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HomeMy WebLinkAboutUST REPORT 12/30/1995 UNDERGROUND STORAGE T~ INSPECTION .......... Bakersfield Fire Dept. Office of Environmental Services ,~i Bakersfield, CA 93301 F^C,L,TY NAME 2, A ,.D: No. 2 S-000 FACILITY ADDRESS 5~.q ~ ~' ,BP O'~'4aa~- ClT~ FACILITY PHONE No. ~;~ / ~ ~~ ~ ~D~ ~D~ INSPECTION DATE _ ~ . ProdUct · Product Produ .clj Ins, D~e~'')~' :t''~ ' ~) ''~'?' Inslf d,~,~Date '~[ Insl/~ '~ ~'~Date ~,'/ TIME IN TIME OUT INSPECTION TYPE: 1 Size Size Size ROUTINE ~"/ FOLLOW-UP ~,~,, REQUIREMENTS yes no n/a yes no n/a yes no n/a la. Forms A & B Submitted 1 b. Form C Submitted lc. Operating Fees Paid ~"' ~"' ld. State Surcharge Paid 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 Integrity 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 Inventq,ry Reconciliation Statement Submitted 4c. Meters Calibrated Annually ~ ~ ,"~ 5. Weekly Manual Tank Gauging Records for Small Tanks 6. Monthly Statistical Inventory Reconciliation Results 7. Monthly Automatic Tank Gauging Results 8. Ground Water Monitoring 9. Vapor Monitoring ~/ ~ ~' 10. Continuous Interstitial Monitoring for Double-Walled Tanks 11. Mechanical Line Leak Detectors · 12. Electronic 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 and Test Methods Listed in LG-113 Series 17. Written Records Maintained on Site 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 DSTE ~-----~" RECEIVED BY: ~" FD 1669 (rev. 9/95) David J. Sloan Branch Maintenance Manager RYDER Ryder Commercial Leasing & Services 2929 E Brundage Lane Bakersfield, California 9330:7 805 322 1131 Fax 805 324 5425 .... Res 805 589 0586 · Ryder Truck Rental, Inc, BAKERSFIELD FIRE DEPARTMENT HAZARDOUS MATERIAL DIVISION 2130 G Street, Bakersfield, CA 93301 (805) 326-3979 APPLICATION TO PERFORM A TIGHTNESS TEST PERMIT TO OPERATE ~ OPERATORS NAME ~._~ .. OWNERS NAME NUMBER OF TANKS TO BE TESTED 5 IS PIPING GOING TO'BE TESTED~, TANK~ VOLUME CONTENTS Z TANK TESTING COMPANY ~'Atq~tqOt(D~ ADDRESS 'TI~E'~R-~, TEST METHOD VACUTI::¢T Nr~E OF TESTER J~,,a 7B~t,~ CE~TmSIC~TION ~ STATE REGISTRATION 9 ~ S y: DATE IGNATURE OF APPLICANT HAZARDOUS MATERIALS INS! TION ~/c~a~:e~'s~'ie].(:l. Yize Dept. · . .. - OF ENVIRONMENTAL SER VICES 1715 Chester Ave. Bakersfield, CA 93301 Date Completed Business Name: ~.'>~,_,,A~,.~,~ ~-~.~,¥~ '5~?~,:~,~: ~ ~.~c~ / Location: ~ ~. Business Iden~flca~on No. 215-000 I~ 7~ ¢op of Business Plan) Sta~on No. Shift ~, ~ Inspector ~dval Time: Depa~ure Time: Inspec~on Time: Adequate Inadequate Adequate Inadequate Address Visable El" [] Emergency Procedures Posted ,El" [] Correct Occupancy I~ [] Containers Propedy Labled ~× [] Verification of Inventory Materials ~ [] Comments: Verification of Quantities 13r" [] Verification of Location E!~ [] Verification of Facility Diagram C~~ [] Proper Segregation of Material ~ [] Housekeeping ~ [] Fire Protection I~ [] Comments: Electrical El' [] Comments: Verification of MSDS Availablity E!~ [] Number of Employees: UST Monitoring Program E] [] Comments: Verification of Haz Mat Training I~ [] Permits ~ [] Comments: Spill Control El' [] Hold Open Device El"' [] Verification of Hazardous Waste EPA No. Abbatement Supplies and Procedures ~ [] Proper Waste Disposal 1~l [] Comments: Secondary Containment El/ [] Secudty E~' [] Special Hazards Associated with this Facility: Violations: /// ,..- ~ _ All Items O.K Business Owner/Manager PRINT NAME SIGNATURE Correction Needed VVhite-Haz Mat Div. Yellow-Station Copy Pink-Business Copy " ? ~ FIRE SAFETY SERVICES & OFFICE OF ENVIRONMENTAL SERVICES 1715 CHESTER AVE. * BAKERSFIELD, CA * 93301 SEP 2 81995 R.E. HUEY ' ' fl.8. TOBIAS, (805) 326-397q (805) 326-3951 REVOCATION OF UNDERGROUND STO ,RAGETANK PERMIT WILL FOLLOW IN 30-DAYS IF VIOLATION PERSISTS PlMme be melre that flllure to provide the flnenoill responsibility document to thi~ office wlthM ~ drayS, will remilt In your Permit to Operate being revoked (25285.1(b) Clllfomla Health & Safety Code). RYDER TRUCK RENTAL ;:'929 E BRUNDAGE LN..,.., BAKERSFZELD~ CA DAVID SLOAN Dear Underground Storage Tank Owner: Our records indicate that your business does not have a Certification of Financial Responsibility on file with this office. Our records also indicate that you have been issued at least one warning letter pdor to this notice. Please forward either a copy of your existing State approved mechanism to show financial responsibility or else complete the attached Certification for Financial Responsibility form and retum it to this office within 30 days. An attached letter from the State Water Resources Control Board lists the approved financial responsibility mechanisms 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 accidental release liability. The total amounts of financial responsibility required (check boxes from section A of form) are as follows: If you don't sell product from your tanKS, and you pump less than 10,000 gallons per month, check "$500,000 per occurrence". For owners of 101 or more petroleum underground storage tanks, check the "2 million dollar annual aggregate' box. All other need only check the "1 million dollars annual aggregate'. If you have any questions, or would like help in completing the Certification of Financial Responsibility, please contact Howard Wines, H~7~rdous Materials Technician, at 326-3979. Sincerely, Hazardous Materials Coordinator REH/dlm attachments ., CITY of BAKERSFIELD FIRE DEPARTMENT r~ :' FIRE SAFETY SERVICES & OFFICE OF ENVIRONMENTAL SERVICES 1715 CHESTER AVE. · BAKERSFIELD, CA ° 93301 R,E. HUEY R.B. TOBIAS, HAZ~MAT COORDINATOR FIRE MARSHAL (805) 326-3979 (805) 326-3951 September 15, 1995 RYDER TRUCK RENTAL 2929 E BRUNDAGE LN BAKERSFIELD, CA 93307 Dear Business Owner: NOTICE OF VIOLATION STATE REGISTRATION REQUIREMENT Failure to renew your state registration is a violation of Section 25287, California Health and Safety Code, and will result in .your Permit to Operate the underground tank(s) being revoked.'"'- Owners of underground storage tanks must register those underground storage tanks with the State of California Water Resources Control Board and renew that registration every five years. Our records indicate five years have passed since your last State registration pursuant to Section 25287 of the California Health and Safety Code. This means that for state registration renewal you must submit a state surcharge of $56.00 for each tank. Please make your check payable to the City of Bakersfield. You have 30 days from the date of this letter to return the state surcharge to 1715 Chester Ave., Bakersfield, Ca. 93301. If you have any questions or if we can be of any further assistance please don't hesitate to call 326-3979. Sincerely Yours, Ralph E. Huey Hazardous Materials Coordinator REH/ed "WE CARE" January 30, 1995 FIRE DEPARTMENT 1715 CHESTER AVENUE M.F,RER. C,,EFK "V W A R N I N G ! CERTIFICATION OF FINANCIAL RESPONSIBILITY REQUIRED 2 .L 5-~300-001179 RYDER TRUCK RENTAL 2929 c. BRUNDRGE LN .BAKERSF'IELD, CA 93307 Dear Underground Storage Tank Owner: Our records indicate that your business does not have a Certification of Financial Responsibility on file with this offioe. 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 mechanisms 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 accidental release liability. The total amounts of financial responsibility required (check boxes from section A of form) are as follows: 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, REH/dlm e te Underground Hazardous Materials Storage Facility Tank Hazardous G~!I'~i~?~::i!~Z:;:-:; .... ~..e.~i!i.!iiii.!)~?> ::il::.i!:.:Tank ...... :.T..:~.~i.[:.~i.iii::i:i:!!!L Piping Piping Piping Number Substance c~i~a~!{~':%-:}?' InS lalle'a;!':..:, ii //T y p e M o n!!b.dd]~:::{':.::".!,,i,. Type Method Monitoring a~ ::~:~ ================================================================================= ........ c u'~::. ........ :~:.::.::':~ ~ ~,~,~.~~ 'S.' ' ' . · .:. . .... h ~e e: ~ '::':::: .... ' ..... :::..'::::::':::::: '::':: .... ' ...... .... : ....... :.: ..... ::::::::::::::::::::::::::::::: ...,..:::. :: .. . ..... ~ ...': ..... ...::: '....:...?' "::::::::.::.:?:::::....::::.... :::::=======================::::::":.':::..:..:: .:...:. ......... .::..::...:.::::::::::':?.:...:::::::::: ..... .:::::..::.::.:-:.:.:?. ·.:::.:... ::..........:::...::. ...:..:.:..: '..:'..::.::..:: .................. ..: ............ ::~::... I~'~~lssued.y: Bakersheld" Fire Dept. [~~~ 1715 Chester Ave., 3rd Floor ~~~/ Bakersfield, CA  (805) 326-3~7~ Approved by: Ralph E. Huey, Hazardous Materials Coordinator Valid .from: BAKERSFIELD FIRE DEPT HAZARDOUS MATERIALS DIVISION Operating Permit: Date Completed /I//~./q~ Business Name: ~-,~.~. --7-~*. Location: ~.9 ~, ~~'_~ /~ Business Identification No. 215-000 il?c~' (Top of Business. Plan) Number of Tanks: __ 5' ,~ol Type: Containment: Unes: Contact Information* . · Owner: ~ Emergency Contacts: ~'.~ Adequate ..... Inadequate 'Monitoring Program _~ _ Records Maintenance ~ Testing ~ _ Inventory Reconciliation ._~..- _ Response Plan / Emergency Plan ---~ _ All Items OK Correction Needed Business Owner RYDER TRUCK RENTAL ID Number: z~D-uuu-uu~[~ : ESTER 05/25/90 - Location: 2929 E BRUNDAGE LN Map: 124 Hazard: Moderate Community: COUNTY STATION 41 ~' Grid: 03B F/U: 1 AOV: 0.0 'Contact Name Title Business Phone 24-Hour Phone- JERRY HARTMAN SERVICE MANAGER (805) 831-3000 x (805) 398-6239 MARK DILLON SAFETY MANAGER (805) 361-7311 x (805) 251-4677 Summary <A> Hazmat <B> Area Plan <C> Fac. Units <D>. Notif/Evac <E> Mitigation <F> Site Facts <G> Training <H> RMPP Data <I> Not Used <J> Not Used <K> Held Aside <L> Incidents <M> Inspection <N> Admn <~> Print <Esc> Exit ,i-"~/ . ' ; ~,(~-~ HEARINO~,.NOTICE No. ~-~ ENVIRONM'BIIrTAL' HEA 'H DEPARTMENT County of Kern ""' 2?27 / ADDRESS ~~ U~ins~ction of the above pro~rty ~e found that you had not ~mplied with:' ~erefore, ~ou are hereby reque~ed to ap~ar at a hearing on this ma~er. It will be held at (A.M.} :: ?..'?:, :: ;-:<.,.~.,~...~.::,:',.:.'.:..... ?...::..: : ,,,, , Y ' ,,. ,, ,..'. . .. ... ?;, .::,~.~'. ::5:-:.' '~'.'.~.,',~:. ;..:<: ? :.::.....'.:: .:...::". '-' . g? o ':'~ zS~ .... _~;~ soo.. .... ( x ~.:~, ~ .. ,'...'. . '.".": ..... · " '-..'."5 :-:'..-.-:':',' :' -. .... ' "'""' "':' ,'.' :-: -' -.- - ' · -' .... '-"' '." -'~ .::.~.:'X~:;:~:-.,~: .5::."-:~.,,7::-'"':,,:.'"':'. -' . - . .' -.i~:' : .~ ',~ . ~" ",' ,' · .' ' ' ~,' - ~ ' '-~t ~is hearing you may pre~nt your plans for ~rm~ing the exi~ing violations or reasons for non~mplianm. You may ~ m~e- :::? n~ by le~l ~fll Al - ' RE 'APPEAR MAY. BE 'DEEMED CAUSE .FOR FURTHER ..~. , . .,. . · :~ .~"',~ ~..,,.. :_ .. .... ·.....:..:..... :.,:.:,..:,- :.,:?....... ..... .,,,,...,,~.,,~,.,,~,,~,..,..,., · ~AIL SERVICE: '~Class = ==ified'= ' · //X~._ ' ~~;'"{7;'" "' ' .,' '~na~ -- S~cialist "' ' .~..- ..~ · .' . Authorized Agent .... .. Env. .. -, :-..'.' .. :.'5.: ..:'::",'.:-,. :'.:'.:':'::~' .": .' '.,. Environmental Sensitivity ,ES .... -- -- : ":,~ In~p., ,.On Time UNDERGROUND HAZARDOUS SUBSTANCE STORAGE FACILITY .- * INSPECTION REPORT * NO. Of Tanks - I, I~;mation on Permi~Appli.tion Corpse ~0' ~ NO ~f Permit ,o.~? Typ of In--ion: Routine / Complaint ~ ~ Rain.mien ...... ITEM VIOLATION8 NOTED 1. Primary Containment Monitoring: e ~e rar/X ~/r~d /Hye~ b. S. ndard ,nven,~ ,ontrol Monitoring ~? ~ ~O~ kJ ~¢/~ /~ c. Modifi~ Inventow Control Monitoring ~ f ~ ~. l~Ta~k Level ~n~ing Device ~ ~ e. ~roun~ter M~it~ring .. ..'