Practical Quantitation Limit (refers to the least amount of analyte detectable based on sample size used and analytical technique employed. N.D. = None Detected (Constituent, if present, would be less than the method P.Q.L.). I.S. = Insufficient Sample STLC = Soluble Threshold Limit Concentration TTLC = Total ThresholdLimit Concentration REFERENCES: (1) "Test Methods for Evaluating Solid Wastes", SW 846, July, 1982. (2) "Methods for Chemical Analysis of Water and Wastes", EPA-600, 14-79-020. LABORATORIES, IFI "' :. J. J. EGLIN, REG. CHEM. ENGR. '~E -4911 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327~4911 Petrole,.~ I[vdrocarbons (SOIL) Date of treet Report: 24-Apr-89 95320 ;rik Taylor :555-5 :.: Wholesale Fuels SB-6 25.5'-26.0' 4/06/89 @11:30 ~ DATE SAMPLE DATE SAMPLE DATE ANALYSIS RECEIVED @ LAB: EXTRACTED: COMPLETED: 06-Apr-89 17-Apr-89 20-Apr-89 Mini~am Reporting Analysis Reporting t Units Results Level ug/g None Detected O. 02 ug/g None Detected O. 02 erie ug/g None Detected 0.02 ug/g None Detected O. 02 ug/g None Detected O. 02 ug/g None Detected O. 02 benzene ug/g None Detected O. 02 )ns ug/g None Detected 10. O0 ~ns ug/g None Detec~l 0.02 DD: California State D,O.H.S. T.P.H, for Diesel isulfide Extraction) r Basis [ HYDROCARBONS: Quantification of petrolet~n hydrocarbons ; a diesel standard. As outlined by the California D.O.H.S. ;roleum hydrocarbons are in addition to the constituents ally defined on this report. ~ROLEUM HYDROCARBONS: The sum total of all constituents ceport. ia D.O.H.S. Cert. ~102 · J ~'"J. Egi'in Robert Plaisance Chemist ABORATORIES, Ir-lc. PEITIOIEI#,~ 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-49II Petroleum Hydrocarbons (SOI L ) Water Work Date of 1710 Main Street Re~ort: 26-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2555-6 Sample Desc.: Wholesale Fuels SB-7 20.5'-21. O' 4/06/89 812:O0 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 06-Apr-89 06-Apr-89 17-Apr-89 20-Apr-89 ReI~rting Analysis Reporting Constituent Units Results Level Benzene ug/g O. 07 O. 02 Toluene ug/g O. 23 O. 02 Ethyl Benzene ug/g O. 12 O. 02 p-Xylene ug/g O. 40 O. 02 m-Xylene u~/g O. 77 O. 02 o-Xylene ug/g O. 60 O. 02 Isoprot~zl benzene 'ug/g None Detected O. 02 Petroleum Hydrocarbons ug/g 3516. O0 10. O0 Total Pet. Hydrocarbons ~ ug/g 3518.19 O. 02 TEST METHOD: California State_ D. O,H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter Basis Conments: PETROLEUM HYDROCARBONS: Quantification of ~etroleum hydrocarbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The sum total of all constituents on this report. California D.O.H.S. Cert. ~102 / ,) ]~ ~. . ....:'., .,.. ~' ' .... Cl~e~tst AGRICUL IURE LABORATORIES, Ir-lc. J. J. E~LIN, REG. CHEM. ENBII. PETROiEOM ~ 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petrole,mm Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2555-10 Sample Desc.: Wholesale Fuels SB-7 40.5'-41. O' 4/06/89 m_3:O0 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 06-Apr-89 06-Apr-89 17-Apr-89 20-Apr-89 Minimum Reporting Analysis Reporting Constituent Units Results Level Benzene ug/g None Detected O. 02 Toluene ug/g None Detected O. 02 Ethyl Benzene ug/g None Detected O. 02 p-Xylene ug/g None Detected O. 02 m-Xylene ug/g None Detec~ O. 02 o-Xylene ug/g None Detected O. 02 Isopropyl b~nzene ug/g None Detected O. 02 Petroleum Hydrocarbons ug/g None Detected 10. O0 Total Pet. Hydrocarbons ~ ug/g None Detected O. 02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter Basis Corm~ents: PETROLEUM HYDROCARBONS: Quantification of petroleum hydrocarbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the consti~3aents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The s~n total of all constituents on this report. California D.O.H.S. Cert. ~102 :,, ,- .... ::' "" J. '~'. EgI~x Robert Plaisance Chemist ate Rec'd: BC CHAIN (_ CUSTODY NO. L- .'lient: Sampler: Sample Type: Analykis Requested: qame: Ic--]1{_,,% ~,,_~CUt_tG 0<21-. Name: Water Other: ~.ddress: , 1'~ C't.w Address: Soil K (specify) Lab# . · ' C ~ ... OtherTests =o~ "~ R:~nquish:a ~y: Pat:: Time: Received By: Date: Tim:: Comm:nts: WATEF, ~/ORK CHAIN-OF-CUSTODY RECORD AND ANALYSIS REQUEST PROd. NO PROJECT NAME SAMPLE? S: (Signe ture ) ' [d~ T~INERS I.D. NC DATE T~ME ~~ 4 STAT~ONBLOCATION q/F ~]:: ~ ~¢~ ~s,~-x~,o~I ~1 Zx ......... ~//~ ,~ ~ .~...~ ~-~ ~.. ~ ~ ........ I ...... ,· . ... . ~.%.~ '-~/~ :~-,: ~ :&: ~.~ ~ .../ ~,-.~.~ ~ ...... Relinquishe. d by: Date Time Rec'e~~ ~ ' R~linqui~h.d by: Do~e Time Received by: Relinq~ b~ Date T~me Received by: Relinquished b~: Dat~ Time Received Relmqumhed by. Date Time Received by Laborato~' Dat~ Time REMARKS (Shipping Related): .... · ~ ~B:2~ · (209)~3~3507 LABORATORIES. InC. ~ET~OLE~ 41~ PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petz~_,leum Hydrocarbons (SOIL) Water Work ~ate of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2808-3 Sample Desc.: Wholesale Fuels SB-8 (25.5°-26.0°) 4/07/89 ~9:00 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 07-Apr-89 07-Apr-89 20-Apr-89 21-Apr-89 Minin~m Reporting Analysis Reporting Cons tituent Uni ts Resu 1 ts Level Benzene ug/g None Detected 0.02 Toluene ug/g None Detected 0 02 Ethyl Benzene ug/g None Detected 0 02 p-Xylene ug/g None Detected 0 02 m-Y~vlene ug/g None Detected 0 02 o-Xylene ug/g None Detected 0 02 Isopropyl benzen~ ug/g None Detected 0 02 Petroleum Hydrocarbons ug/g None Detected 10.00 Total Pet. Hydrocarbons ~ ug/g None Detected 0.02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide F~xtraction) Dry Matter Basis Comments: PETROLEUM HYDROCARBONS: Quantification of petroleum hydrocarbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLED]~ HYDROCARBONS: The sum total of all constituents on this report. California D.O.H.S. Cert. ~102 "',~': '~<-z.~J ~.c "J. J. '~glin Robert Plaisance Chemist AGIUCUL TURE LABORATORIES, I i'-1[3. J. J. EGLIN, REG. CHEM. ENGR. e£~'#~[~/,l~ 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petroleum Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2608-6 Sample Desc.: Wholesale Fuels SB-9 (25.5'-26.0') 4/07/89 811:30 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 07 -Apr- 89 07 -Apr- 89 20 -Apr- 89 21 -Apr .- 89 Minimum Reporting Analysis Reporting Constituent Units Results Level Benzene ug/g None Datected O. 02 Toluene ug/g None Detected O. 02 Ethyl Benzene ug/g None Detected O. 02 p-X¥1ene ug/g None Detected O. 02 m-Xylene ug/g None Detected O. 02 o-Xylene ug/g None Detected O. 02 Isopropyl benzene ug/g None Datected O. 02 Petroleum Hydrocarbons ,3g/g None Detected 10. O0 Total Pet. Hydrocarbons ' ug/g ~one Detected O. 02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel' (Carbon Disulfide Extraction) Dry Matter Basis Comments: PETROLEUM HYDROCARBONS: Quantification of ~etroleum hydrocarbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. T~TAL PETROLEUM HYDROC~S: The s~ total of all constituents on this report. California D.O.H.S. Cert. ~102 ,, ..':..:::..:./ ,v :'::J. J.4~glin Robert Plaisance Chemist LABORATORIES, IFIL;. J. J. EGLIN, REG. CHEM. ENGR. 