.: ..:. '. L ~ ~Ooe M~itori~g -. - : ,- .':. .-. ~:~ c. Vault ~ . ' . ? f l, Z ... ~ ~ < '~ ~ / Z / ,~ . - '/ "~'~ t- , ., ~- . , /,~ . · , ., o, unautno/izea ~elea~ I / I . , i . t ' L ' ' z ,, ~ ~ . . .. , ~ ~ . _/-~ , _ Operating Condition of Facility I ~ __~57~ 'r~I ~'H~$ /fl~O5~, , , ~-- ' ,' /Z / - / r ' ' . '~ ">-.. , _ - .Z"'' ~ :,/ ..... ? r · '.'~ '. ',-,,' ' . . ~ ; . ,' . / ": - i i , } ' /2 t , ' /.1... . - ~ ~ ~ ,,.. ' /~ , ~ '~ z - . .... ' . z . . j~ ~' ' .... ~'~ ' .' ~ - ' -'." - . · '. / ' . . ' t ' / "~"":,'.' Reinspe~ion ~heduled? '/Yes __No Approximate Reinspe~ion Date INSPECTO~: ~[jL L REPORT RECEIVED BY: . . .... , Health 580 4113 170 (7-87) j j [2 ~f L, ~700F~owe~S~r,*t KERN COUNTY HEALTH DEPARTMENT HEALTH OFFICER Baker. field, Cellfomla 93305 .. ENVIRONMENTAL HEALTH DIVISION Leon M Hebert,,on, M.D. Telephone (805) 861-3636 ., DIRECTOR OF ENVIRONMENTAL HEALTH Vernon S. Relcharcl ! HAZARDOUS MATERIALS MANAGEMENT PROGRAM '!,t FirmDate ~N~ UndergroundEPA I.D. # Tank Facility # ~ /_m.~_. Assessors Parcel # = Address ' · NOTICE OF vIOLATION AND ORDER TO COMPLY The following conditions or practi~es observed this date are violations of one or more sections of the California Health and Safety Code, Div. 20, or the California Administrative Code~ Title 22, Div. 4, Chap. 30, relating to the "storage, handling, transportation, and disposal of hazardous waste" or Ordinance Code of Kern County, Div. 8, '!Underground Storage of Hazardous Substances." Conditions or practices must be corrected within the times ordered below: Your signature acknow)e~es ~ece~pt of a copy of this report an~ collection of any samples not an a~miss~on of FaNu~e to fuNy comply with this "Notice an~ O~er" may ~esult ~n furthe~al a~t~ ~County or State officials, -- Specialist woo FIo,,er Sf~t KERN COUNTY HEALTH DEPARTMENT HEALTH OFFICER Bake~fleld, California 93305 ENVIRONMENTAL HEALTH DIVISION Leon M Hebmt~on, M.D. Telephone (805) 861-3638 .. · ' DIRECTOR OF ENVIRONMENTAL HEALTH .... . Vernon S. Retch~rd HAZARDOUS MATERIALS MANAGEMENT PROGRAM Date __ ".~'_ -- ~:7 .-- '' - Underground Tank Facility# Address "' ~d~ ~ Assessors Parcel ~ , . I~ ' ' -- . NOTICE OF VIOLATION AND ORDER TO COMPLY The following conditions or practices obse~ed this date are violations of one or more sections of the California Health " and Safety Code, Div. 20, or the California Administrative Code, Title 22, Div. 4, Chap. 30, relating to the "storage, handling, transpo~ation, and disposal of hazardous waste" or Ordinance Code of Kern Count, Div. 8, "Underground Storage of Hazardous Substances." Conditions or practices must be corrected within the times ordered below: Your signature acknowledges receipt of a copy of this repo~'and collection of any samples described above, and is not an admission of guilt. Failure to fully comply with this "Notice and Order" may result in fu~al ~n by Countyor State officials. OWENS-CORNING FIBERGLAS CORPORATION 541 SOUTH 441, SUITE 3, MARGATE, FLORIDA 33068, PHONE: (305) 975-6700 MIAMI: 947-9836 Ooe Colombo COLOMBO CONSTRUCTION 714 Williams Street .Bakersfield, CA 93305 Dear Joe, Confirming our conversations about the underground tanks for Ryder Truck Rental in Bakersfield, California, enclosed are the tank drawings and literature we discussed. We will supply two Model PS 42-22 piping sumps to contain the sUbmersible pumps (one each for a 12,000 gallon and 8,000 gallon tank). For the other 12,000 gallon siphon tank, we will provide 2-22"x24" manway exten- sions with hardware to be modified in the field by your tank installation contractor (Steve Dubriese). This is to be used as a sump.. We will also provide 24 - 22"x24" manway extensions with hardware for the bulk oil and waste oil tanks. These too are used as sumps. I have enclosed a sketch showing what Steve and I were discussing. All of these tanks will utilize the hydrostatic monitor and have the R-8 reservoir on them. Please refer to the enclosed literature for details and operation. One of the manways on the 2-12,000 and 1-8,000 gallon tanks will have the " fittings in a straight line. These fittings will be 8-1/4" center to center. Using this fitting arrangement will allow clearance at grade for the overfill manhole and vapor return manhole. (See enclosed sketch). We did not determine if the local code requires a monitor in the sump. Steve said he will check this out when'going for permit. If a monitor is required, we will provide one Model PSS sensor per sump. I am enclosing this literature for your review. To' summarize,the followi.ng is a list of items supplied by Owens-Corning for this project: FORT LAUDERDALE BRANCH OFFICE Quotations in this letter are not intended as o~fers..All orders and contracts are taken subjeqt to acceptance by the corporation at Toledo, Ohio - 2-12,000 gallon DWT-2P diesel tanks - 1-8,000 gallon DWT-2P gasoline tank - 1-6,000 gallon DWT-2? bulk oil tank - 1-1,000 gallon DWT-4 waste oil tank - Each tank has hold down straps and an R-8 reservoir with RS-lO sensor - 2-PS 42-22 piping sumps - 6 - 22"x24" manway extensions with .hardware (two bolted together for the 12,000, 6,000 and 1,000 gallon tanks) - 1-SB0014' 4 circuit control panel - 1-SB0011 single circuit control panel - The sump sensors and switch panels will be provided if required by I local code. · , Should you have any questions about the'drawings or literature, you may contact the local Owens-Corning representative in Los Angeles or me. .The Los Angeles representative is Roy Lawrence and he can be reached at ~213/724-5383. ~ Thank you for reviewing~ this with Steve and me as I'm sure we have clarified many of the tank related items on this project. Very truly yours, 'OWENS-CORNING FIBERGLAS CORPORATION Thomas M. Andersen ~ Underground Tanks cc: J. Leone - Ryder/Miami A. Mance ~ OB/7 J. Harp ~ OB/7 G. Hormel - Tampa R. Lawrence ~ Los Angeles TMA:chg Facility Name RYDER TRUC~ 'L NEW FACII,TTY Permit No. t// TANK # 2 bulk oil (FILL OUT SEPARATE FORM FOR EACH TANKI FOR EACH SECTION, CHECK ~Lh APPROPRIATE BOXES M. I. Tank is: ~l'Vaulted [] Non-Vaulted [] Double-Wall ~l Single-Wall 2. Tank Material Carbon Steel [] Stainless Steel [] Polyvin¥1 Chloride ~] Fiberglass-Clad Steel Fiberglass-Reinforced Plastic [] Concrete [] Aluminum [] Bronze []Unknown [] Other (describe): 3, Primary Containment Date Installed Thickness (Inches) Capacity (Gallons) Manufacturer 12/86 6:000 Owens-Coming 4. Tank Secondary Containment ....... r~ Double-Wall [] Synthetic Liner [] Lined Vault Fl None ~l Unknown [~, Other (describe): Manufacturer:Owens-Corning Material fiberglass Thickness (Inches) Capacity (Gals.) '§.'Tank Interior Lining ~] Rubber [] Alkyd []Epoxy []Phenolic [] Glass [] Clay ~ Unlined [] Unknown [] Other (describe): 6. Tank Corrosion Protection [] Galvanized [~ Fiberglass-Clad [] Polyethylene Wrap [] Vinyl Wrapping [] Tar or Asphalt ~ Unknown [] None [] Other' (describe): fiberglass Cathodic Protection: [] None [] Impressed CUrrent System [] Sacrificial Anode System [~ Describe System & Equipment: 7. Lea~ Detection, Monitorinff, az~d ~nterception . 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 Flo~ To Monitoring Well(s)* [] Vapor Detector *~%] L/quid Level Sensor* [] Conductivity Sensor* [] Pressure Sensor In Annular Space Of Double Wall Tank* [] Liquid Retrieval & Inspection From U-Tube, Monitoring ~ell Or Annular Space [] Daily Gauging & Inventory Reconciliation ~l Periodic Tightness Testing [] None [~ Unknown [] Other b. Piping: [] Flow-Restricting Leak Detector(s) For Pressurized Piping* [~]Monitoring Sump With Raceway [] Sealed Concrete Raceway [] Half-Cut Compatible Pipe Raceway []Synthetic Liner Raceway [] None []Unknown [] Other PVC with monitorinA well *Describe Make & Model:'. Owens-Corning fliberAlass reservoir R-8; reservoir sensor 8. Tank Tightness Not applicable RS-10; control panel SB00~4 Has This Tank Been Tightness Tested? [] Yes f~ No [] Unknown Date Of Last Tightness Test Results Of Test Test Name Testing Company 9. Tank Repair Not applicable Tank Repaired? []Yes [] No []Unknown Date(s) Of Repair(s) Describe Repairs 10. Overfill Protection [] Operator Fills, Controls, & Visually Monitors Level [~ Tape Float Gauge [] Float Vent Valves [] Auto Shut-Off Controls [] Capacitance Sensor [] Sealed Fill Box [] None [] Unknown [] Other: OPW 840 overfill protection fill box List Make & Model For Above Devices OPW 53' VM float vent valve ll.'Plptng a. Underground Piping: [] Yes [] No [] Unknown Material fiberglass Thickness (inches) Diameter 2" Manufacturer A.O. Smith ~ Pressure []Suction [] Gravity Approximate Length Of Pipe Run 70' b. Underground Piping Corrosion Protection: . [] Galvanized [] Fiberglass-Clad [] Impressed Current [] Sacrificial Anode [] Polyethylene Wrap [] Electrical Isolation [] Vinyl Wrap []Tar or Asphalt [] Unknown [] None f~ Other (describe): fiberglass c. Underground Piping, Secondary Containment: [] Double-Wall [] Synthetic Liner S~stem [] None [] Unknown Facility Name RYDER TRUCK / NEW FACILI17Y ,~-- Permit TANK # 5 diesel. (FILL OUT, SEPARATE FORM FOR EACH TANK} FOIl EACII'SECTI.O~, CHECK ALL APPROPRIATE BOXES H. 1. Tank is: [-] ~aulted [] Non-Vaulted [] Double-Wall ~q'Single-Wall Z. Tank Material Carbon Steel [] Stain]ess Steel [] Polyvin¥1 Chloride [] Fiberglass-Clad Steel []Fiberglass-Reinforced Plastic [] Concrete [] Aluminum [] Bronze []Unknown []Other (describe): 3.*Primary Containment Date Installed Thickness (Inches) Capacity (Gallons) Manufacturer 12/86 12,000 Owens-Corning 4. Tank Secondary Containment ~ Double-Wall [] Synthetic Liner [] Lined Vault ['] None [] unknown [~ Other (describe): Manufacturer:' Owens-Corning Material fiberglass Thickness (Inches) Capacity (Gals.)560. 5.'Tank Interior Lining [] Rubber [] Alkyd []Epoxy []Phenolic [~] Glass [] Clay [] Unlined [] Unknown [] Other (describe): 6. Tank Corrosion Protection [] Galvanized [] Fiberglass-Clad [] Polyethylene Wrap [] Vinyl Wrapping [] 'Tar or Asphalt [] Unknown [] None [] Other' (describe): fiberglass Cathodic Protection: [] None [] Impressed Current System [] Sacrificial Anode System '[]. Describe System & Equipment: ?. Leak Detection, ~onitortng, and ~nterception 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* [] Conductivity Sensor* [] Pressure Sensor In Annular SPace Of Double Wall Tank * [] 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 Piping* I-]Monitoring Sump With Raceway [] Sealed Concrete Raceway [] Half-Cut Compatible Pipe Raceway []Synthetic Liner Raceway [] None ~Unknown [] Other monitor~n~ s~p · Describe Make & Model:, Owens-Corn~n~ f~ber~]~ r~rv~r ~-R~ 8. Tan.___~kTightness Not applicable RS-10; control panel SB001~ Has This Tank Been Tightness Tested? ~ Yes~ [] No ~ Unknown Date Of Last Tightness Test Results Of Test Test Name Testing Company 9. Tank Re__~ Not applicable Tank Repaired? [-] Yes '[~ No ['] Unknown Date(s) Of Repair(s) Describe Repairs 10. Overfill Protection [] operator Fills, Controls, & Visually Monitors Level [] Tape Float Gauge [] Float Vent Valves [] Auto Shut-Off Controls · [] Capacitance Sensor [] Sealed Fill Box [] None [] Unknown ~ Other: 4" OPW 840 overfill pro~cr~on ~1] hoxL.tst Make & Model For Above Devices OPW 53 V~ flo~t vent valve a. Underground Piping: [] Yes [] No [] Unknown Material fiberglass Thickness (inches) Diameter 2" Manufacturer A.O. Smith ~ Pressure [] Suction [] Gravity Approximate Length Of Pipe Run b. Underground Piping Corrosion Protection: [] Galvanized [] Fiberglass-Clad [] Impressed Current [-] Sacrificial Anode [~].Polyethylene Wrap [-] Electrical Isolation [] Vinyl, Wrap [2}Tar or Asphalt [] 'Unknown [-] None [~ Other (describe): .fiberglaSs c. Underground Piping, Secondary Containment: .