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petroleum Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2808-7 Sample Desc.: Wholesale Fuels SB-IO (20.5'-21.0') 4/07/89 @1:30 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 07-Apr-89 07-Apr-89 20-Apr-89 21-Apr-89 Minimum Reporting AnalMsis Reporting Constituent Units Results Level Benzene ug/g None Detected O. 02 Toluene ug/g None Detected O. 02 Ethyl Benzene ug/g None Detected O. 02 p-X¥1ene ug/g None Detected O. 02 m-Xylene ug/g None Detected O. 02 o-Xylene . ug/g None Detected O. 02 Isopropyl benzene ug/g None Detected O. 02 Petroleum Hydrocarbons ug/g None Detected 10. O0 Total Pet. Hydrocarbons ug/g None Detected O. 02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter Basis PETROLEUM HYDROCARBONS: Quantification of petroleum hydro~mrbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydro~rbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEDT! HYDROCARBONS: The sum tn, tal of all cor~tit~ents on this repoz%. California D.O.H.S. Cert. $102 /'"' By ."." .G: ".~' ' J. J. Eglin Robert Plaisance Chemi at AGRICUL TUR£ LABORATORIES, Ir'lo. J. J. EGLIN, I~EG. CHEM. ENGR. PETROLEUM 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petroleum Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Report: 25-Apr-89 Escalon, CA 95320 Attention: Lab No.: 2608-8 Sample Desc. '. Wholesale Fuels SB-11 (10.5'-11.0') @ 2:00 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 07-Apr-89 07-Apr-89 17-Apr-89 25-Apr-89 Minimum Reporting Analysis Reporting Constituent Units Results Level Benzene ug/g None Detected 0.02 Toluene ug/g 0.08 0.02 Ethyl Benzene ug/g None Detected 0.02 p-Xylene ug/g 0.15 0.02 m-Xylene ug/g None Detected 0.02 o-Y~vlene ug/g None Detected 0.02 Isopropyl benzene ug/g None Detected 0.02 Fetroleum Hydrocarbons ug/g 27476.00 10.00 Total Pet. Hydrocarbons ug/g 27476.23 0.10 TEST METHOD: Califo~a State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter Basis Con~ents: PEr~LEUM HYDROCARBONS: Q~antification of petroleum hydrocarbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PErROLEUM HYDROCARBONS: The sum total of all constituents on this report. California D.O.H.S. Cert. ~102 ?.. J. J. E~lIr~":"/~/ Robert Plaisance .ABORATORIES, Ir-lo. J. J. EGLIN, REG. CHEM. ENGR. t'ET,qOLEIJM 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petroleum Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2608-11 San~le Desc.: Wholesale Fuels SB-11 (25.5'-2S.0') 4/07/89 @3:00 DATE SAMPLE DATE SAMPLE DATE S~LE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 07-Apr-89 07-Apr-89 20-Apr-89 21-Apr-89 Minimum Reporting Analysis Reporting Constituent Units Results Level Benzene ug/g None Detected O. 02 Toluene ug/g None Detected O. 02 Ethyl Benzene ug/g None Detected O. 02 p-Xylene ug/g None Detected O. 02 m-Xylene ug/g None Detected 0.02 o.-X¥1ene ug/g None Detected. 0.02 Isopropyl benzene ug/g None Detected 0.02 Petroleum Hyck~carbons ug/g None Detected 10.00 Total Pet. Hydrocarbons ug/g None Detected 0.02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide ~xtraction) Dry Matter Basis Comments: PETROLEUM HYDRCCARBONS: Q~ntification of petroleum hydrocarbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The s~ total of all constituent~ on this repo~-t. California D,O,H,S, Cert, filS2. ~/~~.~ ~"~~' ..j-. . / J.' J. Eglin Robe~ Plaisance Chem~ st ate Rec'd: BC CHAIN OF CUSTODY ,~lient: .... Sampleri ,ample Type: Name: I~lO ~(~c~ ~ Name: Water Other: Address Address: Soil K (specify) Lab~ Description: . ~ _ ~_~. ~_ ~ OtherTests R6inquish~d By: Date: Time: Received By: Date: Time: Comments: Ydlow: BC Lab Copy WATEF~/VORK CHAIN-OF-CUSTODY RECOR. AND ANALYSIS REQUEST ' PRO,~. N'O.]PROJECT NAME ANALYSIS TYPE REQUESTED ,~w~L ~-~/~ ~o. //~,~/~~ " · ' TAINERS I.D. NC DATE TIME ~ ~ STATION&LOCATION O ~ / ~ / ,,/ ,, REMARK~' ,. ~/~/~ .... .- - ~~~~ I " " ..... " " Relinquished by: Date Time R~ceived by: Relinqui3hed by: Date Time Received Relinquished by: Date Time Received byLaborato~': Oate Time REMARKS (Shipping Related): 1710MAIN STPE~ · ESCALON. CA 95320 · (209) 83~3507 AGItlCU~ LABORATOI::::qlES, IBC-'.. J. J. EGLIN, REG. CHEM. ENGR. t'Ert~OlEIJM 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petrole,m, Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2733-1 Sample Desc.: Wholesale Fuels SB 19(15.5-16.0') 4/12 @8:15 DATE S;~4PLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 12-Apr-89 12-Apr-89 20-Apr-89 21-Apr-89 Minin~m Reporting Analysis Reporting Constituent Units Results Level Benzene ug/g None Detected O. 02 Toluene ug/g None Detected O. 02 Ethyl P~enzene ug/g None Detected O. 02 p-Xyiene ug/g None Detected O. 02 m-Xylene ug/g None Detected O. 02 o-Xylene . ug/g None Detected O. 02 Isoprop¥1 benzene ug/g None Detected O. 02 Petroleum Hydrocarbons ug/g None Detected 10.00 Total Pet. Hydrocarbons ug/g None Detect~d O. 02 TEST METHOD: California SLate D.O.H.S. T.P.H. for Diesel (C~rbon Disulfide Extraction) Dry Matter t~sis PETROLEUM HYDROCARBONS: Q~antification of tetrolet~n hydm0carbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum ~drocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The s,mm total of all constituents on this report. California D.O.H.S. Cert. ~102 /..'/7 .-'7.. .....tL:...~.[ . / ,. L.:. : /- ,. ~ ,..:., --... ~,..- {... :..-/,f.,, /~ ;' J'?' J. E~]~in Robert Plaisance Chemist LABORATORIES, Ir-Ii"":. J. J. EGLIN, REG. CHEM. ENGR. t'ETi9OLELIM 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petroleum Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2733-2 Sample Desc.: Wholesale Fuels SB 20(20.5-21.0') 4/12 ~9:45 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: CCAMPLETED: 12-Apr-89 12-Apr-89 20-Apr-89 21-Apr-89 Minimum Reporting Analysis Re~orting Constituent Units Results Level Benzene ug/g None Detected 0.02 Toluene ug/g None Detected 0.02 Ethyl Benzene ug/g None Detected 0.02 p-Xylene ug/g None Detected 0.02 m-Xylene ug/g None Detected 0.02 o-Xylene ug/g None Detected 0.02 Isopropyl benzene ug/g None Detected 0.02 Petroleum Hydrocarbons ug/g None Detected 10.00 Total Pet. Hydrocarbons ug/g None Detected 0.02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter Basis PETROLEUM HYDROCARBONS: Qnantification of petroleum hydrocarbons utilizing a diesel standsz-d. As outlined by the California D.O.H. S, These petrole~n hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The s~ total of all constituents on this report, California,~? D.O.H.S..~ ,,~-' Cert,,..~ . ~102 (r~///~.g_' 7 }~d~/~ ~] ~t..-,-..J. Egl~.i5 ~obert Plaisance Chemist AGAICUL TURE ,,,,,,,, LABORATORIES, InD. _ J.J. EGLIN, REG. CHEM. ENGR. ~£~',~IR/,u 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petz~. le~0 Hydrocarbons (SOIL) Water Work Dat~ of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No,: 2733-3 Sample Desc.: Wholesale Fuels SB 21(20.5-21.0') 4/12 @1i:15 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 12-Apr-89 12-Apr-89 20-Apr-89 21-Apr-89 Minimum Reporting Analysis Reporting Constituent Units Results Level Benzene ug/g None Detected 0.02 Toluene ug/g None Detected 0 02 Ethyl Benzene ug/g None Detected 0 02 p-Xylene ug/g None Detected 0 02 m-Xylene ug/g None Detected 0 02 o-Xylene ug/g None Detected 0 02 Isopropyl benzene ug/g None Detected 0 02 Petroleum Hydrocarbons ug/g None Detected 10.00 Total Pet. Hydrocarbons ug/g None Detected 0.02 TEST METHOD: Califo~tia State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter Basis CoT~nents: PETROLEUM HYDROCARBONS: Quantification of petroleum hydrocarbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The sum total of all constituents on this report. California D.O.H.S. Cert. $102 -' ' , ~fL. ~-~ ~. :/ '. ~ ...' z J. J. Eglin Gobert Plaisance Cheer&st AG~ICU[ ,,,,,,,,,,..,, .,,.,,,,,,, LABORATORIES, Ir-lc. J. J. EGLIN, REG. CHEM. ENGR. ?