[%] Doub~e-Wall [] Synthetic Liner System [] None .C~ Unknown Facility. Name RYDER TRUCK ~, NEW FACILITY ~._ Permit No. TANK ~ I "8{~e (FILL OUT SEPARATE FORM ~UR EACH TANK) FOR EACH SECTION, CHECK ALL APPROPRIATE BOXES N. 1. Tank is: [[]Vaulted [2] Non-Vaulted [] Double-Wall [] Single-Wall 2. Tank Material Carbon Steel Iq Stain]ess Steel [] Pol~vin~l Chloride [] Fiberglass-Clad Steel []Fiberglass-Reinforced Plastic [] Concrete [] Aluminum [] Bronze []]Unknown []Other (describe): 3. Primary Containment Date Installed Thickness (Inches) Capacit~ (Gallons) Manufacturer 12/86 1~000 Owens-Corning 4. Tank Secondary Containment ~ Double-Wall [] Synthetic Liner [] Lined Vault ['] None [] Unknown [], Other (describe): Manufacturer: Owens-Cornin~ Material fiberglass Thickness (Inches) Capacity (Gals.) 100 5.?ank Interior Lining [-] Rubber ['] Alkyd [2]Epoxy []]Phenolic [] Glass [] Clay [] Unlined [] Unknown [q Other (describe): 6. Tank Corrosion Protection [] Galvanized [] Fiberglass-Clad ['] Polyethylene Wrap ['] Vinyl Wrapping ,. [] Tar or Asphalt [] Unknown [] None ~] Other (describe): fiberKlass tank Cathodic Protection: [] None [] Impressed Current System [] Sacrificial Anode System ~' [] Describe System & Equipment: ?. Leak Detection, Monitoring, and _Interception a. Tank: [] Visual (vaulted tanks only) [] Groundwater Monitoring Well(s) [] Vadose Zone Mon]toring Well(s) Iq U-Tube Without Liner .~ U-Tube with Compatible Liner Directing Flow To Monitoring Well(s)* [] Vapor Detector'*~q Liquid Level Sensor* [-] Conductivity Sensor* [] Pressure Sensor In Annular Space Of Double Wall Tank * [-] Liquid Retrieval & Inspection From U-Tube, Monitoring Well Or Annula~ Space [] Daily Gauging & Inventory Reconciliation [-] Periodic Tightness Testing [] None [] Unknown [] Other b. Piping: [] Flow-Restricting Leak Detector(s) For Pressurized Piping* []]Monitoring Sump With Raceway [] Sealed Concrete Raceway [] Half-Cut Compatible Pipe Raceway [] S~nthetic Liner Raceway [2] None []Unknown [] Other PVC sleeve with mon]tor]n~ · Describe Make & Model:. Owe~$-Cornin~ fiberElmss reservoir: R-8~ rmgervo]r 8. Tank Tightness Not applicable RS-lO; control panel Has This Tank Been Tightness Tested? ~ Yes ~ No ~ Unknown SBO011 Date Of Last Tightness Test Results Of Test Test Name Testing Company 9. Tank Repair Not applicable Tank Repaired? []]Yes [] No. [']Unknown Date(s) Of Repair(s) Describe Repairs lC. Overfill Protection [] Operator Fills, Controls, & Visually Monitors Level [] Tape Float Gauge [] Float Vent Valves [] Auto Shut-Off Controls [] Capacitance Sensor [[] Sealed Fill Box [] None [] Unknown [~ Other: 4" OPW840 overfill prot. fill bow List Make & Model For Above Devices OPW 53 VM float vent valve 11. piping a. Underground Piping: [] Yes [] No [] Unknown Material Thickness (inches) Diameter 3" Manufacturer A.O_ Smith [] Pressure ~-] Suction [] Gravity Approximate Length Of Pipe Run b. Underground Piping Corrosion Protection: [] Galvanized [] Fiberglass-Clad ~ Impressed Current [] Sacrificial Anode [] Polyethylene Wrap [] Electrical Isolation [] Vinyl Wrap []Tar or Asphalt [] Unknown [] None [] Other (describe): fiberglas~ pipe c. Underground Piping, Secondary Containment: [] Double-Wall [] Synthetic Liner System [] None [] Unknown Facility Name RYDER TRUC~NTAL NEW FACILITY Permit No. TANK # 4 diesel (FILL OUT SEPARATE FORM '~OR EACH TANK) FOR EACll SECTION, CtlECK ALL APPROPRIATE BOXES H. 1. Tank is: [~,Vau'ited [~] Non-Vaulted [] Double-Wall ii,Single~Wall 2. Tank Material Carbon Steel [] Stain]ess Steel [] Polyvinyl Chloride [] Fiberglass-Clad Steel Fiberglass-Reinforced Plastic [] Concrete [] Aluminum [].Bronze []Unknown [] Other (describe): 3. Primary Containment Date Installed Thickness (Inches) 'Capacity (Gallons) Manufacturer 12/86 12:000 ¢. Tank Secondary Containment [] Double-Wall [] Synthetic Liner [] Lined Vault f~ None [] Unknown [~ Other (describe): Manufacturer: OwenS-Corning Material .fiberglass Thickness (Inches) CapaCity (Gals.) 5.'Tank I, nterior Lining [~] Rubber [] Alkyd [~]Epox¥ I-)Phenolic [-] Glass [] Clay ~1 Unlined [] Unknown [-i Other (describe): 8. Tank Corrosion Protection [] Galvanized [] Fiberglass-Clad [] Polyethylene Wrap [] Vinyl Wrapping ~] Tar or Asphalt ~] Unknown [] None ~] Other' (describe): fiber~]~ ' Cathodid Protection: [] Nolle [] Impressed Current System [~ Sacrificial Anode System [~ Describe System & Equipment: ?. Leak Detection, Monitoring, and ~nterception 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* [] Conductivity Sensor* [] Pressure Sensor In Annular Space Of Double Wall Tank* [] 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 Piping* []Monitoring Sump With Raceway [] Sealed Concrete Raceway [~] Half-Cut Compatible Pipe Raceway []Synthetic Liner Raceway ~] None D Unknown [] Other monitoring sump *Describe Make & Model:. Owens-Cornin~ fiber~]ass r~s~rvo~r R-~; r~v~ 8. Tank Tightness Not applicable RS-~0; control panel SB0014 Nas This Tank Been Tightness' Tested~ [] Yes O No [~ Unknown Date Of Last Tightness Test Results Of Test Test Name Testing Company 9. Tank Repair Not applicable Tank Repaired? [-]Yes [] No [~]Unknown Date(s) Of Repair(s) Describe Repairs 10. Overfill Protection [] Operator Fills, Controls, & Visually Monitors Level []Tape Float Gauge [] Float Vent Valves [] Auto Shut-Off Controls Capacitance Sensor [] Sealed Fill Box [] None [] Unknown [] Other: 4" OPW840 overfill prot~ctimn F~ll ~w List Make & Model For Above Devices OPW 53 VM float vent valve 11. Piping a. Underground Piping: [] Yes [] No 2,,[] Unknown Material fiberglass Thickness (inches) Diameter Manufacturer A.O. Smith []~ Pressure ~] Suction [] Gravity Approximate Length Of Pipe Run 50' b. Underground Piping Corrosion Protection: [] Galvanized [] Fiberglass-Clad [] ImpreSsed Current [] Sacrificial Anode [] Polyethylene Wrap [-]Electrical Isolation [] Vinyl Wrap [~]Tar or Asphalt [] Unknown [] None f~ Other (describe): fiberglas~ c. Underground Piping, Secondary Containment: [~ Double-Wall [~] Synthetic Liner System [] None [~ Unknown [] Other (describe):' A.©. Smith 3" red ~hread Facility Name RYDER TRUC~RENi?,~L NEW FAQILITY .... Permit No. TANK ~ 3 gasoline (FILL OUT SEPARATE FORM BOR EACH TANK) FOR EACH SECTION, CHEC____~KGLL APPROPRIATE .BOXES N, 1. Tank is: {2]Vaulted [] Non,Vaulted [] Double-Wall [] Single-Wall 2. Tank Material [~ Carbon Steel [] Stain]ess Steel [] Polyvinyl Chloride [] Fiberglass-Clad Steel [] Fiberglass-Reinforced.Plastic [] Concrete f~ Aluminum [] Bronze []Unknown [] Other (describe): 3, Primary Containmen~ Date Installed Thickness {Inches) Capacity (Gallons) Manufacturer 12/86 8~,000 Owens-Cornin~ 4. Tank Secondary Containment -- ~] Double-Wall [] Synthetic Liner [] Lined Vault [] None [q Unknown [~ Other (describe): Manufacturer: Owens-CorninK Material fiberglass Thickness {Inches) Capacity {Gals.) 400 5.'Tank Interior Lining [] Rubber [] Alkyd {2]Epoxy []Phenolic [] Glass [~ Clay [~ Unlined fq Unknown [2] Other (describe): 6. Tank CorrosioN Protection [] Galvanized [] Fiberglass-Clad [-] Polyethylene Wrap [] Vinyl Wrapping [] Tar or Asphalt ~ Unknown D None [] Other' (describe): fiberglass Cathodic Protection: ~ None [] Impressed Current System [] Sacrificial Anode System ~ Describe S~stem & Equipment: ?.'Le~, Detection, Monitoring, and _Interception' a. Tank: [] Visual (vaulted tanks only) [] Groundwater Monitoring Well(s) [q Vadose Zone Monitorin~ Well(s)'Iq U-Tube Without Liner .[] U-Tube with Compatible Liner Directing Flow To MOnitoring Well(s)* [] Vapor Detector'*~ Liquid Level Sensor* ~q Conductivity Sensor* ~ Pressure Sensor In Annular Space Of Double Wall Tank * [] 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 Piping* []Monitoring Sump With Raceway [] Sealed Concrete Raceway [] Half-Cut Compatible Pipe Raceway [2] Synthetic Liner Raceway [] None [] Unknown [] Other monitoring sump · Describe Make & Model:~. Owens-Corning fiberglass reservoir R-8; reservoir sensor 8. Tank Tightness Not applicable RS-10; control panel SB0014 Has This Tank Been Tightness Tested? [] .Yes [] No [] Unknown Date Of Last Tightness Test Results Of Test' Test Name Testing Company 9. Tank Repair Not applicable Tank Repaired? [~ Yes [] No [] Unknown Date(s) Of Repair{s) Describe Repairs lO. 0verflll Protection [] operator Fills, Controls, & Visually Monitors Level ['] Tape Float Gauge [~ Float Vent Valves [] Auto Shut-Off Controls [] Capacitance Sensor [] Sealed Fill Box [] None [] Unknown [] Other: 4" OPW840 overfill prmt_ fill how List Make & Model For Above Devices OPW 53 VM float ventvalve 11. Pipln~ a, Underground Piping: [] Yes [] No [2] unknown Material fiberglass Thickness (inches) Diameter 2" Manufacturer A.D. Smith ~] Pressure []Suction [] Gravity Approximate Length Of Pipe Run 30' b. Underground Piping Corrosion Protection: [] Galvanized [] Fiberglass-Clad ~] Impressed Current [] Sacrificial Anode [] Polyethylene Wrap [] Electrical Isolation [] Vinyl Wrap ~Tar or Asphalt [] Unknown [] None [~ Other.(describe): fiberglass c. Underground Piping, Secondary Containment: [] Double-Wall [] Synthetic Liner System [] None [] Unknown [] Other (describe): A.O. Smith 3" red Kern County ,,ealth Oepartment/~ ~._Perm!t No. ~/~ Division of Environmental HeaL'., App,. ltion Date~ 1700 Flower Street, Bakersfield, CA 9330§ · (80~) 861-3636 APPLICATION FOR PERMIT TO OPERATE UNDERGROUND HAZARDOUS SUBSTANCES STORAGE FACILITY Type Of Application (check): []New Facility OModiftcatton Of Facility OExisting Facility~Transfer Of Ownership A. Emergency 24-Hour Contact (name, area code, phone): Days ~--//~ /' Nights o~ 3~ -/~7~ . Facility Name Ryder Truck Rental No. Of Tanks 6 Type Of Business (check): ~Gasoline Station ~Other .(describe) Truck Maintenance Is Tank(s) Located On An A~ricultural Farm? ~Yes Is Tank(s) Used Primarily For Azricu~tura~ Purposes? ~Yes ~No Facility Address 2929 E. Brunda~e Lane Nearest Cross S~. ,,Industrial T R SEC (Rural Locations Only) O~ner Ryder Truck Rental Contact Person Paul Kalvai~is Address 1~875 Landmark Blvd. Dallas Zip. 752~0 Telephone21~-788-~215' Operator N/A Conkack Person Address N/A Zip Telephone P~. B. ~a~er To Faci[i'ky Provided By Calif. ~a~er Service Depth to Groundwater Roil Characteristics At Facility'See Da~e 2 ~es~ lo~ 1~ 2~ 3~ ~ Basis For Soil Type~nd Groundwater Dep[h De[ermina[ions See soils inves~isa~ions da~ ~$~ ~~ 1-30~6 C. Contractor Col~bo Const. Co., Inc. CA Contractor's License No. 19~788 Address 7~ Willies St, ~ersfield Zip 93305 Telephone '327-5934 Proposed Starting Date 32-~-86 Proposed Completion Date Worker's Compensation Certification No. ~0-82 Insurer Stat~ D. If This Permit Is For Modification Of An Existing Facility, Briefly Describe Modifications Proposed g. Tank(s) Store (check all that apply): Tank ~ Waste Product Motor Vehicle Unleaded Regular Premium Diesel Waste Fuel Oil o o o o o ~]~0 ~ Oil 0 0 0 0 0 0 ~ ' ~ 0 ~ 0 0 0 4 0 ~ ~ 0 0 0 ~ 0 5 X X' X z. ch~micai C%mpositio~ Of .ateriais Stored '(not necessary for motor ve~icie fu~is} Tank ¢ Chemical Stored {non-commercial name) CAS ¢ (if known} Chemical Previously Stored (if different) N/A Transfer Of Ownership N/A Date Of Transfer Previous Owner Previous Facillty Name I, accept fully all obligations of Permit No. issued t: [ uuderstand that the Permitting Authority may review an, modify or terminate the transfer of the Permit to Operate this under,round s[oraw facility u~on receiving this completed form. This form has beea complet.ediPhn~e~ penalty of. perjury and to the best of my knowled.