£~O~EU~ 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petroleum Hydrocarbons (,.COIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Es~lon, Ca 95320 Attention: Erik Taylor · Lab No.: 2733-4 Sample Desc.: Wholesale Fuels SB 22(20.5-21.0') 4/12 @l:O0 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRAC~D: COMPLETED: 12-Apr-89 12-Apr-89 20-Apr-89 21-Apr-89 Minimum Reporting Analysis Reporting Constituent Units Results Level Benzene ug/g None Detected 0.02 Toluene ~/g None Detected 0.02 Ethyl Benzene ug_/g None Detected 0.02 p-Xylene ug/g None Detected O. 02 m-Xylene ug/g None Detected 0.02 o-X¥1ene t~/g . None Detected 0.02 Isopropyl benzene ug/g None be~tected 0.02 Petroleum Hydrocarbons t~/g None Detected 10.00 Total Pet. Hydrocarbons ug/g None Detected 0.02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide ~xtraction Dry Mat'ter Basis PETROLEUM HYDROCARBONS: Quantification of petroleum ?~drocarbons utilizing a diesel standard.As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The sum total of all constituents on this report. California D.O.H.S. Cart. $102 J. J:~.'Eglin' Robert Plaisance f3zerr,ist LABORATORIES, InC. ~. J. EGLIN, REG. CHE~. ENGII. 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petrole~, Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Escalon, Cz 95320 Attention: Erik Taylor Lab No.: 2733-5 Sample Desc.: Wholesale Fuels SB 23(15.5-16.0') 4/12 @1:45 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 12-Apr-89 12-Apr-89 20-Apr-89 ' 21-Apr-89 Minimum Reporting Analysis Reporting Constituent Units Results Level 5enzene ug/g None Detected O. 02 Toluene ug/g None Detected O. 02 Ethyl ~enzene u~/g None Detected 0.02 p-Xylene ug/g None Detected 0.02 m-Xylene ug/g None Detected O. 02 ' o-Xylene ug/g None Detected O. 02 Isopropyl benzene u~/g None Detected 0.02 Petroleum Hydrocarbons ug/g None Detected 10.00 Total Pet. Hydrocarbons ug/g None Detected 0.02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter ~sis Corunents: PETROLEUM HYDROCARBONS: Quantification of petrole~n hydror~rbc~s utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The sum total of all constituents on t?~s report. California D.O.H.S. Cert. ~102 By , .,'.' '- .,.':' ' .... , '; [-<~'."?~ . ," J../J. Egl'in Robert Plaisance C~Jemist LABORATORIES. 1. ~. E~LI~, ~£~. ~HEM. EN~. PETROLEUM 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 F~t~_,le,~, Hydrocarbons (SOIL) Water Work Date of 1710 Main St~et Re~: 24-Apr-89 Es~lon, Ca 95320 At~ntion: Erik Taylor ~b No.: 2733-6 ~le ~sc.' ~olesale Fuels SB 24(5.5-6.0') 4/12 ~2:15 DATE S~LE DATE S~LE DATE S~LE DA~ ANALYSIS ~LLE~: ~CEIV~ ~ L~: ~~: C~L~: 12-Apr-89 12-Apr-89 20-Apr-89 21-Apr-89 Mini~ Re~i~ ~alysis Re~i~ C~nsti~ent Uni~ Res~ ~vel ~nzene ug/g None ~~d 0.02 Toluene ~/g None ~~d O. 02 Et~i ~nzene ~/g None ~~d 0.02 ~lene ~/g None ~~ O. 02 m-Xylene ~/g None ~~ O. 02 o-XFlene ~/g None ~~d O. 02 Isop~l ~nzene ~/g None ~~ O. 02 Pet~le~ ~d~~ ~/g None ~~] 10. O0 To~l Pet. ~~r~ ~/g None ~~ O. 02 ~ST ~OD: ~lifo~ia S~ D.O.H.S. T.P.H. for Diesel (~r~n Disulfide ~traction) D~ Mater ~sis ~n~: P~ROLE~ ~R~A~NS: ~tification of ~t~le~n utiliz~ a diesel s~d~.As outlin~ ~ the ~lifo~ia D.O.H.S. ~ese ~trole~ ~~r~ ~ in addition ~ the co~ti~en~ s~ifi~lly defin~ on t~s re~. T~AL P~OLE~ ~R~NS: ~e s~n ~1 of all consti~en~ on t~s ~. ~lifo~ia D.O.H.S. ~. ~102 O~emist LABORATORIES, InC. PETROL£UM J' J' EGLIH, REG. CHEM. ENGR. 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petrr~l eum Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Report: 24-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2733-7 Sample Desc.: Wholesale Fuels SB 25(5.5-6.0') 4/12 @2:30 DATE SAMPLE DATE S~/~PLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRA(~ED: COMPLETED: 12-Apr-89 12-Apr-89 20-Apr-89 21-Apr-89 Minimum Reporting Analysis Reporting Constituent Units Results Level Benzene ug/g None Detected O. 02 Toluene ug/g None Detected 0.02 Ethyl Benzene ug/g None Detected 0.02 p-Xylene ug/g None Detected 0.02 m-Xylene ug/g None Detected O. 02 o-X¥1ene ug/g None Detected 0.02 Isopropyl benzene ug/g None Detected 0.02 Petroleum Hydrocarbons ug/g ~,~one Detected 10.00 Total Pet. Hydrocarbons ug/g None Detected 0.02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter Basis PETROLEUM HYDROCARBONS: Quantification of petroleum hydro~bons utilizing a diesel standard. As outlined by the California D.O.H.S. These ~etroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The sum total of all constituents on this report. California D.O.H.S. Cert. ~102 ~e~d. s% LABORATORIES, Ir-IL:. J. J. EGLIN, REG. CHEM, ENGR. 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 Petroleum Hydrocarbons (SOIL) Water Work Date of 1710 Main Street Re~ort: 25-Apr-89 Escalon, Ca 95320 Attention: Erik Taylor Lab No.: 2733-8 Sample Desc.: Wholesale Fuels SB 26 (5.5'-6.0') 4/12 @3:00 DATE SAMPLE DATE SAMPLE DATE SAMPLE DATE ANALYSIS COLLECTED: RECEIVED @ LAB: EXTRACTED: COMPLETED: 12-Apr-89 12-Apr-89 21-Apr-89 24-Apr-89 Minimum Re~orting Analysis Reporting Constituent Units Results Level Benzene ug/g None Detected 0 02 Toluene ug/g None Detected 0 02 Ethyl Benzene ug/g None Detected 0 02 p-Xylene ug/g None Detected 0 02 m-X~lene ug/g None Detected 0 02 o-Xylene ug/g None Detected 0 02 Isopropyl benzene ug/g None Detected, 0.02 Petroleum Hydrocarbons ug/g None Detected 10. O0 Total Pet. Hydrocarbons ,. ug/g None Detected O. 02 TEST METHOD: California State D.O.H.S. T.P.H. for Diesel (Carbon Disulfide Extraction) Dry Matter Basis Comments: PETROLEUM HYDROCARBONS: ~_~__~ntification of petroleum hydrocarbons utilizing a diesel standard. As outlined by the California D.O.H.S. These petroleum hydrocarbons are in addition to the constituents specifically defined on this report. TOTAL PETROLEUM HYDROCARBONS: The s~a total of all constituents on this report. California D.O.H.S. Cert. ~102 J.' J. Eglln Robert Plaisance Chemist WATEF' YORK - CHAIN-OF-CUSTODY RECOR, AND ANALYSIS REQUEST ' PROd. NO, PROJECT NAME ANALYSIS TYPE REQUESTED I.D. NO DATE TIME O ~ STATION ~ LOCATION O o , REMARKS inquished by: Dote Time Received by: O~/,~_'Rolinqui*hod by: Dote Time Received by: Relinquished by: Dote Time Received by: Relinquished by: Dote Time Received ~y: Rellnqumhed ~y: Dote Time ~eceivedbyLaborato~: D~te Time ~EMA~KS(Shipping ~elated): ~7~ MglN SI~[~ * [SCA[ON. CA 95320 * (209) g3~3507 LABORATORIES. Inc. J. J. E~LIN, IIE~. CHEM. 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 WATER WORK Date Reported: 04/24/89 Page 1 7.7!0 MAIN STREET Date Received: O4/12/89 ~SCALON, CA 95320 ~a~ratoryNo,: 2733-2 ,Sample Description: WHOLESALE FilLS: SB-20 (20.5 TO 21.0') 4/12/89 @ 9:45 TqTAL CO.N"rAMINANTS (Title 22, Article II, California Administrative Code) N~thod Constituents Sa.]%Dle Re~lts ~ Units Method Ref. Oil & Grease None Detected 20. mg/kg 413.1 2 (See Last Page for Comments, Definitions, Reglllatory Criteria, and References) ~latory Criteria Co~tib:ents STLC, mg./L TTLC, mg/k~ Comment: All cork~tjtuents re[~te~] abox~e are in mg/kg (unless otherwise stated) on an as received (wet) sample basis. Results reported represent totals (TTLC) as sample subjected to appropriate techniques to determine total levels. P.Q.L. = Practical Quantitation Limit (refers to the least amount of anal!rte detectable based on sample size ~msed and analytical technique emPloyed. N.D. = None Detected (Co~stit~.~ent, if present, 9~)uld be less than the method P.Q.L. ). I.S. = Insufficient ,~mple STLC = Soluble Threshold Limit Concentration ~rLC = Total Threshold Limit Cnncentration REFER2~CES: (1) "Test Methods for EX~.!uating Solid Wastes", ~ 846, July, 1982. (2) "Methods for Chemical Analysis of Water and Wastes", EPA-600, 14-79-020. LABORATORIES, InL;. J. J. EGLIN, REG. CHE~, El'MGR. 