~ie is t~uc · FILE CONTENTS INVENTORY [] Permit to Operate ~ Date [] Permit to Operate Application ~Tanks_~ Plot Plan [] Construction Permit # Date ~ Construction P~rmit Application ~z/~z~f~ ~ Date / [] Permit to Abandon ~ No. of Tanks Date [] Application to Abandon tank (s) Date [] Amended Permit Conditions Modification [] Annual Report Forms [] Copy of Written Contract Between Owner & Operator [] Inspection Reports /'~Correspondonc.o - Roceived Date ~ & Date Date ~. Date [~ Correspondence - Mailed Date Date Date Date []' Unauthorized Release Reports [] Abandonment/Closure Reports [] Sampling/Lab Reports [] MVF Compliance Check (New Construction Checklist) [] STD Compliance Check (New Construction Checklist) [] MVF Plan Check (New Construction) [] STD Plan Check (New Construction) [] MVF Plan check (Existing Facility) [2] STD Plan Check {Existing Facility) []' "Incomplete Application" Form [] Permit Application Checklist [] Permit Instructions [] Discarded [] Tightness Test Results Date Date Date [] Monitoring Well Construction Data/Permits [] Environmental .Sensitivity Data: [] Gr©ur~dwater Drilling, Boring Logs [] Locar_ion of Water Wells [] State.~,~ent of Underground Conduits [] Plot Plan Featuring All Environmentally Sensitive Data [] Photos [] Construction Drawings Location: [] Half sheet sh~wing date received and tally of. inspection time, etc [] Miscel lan,~c~z '" ~ ~) MODEL Double-WallTank '-'~  DWT-4 1000 Short Form Specification: © With The contractor shall provide U.L.--labeled Standard Double-Wall Fiberglas® underground storage tanks in sizes and with fittings as (~ I-i[[irlLj~ shown on the drawings. The tanks shall be (~ F*- 301/4 "-+{ © Shown manufactured by Owens-Corning Fiberglas. ~, r-] m r'lI ~ " ' ~' Tanks shall be tested and installed with pea t I ! gravel or approved alternate backfill i, ~"~' ~ '" material according to the current installation · ~, ·~ instructions (Owens-Corning Fiberglas Publication 3-pE-6304 and 3-PE-12681) provided with the tank. 4' 6"511/2" Monitoring Capabilities . ~ ~) The following continuous monitoring condi- i 'tions are compatible with the cavity between ~ ~ i 'ri the inner and outer tank: ~ I .. · Vented to atmosphere I ' ' ' · Sealed tank cavity ' -- 1001/2 ,r _ · Vacuum--3" mercury maximum -~ " (1.5 psi max.) · Positive air pressure (3 psi max.) . . '..".! ;' ..' · Hydrostatic pressure--7 foot maximum . 1381~" _~ head pressure over tank top. Clearance between inner and outer t. Hold down strap db locations are indicated by arrows ~ -~ 3. Fittings ara centered on an 8" radius If om the center of the manway cover wall ............................ 1 ¥~" 2. For information and limit ations on accessory locations on tanks, refer and spaced 90 degrees apart. to current issue of Pub. No. 3-PE-6312 "Fiberglas Tanks for Fuel Storage" MK SIZE NO. ' ITEM POSITION A 22' I Manway Canter . .-' '..~ -" ' ·" ' ~'' · ':'i" ':: ' ;'-.: ' "~ ..... ' ILl Center · ..I S 24' Sq. 1 Deflector Plate ' "" " ... C~ C 4' 4 NPT Fittings (See Note 3) 1,2,3,4 on manway cover · · · ' - · . · "1'" D 4' 2 NPT Monitoring Fitting Z i.- G IT' H I J CUSTOMER I DESTINATION&METHOD RECOMMENDED SERVICE DRWG NO. QUANTITY MODEL ACTUAL CAPACITY DWT-4 1000 971 Gallons APPROX. WEIGHT APPROX. CAVITY VOLUME CUSTOMER ORAWlNG NO. 950 Lbs. 100 Gallons PREPAREDBY TELEPHONE NO. REVISION DATE -" CHKD ' ' Pub. No. 15.PE.12684:7-B LithoinU.$.A.,April, 1985 Copyrigl. g Double-Wall Tank ) ~ i) MODEL Short Form Specification: DWT-2P 6000 The contractor shall.provide U.L.--labeled ~ .,' _~ With Double-Wall Fiberglas® underground · Standard · storage tanks in sizes and with fittings as ~/3 ~ ~ · Shown,Fittings shown on the drawings. The tanks shall be ~3' ,-L.- ,, manufactured by Owens-Corning Fiberglas. . .·. Tanks shall be tested and installed with pea (~) '"z=:~.~,,'~. r~ (~ gravel or approved alternate backfill -.. material according to the current installation I I instructions (Owens-Corning Fiberglas · · (~ · · ' 8" ID provided with the tank. Monitoring Capabilities 8' 2" i 7' 11¼" OD The following continuous monitoringcondi- tions are compatible with the cavity between ·. · the inner and outer tank: , · Vented to atmosphere · Sealed tank cavity ~ · Vacuum--3" mercury maximum . · Positive air pressure (3 psi max.) I · Hydrostatic pressure--7 foot maximum 19' 9. ' . head pressure over tank top. Clearance between inner and outer 1. Hold down strap rib locations are indicated by arrows ~ -~ 3. Fittings are centered on an 8' radius from the cartier of the manwey cover 2. For inlormation and limitations on accessory locations on tanks, refer and spaced 120 degrees apa~l. lo current issue of Pub. NO. 3-PE-6312 "Fiberglas Tanks lot Fuel Storage" MK SIZE NO. ITEM POSITION · A 22' 2 Manway : " ,,J B 24'Sq. 2 Deflector Plate /~l C 4' 6 NPT Fittings (See Note 3) 1.2,3 on each manwey cover · . 'I" D 4' 2 NPT Monitoring Fitting (j,) E -- I Lift Lug center 4' Wide ~ F 2° Thick 2 Bumper Pad I o J CusTOMER I DESTINATION&METHOD RECOMMENDED SERVICE DRWG NO. QUANTITY MODEL ACTUAL CAPACITY DWT-2P 6000 5930 Gallons APPROX. WEIGHT APPROX. CAVITY VOLUME CUSTOMER DRAWING NO. 3400 Lbs. ~ Gallons PREPARED BY TELEPHONE NO. REVISION DATE CHKD Pub. NO. 15-PE.12684:9-S Lithoin U.S.A..April. 1985 Copyright ~ 1985Owens-CorningFiberglasCorporation / Double-Wall Tank, -') MODEL Short Form Specification: DWT-2P 8OOO The contractor shall provide U.L.--labeled -~~,.~.'~ ~ . Standard storage tanks in sizes and with fittings as --'"' ~l:ittinns shown on the drawings. The tanks shall be ' manufactured by Owens-Corning Fiberglas. (~ '~,v i ,~---('A~I 33 ~ ; Z~' , ~ " Tanks shall be tested and installed with pea t ~ ~CI'~' I~ ~~/ gravel or approved alternate backfill ", material according to the current installation I/ t ~ instructions (Owens-Coming Fiberglas ~ / ~ Publication 3-PE-6304 and 3-PR-12681) provided with the tank. 8'2". (]~ (~ /'7'111/4"0D, lions are compatible with the cavity between The following continuous monitoring con'di- ~ the inner and outer tank: ,_ · Vented to atmosphere , · Sealed tank cavity =I · Vacuum--3" mercuP/maximum I · Positive air pressure (3 psi max.) : .25' 3". : . Hydrostatic pr'essure--7 foot m~ximum ·. head pressure over tank top. Clearance between inner and outer t. Hold down strap rib locations are indicated by arrows ~- ~ 3. Fittings are centered on an 8 ' radius Irom the center of the manway cover 2. For information and limitations on accessory Iocalions on tanks, taler and spaced 120 degrees apart. Io current issue of Pub. No. 3-PE-6312" Fiberglas Tanks lot Fuel Slot·ge" MK SIZE NO. ITEM POSITION A 22' 2 Manway · -J B 24' Sq. 2 Deflector Plate ~ C 4' 6 NPT Fittings (See Note 3) · 1,2,3 on each menway cover '1" O 4' 2 NPT Monitoring Flttlng (~ E -- 2 Lift Lugs 4 ° Wide ~ F 2: Thick 2 eumper Pad J CUSTOMER I DES'I~INATION & METHOD RECOMMENDED SERVICE DRWG NO. QUANTITY MOOEL ACTUAL CAPACII'~ DWT-2P 8000 7830 Gallons APPROX. WEIGHT APPROX. CAVITY VOLUME CUSTOMER DRAWING NO. 4200 Lbs. "~allons . PREPARED eY TELEPHONE NO. REVISION DATE CHKD Pub. No. 15-PE-12684: lo-e Litho m U.SA . April. 1985 Conyriqht '_."' 1985 Owens-Corning Fiberglas Corporalion --)'- · -) MODEL Double-Wall Tank DWT-2P 12000 Short Form Specification: With T. he contractor shall provide U.L.--labeled ~,~;' ~~"'/ Standard· Double-Wall Fiberglas® undergrOund · ' storage tanks in sizes and with fittings as ,., Fittings shown on the drawings. The tanks shall be I 10'~"' = _ _ Shown ' manufactured by Owens-Corning Fiberglas. (~ ~r---~ : ~33~' =i (~[~- (~) ~' Tanks shall be tested and installed with pea ~ gravel or approved alternate backfill : , material according to the current installation __. ~ ~'1 Fi n instructions (Owens-Corning Fiberglas ~ 7' 8" ID provided with the tank. ~onitorin§ Capabilitie~ . . . tions are compatible with the cavity between the inner and outer tank: .. · I · Vented to atmosphere ; · Sealed tank cavity i I · Vacuum--3" mercury maximum -4' 10"--~8' 3" . . 10' 1". ' . 8'3" 4' 10"-- (1.5 psi max.) · Positive air pressure (3 psi max.) · Hydrostatic pressure--7 foot maximum 36' 3" · head pressure over tank top. Clearance between inner and outer 1. Hold down strap rib locations are indicated by arrows ~,- "~ 3. Fittings are centered on an 8" radius lrom the center of the manway cover * wall ........... ; ................ I t,~- 2. For iniormalion and limitations on accessory locations on tanks, refer and spaced 120 ~legrees apart. to current issue of Pub. No. 3-PE*6312"Fiberglas Tanks for Fuel Storage" : Mi( SIZE NO. ITEM POSITION A 22' 2 Manway · --J B 24' Sq. 2 Deflector Plate f'~ C 4' 6 NPT Flltlngs (See Note 3) 1,2,3oneachmenwaycover ~ D 4' 2 NPT Monitoring Fitting ~ E -- 2 Lilt Lugs 4 ' Wide ~,~ F 2. Thick 2 Bumper Pad -~-'-'-.~ H I J CUSTOMER I DESTINATION'& METHOD RECOMMENDED SERVICE DRWG NO. QUANTITY MODEL ACTUAL CAPACITY Dw'r-2P 12000 11630 Gallons '~PPROX. WEIGHT APPROX. CAVII'Y VOLUME CUSTOMER DRAWING NO. 6000 Lbs. --~ Gallons PREPARED BY TELEPHONE NO. REVISION DATE CHKD Pub. NO. 15.PE.12684:12-B LithoinU.S.A.,April. 1985 Copyright .:~ 1985Owens-CorningFiberglasCorporatlon i ,ng Sump .. Short Form Specification: The contractor shall provide Fiberglas® piping sump with fittings as shown on the drawings. The piping sump · shall be manufactured by Owens-Corning Fiberglas. ~.l Piping sumps shall be installed with pea grovel or approved alternate crushed stone backfill material according to the current installation instructions (Owens- Corning Fiberglas Publication 5-PE-13606) provided with the pip~ng sump.  Model PS42-22 Model SPS42-22 o With Standard Fittings Shown With Standard Fittings Shown ~.., A 4' 2 Fiberglas= pipe cou piing 1,7 A 4" 2 Fiberglass pipe cou piing 1,7 ~ 8 "1~ 4 NPTfitflngsw/plugs 4,10,16,22 B 1" 4 I NPT~lttlngsw/plugs I 4,10,16,22 ~ C -- 1 Sensor mounting clip 3 ~ C -- I Sensor mountingcllp 3  O 23' dla.1 Friction fitlldwtthhandle ~ iD 28" dia.I 22"lDmanwayw/steelcover E -- 4 Ll~lng handle Top: 1,13; bottom: 1,13 ~ E -- 4 Ll~tlng handle Top: 1,13; bottom: 1,13 ~ F 22' dia.I Bottom cutout w/bolt pattern ~ F 22" die.I Bottom cutout w/bolt pattern G ~ G 4' 1 NPT fitting cen~er Z_ H ~ H ~ j J K K L L Customer [ Destination & Meth~ Customer ~ Destination & Meth~ R~ommended Se~ice O~g. R~mmend~ Se~ice" O~g. No. No. Actual Cap.{ Approx. WE c~,, O~. M~el ~ctuai Cap. ~ Approx. WI. Cu,. PS42-22 235 gals. 125 lbs, SPS42-2~ 238 gals. 165 lbs. . .... PreparedBy Telephone No.Revision c,,u.°=~ Prepared By T~lep~one No.Revision ~. Notes: Rg. A 1. Installation accossories not shown: (~) 22" Cork Manway ~asket, (24) moral/ neoprene washers, (1) tube of silicone caulk. 2. Fitting positions are every 15 degrees as shown in Figure A. 3. Standard fitting positions are.at 1 and 7 o L.. Piping Sumps .. Models PS42-22, PS42-30 SPS42-22, SPS42-30 -* For Secondary Containment of Pumps & Piping Specification 1.2 Features Installation & 1.1 General Description 2 The piping sump provides containment of a submersible pump leak and also provides a termination point for double wall piping ~ Model PS 42-22 Shown systems. "~ ' ' The piping sump is installed on top of the manway where the submersible pump is located. Primary piping is installed from the ~22" ,D submersible pump to the dispenser. When the double wall piping Sensor mounting / [ ~ * ...... ~ ?.,% .' is installed over the primary piping, the double wail pipe connects bracket---C.._ /' ~ _ 1" NFT fu! coupfng tooneofthetwofactoryinstalledfittingsinthesideofthepiping J-~_ / ~ 'r~ng(4@90°spac~g) '" sump. In the event of an accidental spill from the primary piping, . Li .fl~ I. ~ 4" fbergisss bell coupling the spilled product will drain to the piping sump. Any spill from the . submersible pumpisalso contained bythe piping sump. . ...~ 1" NPT--~,~-~ ~o,- .J ' : . ' All of the Piping sump penetrations, which are used for electrical ........ ~,. ~o .... . '* pattern' ......... ' and piping connections, can be sealed to provide a "water-tight" ~ container. A friction fit lid (model series PS) prevents rain water fromenteringthroughthetopofthepipingsump. Since the top is "' Notshown:22';bottomgasketandrnounfinghardware . not sealed, the piping sump will fill with water if the ground water table exceeds the top of the piping sum p. As an option, the piping sump can be specified with a bolt-on Figure 3 gasketed lid (model series SPS) to provide an" air-tight" container Model SPS ~,2-22 Shown' which can be used in areas with high ground water conditions or · where the owner wants to test the tightness of the secondary 4- Nm' fitting · piping and sump. ~ 22- ID manway !~...~ An optional sump sensor for continuous electronic monitoring is Sensor / ~_~ available. This sensor is compatible with the optional OCF- mounting / ~ ~ \\ bracket ~ /2 ~ 1 # NPT full couping supplied electronic control panels. } ~ / o,' ",,J~ litlJng(4@90°spacing) The piping sump is compatible with either a 22" ID or 30" ID ..... ~. . ? 4- f'berglass bell coupling nar~,,, i~ (T~(2 @ 900 spacing) o,t a.em 6" 6" Not shown: 22" bottom gasket and mounting hardware Completed Piping Sump Installation with Optional Sump Sensor 1.3 Specifications: Model PS42-22 Model SPS42-22 Model PS42-30 Model SPS42-30 Dimensions: 42" dia. x 37" H 42" dia x 36" H Weight: 125 lbs 175 tbs Capacity: 235 gallons 238 gallons Materials: Isophthalic Isophthalic Polyester Polyester *Optional sump sensor kit is available from owens-Corning Pipe Fittings: (2) 4" FRP coupling @ 90 °spacing *'Contractor supplied items Electrical Ftgs: (4) 1 "Steel N PT full coupling @90 o spacing Sump Bottom Bolt Pattern: PS42-22: 22" SPS42-22:22 "" PS42-30: 30" SPS42-30: 30" £.:.. ,;.i Gaskets: same same ~-"P' Hardware: gatvanized steel galvanized steel Type Lid: FR P friction fit Steel manway cover Lid Opening: 22" Dia '22" Dia Lid Fittings: None (1) 4" NPT 1.4 Installation Figure 5 General . -. ' The piping sump is produced in two pieces: a top half and bottom ~t: .Ne,a: . half. The bottom half is surface mounted on the manway where Fa a,t~t h~ Use neo¢m.e coat~ ' the submersible pump will be located. After completing the piping ¢~ te,~r,*~w~.~_.~ ,~,,~r~e ~e and wiring connections to the submersible pump and optional piping sump sensor, the top and bottom halves are cemented ~ ' I ' ~i FRP piping sump together using the two-part adhesive used for fiberglass pipe ~j ! co~gas~ [Z. ~-~" ' connections./o~~ ~.rmt~o.om~!1 Handling , Use the side handles to manually or mechanically lift the piping sump. Do not roll or drop. Set on smooth ground. If high winds are anticipated, the contractor is responsible for tieing down to . prevent damage from being moved by high winds. -rv~.,~y co~w . FRP margay Before installafion visually inspect the piping sump for potential. As the bolts are tightened, the T-nut will permanently inbed itself in impact or haddling damage. .. the fiberglass manway flange. A surface-mounted piping sump ~/Tank Burial Depth . . .~. ~. ... will prevent future access to the tank from that manway. ....j~rhe piping sump is designed for a minimum tank burial depth of Tank Access for 22" Manways - ~'~ ~' 4~" from lhe tank top to ,qrade. Deepe~' burial depths are possible (Models PS42-30 and SPS42-30 only) .-~., ~. by using 24" manway extensions. · Piping sumps, which have a 30" bolt pattern at th~ bott~r~,'Can b~ ~"* ........ used in conjunction with a manway attachment ring whenever future access to a 22" tank manway is required. The manway Figure 4 attachment ring is an optional OCF-supplied accessory. Piping Sump Instaliat;'on With Access~le 22" Manway Gaskets Surface Mounting on a 22" or30" Manway If the piping sump is to be surface mounted on the manway, first remove the existing botts on the manway cover. Rotate the man- way cover to align the fittings and submersible pump with Hydrostatic Water Test the intended piping run (see typical piping configuration). Use the supplied cork manway gasket, silicone caulk and Wipe the manway cover to remove any dirt, gravel, or other metal/neoprene washers to surface mount the piping sump on the foreign substances that may interfere with the (jasket. Place the manway cover. After tightening all bolts fill the piping sump bot- supplied cork gasket on top of the steel cover and align it with the tom with 1-2" of water. Allow the water to stand at least 12 hours bolt pattern. Position the bottom of piping sump on top of the while other functions are being performed. gasket. Inspect the bolts and underside of the tank manway for potential Use the supplied silicone caulk and washers to seal the bolt leaks. Tighten bolts or repair any gaskets/seals as indicated by the holes. Before bolting the piping sump to the manway cover, presence of moisture. fill the bolt holes with silicone caulk. After caulking the bolt holes, fasten the sump onto the manway using the bolts and neoprene coated washers. The hardware must be installed as detailed in Figure 5 to assure the piping sump is water tight. The neoprene coated washer must be installed with ,,, ~.. the neoprene side down· '~,.~ Piping Connections · The pipe sump fittings are standaid FRP couplings. Any unused Figure 9 pipe fittings can be plugged using s.t.andard FRP pipe' Subm~sib~e ~ Cente~d components. -- (Red Jacket or Gilbarco) ~.~The p!imary piping passes throu, g.h th.e pipe sum p fitting..The 4. x2. reducer piping with drain ~outer jacket of the double-wa ~s cemented to the p~pe sump fitting. Fiberglass pipe manufactured by A.O. Smith or op~na Pil~ sump fitting 4" I ' '~/'[ and/~$tage 2 · Ameron is compatible with the pipe sump fitting. .~ vapor reco~,~'y ire Outerwallpipe ~ I /1' Typical Piping Configurations 3",~°r 4" i~//[ -~ ~ (~)overl~lpple Double-wall piping is stiffer and less forgiving of improper ~ Subme~b~ pump alignment than single-wall piping. Layout the piping trench Primary ! and piping sump orientation to assure that the piping pipe 2"or 3" X/ Union system can be connected properly. It may be necessary to FRP fitting / threaded rnale by bei--"/ rotate the manway cover and submersible pump so that the ,~ o e~ primary piping inside the piping sump is properly aligned to interface with the double-wall piping system. Flexble connector 30" leng~ The primary piping that connects to the submersible pump can be rigid FRP piping or flexible connectors. Although flexible connec- Electrical Connections tors are more costly they will minimize potential piping alignment Electrical conduits are connected to the steel NPT fittings. Four fit- problems inside the piping sump, particularly for contractors not tings are provided to accommodate wiring to the submersible familiar with double wall piping systems. Two typical piping pump and an optional monitoring sensor. All wiring connections configurations are shown below: must conform to local and national electrical codes. If the piping sump (model series SPS only) is to be air-tested after Figure 7 '~ .... ~ the electrical connections are made, use seal-off fittings to make the electrical connections air tight. Submersible Pump Offset From Center (Red Jacket Only) Monitoring The piping sump can be equipped at the jobsite with an optional 4-x2- reducer monitor to detect the presence of liquid in the piping sump. The with ma. fi,i,xj~ j /...~__~ monitoring.sensor should be placed in a protective casing, which o¢~,~ S~bmers~ pump has been perforated. The casing (PVC pipe or equivalent) is Pipe sump fitting 4"--jJ//~--. .---.¢.. '_ Union fastened to the sensor mounting bracket on the side of the piping Outefwalpi~e----i J /J 3" or4" I I/I ~'f (~ ~_ ~ Nipples sump using a mounting clamp. ,_~_ ~/NS~f~90° el~ The optional OCF factor~ supplied pipe sump sensor is already ~ i J Flexible connector Priman/-J ' '-~.~(~:~--~ (~.,J ] 30" long mounted inside a plastic casing and is supplied with the mounting pipe 2" or3" clamp. \ / ~ ~ .// / Manwaycevar FRPfitting by bell----~ "'~ J'"'"'~ / (,..M. ~23-8) threaded lemale Optional v~nt andlor stage 2 ~'~ ~ Ii...../~'~p~ng sump vapor recovery line Figu re 10 Completed Piping Sum~ InstaliatJon with Optional Factory Mounted Sump Sensor Note: When using the submersible pump offset from the center of the manway, the maximum height for the submersible (without leak detector) is 22" from the manway cover; this allows ample room to remove the submersible pump for maintenance. A minimum height of 20" is recommended to avoid over stressing the flexible connector. Figure 8 Vertical Height Restriction Pump Offset From Center *"Contractor supplied items. In the event the monitoring sensor detects product in the piping sump, Owens-Corning recommends that the poWer · to the submersible pump be disconnected. This can be per- formed automatically by providing an electrical feedback circuit from the monitoring system to disengage the submersible pump. Backfilling & Clearances . Traffic Slab After completing all piping and electrical conneqtions, the top and Model series PS piping sumps can be accessed through a bottom halves of the piping sump are cemented together. Clean street box; model series SPS sumps require a 30" street box. the joint area to insure maximum bbnding strength. Use the two Traffic areas require a rebar reinforced concrete road surface to part adhesive supplied by the fiberglass pipe vendor. Apply a span the underground'void created by the piping sump. generous amount of mixed adhesive to both the bottom and the .'"":7% top joint. Place the top half into position and press down to :~': "' ~' squeeze outthe excess adhesive. 1.5 Contractor Provided Items Hand place gravel around and under the bottom of the piping sump. The installation contractor provides the following items: The piping sump must be isolated from direct traffic a. All fiberglass piping & fittings loading. Allow a 2" minimum clearance between the top of the b. Street box piping sump and the bottom of the concrete pad, Backfill to the c. All wiring and junction boxes top of the piping sump, then place compressible foam board d. Piping sump monitoring sensor (available from (48'L x 48"W x 2" thick--or equivalent layers) on top of the pip- Owens-Corning) lng sump. The 9" thick concrete traffic slab can be poured directly e. Manway riser (available from Owens-Corning) .... - onto the compressible foam board, however the concrete must f. Manway extensions (available from Owens-Corning) g. Caulk gun not come into direct contact with the piping sump. Styrofoam or ur, ethane foam sheathing may be used for the com- h. Fiberglass pipe adhesive to cement the top and bottom of the piping sump together. pressible b°ard (c°ntract°r supplied)' i. Compressible foam board ~igu re 11 Reinforced concrete" Recommended Surface Mounted //5 rebut 8" cc both ways Piping Sump Model PS42.22 shown Rebar mat must extend 1.6 Wa rra n ty 4 feet in all directions r--------.