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 WATER WORK Date Reported: 04/24/89 PAge 1 1710 MAIN STREET Date Received: 04/12/89 ~SCALON, CA 95320 Laboratory No.: 2733-5 Sample Description: WHOLESALE FUELS: SB-23 (]5.5 TP. 16.O') 4/12/89 @ !:45 TOTAL CONTamINANTS (Title 22, Article II, California Administrative Code) Method Constituents S~..m_ple Results P_~._~.~. Units ~_~.c~.. ~gf_= Oil & Grease None Detected 20. rag/kg 413.1 2 (See Last Page for Comments, Definitions, Rec~latoz~f CriterJ. a, and References) Regulatory Criteria Constituents STLC, mg/L Comment: Ail constituents report~] above are in mg/kg (unless otherwise stated) on an 8s received (wet) s~mple basis. Results reported represent totals (TTLC) as sample subjected to appropriate techniques to determine total levels. P.Q.L. = Practical ~3antitation Limit (refers to the least amount of a_nalyte detectable based on sample size ~ed and analytical technfque employed. N.D. = NoDe Detected (Co~$tif~.3.ent, if present, would be less than the method P.Q.L.). I.S. = Insn~fficient ..%ample STLC = Soluble Threshold Limit Concentratfon ~LC = Total Threshold Limit Concentration REFERENCF. S: (1) "Test Method~ for Ev~uatin9 Solid Wa~tes", ~ 846, July, 1982. (2) "Methods for Chemical .A~alysis of Water and Wastes", EPA-600, 14-79-020. =~, .(~ ,.., ~-,..:. . ., .,,,,,, LABORATORIES, - J.J. I:GLIN, REG. CHEM. ENGR. ~EIWO~£UAI 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 WATER WORK Date Reported: 04/24/89 Page 1 77.1. O MAIN $ .TRFET Date Received: 04/12/89 E-SCALON, CA 95320 T_eborator7 No.: 2733-6 · _q~mple DescriptJo.n: WH. OLESALE FI~..£,$: $B-24 (5.5 TO 6.0') 4/12/89 @ 2:15 TO'?AL CO_NT~INANTS (Title 22, .~_~tic!e !!, California Administrative Code) Method Sa:%~. le Results _P.Q..L. Units Me t h¢_~.] Ref. Oil & Grease 116. 20. mg/kg 413.1 2 (See Last Page for Comments, Definitions, Regulatory Criteria, and References) Regulatory Criteria Cor~stituents $TLC., mg/L TTLC, tng,/kg Comment: All constituents reported above are in rog/kg (unless otherwise stated) on an as received (wet) sample basis. Results reported represent totals (ITLC) as s~.mple subjected to appropriate techniques to determine total levels. P.Q.L. = Practical Quantitation Limit (refers to the least amount of anal%rte detectable based on sample size used add analytical technic~3.e employed. N.D. = None Detected (Constituent, if present, would be less than the method P.Q.L. ). I.S. = Ir~zfficient Sample STLC = Soluble Threshold Limit Concentration Ti"LG = Total Threshold Limit Concentration REFERENCES: (.~.) "Test 5~thod. s for E~!uating Solid Wastes", ~ a~6, July, 1982. (2) "Methods for C, hemical Analysis of Water add Wastes", EPA-600, 14-79-020. AGI~ICUL TUfI£ ~ LABORATORIES, Ir-lO. - ' J.J. EGLIN, REG. CHEM. ENGR. PET,~OLEUM 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 WATER WORK Date Reported: 04/24/89 Page 1 1710 MAIN STREET Date Received: 04/12/89 ESCAI~)N, CA 95320 Laboratory No.: 2733-7 Sample D~cript:ion: WHOLF. SALE F~$E[.S: SB-25 (5.5 TO 6.0') 4/12/89 @ 2:30 TOTAI. CONTAMINANTS (Title 22, Article II, California Administrative Code) Comstituents Sample Results P.Q.L. Units Method Ref. Oil & Grease 38. 20. mg,/kg 413.1 2 (See £~st Page for Comments, Definitions, Regulatory Criteria, and RefereDces) Regulatory Criteria ConstJ. b3ents STLC, ~m3,/L 'IT]'~, mg,/kg Comment: All consti~lents report~l above are in mg/kg (~mless otherwise stated) on an as received (wet) ~mp/e basis. Res%llts reported represent totals (TTLC) as sample subjected to appropriate techniques to determine total levels. P.Q.L. = Practical ~3mntitation Limit (refers to the least amount of analyte detectable based on sample size ~tsed and analytical technique employed. N.D. = None Detected (Constituent, if present, would be less than the method P.Q.L.). I.S. = Insufficient Sample S.TLC = Soluble Threshold Limit Concentration ~ = Total Threshold Limit Concentration REFERENCES: (1) "Test Methods .for Evaluating SolidWastes", SW 846, July, 1982. (2) "Methods for Chemical Analysis of Water and Was~es", EPA-600, 1~-79-020. AG/~IC, UL TURE LABORATORIES, InC. J. !. EGLIN, IIEG. CHEM. ENGR. t'ET,9OL£UI~ 4100 PIERCE RD., BAKERSFIELD, CALIFORNIA 93308 PHONE 327-4911 WATER WORK Date Reported: 04/24/89 Page J. 1710 MAIN ST~_ FET Date Received: 04/12/89 ESCALON, CA 95320 £aboratory No.: 2733-8 Sample Description: WHOLESALE FL~L.S: SB-26 (5.5 TO 6.0') 4/12/89 @ 3:00 TOTgI: CON"FgMINANT.. S (Title 22, Article II, California Administrative Code) Method Coiustituents Sample Results P.Q.L. Units [.~ethod Ref. Oil & Grease 1452. 20. rog/kg 413. ! 2 (See Last Page for Comments, Definitions, Rec3u]lato~f Criteria, and References) R-.~lulatory Criteria Constituents STLC, m~_/L TTLC, mcj/k~ Comment: All constituents report.~.! akx~ve are in mg/kg (unless otherwise stated) on an as received (~t) s~.mple basis. Results reported represent totals (TTLC) as sample subjected to appropriate technic~les to determine total levels. P.Q.L. = Practical Quant/tat/on Limit (refers to the least amount of analyte detectable based on sample size ~sed and analytical technique employed. N.D. = None Detected (Cor~sti~.].ent, if present, ~uld be_ less than the method P.Q.L. ). I.S. = Insufficient Sample STLC = Soluble Threshold Limit Concentration ?Fr~ = Total ~eshold Limit Concentration .PEFERENCES: (1) "Test ~eth~is for ENaluatin~ Solid Wastes", SW 846, 3u1¥, !982. (~) "Methods for Chemical Ana_].ysis of Water and Wastes", EPA-600, !4-79-020. _.. g'? ,? .~-;- Date ~<ec'd: 0 c/ / / .O---/~' ~C Cl--J/XIN Oi: CUS'rOtOY ~O. ~- 1 3 7 7 Client: Sampler: Sample Type: Analysis Requested: Address: Address: Soil ~_ (specify) Lab ~ Description: Other Tests Relinquished By: Date: Time: Received By: Date: Time: Comments: '0,'hire: Return to ~,,slomer with Report FOB 5t~Ch [~EC~fION, CHECK ALL APPROPRIATE' bOXES 1. Tank is: ~] Vaul ted [-]Non-Vaulted i-]Double-Wall [~ngle-Wal 1 2. Tank/4ater ial [~C~rbon Steel [] Stainless Steel [] Polyvinyl Chloride [] Fiberglass-Clad Steel i-]Fiberglass-Reinforced Plastic [] Concrete [] Alumintrn [] Bronze []]Unknown []Other (describe). 3. Primary Containment l~ate Installed 7~nickness (Inches) Capacity (Gallons) Manufacturer 4. Tank Secondary Containment ~ []Double-Wall ['~ Synthetic Liner []]Lined Vault ONone []]Unknown []Other (describe): Manufacturer: [-]Material Thickness (Inches) Capacity (Gals.) 5. Tank Interior Lining ~ []]Rubber .[]Alkyd .[]Epoxy []Phenolic []Glass OClay [qUnlined [][]nkno~ [-]Other (describe): 6. Tank Corrosion Protection --]~Galvanized --~-~-----~ass-Clad []Polyethylene Wrap []Vinyl Wrapping [~Tar or Asphalt [qUnknown []None []Other (describe): Cathodic Protection: []None []Impressed Current System [~acrift'c-ial Anode System Describe System & Equil~nent: 7. Leak Detection, Monitoring, and InterCeption a. Tank: []]Visual (vaulted tanks only) ~]Groundwater Monitorirg' W~ll(s) []Vadose Zone Monitoring Well(s) [-]U-Tube Without Liner [-]U-Tube with Cc~patible Liner Directirg Flow to Monitorirg %~e!l(s)* [] Vapor Detector* [~Liquid Level Sensor* [] Conductivity Sensor* [-] Pressure Sensor in Annular Space of Double Wall Tank- [] Liquid Retrieval& Inspection From U-Tube, Monitoring Well or Annular Space ~Daily Gat~3ing & Inventory Reconciliation [] Periodic Tightness Testirg []None [] Unknown [] Other b. Piping: Flow-Restrictirg Leak Detector(s) for Pressurized Piping* []Monitoring Sump with Race~y [-]Sealed Concrete Race~y []Half-Cut Compatible Pipe Raceway [] Synthetic Liner Race~ay []None ~nknown [] Other · Describe Make & Model: 8. Tank Tightness . / _ ....