---:~q4~' street box*' 9" from center of riser · [ ~ / ~.-,~,~ ..... -~.~ ~:.~o ......... ::. .,,~,:*.~..~,*.~..;~ ~.-. - ~,:,~.~ The piping sump is warranted to be free from defects in workman- ~...~.~?..~,~,~'~' :d '~'°' "~ ........" ""' '""~: ~¢'~"" '~' '~'~7~. ,~~~' *...:,. :,~.~ ,,-- ~' ,,~' ~ c,,.,,,,¢'..' .::-:. ~..:.~:.r.'.~.-~i"'::" "'~:~ ship and materials for a period of one (1) year following date of ;¢~::i:.'.:r,¢~,~, ~ ~..!.~. ' ......... .......... ~¢~ ~..,::~;i~::~,~i! original delivery by Owens-Corning. i "'' Our liability under this warranty shall be limited to, at our option, (il repair of the defective unit, (ii) delivery of a replacement 8"Lx 8"Wx2" thick I~:~':~):~?i!ii~ii;~iii?i~iii¢;~i¢~iiii!,:i unit to the point of original delivery, or (iii) refund of the original pur- ;~!i!:iiii ;~ili~i~iii!~iiiii! ~-~ lil chase price, and we shall not be liable for any labor, other installa- ~?;~i?!i~,~,~{?~.~ ~i~/~.:~¢~i:.;;:~;~,,: ! ~ i¢iii~;~':i~!i~,~i;~'~i~i~'~i~i~i tion costs, indirect or consequential damages or other damages '~¢;~!;i';ii'~;~i~ii!~!;;:; .!;:;~!:i~iii~ :~;;!;~! ~ ~E,~i}i~i in connection with this equipment. THE FOREGOING CON- ;~i~:%~;i:::~; .:ii.i~;~': ~:i:.;.E::;:;;;;¢i~:~;;:!~.::;~ :~;~:~i~;~;;:~4i¢~¢~ STITUTES OUR EXCLUSIVE OBLIGATION AND WE MAKE NO ~;'-:¢;'.i':~!:;:;.;~¢i~,::,;i ;;{??' i;~i7~i(:ii!;i?¢~¢~!??-~i~! EXPRESS OR IMPLIED WARRANTIES, OR ANY WARRANTY OF . ~. u i u ~ . MERCHANTABiLiTY OR FITNESS FOR ANY PARTICULAR ''., Push gravel ~ under sump bottom I.--~Mamvay cover with firC~Js PURPOSE WHATSOEVER, EXCEPT AS STATED ABOVE. "Contractor supplied items Failure to install the piping sump in accordance with the Owens- Corning installation instructions will void the warranty. As an alternate to the compressible board, a 48" diameter riser (12" long) can be used to isolate the piping sump from the traffic 1.7 Guide Specification -. slab. Allow a 6" minimum clearance between the bottom of the riser and the top of the double wall pipe. The contractor shall provide Fiberglas® piping sump with fittings · as shown on the drawings. The piping sump shall be manufac- Recommended Surface Mounted Piping Sump tured by Owens-Corning Fiberglas. Figure 12 Model PS42.22 shown Piping sumps shall be installed with pea gravel or approved alter- Reinforced concrete'* hate backfill material according to the current installation instruc- //5 rebut 8" cc both ways Z~' '~' ~,~ I ~ ~, tioRs. Rebut mat must extend 4 feet in all directions r~'---"-~2~street box" 1. Piping sump is constructed in two halves and ready to 6" from center of riser[~' install to manway on tank. ?:;~'"?f:'~..(:~t'f., ""M" '-' ;~' ,;,~ '. ... ...... .;o;...,?:.o,-.. ........................ .,.?....,.?~;~.:,,~..~:J ~ ~~ 2. Piping sump is constructed of isophthalic polyester ,~:~,.:,;::~.,.~%...,..?~ii.%~?;;~'"~'~ ..i..~ ............... .':..,::.,.:.i,ji:.!~,~.~;?~;~:~!~;¢i~!i~;iii?¢~ fiberglass materials. ~?~iii?!;::;~-~;ii:?i.!: 3. Piping sump cover is: :ili~:i!;?}~¢ii}i~ii!;': ~::¢;'}i}~!i~ii;?i!}: ~ I~:'~;:~}i~}j¢}~5~!?i;~i~};,!~i,} i , b) an FRP manway with steel cover (includes gasket and iii?;! :~:!i!;!!;:!!; :!;;;(!: ::i~;i;;¢~!¢;(~;~i¢¢ili~:!i;~:~i¢i~i~! hardware) which has (1) 4" N PT fitting. i!~[!~i!¢;i~iiii;'!ii:;~i, ii:~i;;!!~ii:iiii!~7¢;(; ";;;!i;ii:;~i~i¢ eo~t &- 6;;~i~':~iiii¢!:iii 4. Piping sump is equipped with lifting handles, (2) 4" FRP ~!i~!!i;;i;;i'iiii (~i~ l~!!:iii!ii!:¢!iiii pipe" ~!!;' pipe couplings, (4) 1" NPT steel fittings, gasket, mounting Pus~gravel, .. U I ~ 5. Wa'rranty--Seel,6Warranty. under sump bottom L-~Manway cover with fittings "Contractor supplied items Air Testing (model series SPS only) · For model series SPS sumps, air test must not exceed 5 psi. ,. Monitor the pressure for at least 30 minutes· While under pressure, soap the piping sump and check for leaks as indicated OWENS-CORNING FIBERGLAS CORP. by soap bubbles, Non-Corrosive Products Division Fiberglas Tower, Toledo, Ohio 43659 Pub. NO. 5-PE.13606 Lilho in tJ.S.A.. November. 1985 Copyrighl,¢.~19850wermC,,(3rnin§FiberglasCorpnrahon--all · ' Fiberglas Reservoir® --Model R8 · ." Reservoir Sensor--RS10 Hydrostatic Monitoring Components ,:.. ~-.~' For Monitoring Owens-Coming Double Wall Tanks ~..~' Model DWT-2P and DWT-4 Installation & Specification Fiberglas Reservoir Model R8 Shown 1.1 General Description ,-,~r,,~-~ The primary function of a tank monitor is to detect a breach in the outer or inner tank under all installed conditions. Only a pressure ~® reservo~ type monitor will fulfill this criteria. Owens-Corning recommends 8 ga~n capacity and supplies a hydrostatic monitor to continuously monitor both ~ /,-,~ /,--,', /z:~ ' /r--,~ /~-~ /c:~ /,- the outer and inner tank wall. .* -boeuUe wa~tar~ -.* The hydrostatic monitor works on the principle of liquid head pressure. The major component is a reservoir which is mounted ...... : ._ .,- above the top of the tank. The tank annular space is then filled with - a liquid. A drop in the liquid level of the reservoir indicates a tank ~eak. 1.3 Specifications As an optional tank accessory, the Fiberglas reservoir--integrally l~.erg~ia~-R® e' " ''' constructed with the tank--is surface mounted on the tank top. Fi s ~voir (Model R8) "'*" The liquid level (8 gallon capacity) can be manually inspected Reservoir Materials: Fiberglass (Isothatic) using a dipstick or continuously monitored electronically using the Dimensions: 28" OD x 6" high (22" ID) optional reservoir sensor (Model RS10). Cover Material: Steel Cover with 1-4" NPT Locating the reservoir below grade is acceptable, even for high fitting (with gaskets and groundwater conditions. The reservoir sensor is equipped with a mounting hardware) high level and Iow level switch. An inner tank leak always results in Total Weight: 75 lbs. liquid draining from the reservoir. An outer tank leak in a Iow ground water condition will also drain the reservoir. An outer wall Reservoir Sensor (Model RS10) leak in a high ground water condition will raise the liquid level in Dimensions: .:.r the reservoir, which will activate the high level alarm. Assembled Sensor 2.75" dia. x 12" L ~:' Evaporative could be misinterpreted as tank leak. To losses a Lead Cable 1 2' L maximum eliminate this possibility plastic hollow spheres floating on the sur- PVC Riser Pipe face of the fluid within the reservoir are used to control Cap & Fitting 4" dia. evaporation. Flexible Conduit %" dia. x 18"L In freezing climates, an antifreeze mixture is required to provide Electrical Components freeze pro.tection for the tank. Ratlng UL listed NEMA 4X Switching Contacts Normally Closed 1.2 Features 1.4 Installation Reservoir Sensor RS10 Shown ~ Filling the Tank Annular Space (See OCF Flexible co Complete the specified tank air te~t procedure before filling the cavity between the inner and outer tank. The annular space in the tank can be filled after tanks have been placed in the excavation. Ventholes ("'3 C ' ='~ DONOTPUTANYPRODUCTINTHEINNERTANKWITHOUT · SETTING AND BACKFILLING TO THE TANK TOP.' High liquid ~¢~ cRia%er pipe-~ / Slope the tank 2" to minimize trapped air in the cavity. ,evelsw,ch II I III II ~ / " I Trappedair may cause false alarms at a later date. · II I Ill I I Riserpipe--~-- 4" NPT Monitoring Rilings · . I II III I I Internally I J / ...... ~ ~ ~ ~ ~ High i~'~1 [is~iitdch ~threaded~la~i(~act~~ me,~j~l~bbl: ~ /~ £nclo!~,~Tank .,.. Not shown: Plastic hollow spheres to control 2 Slope evaporation are provided with the reservoir sensor. Place standpipes at the two 4" cavity access fittings. The stand- pipes (2" diameter or larger fiberglass pipe is recommended) must be no less than 4' and no more than 7' higher than the tank top. I' The re sufficient cable length for a maxi~'nurn ~.,~"'~7~i ' i ~ tank burial depth of 10 feet from the tank top to grade. For Funne ~ shallower burial depths adjust the lead cable length by loosening the knurled fitting inside the PVC riser pipe cap. Pull the excess Standpipe J II .. ' cable out and hand tighten the knurled fitting. P'~ '?=~=f '" ~ Connect the supplied flexible conduit to the PVC cap and a near- ~" ) by junction box (contractor provided). The PVC riser pipe cap is designed to slip on and off the PVC fit- ting installed on the top of the riser pipe. These pipe fitting connec- ~ 2- slo~ tions are designed to provide quick and easy access to the sensor ./ and reservoir Without disconnecting any electrical or piping con- nections. However, for extreme high groundwater conditions, to THE LIQUID TO FILL THE CAVITY MUST BE GRAVITY FED prevent the intrusion of groundwater into the reservoir, it may be BY POURING INTO A FUNNEL. A WATER HOSE MAY RE necessary to take the following precautions: USED ONLY IF IT IS NOT SCREWED INTO EITHER MONITORING FITTING. a. Glue the riser pipe top to the riser pipe fittingl ' CONNECTING A PRESSURIZED HOSE DIRECTLY TO THE b. Plug the vent holes located in the riser pipe cap, MONITORING FITTING WILL OVER-PRESSURIZE THE c. If the vent holes in the cap are plugged, install a vent line from : CAVITY AND WILL DAMAGE THE TANK. riser pipe to above grade. This vent line will permit the liquid If only one funr~el is used the liquid will gravity fill faster if the fill in the annular space to drain in the unlikely event a tank leak standpipe is located at the monitoring fitting at the lowest end of develops. .. .. . ........ ...... ;.. ::~ .,.- ...;~ ..,_...- . the sloped tank. Using both standpipes for filling will also expedite To prevent tank damage from potential settling, the riser pipe the cavity filling process. . must be isolated from the concrete traffic pad using a manhole or · Continue to fill the cavity with water until liquid begins, to overflow street box (contractor provided). the standpiPes. The liquid will "spurt out" of the standpipes as ..................... trapped air escapes. Refilling the cavity through the fill standpip~ I Fiberglas Reservoir ~ ,¢' .... ~: _. ,,;~. ,.: - ... After the spurting activity ceases, disconnect the standpipe, at the , Iow end of the tank and replace the fitting plug. The standpipe at ~affic pad'* -/'/- the high end of the tank remains connected to the monitoring . __ fitting. Riser p~e capJ ~ / and titling II Junc~on Condo'* The cavity and remaining standpipe are gravity filled until the II box - to control panel liquid level in the remaining standpipe is a,t least 4' higher than the Riser pipe~ tank top. Tighten the lower monitoring fittihg securely. II ";" '" Reservoir ~ ~Hgh level alarm :~' Testing sensor -- ]ll~i ~L~wle~a~m Allow trapped air to bleed out over a 1-2 hour period. Continue Hollow ~p refilling to the 4' level on the standpipe until the liquid level Stabilizes (less than a V2" drop in 1 hour). ,::re:Jr ~2:, ~'[~J,-i~: Thoroughly check the outer tank for leaks. An exterior leak ~ detected before backfilling is simple to repair. Do not backfill a **Contractor supplied booub~, w~ll t~ tank with a known o/' suspected leak in the outer shell. Remove the manhole lid or primary tank fitting plug and inspect the inner tank for leaks. Do not enter the tank without adequate safety Electrical protection. All electrical connections must be in accordance with local codes. If a tank leak is discovered with the above test, call the Owens- To wire the reservoir sensor to the control panel use 16 AWG type Corning Field Repair Supervisor to schedule a tank repair. MTW or 14 AWG type TH H N. Telephone: (419) 248-8196. Optional Leak Simulator After the liquid level has stabilized, disconnect the fill standpipe An optional leak simulator can be fabricated by the contractor at and plug the access fitting. Install the tank in accordance with the jobsite. Using a riser pipe from one of the monitoring fittings the Owens-Corning approved installation techniques (see will allow the tank owner to periodically simulate a tank leak to test pu.blication 3-PE-6304 and 3-PE-12681) except as noted in the hydrostatic monitor. this document. Riser Pipe Optional Leak Simulator (Not provided by Owens-Corning) Install a riser pipe (diameter: 3" min., 4" max.), in the center fitting on the reservoir cover. The top of ihe riser pipe (contractor Pump out 8 gallons to drain fiberglass reservoir provided) is at least 12" below grade. Attach the 4" internally threaded PVC fitting on top of the riser pipe. ~ r Place the hollow spheres, which are provided with the reservoir sensor, into the reservoir cavity. These spheres will control ,il, L~ evaporation. Lower the reservoir sensor into the riser pipe. The sensor casing ' "'"4~/" ~- Reservoir sensor bottom should rest squarely on the top of the inner tank. Monitoring fitting Thll print or drawing ~ propr~taff to / ~-~mlng Fl~rglu ~r~ratlon and checked approved U~ ~q~lt, It il not to ~ ~pied, repr~ item ~ major ~ sub code: revision du~, or exhlbtl~ to outai~ ~les. but Ii lo ~ u~ only with referen~ to con- .. date / tracta or ~o~le of thi~ cor~ration. ~thlng di~fo~ ~reln not publicly avail- ~ ~ SUpersedes Ibll ~y ~ U~ without wrilten ~rmis- . Testing ' tripped. If the dipstick measurement is 1.25" or less the reservoir Remove the sensor from the Fiberglas reservoir; removing the has drained indicating a Iow level alarm. If the dipstick measure- sensor will activate the control panel alarm, ment is 8" or higher, the high level alarm was activated. Place the bottom half oi the sensor in a bucket of water; this will Low Level Alarm return the control panel to the NORMAL mode. With the sensor in If the reservoir totally drains, refill the reservoir with additional the vertical position, fully immerse the sensor to activate the high liquid to confirm the system is actually leaking. level alarm. If the reservoir repeatedly drains, a system leak has occurred. After testing, position the sensor in the Fiberglas reservoir. If the inner wall of the double-wall tank is leaking, a water bottom 1.5 Contractor Provided Items w~ accumulate in the primary tank. Under this condition, continu- ing to dispense product from the primary tank will also result in the A. All liquid (water and/or antifreeze) to fill the tank annular space, dispensing of the liquid used in the reservoir. DO NOT ADD ADDI- TIONAL PRODUCT IN A TANK WITH A KNOWN OR B. The riser pipe from the reservoir to grade. SUSPECTED LEAK IN TH E INNER TANK WALL. C. Electrical junction boxes, fittings, and wiring to connect the reservoir sensor to the control panel. Sensor wiring to control High Level Alarm. panel is 16 AWG type M'T'~N or 14 AWG TH.HN. Pump out enough ~iquid to reduce the measured reservoir liquid to the 5" level. If the reservoir level rises repeatedly, a system leak D. Piping and fittings for the optional leak simulator, has occurred. E. Manhole or street box to isolate riser pipe. If a system leak is suspected, consult the reservoir Trouble Shooting Guide in OCF publication 3-PE-12835. 1.6 Warranty For additional assistance call your local O'CFSales Represen- . The Fiberglas Reservoir (Model R8) and components have the tative or the Field Service Supervisor (419)'248-8197. same warranty as the Fiberglas tank. The reservoir sensor is warranted to be free from material defects 2.0 Potential False AlarmS in workmanship and materials for a period of one (1) year follow- ing date of original delivery by Owens-Corning. Although unlikely, sometimes the reservoir may totally drain, but the double-wall tank is not leaking. Typical reservoir false alarms Our liability under this warranty shall be limited to, at our option, include: (i) repair of the defective sensor, (ii) delivery of a replacement sensor to the point of original delivery, or (iii) refund of the original 1. Trapped air pockets between the inner and outer tank walls purchase price, and we shall not be liable for any labor, other may "bubble out" during warming temceratures. This may installation costs, indirect or consequential damages or other result in one or two false alarms during the first year of damages in connection with such tanks. THE FOREGOING CON- operation. STITUTES OUR EXCLUSIVE OBLIGATION AND WE MAKE NO 2. Without the plastic hollow spheres, evaporation of the liquid in EXPRESS OR IMPLIED WARRANTIES, OR ANY WARRANTY OF the reservoir is possible The hollow plastic spheres floating in M ERC HANTA BI LITY OR FITN ESS FO R ANY PARTICULAR the reservoir will minimize evaporation losses. PURPOSE WHATSOEVER, EXCEPT AS STATED ABOVE. 3. Excessive thermal expansion or contraction could trigger a Failure to install the sensor in accordance with the Owens-Corning false alarm. installation instructions will void the warranty. 4. In extreme high groundwater conditions, check to see that ground water is'not intruding into the reservoir by seeping in the 1.7 Normal Operation vent holes or friction fit cap on.the riser pipe to the reservoir. A stable liquid level in the reservoir indicates that both the inner 2.1Guide Specifications and outer wall of the double wall tank are tight: The liquid level in the reservoir will fluctuate as the tern perature of the incoming The contractor shall provide·Fiberglas Reservoir and Reservoir stored product changes. The reservoir is designed to provide Sensor manufactured by O~vens-Oorning. These accessories adequate capacity for normal thermal expansion and contraction, shall be tested and installed according to the current installation instructions (OCF publication 3-PE-6304, 3-PE-12681, and ' 1.8 An n ual Ma intenance Schedule 3-PE-13606) provided with the tank and reservoir sensor. (Summer recommended) 1. Fiberglas Reservoir a. Reservoir to be fiberglass with steel cover (with 1-4" NPT 1. Simulate a tank leak by pumping liquid out of the leak simulator fitting, gasket, nuts and bolts) riser pipe located on one of the tank monitoring fittings. Check the rese~'voir and optional control panel for proper operation b. Reservoir capacity is 8 gallons maximum. during the test. 2. Reservoir Sensor 2. Use a wooden dipstick to check the liquidlevel. Refill the liquid a. Top cap and fitting are PVC. in the reservoir to the 5" level. For cold climates, refill the reser- b. Lead cable is 120" long minimum. c. PVC cap with vent holes. voir with a 50% mixture of antifreeze, d. Hollow spheres or equivalent to be provided with reservoir 3. Test the sensor operation. Removing the sensor from the ' . sensor to minimize evaporative losses. reservoir will activate the control panel alarm. With the sensor in e. Low level switch are stainless steel conductivity probes. the vertical position, immerse the sensor in a bucket of water f. High level switch is float switch with normally closed until the float switch activates the high level alarm, contacts. g. Sensor switches shall be encased in perforated plastic · housing. 1.9 Leak Detection h. All electrical components are UL listed NEMA 4X. 3. Warranty--See Section 1.6 In the event of an alarm condition use a dipstick to measure the reservoir liquid level to determine if the tow or high level alarm was · Electronic Control Panel " Models SBO011 and SB0014 For Owens-Corning Double-Wall Tanks with Liquid Head Pressure Monitor 1.1 General Description 1.4 Installation The optional electronic control panel for continuous monitoring Installation of Model SBO011 is detailed in this section. Reference and instant alarm is available in two configurations. The liquid Fig. B for Model SBO014 circuit diagram. The control panel is sensing probe assembly is included with the reservoir (contractor packaged preassembled and ready to wire. Locate the control ' provides the wiring from the probe assembly to the control panel), panel in a non-hazardous area where an explosive environ- The electronic control panel senses the presence of the liquid in merit does not exist. the reservoir by measuring the conductance between the two stainless steel probes on the probe assembly. The control panel is The control panel can be wall mounted using the provided complete with warning bell, panel lights and transmission con- mounting hardware. .: tacts for otl-ier optional warning devices (contractor provided) such as a telephone dialer, a light beacon, etc. Power Circuit .... '. ~ ...: ~... A 120 volt AC power source is required. All Wiring r~ust b~ in .... . . accordance with local codes. The power circuit widng (contractor 1.2 Featu res ., provided) enters the left conduit at the bottom of the control panel - , "- and is connected to terminals 1 and 2. ' ......... SBO011 -"~,~ .? ~' " .~' "' ' Model ~~,~ ~: ~- ...... · ' , ModelSB0011 Shown :._' ; AlarmTest, Shown '. ' 111 II AlarmLight )11111 II .ormalugh, Alarm ~ -'"' Bell Silence Switch Bell Padlock Hasp Power Circuit rro,~o vo., AC) Model SBO011 (NEMA4X) is a single-circuit control panel which is used to monitor one tank Or a group of tanl~s manifolded to a common reservoir (See"Sight Glass" manifold piping configuration in Pub, 3-PE-12835). A circuit breaker (contractor provided) common to other devices is recommended. Using a circuit breaker common to other  devices will increase the probability the tank owner is aware of a Model SB0014 Alarm Test tripped circuit breaker. If there is no power to the control panel, S h own ,--' Buttons (4) the alarm bell and other warning devices cannot be activated. Alarm  ~" Lights Probe Circuit A preassembled reservoir probe (mounted in the reservoir) is Bell ~ Silence ready to wire (contractor supplied) to the control panel. For intrin- 'Alarm Bell / Switch sically safe wiring, use 16 AWG type MTW or 14AWG type THNN (contractor supplied). For UL rated applications the maximum Bell Silence wiring distance between the probe and control panel is 1,750 feet. Norma Light The wiring for the probe circuit enters the right conduit at the Lights bottom of the control panel and is connected to terminals A and B. Padlock Hasp Model aB0014 (NEM A 4X) is a four circuit control panel used lo individually morfitor aC to ~our reservoirs. (See independent monitoring piping configuration in M od el S BOO 1 1 1.3 Specifications (Model SB0011 and SB0014) ContrOl Panel: · No. of monitoring circuits: 1 (SB0011); 4 (aB0014) · Power Source: 120 volts AC · Intrinsically safe circuit for probe assembly L · Electrical components rating: UL listed (weatherp[oof, NEMA Power Circuit 4X). · Control panel dimensions: 10"H x 14"W x 8"D (SB0011) (To 120 Volts AC) -- ~'¢o°l~ro~A~embly) 20"H x 17"W x 10"D(SB0014)-Panelhousingmaterial: fiberglass · Panel lights for each circuit (normal and alarm) · Two On the four circuit control panel (Model SB0014), there are four spare light bulbs · Alarm test button for each circuit · Warning bell terminal pairs (AB,CD,EF, and GH). Connect a separate probe · Alarm bell silence switch and light ,, Hasp for padlock · Trans- mission contacts (normally closed) for phone dialer (not provided) circuit to each terminal pair. If less than four probe circuits are by Owens-Corning) · Wall mounting hardware · Weight: 10 used a jumper wire is required to separately connect each unused pounds (SB0011); 25 pounds (SB0014) .. terminal pair. Probe Assembly Wiring' .. 