[~ l~iS Tank Been Tightness T~sted? [qYes [~ ~o~ Date of Last Tightness Test Results of Test Test Name ~. Testing Company 9. Tank Repair ~/~ ~ Tank Repai red? [] Yes,_,,,., ~known Date(s) of Repair(s) Describe Repairs 10. Overfill Protection []Operator Fills, Controls, & Visually Monitors I~vel []Tape Float Gauge []Float Vent Valves ~Auto Shut- Off Controls [-]Capacitance Sensor []Sealed Fill Box [~ne []unknown [-]Other: List Mak~ & Model For Above Devices 11. piping a.. Underground Piping: ~fes ~No []]Unknown 'l~aterial ~%/ ~" Thickness (inches) Diameter Manufacturer [~fressure [-]Suction ~]Gravity Approximate Langth of Pipe Ru~ b. Underground Pipipg Corrosion Protection : ~]Galvanized i-]Fiberglass-Clad ~]Imp{essed Current ~Sacrificial Anode [2]Polyethylen~ Wrap ~]Electrical Isolation []Vinyl Wrap []Tar or Asphalt []Unknown []None []]Other (describe): c. Underground Pipirg, Secondary Contair~ent: []Double-Wall [-]Synthetic Liner System []None []Unknown [-]Other (describe): T~K ~. % (FILL OUT ~E?~JRATE FORM FOR _~H TANK) FOR EAC~ SECTION, CHECK AI.L APPROPRIATE ~0XES {. 1. Tank is: []Vaulted []Non-Vaulted I-]Double-Wall [~ing 1 e-Wal 1 2. ~ /Material [~Ca~bon Steel [] Stainless Steel [] PolYVinyl Chloride [] Fiberglass-Clad Steel ~Fiberglass-Reinforced Plastic [-]Concrete []]A]unin~ [-]Bronze []]Unknown []Other (describe) 3. Primary Containment Date Installed Thickness (Inches) Capacity (Gallons) Manufacturer 4. Tank Secondary Containment ~ []-]Double-Wall [] Synthetic Liner []-]Lined Vault []None []Unknown [-]Other (describe): Manufacturer: []]Material Thickness (Inches) Capacity (Gals.) 5. Tank Interior Lining ~ [-]Rubber [-]Alkyd []]Epoxy []]]Phenolic DGlass I-]Clay []t~lined []]Unknown [-]Other (describe): 6. Tank Corrosion Protection --[~Galvanized -II'Fiberglass-Clad [-]Poly~thylene Wrap [-]Vinyl Wrapping Ii,Tar or Asphalt []]Unknown []None []-]Other (describe): Cathodic Protection: []]]None []]Impressed Current System [~Sacri'fi6ial Anode Syst~n ~--~ribe System & Equil~nent: 7. Leak Detection, Monit0r~r~, and Interception a. Tank: []Visual (vaulted tanks only) [-]Groundwater Monitoring Well(s) []Vadose Zone Monitoring Well(s) []U-Tube Without Liner []]U-Tube with Compatible Liner Directing Flow to Monitoring Well(s)* [] Vapor Detector* [~Liquid Level Sensor~ [] Conductivit~ Sensor* [] Pressure Sensor in Annular Space of Double Wall Tank- [] Liquid Retrieval & Inspection Fr~n U-Tube, Monitoring Well or Annular Space ~Daily Gatging & Inventory Reconciliation []Periodic Tightness Testing []None [] Unknown [] Other . b. Piping: Flow-Restricting Leak Detector(s) for Pressurized Pipirg [-]Monitoring Su~np with Race~ay []]Sealed Concrete Raceway I-]Half-Cut Compatible Pipe Raceway [] Synthetic Liner Raceway []]None [~0nknown [] Other *Describe Make & Model: 8. Tank Tightness ~ ]q~--This Tank Been Tightness Tested? '[-]Yes ~ [~nown ~ Date of Last Tightness Test Results of Test' Test Name Testing Company 9. Tank Repair ~ Tank Repaired? []Yes. .~.~ ~nown Date(s) of Repair(s) Describe Repairs 10 Overfill Protection []Operator Fills, Controls, & Visually Monitors Level []Tape Float Gatge []]Float Vent Valves []Auto Shut- Off Controls Dj]Capacitance Sensor []Sealed Fill Box [~ne []]Unknown [-]Other: List Mak~ & Model For Above Devices 11. Piping a. Underground Piping: [~es []No [-]Unknown Material ~%/ -~'{ '~ Thickness (inches) Diameter Manufacturer [~essure []]Suction []Gravity Approximate Length of Pipe RL~ b. Underground Pipirg Corrosion Protection : []Galvanized I-]Fiberglass-Clad []ImIxessed Current [-]Sacrificial Anode []Polyethylene Wrap [-]Electrical Isolation []]Vinyl Wrap [-]Tar or Asphalt [-]Unknown []None []Other (describe): c.. Underground Pipirg, Secondary Contair~ent: D-]Double-Wall []Synthetic Liner System ~]None []]Unknown []Other (describe): TANK ~ ~ {FtLL ...... OUT .~EPARATE FORM FO~ :~ TANK) i FOR EACh 3;ECTION, CHECK ALL ~DPROPRiATE ~OXES ~. 1. Tank is: []~Vaulted '[]Non-Vaulted [l-]Double-Wall ~ingle-Wall 2. Tank Material ~arbon Steel [~Stainless Steel D PolyVinyl Chloride D-]Fiberglass<lad Steel ~ Fiberglass-Reinforced Plastic [] Concrete [] Alc~nincln [ Bronze [-]Unknown [] Other (describe) 3. Pr imar~ Containment ~ate Installed Thickness (Inches) Capacity (Gallons) Manufacturer 4. Tank Secondary Containment I-]Double-Wall [] Synthetic Liner [qLined Vault []None [2]Unknown []-]Other (describe): Manufacturer: [Material Thickness (Inches) Capacity (Gals.) 5. Tank Interior Lining ~ [-]Rubber .[Alkyd []Epoxy []Phenolic []Glass []Clay [-]Unlined [-]Unkno~l []Other (describe): 6. Tank Corrosion Protection ---~GalVanized -]~-~e-~ass-Clad [P~lyethylene Wrap []Vinyl Wrapping [~'~ar or Asphalt .~]Unknown []None []Other (describe): Cathodic Protection: ~]None [2]Impressed Current System ~ac'f~'fiCi'al Anode Syst~m~ Describe System & Equil~nent: 7. Leak Detection, Monitoring., and Interception a. Tank: [-]Vist~a~ (vaui"ted tanks only) ~Groundwater Monitoring' Well(s) [-]Vadose Zone Monitoring Well(s) ~U-Tube Without Liner []U-Tube_ with C~npatible Liner Directing Flow to Monitoring Well(s)* [] Vapor Detector* [~Liquid Level Sensor* [~] Conductivit~ Sensor* [] Pressure Sensor in Annular Space of Double Wall Tank [] Liquid R~trieVal & Inspection From U-Tube, Monitoring Well or Annular Space F-~Daily Gauging & Inventory Reconciliation []Periodic Tightness Testing [] None [] Unknown [] Other b. Piping: Flow-Restricting Leak Detector(s) for Pressurized Piping~ []-]Monitoring Su~np with Race~y []Sealed Concrete Race~y []Half-Cut Compatible Pipe Raceway []Synthetic Liner Raceway []None [~0nknown [] Other · Describe Make & Model: 8. Tank Tightness ]~TThis Tank Been Tightness Tested? ~]Yes ~ ~knowrl Date of Last Tightness Test Results of Test Test Name Testing Company 9. Tank Repair Tank Repaired? []Yes [~/lqO Date(s) of Repair(s) Describe Repairs 10. Overfill Protection I-3Operator Fills, Controls, & Visually Monitors level []Tape Float Gauge F1Float Vent Valves [] AUto Shut- Off Controls ["ICapacitance Sonsor I-]Sealed Fill Box [~ne [-]Unknown []Other: List Make & l~k~tel For Kbove Devices 11. Piping a. Underground Piping: [~]~s ~NO []Unknown Material ~-,~ '~'~ Thickness (inches) Diameter Manufacturer [~ressure I'-]Suc~.on []Gravity ~proximate Lencjth b. Underground Piping Corrosion Protection : F]GalYanized [-]Fiberglass-Clad I-]Impressed Current F18acrif[icial FlPolyeth¥1ene Wrap [~lElectrical Isolation [-lVinyl Wrap ["]Tar or Asphalt [-h3nkno~a'~ l'-hqone I-lOt. her (describe): c. Underground Pipin:j, Secondary Contair~'aent: ['"]Bouble-~all [-Is~thetic Liner .System ~-lNone []Unkno~,m fi]Other {describe): Facility Name Permit No. ~ TANK ~ .~ (FILL OUT HEPARATE FORM FOR ~CH TANK) ~ FOR EACH SECTION, CHECK ALL APPROPRIATE BOXES H. 1. Tank is: [-]Vaulted ~]Non-Vaulted [~Double-Wall i-]Single-Wall 2. Tan-~ Material ~]~ar .bon Steel [] Stainless Steel [] Polyvinyl .Chloride [] Fiberglass-Clad Steel [] Fiberglass-Reinforced Plastic [] Concrete [] Al~inum [] Bronze [-]Unknown [] Other (describe) 3. Primary. Containment Date Installed Thickness (Inches) Capacity (Gallons) Manufacturer 4. Tank Secondary Containment _~- []Double-Wall [] Synthetic Liner []°Lined Vault [] None []Unknown ~Other (describe): Manufacturer: []Material Thickness (Inches) Capacity (Gals.) 5. Tank Interior Linin~ []Rubber [-]Alkyd []Epoxy []Phenolic []Glass []Clay []t~lined []Unknown []Other (describe): 6. Tank Corrosion Protection - --]~G~ ']~l~)e-~-g'~ass-Clad []Polyethylene Wrap []Vinyl Wrapping ~Tar or Asphalt []Unknown []None []Other (describe): Cathodic Protection: ~None []Impressed Current System []Sacr'ificial A~e System Descr~-~ System. & Equipment: 7. Leak Detection, Monitoring, and Interception . a-'~ ~ank----~ []---~isual (va~ul{ed ta-'-nk-~ ~Groundwater Monitoring' Well (s) [] Vadose Zone Monitoring Well(s) [] U-Tube Without Liner [']U-Tube with Compatible Liner Directing Flow to Monitoring ~ell(s)* [] Vapor Detector* [] Liquid Level Sensor* [] Conductivit~ Sen.~)r* [] Pressure Sensor in Annular Space of Double Wall Tank- D Liquid Retrieval & Inspection From U-Tube, Monitoring Well or Annular Space [-]Daily Gauging & Inventory Reconciliation []Periodic Tightness Testing [] None [] Unknown ~ Other b. Piping: Flow-Restricting Leak Detector(s) for Pressurized Pipingw ~Monitoring S~p with Raceway [-]Sealed Concrete Raceway ~Half-Cut Compatible Pipe Raceway ~Synthetic Liner Raceway [']None [] Unknown [] Other *Describe Make & Model: 8. ~en Tightness Tested? ~Yes ~/No []Unknown Date of Last Tightness Test Results of Test Test Name Testing Company 9. Tank ~ ~ _/ Tank Repaired? []Yes []Unknown Date(s) of Repair{s) Describe Repairs 10. Overfill Protection []Operator Fills, Controls, & Visually Monitors Level []Tape Float Gauge [~Float Vent Valves [] Autb Shut- Off Controls [~Capacitance Sensor []Sealed Fill Box ~one [-]Unknown []Other: List Make & Model For Above Devices 11. Piping a. Undergr%und Piping: [~s [~NO [']Unknown Material_~.t_~J Thick, ness (inches) Diameter Manufacturer ~Pressure ~Suctfon []Gravity Approximate Length of Pipe R~ b. Under. ground Piping Corrosion Protection : [gCalvanized []Fiberglass-Clad []Impressed Current []Sacrificial Anode [2]Polyethylene Wrap [-]Electrical Isolation []Vinyl Wrap [-[Tar or Asphalt [~]Unknown []None []Other (describe): c. Underground Piping, Secondary Containment: ~Double-Wall [-]Synthetic Liner System ~one [-]unknown []Other (describe): '?.~uNK .~ ~ (~'ILL OUT .~EPAI<~TE FOP~M FOR .CH TANK) FOR ]~3~'C~] SE~ION, CHECK AT.~. ~PROPRIATE BOXES H. 1. Tank is: ~Vaulted ~n-Vault~ O~uble-Wall ~Si~le~all 2. Tank ~terial ~r~n Stol ~S~inless Steel ~l~iny1 C~oride ~Fi~rglass<l~ Steel ~Fi~rglass-Reinforc~ Plastic ~Concrete ~in~ ~Bronze ~Unk~'~ ~Other {de~ri~) 3. Priory Contai~nt ~te Installed ~ic~ems (Inches) Ca.city (~llons) ~nufacturer 4. Tank Secondary CoHtai~ent ~ ~le-Wall ~ ~thetic Liner ~Lin~ Vault ~ne ~o~ ~Other (descri~): Manufacturer: ~ter.ial Thic~ess (Inches) Ca.city (Gals.) 5. Tank Interior ~ini~ ~ ~~r ~kyd ~xy ~enolic ~Glass ~Clay ~lin~ ~o~ ~Other (de~ri~): 6. Tank Corrosion Protection a alVaniz~ ~ass-Cl~ ~l~yle~ Wrap ~Vinyl ~a~i~ r or ~p~lt ~~ ~No~ ~Other (de~ri~): ' Ca~ic Protection: ~ne ~pres~ ~rrent S~t~ ~crtfic'tal' ~e ~t~ ~ri~ System & Equi~ent: 7. Leak Detection, ~nitori~, and Interception a. Tank: ~Vis~l (vault~ tanks only) ~Gro~ter ~nitori~' ~ll(s) ~Vadose Zone Monitori~ ~ll(s) ~U-T~ Wi~out ~ner ~U-~ wi~ C~ttble Liner Directi~ Flow to Monitori~ ~ll(s)* ~ Va~r ~t~tor* ~ Li~id ~vel ~n~r~ ~ Cond~tivit~ ~r* ~ Pressure Sen~r in ~ular S~ce of ~uble Wall Tank- ~ Liquid ~tri~al & Ins~ction Fr~ U-T~, Monitori~ ~11 or ~ar ~ ~ily Ga~i~ & I~entory Reconciliation ~ri~ic Tlgh~e~ Testi~ ~None ~o~ ~her b. Pipit: Fl~-Restricti~ ~ak ~tector(s) for Pressuriz~ Pipit' ~nitori~ S~p ~th ~ce~y ~al~ Concrete ~ce~y ~lf~ut C~tible Pi~ Raceway ~S~t~tic Liner ~y ~None ~Unkno~ ~er *~ri~ ~ke & M~el: 8. Tank Tightness ~is '~ ~en Tigh~ess ~st~? ~Yes ~ ~kno~ ~te of ~st Tightne~ Test Results of Test Test ~e ~sti~ C~ny 9. Tank Re.ir Ta~ Re~i r~? ~Yes ~ ~kno~ ~te(s) of Re~tr(s) ~ri~ Re. irs 10. ~erfill Protection ~rator Fills, Controls, & Visually Monitors ~vel ~Ta~ Fl~t Ga~e ~Fl~t Vent Valves ~ Auto Shut- Off Controls ~citance ~r ~al~ Fill ~x ~ne ~o~ ~Other: List ~ke & ~el For ~ve ~ices 11. Pipi~ a. ~dergro~d Pipi~: ~es ~ ~o~ ~terial Thickne~ (inches) Di~eter Manufacturer ~essure ~S~t~on ~Gravity ~Pr0xi~te ~ of Pi~ ~ b. Unde~gro~ Pipi~ Corrosion Prot~tion : ~lvaniz~ ~Fi~rglass<l~ ~ess~ ~rrent ~criftcial ~e ~Polye~yle~ Wrap ~Electrical I~lati~ ~Vinyl Wrap ~Tar or ~lt ~Un~o~ ~None ~her (de~ri~): c. Undergro~ Pipit, Seco~ary Contai~nt: ~l~Wall ~~etic Liner ~st~ ~ne ~kno~ ~Other (de~ri~): ]'_~'~}-', ~ -~ (FILL OUT .~EPJ~J:L~TE FORM FOR .m FOi< EACH SECTION, CHECK ALL APPROPRIATE BOXES iH. 1. Tank is: [~] Vaul ted [~n-Vaul ted [~Double-Wal 1 L-]Single-Wall 2. ~ Material ~-~rbon Steel [] Stainless Steel [] Polyvinyl Chloride [] Fiberglass-Clad Steel ~] Fiberglass-Reinforced Plastic [] Concrete ~] Aluminum~ [] Bronze [~Unknown [] Other (describe) 3. Pr ima r~; Containment Date Installed Thickness (Inches) Capacity (.Gallons) Manufacturer 4. Tank Secondary Containment---~ []Double-Wall [~Synthetic Liner []Lined'Vault []None []Unknown ~-]Other (describe): Manufacturer: []Material Thickness (Inches) Capacity (Gals.) 5. Tank Interior Linin~ []Rubber [] Alkyd [][]Epoxy [Phen~)lic [Glass []Clay [-]Unlined []unknown []Other (describe): 6. Tank Corrosion Protection --]~Galvanized '[]Fiberglass-Clad L-]Polyethylene Wrap []Vinyl Wrapping []-]Tar or Asphalt [-]unknOwn []None [~Other' (describe): Cathodic Protection: [~ne []Impressed Current System ~lSacriffc~al' Anode System Describ~ System & Equipment: 7. Leak Detection, M~_ni~orir~, and Interception a. Tank: [][]Visual (vaulted tanks only) [~Groundw~ter Monitorir~ Well(s) F]Vadose Zone Monitoring Well(s) ~]U-Tube Without Liner []U-Tube with C~npatible Liner Directir~ Flow to Monitoring well(s)* [] Vapor Detector* [] Liquid Level Sensor~ [] Conductivity Sensor* [] Pressure Sensor in Annular Space of Double Wall Tank- []Liquid R~trieval & Inspection From U-Tube, Monitoring Well or Annular Space []Daily Gaugir~ & Inventory Reconciliation []Periodic Tightness Testing []None '[ Unknown [] Other b. 'Piping: Flow-Restricting Leak Detector(s) for Pressurized Piping' []Monitoring Su~np with Race~ay []Sealed Concrete Race~ay []Half-Cut C~mpatible Pipe Raceway [] Synthetic Liner Race~ay []None [] Unknown [] Other *Describe Make & Model: 8. Tank Tightnes~ ]~i~ Tank Been Tightness Tested? [-]Yes []-]No ~J~known Date of Last. Tightness Test Results of Test Test Name Testing Company 9. Tank Repair Tank Repaired? [~Yes []No ~known Date(s). of Repair(s) Describe Repairs 10. Overfill Protection []Operator Fills, Controls, & Visually Monitors Level []Tape Float Gauge []Float Vent Valves ~_~.uto Shut- Off Controls [~Capacitance Sensor []Sealed Fill Box ~4None []Unknown [-]Other: List Make & Model For Above Devices 11. Piping -- a. Underground Piping: . ~es []No ~known Material , ' Thickness (inches) Diameter Manufacturer [~essure []Suc{]on []Gravity Approximate Length of 'Pipe b. Underground Piping Corrosion Protection : []Galvanized []Fiberglass-Clad []Impressed Current [~]Sacrificial Anode []Polyethylene Wrap []Electrical Isolation [~]Vinyl Wrap []Tar or Asphalt F]Unknown []None []other (describe): c. Underground Piping, Secondary Contairment: ~Double-Wall []Synthetic Liner System ~nne []Unknown []Other (describe): :': ~ ~ i i '~','~'!~e .... ~_. · ..... · T,r-qqK ~ ~ '(FII..L OUT '.4EP~TE FO~ FOR pH T~K) ~-FSR-'Ekc~-~E~ION, CHECK AI.I. ~PROPRIATE BOXES H. 1. Tank is: ~ Vaul ted ~n-Vaul t~ ~Uble-Wal 1 ~Si~le~all 2. T~ ~terfal ~Ar~n Stol ~Stainless Steel ~l~inyl C~oride ~Fi~rglass~l~ Steel ~Fi~rglass-Reinforc~ 'Plastic ~Concrete ~minm ~Bronze ~k~ ~Other (de~ri~) 3. Primry Contai~nt ~te Install~ ~ic~ess (Inches) Ca~c~ty (Gallons) ~nufacturer 4. Tank Secondar7 Contai~ent ~le-Nall ~ ~thetic Liner ~Lin~ Vault ~ne ~Other (descri~): Manufacturer: ~terial Thic~ess (Inches) Ca.city (Gals.) 5. Tank Interior L[~i~ ~R~r ~kyd ~xy ~enolic ~Glass ~Clay ~lin~ ~o~ ~Other (de~ri~): 6. Tank Corrosion Protection ~G~lvaniz~ ~ass-Ci~ ~l~yle~ Wrap ~Vinyl ~a~t~ ~Tar or ~p~lt ~k~ ~No~ SOther' (de~ri~): Cath~ic Protection:~ne ~pres~ ~rrent S~t~ ~crif[clal ~e ~t~ ~r~ System & Equi~ent: 7. Leak Detection, ~nitori~, and Interception a. Tank: ~Vis~l (vault~ ~nks only) ~Grou~ter ~nitori~' ~11 ~Vadose Zone Monttori~ ~ll(s) ~U-T~ Wi~out ~ner ~U-~ wi~ C~ttble Liner Directi~ Flow to Monitori~ ~ll(s)* '~ Va~r ~t~tor* ~Li~ld ~vel ~n~r* ~Cond~tivit~ ~ Pressure Sen~r tn ~ular S~ce of ~uble Wall Tank ~Liquid ~trl~al & Ins~ction Fr~ U-T~e, Monitori~ ~11 or ~ar ~ily ~i~ & I~entory Reconciliation ~ri~ic Tigh~e~ Testl~ ~None ~o~ ~ ~her b. Pipit: Fl~-Restricti~ ~ak ~tector(s) for Pressuriz~ Pipl~~ ~n~tori~ S~p wlth ~ce~y ~al~ Concrete ~ce~y l'f~t Cm~tlble Pi~ Raceway ~S~thetic Liner ~y ~None kno~ ~ ~her · · ~ri~ ~ke & M~el: Tigh~ess ~st~? ~Yes' ~ ~kno~ ~te of ~st Tightne~ Test Results of Test Test ~e ~sti~ C~ny 9. Tank Re. ir Ta~ Re~ r~? ~Yes ~ ~kno~ ~te(s) of Re. ir(s) ~ri~ Re.irs 10. ~erfill Protection ~rator Fil~s, Controls, & Visually Monitors ~vel ~Ta~ Fl~t Ga~e ~Fl~t Vent Valves ~to Shut- Off Controls ~citance ~r ~al~ Fill ~x ~ne ~o~ ~Other: List ~ke & ~el For ~ve ~ices a. ~der~ro~d Pipit: ~ o~ ~terial Thickne~ (i~hea) D~eter ~anu~aeturer ~Pressure ~S~[~on ~Graviey ~proximte b. Under~ro~ gipi~ Corrosion Proration : D~lvaniz~ ~i~r~lass<l~ ~ess~ ~rrent ~crif[eIal ~e n POlye~yle~ Nrap ~lecerical I~lati~ ~Vinyl ~rap ~gar or ~o~ ~Uone ~her (de~ri~): c. Hnder~ro~ Pip~, Seco~ary Contai~nt: ~l~Nall ~S~etie Liner ~st~ ~ne ~kno~ ~Other {de~ri~): TNxI~ ~. ~_~.. ....... (FILL OUT SEPARATE FORN FOR. .CH T~K) ,.A~..H. SE~ION, CHECK '~ ~PROPRI~TE BOXES H.2.1' TankTank ~tenialiS: ~Vsulted ~n-Vault~ ~oble-Wall ~Si~le~all ~Car~n Steel ~Stainless Steel ~l~inyl C~o~ide ~Fi~rglasm~l~ Steel ~Fi~rglass-Reinforc~ Plastic ~Concrete ~~in~ ~B[onze ~k~ ~Other (de~ri~) 3. Pri~[~ Contai~nt ~te Installed ~ic~ess (Inches) Ca,city (~llons) ~nufacturer 4. Tank Secondary Contai~ent ~le-Wall ~thetic Liner ~Lin~ Vault ~ne ~o~ ~ Other (descr i~): Manufacturer: ~terial Thic~ess (Inches) Ca~clty (Gals.) 5. Tank Interior Lini~ ~R~r ~kyd ~xy ~enolic ~Glass ~Clay ~lin~ ~o~ ~Other (de~ri~): 6. Tank Corrosion Protection ~Tar or ~p~lt ~k~ ~No~ ~Other (de~ri~): ' Cath~ic Protection: ~ne ~pres~ ~rrent $~t~ ~crlftclal ~e ~t~ ~ri~ System & Equi~ent: 7. Leak Detection, ~nitori~,. and Interception a. Tank: ~Vis~l (vault~ tanks only) ~Grou~ter ~nitori~ ~ll(s) ~Vadose Zone ~nitori~ ~ll(s) ~U-T~ Wi~ut ~ner ~U-~ wi~ C~tible Liner Dir~ti~ Flow ~ Monitori~ ~ll(s)* ~ Va~r ~t~tor* ~ Liquid ~vel ~n~rm ~ Cond~tivit~ ~r* ~ Pressure Sen~r tn ~ular S~ce of ~ub%e Wall Tank- ~ Liquid ~tri~al & Ins~ction Fr~ U-T~, Monito[i~ ~11 or ~ar ~ ~ily ~a~ & I~entory Reconciliation ~ri~ic Tigh~e~ Testi~ ~None ~o~ ~ ~her b. Pipit: Fl~-Restricti~ ~ak ~tector(s) for Pressuriz~ Pipit' ~nttori~ S~p ~th. ~ce~y ~al~ C~crete ~ce~y f~ut C~tible Pi~ Race~y ~ S~t~tic Liner ~y ~None no~ ~ ~her *~ri~ ~ke & M~el: 8. Tank Tightness ~i~ ~ ~en Tigh~ess ~st~? ~Yes ~ ~kno~ ~te of ~st Tightne~ Test Results of Test Test ~e ~sti~ C~ny 9. Tank Re~i r Ta~ Re~ir~? ~Yes ~ ~kno~ ~te(s) of Re, ir(s) 10. ~erfill Protection ~rator Fills, Controls, & Visually Monitors ~vel ~Ta~ Fl~t Ga~e ~Fl~t Vent Valves ~Au~o Shut~ Off Controls ~citance ~r ~al~ Fill ~x ~ne ~o~ ~Other: List ~ke ~ ~el For ~ve ~ices Thickne~ (i~hes) Di~eter Manufacturer ~essure ~s~t]on ~Gravity ~proxi~te ~ of Pi~ ~ b. Undergro~ Pipi~ Corrosion Prot~tion : ~lvaniz~ ~Fi~rglass~l~ ~ess~ ~rrent ~criflctal ~e lye~yle~ Wrap ~Electrical I~lati~ ~Vinyl Wrap ~Tar or As~lt ~o~ ~None ~her (de~ri~): c. Unde[gro~ Pipit, Seco~ary Contai~nt: ~l~Wall ~~etic Liner ~st~ ~ne ~kno~ ~Other (de~ri~): WHOLESALE FUELS Bakersfield, CA 93307 - H. 1. Tank is: DVaulted [~Non-Vaulted [~Doubte-Wall ~ngle-Wall 2. Ta--~ter ial ~arb6h Steel ~ S~inless s{eel ~l~inyI ~loride ~ Fi~rglass~I~ S~l Fi~rglass-Reinforc~ Plastic ~Concrete ~ ~in~ ~Bronze Other (de~ri~) ........ ............. .,. 3. Priory Contai~nt ~te Ins~ll~ ~ic~ess (Inc~s) Ca.city (~11o~) ~ufacturer ~Other (de~ri~): ~ ~ufacturer: ~terial ~iC~es~ {Inches) ~city 5. Ta,k Interior-~~ ~' ~Other (de~ri~): 6. Tank Corrosion Protectf~ 7. Leak ~tection, ~nitori~, a~ In~rce~ion a. Ta~: ~Vis~l (Vault~ ~ only) ~Gro~ter ~nitorl~ ~ll(s) ~Vadose Zone ~nitort~ ~ll(s) ~~ Wt~ut ~ner ~ Pressure ~r in ~ar S~ of ~le Wall Ta~, b. Pipi~: Fl~Restricti~ ~ak ~t~tor(s) for Pre~i~ G er ~te of ~ Tightne~ Test Res~ of Te~ Thick~ (i~hes) ~ Dieter ~ufacturer b. U~ergro~ Pipi~ Corrosion Prot~ti~ : ~lye~yle~ Wrap ~El~tri~l I~lati~ ~Vinyl Wrap ~Tar or ~lt , ~g~o~ ~None ~her (~ri~): ~O~er (de~ri~): Kern County Health Departmei Permit, S.~ ~ ~ O Division ct Environmental He~' Application~ ' 1700 Flower Street, Bakersfielo, CA 93305 APPLICATION FOR PERMIT TO OPERATE UNDERGROUND HAZARDOUS SUBSTANCES STORAGE FACILITY Type of Application (check): ' F]Ne-~ Facility r~Modification of Facility E~isting Facility ~ansfer A. ~nergency 24-Hour Contact (name, .area code, phone): Days 3',) ?- L~ ¢ .3 '' Nights 'r~v Facility Name ~0~0I~'' L -- / ' Type of Business (check): ~]Gasoline Station [~Dther (des~Lribe) ~-~a/ Is Tank(s) Located on an AgricL]ltural Farm? rqyes Is Tank(s) Used Primarily for A~ricultural Purposes? [']Yes Facility Address ~oO ~o~ ~6~u~%~ [-M Nearest Cross St. T R SEC ~ (Rdr'~l' Locations Only) Owner ~p~ [Y~m~5 ~/ Contact Person ,~/d Address ~o ~ 5~ ~6'~$.',~ . Zipx Telephone Operator bo~o~SR(_g /q~e/,~ 3~:~ (/$tJ~ ~~ Contact Person ~ Address :.~'7o0 f. ~mcf~?~ Zip ??,,.q,~-~ Telephone B. Water to Facility Provided. by ~.~..[(~ ~3..~-~z 3~v Depth to' Grourldwater Soil 'Characteristics at Facility . Basis for Soil Type and Groundwater Depth DeterminatiOns C. Contractor ~>rn ~-. ~.o.~.%qL~ CA Contractor's License No. Address ~ Icc 5, ~,o~ Zip Telephone Proposed Start'il~] Date Proposed Ccmpletion Date Worker's Ccmpensation Certification ! Insurer D. If This Permit Is For Modification Of An Existing Facility, Brlefly Describe Modifications Proposed E. Tank(s) Store (check all that apply): Tank ~ Waste Product Motor Vehicle Unleaded Regular Premium Diesel Waste · [] [] E! B EF El u O [] D' [] ~. CheMcal ¢~position of Materials Stored (not necessary for ~otor vehicle f~els) Tank ! Chemical Stored (non-commercial name) O~S # (if know~) Chemical Previousl~ Stored (if ~i~£erent> o,I &; 5¢fv,,,,,,e- q-.go 6. Transfer of OwnershiD Date of ~-~nsfer Previous Owner Previous Facility Name I, accept fully all obligations of Permit No. issued to . I understand that the Permitting Authority may review and m~dif~ or terminate the transfer of the Permit to Operate this ~derground storage facility upon receiving this ccmpleted form. This form has been c.3m~lS~eted unde~r/~nalty of perjury and tc the best of my knowledge is ...... t~rue and correct.,/'/ -, '1 / ' S igna t ure ~/"~~~../,/d,/~/~~//~ "d, !e ~/~/~// Da te Permit Questionnaire Normally, permits are sent to facility Owners but since many Owners live outside Kern County, they may choose to have the permits sent to the Operators of the facility where they are to be posted. Please fill in Permit # and check one of the following before returning this form with payment: For PERMIT # ?-3 ~0~-~ 1. Send all Information to Owner at the address listed on invoice (if Owner is different than Operator, it will be Owner's responsibility to provide Operator with pertinent information). 2. Send all information to Owner at the following corrected address: ~3. Send all information to Operator: Name: t~o' ~x ~'t e,5 0~_~ ~ Address: ~0o ~, ~~c~ (Operator can make copy of permit for Owner). REQUEST/ORDER FORMS FOR UT MONITORING MANUALS The Kern County Environmental Health Services Department will need to provide some underground storage facilities updated manuals which describe the methods which must be utilized' to monitor underground storage tanks. Regrettably, we must pass on the cost of duplicating and postage of these manuals to you, the cost of which will be $5.00 per manual. We have in addition placed these manuals at Kinko's Copyhouses and Hoven and Company. You may contact them directly and arrange to.have a copy of the manual made for you. Whatever method you choose, please indicate below and return the bottom portio'n of this form, along with your check if you select items 1 or 2. If you submit payment within 30 days the manuals will then be mailed to you along with your final permit. NOTE: DUE TO CHANGES IN STATE LAW, .THE MANUALS AND SOME OF THE FORMS HAVE BEEN CHANGED. FORMS AND MANUALS DISTRIBUTED BEFORE THIS DATE MAY NOT HAVE INFORMATION. WHICH WILL GUIDE YOU THROUGH A MONITORING COURSE WHICH WILL ENSURE COMPLIANCE WITH LOCAL AND STATE LAW. I ~/9-~/[~°5 ~ C(~ have reviewed the information provided on the monitoring alternatives which can be utilized and have chosen.a monitoring alternative of standard inventory control or modified inventory control.' Please send a copy of the manual and forms indicated below with the final permit to operate. I understand that I may reproduce the manuals and forms at my own expense after receiving the initial copy. PLEASE MAIL THE FOLLOWING TO THE FACILITY OWNER WITH THE FINAL PERMIT TO OPERATE: ,~ 1. ($5.00) HANDBOOK UT-#10 AND 12 RECORDING, RECONCILIATION AND TREND ANALYSIS FORMS (FOR STANDARD INVENTORY CONTROL MONITORING). 2. ($5.00) HANDBOOK UT-#15 AND 12 RECORDING FORMS (FOR MODIFIED INVENTORY CONTROL MONITORING). [./ 3. I WILL ARRANGE THROUGH A COPYING SERVICE TO OBTAIN A COPY OF THE MANUALS I NEED. FOR THE FOLLOWING FACILITY: WHOLESALE FUELS, INC. 2200 E. BRUNDAGE LANE BAKERSFIELD, CA MAFd~ CHECK PAYABLE TO TIlE KERN COUNTY ENVIRONMENTAL HEALTH SERVICES DEPARTMENT HM29 F£LE C.~)N'['I::N'[','5 INVEN'~ORY ~Pe~mit to O~ra~e ~ ~N:O~ ~ - Date ~Construction Permit ) Date ~Permit to abandon) No. of Tanks Date ~ended Permit Conditions ~Pe~mit Application Form, .... ~ Tank Sheets ~Application to Abandon tanks(s) Date ~Annual Report Forms ~Copy of Written Contract Between Owner & Operator ~ Inspection Reports ~Corresponde.nc,- Received , Da te - Da te · - Da te [']Correspondence - Mailed " " Date Date Date [-]Unauthorized Release Reports [-~Abandonment/Closure Reports [-~ Sampl i ng/Lab RePorts rlMVF Compliance Check (Ne'~;"Con~s'~ructlo~ ~Checklist)- [qSTD Compliance Check (New Construction Checklist) ['IMVF Plan Check (New Construction) n STD Plan Check (New Construction) ~IMVF Plan Check (Existing Facility) ['~STD Plan Check (Existing Facility) [-["Incomplete ApplicatiOn- Form rlPermit Application Checklist nPermit Instructions [-]Discarded [-~Tightness Test Results Date Da te Da te [']Mort!toting Well' Construcf10n "Da~a~/pe~rmits [-~Environmental Sensitivity Data: ~lGroundwater D~illing, Boring Logs []]Location of Water Wells []]Statement of Underground Conduits ~]~Plot Plan Featurlnq All .Environmental.ly Sensitive Data ['~ Photos Construction Drawings Location [1Half sheet showing date received and tally of inspection time, etc ~M~ scellaneous i' WHOLESALE U^,L,NG P.O. Box 70097 Bakersfield, CA 93387-0097 Phone (805)3274900 rU ~.--~ FAX: (805) 322-9405 ~NC. BULK PLANT r~:.. ~ (;~ ~ !~ ~ ~., /~%~ 2200 E. Brundage Lane ~ ~ ~ u ~ -- ~t III Bakersfield, CA'93307 Dear Mrs. Green, We ask that we be allowed to continue using our own Daily Inventory Control Fo~ and use it to meet the requirements for Kern County Inventory Reconciliation and Inventory Recording Sheet. Enclosed is a cOpy of the Inventory Control Fo~ that we currently use and have used for many years. Our business is dependent upon inventory control in that we are a distributor of gasoline, diesel fuel, and lube oil. Please review our fo~ and while doing so bear in mind that we can make.some changes to this fo~ if needed to cover any aspect we've missed. You will note that we do not use storage tank meter readings at all. The reason for this is that the meters do not reflect the true nu~er of gallons out for the day. We do not sell to the customer through the tank meters. The gallons from the underground tanks go into a truck, the truck then departs and makes n~erous deliveries to the customers through the meters that are on the truck, 'then the balance of gallons if any are then returned to the underground tank via gravity drop, no meters involved. The end result is that our meter readings on the tanks do not indicate the actual ~ount of gallons sold or distributed. Also on a daily basis we leave product on some of the trucks overnight. When product is on a truck at end of day (next tank gauge) we have to be able to include that product in our inventory, our fo~ enables us to do that. We do have a daily and a c~ulative over-short variance that we can transfer to the trend analysis form you've provided. please call me so that we may discuss this and I might have opportunity to answer any questions you may have on our control fo~. Sincer~y,' Ter~ Ogilvie Bulk Plant Manager 'PRODUC~ pALS ~NS 80~K TOT LESS'BOOK s~oam~ ' STORa6~__ ~st/ e~ aro I ~ j. BA, PROD SALES BAL ~T IN ~LK DRU,5 TOTAL VAR~ R~ 'VAR ~ ' BILl of {st VAR ISa <{n>~6> .'.CU,~TIVE VARIANCE 2nd VAR IS~ ls2 YA~IANCE PS3R DAY...OV~ {SHORT) DAILY INYE~TORY - RULK PRODUClr$ DATE~ ~ REPORT #, PLANT; ' LOCATI ON, <I · <2> <3> <~> <5> <6~ <~ <8> <9> <10> <1 1> <i2> 'PRODUCT GALS TRANS BOOK TOT LE~S ' BOOK STOE~E · .STORAGE___ 1st ~ 3rd EEC BAL PROD SALES BAL ~T IN bULK TRUCKS DRU~S TOTAL VAR VAR 'VAR PR DY><a=I+2+3> <6=a-5> <10=7+8+9>' Bill of l~lmg ~0 2nd VAR IS~ 1st ~ARIANCE p~3R DAY...OV~ {'SHORT] ~:.:~;2~O~.~HORT3...TODAY-~ VARIANCE. " -' 7 ~ '2.~'0-"~"t~'~E.~T'; "Su.{T'~ :::3b'o(,'' BAKERSFZELD, CA. 93301 - :..~,. ' 'L:?" /~'" (805)861-3636 -:..: ~ RGROUND HAZARDOUS SUBSTANC~ STORAGE FACiLiTY ~ ~NSPECT~ON R~PORT PERMI .. Ti, ME IN' L.[:.~..~ .......TIME OUT ~Z, ~D NUMBER OF TANKS: DER'~I~POS.TED? : / YES K NO . TYPE, 0~~: ~ '-'~'63~=NNE._::_~..22~'~[-~-N~NSPECT~ F AC I L I T Y A D D R E S s:.~.!q.D._.~=_.D.%yN.DAD. A_N_~,~X BAKERSFIELD, CA OPERATORS NAME:~WHOLESALE FUELS, INC. ...... ~ Standard Im c. Modified Im h~ ~l/ , X d. In-~ank L~w ~~ ~. Groundwater Vadose Zone SECONDARY CONTAINMENT MONITORING: ~ ~ ...... a. LiDer b. -LOoubler~..a.,!,led tank b. Suction. ~ ~. G~vi~...- ..~¢' ,~~/~~ .... :. OVERFILL PROTECTION: . . NEW CONSTRUCTI ON/~ODI FI CATIONS UNAUTHORIZED RELEASE ~ ~V 9. MAINTENANCE, GENERAL SAFE,,, AND OPERATING CONDITION OF FACILITY COMMENTS/RECOMMENDATIONS ~. ~-~"_Z~.. "~Z'~ ~" .~_.~...~ '..Z~_./-~.~~. ~-~..'. ' Y~ '. ' ~- ~ ' · ~1 ' " '- ' .. ............ ~ ........................................................................................................................................................................... :::~ .......... ~; ............................... , ' .................. · ...................... r ................................. ' ................................