1.5 Contractor Provided Items To complete the probe assembly wiring' rem°ye the'" T°co,,,o, ~.---~~---__ ~,,,~re The installation contractor provides the following items: C top of the probe housing. Pa,,,,~ A. Circuit breaker and wiring to 120 volt power source. Connect the wires from the I I B. Wiring from-probe assembly to control panel (16AWG type : control panel to the two ]['-il MTW or 14AWG type THHN). terminals located inside t~ C. Optional warning devices (such as automatic phone dialer, the probe housing, light beacon, otc) and all related wiring. StainiessSleelprobes 1.6 Warranty The control Panel, probe assembly and components are warranted to be free from material defects in .workmanship Testing and materials for a period of one (1) year following date of After connecting the probe to the control panel and the panel original delivery by Owens-Corning. to the power source, place liquid in reservoir and depress the Our liability under this warranty shall be limited to, at our ° test button to test the panel. Open the valve in the tank leak option, (i) repair of the defective unit, (ii) delivery of a replace- sim01ator to test the total system, ment unit to the point of original delivery, or (iii) refund of the original Purchase price, and we shall not be liable for any Optional Warning Device Circuit labor, other installation costs, indirect or consequential The tank owner may specify additional warning devices to be damages or other damages in connection with this equip- provided by the contractor. The optional warning device cfr- mont. THE FOREGOING CONSTITUTES OUR EXCLUSIVE' cults enter the control panel at the center conduit. OBLIGATION AND WE MAKE NO EXPRESS OR IMPLIED .............. , WARRANTIES, OR ANY WARRANTY OF MERCHANT- Transmission Contact Switch ~' - *** "*; ' '*~"~ " ABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE An automatic telephone dialer typically requires only a contact WHATSOEVER, EXCEPT AS STATED ABOVE. switch to activate the dialing function. The telephone dialer is plugged (or wired directly) into an electrical outlet for the Failure to install the control panel and probe assembly in accordance with the Owens-Corning installation instructions power source. The power source for the dialer is not supplied by the control panel. With power to the control panel normally will void the warranty. closed contacts are at terminals 3 and 4. These terminals will open--providing the switching mechanism to activate the 1.7 Normal Operation dialer--when the control panel goes into the alarm mode. A stable liquid level range in the reservoir indicates that both Model SD0011 the inner and outer wall of the double-wall tank are tight. The ,..:.,...~ Shown ~lll~ iiiit. liquid level in the reservoir will fluctuate as the temperature of ~ ~ ~ the incoming stored product changes. The reservoir is design- . ed to provide adequate capacity for normal thermal expansion and contraction. As long as the reservoir liquid level is in the normal range, the "NORMAL" light is illuminated continuous- ly. The "ALARM BELL" switch should be set on "AUTO." - 1.8 Maintenance J J iroObper o~C~.~s The control pane warn ng system shou d be checked at least once per year. Depress the "TEST BUTTON" switch located Power Circuit. (T~ 120 Volts AC) embly) on the side of the panel to verify that each circuit is ./~ Contact operational. Common Power Circuit Switch Circuit -% A faulty circuit can be diagnosed using the troubleshooting Power Circuit Telephone guide. Contact your local OCF representative for a list of (To 120 Volts AC) ~ Automatic -- Line Phone Dialer replacement part vendors. 1,9 Leak Detection Power Source Switch '- A typical wiring diagram is provided for accessories requiring If the reservoir totally drains, the control panel alarm wilt be power such as a light beacon. The wiring diagram (see figure activated--the warning light will illuminate, the alarm bell will A) will provide 120 volts AC; the optional warning device must sound, and the transmission contacts will activate any be rated for 300 watts or less. accessory alarm devices. Consult the reservoir trouble- shooting guide (OCF pub. 3-PE-12835) to determine the Alarm Bell Silence Switch nature of the alarm. The control panel is equipped with an "ALARM BELL The aJarm bell can be temporarily silenced by setting the SILENCE" switch. Positioning this switch to "OFF" will silence "ALARM BELL" switch to the "OFF" position. Under this all audible alarms, but will illuminate the "ALARM BELL" light, condition, the "ALARM BELL" light is illuminated, the If this feature is not desired, the.control panel can be rewired "WARNING" light remains on, and the ".NORMAL" light is' (at the location of the switch inside the control panel) by the off. .'~:-'.~.', '''~ ' contractor to 'override the alarm bell silence feature. FigureA ModelSB0011 CircUit Diagram B A .,"~"  -~- -- -~ I .~ ~ TankwarningNO. 1 r~ Tank ~ Seal-Off '[ ~ ~~ ~ Fitting ~ I Tes~ _ 2 ~SR1 ~ ~20vAc e ~ Electrode . 1 ~ ~Fitting = 0 . _ Alarm Bell / Wami~ Device . I Alar~ell _ I " ' '- I :- II TankNo. (300Watts I Silenced ~ ..... I ~J Resewoir Maximum). ~ ;< o TMi Figure B Ta,k No. 4 Warning ~ Tank ~ ~ No. 4 ~ used. a jumper ~re is r~red I0 Model sa0014 ~ ~"o Note: If lesslhan Iour probe circuits are Circuit Diagram ~ ] ~,s.4 ~- . terminalSeDaralelyc°nnectea~unuSedpair. Tank No. 31 [ Warning ~ Tank t I Tank No. 2 D 10 War~in~ ~ Tank ~ * ~ ~ .... ~ ,~, , '~, ~ ~2 Warning ~ Tank ~ Fitting ~ Fitting ~ Fitting ~ Fitting 4 s i I I I i 2 I .... I I I I ~ ~ ~ ~ec~rooe ~ Electric ~ El~t~e Maximum) I o Bell I o ~ ~ Tank No, 1 Tank No. 2 Tank No. 3 Tank No.4 I Alarm Bell i Rese~oir Rese~oir Rese~oir Rese~oir Silenced ~ OWENS-CORNING FIBERGLAS CORPORATION Non-Corrosive Products Division Fiberglas Tower. Toledo. Ohio 43659 Pub. NO. 3-P£-12834-B LItho in U.S.A.. JLine. 1985 Copyright(c~ 1985Owens-CorningFibergfasCorp. 2.0 Potential FalSe Alarms 2.1 Guide Specification A control panel false alarmoccurs when the panel goes into 1. UL rated monitoring panel is preassembled and ready to the alarm mode, but.the reservoir liquid level is still in the nor- wire to 120 volt AC power source (contractor provided). mai range. Although rare, these types of false alarms typically 2. Panel is equipped with alarm bell, panel lights (normal and result from the failure of an electronic component inside the alarm), test push button, bell silence switch and hasp. control panel. All electric components must function properly to maintain the "NORMAL" condition. An electrical compo- 3. Panel housing is weatherproof and is wall mounted using nent failure will result in an "ALARM" condition. Refer to the manufacturer supplied hardware. ~ troub!eshooting guide to identify the specific problem. 4. Wiring--Control panel to power source, probe assembly to A monitoring false alarm is more likely the result of potential control panel, and optional warning devices (contractor false alarms related to the liquid level in the reservoir. Refer to supplied) to control panel shall be installed on site by con- Section 2.0: Potential False Alarms (OCF publication tractor. Size of wire as detailed in other sections. 3-PE-12835) for reservoir related false alarms. 5. Warranty--See 1.6, Warranty. Troubleshooting Guide *- ,:'. 1.0 Symptom--Reservoir Full, Alarm Bell On, Alarm Light On, Normal Light Off Test Test Results Conclusion .... '1.i Liquid Media.*-Remove Probe ~ss~'mbly from · ~' reservoir. Insert probes in fresh glass of water.- Bell off, alarm light off, normal light on Replace fluid in reservbiL' Bell on, alarm light on, normal light off Proceed to Test 1.2 1.2 Relay ISR1. Jumper terminals G & L on Bell on, alarm light on, normal light off Replace relay ISR1. relay ISR1. Bell off, alarm light off, normal light on ProCeed to Test 1.3 1.3Pushbutton or Probe. Jumper terminals A & B Bell on, alarm light on, normal light off Replace push button switch. on terminal strip. O Bell off, alarm light off, normal light on Inspect probes and wiring to probes for defects. 2.0 Symptom--Reservoir Full, Alarm Bell On, Alarm Light Off, Normal Light On Test Test Results Conclusion 2,1 Relay R1. None None Replace relay RI. 3.0 Symptom--Reservoir Full, Alarm Bell On, Alarm Light Off, Normal Light Off Test Test Results Conclusion 3.1 Relay ISRI. Push test pushbutton. Bell on, alarm tigJ~t on, normal light off Replace relay ISRI. Bell on, alarm light off, normal light off Replace burned out light bulb. 4.0 Symptom--Reservoir Full, Alarm Bell Off, Alarm Light On, Normal Light On Test Test Results Conclusion 4.1 Relay ISRI. Push test pushbutton. Bell on, alarm light on, normal light off Replace relay ISRI. CONSTRUCTION COMPANY, .INC. 714 Williams St., Bakersfield, .CA (805] 327-5934 ~o Kern County Health DeDartment DATE, 12-11-86 TITLE OF PROJECt: RYDER TRUCK RENTAL We are transmitting: The following: For: XZ Herewith Shop Drawings .Your Approval ': Via Federal Express .Brochures & Submittals Checking Via Greyhound __Plans & Specifications .Your Files Via Mail Contracts .. Your Signature xx hand delivered REMARKS: Enclosed are permit application, Owens-Corning Fiberglas catalog cuts and three (3) sets of drawings. Please issue a permit for the underground storage tanks and the fuel equipment. COLOMBO CONSTRUCTION COMPANY, INC. By Joe A. Colombo dmw ~. .~ EN~I~OJ~ENTAL HEALTH SERVICES OEP~ 'MENT ~ .,--- ~ ~'27~'07M' I~IREET, SUITE 300, ~AKERSF[ , 0A.93301 (805)861-3536 UNDERGROUND HAZARDOUS SUBSTANCE STORAGE FACILITY ~ INSPECTION REPORT PERM,~C~ TIME IN .'.~.~LL]'~FIME'---- OUT L~.L~"~_ NUMBER OF TANKS: .............. , .............. PERMIT~POSTEO? J YES .............. NO .~ ...... ' I~SPECTION OATE:....~C.2.G..%.~..! ............ TYPE OF~N: ROUTINE ....... ~..REINSPECTION ................ COMPLAINT ..................... FACILITY NAME:RYDER TRUCK RENTAL FACILITY ADDRESS:2g2g E. BRUNDAGE. LANE BAKERSFIELD, CA O~NERS NAME:RYDER TRUCK RENTAL OPERATORS ~AME: COMMENTS:~ ITEM .'- VIOLATIONS/OBSERVATIONS a. Intercegting an dirKting system b. Standa¢d Inventory ~ontrol I " c. Rodlf~ed Inventory Contno~ In.tank Level Sensing Oevice Groundwater Monitoring f. V~dose Zone Monitorin~ ~SECONDARY CONTAINMENT M~NITORING: a. Liner ~ Double-Walled tank ,c. .Vault ?~DIPINGMONITQRIN~: ~ i/~ Pressurized '5~ Suction c. Gravity  CLOSURE/ABANDONMENT  UNAUTHORIZED RELEASE g. MAINTENANCE, GENERAL SAFETY, AND OPERATING CONDITION OF FACILITY COMMENTS/RECOMMENDATIONS · "*-'~' ~. KERN COUNTY AIR POLLUTION CON DISTRICT '' '.-. 2700 "M" Street, Suite 275 .'. Bakersfield, CA. 93301 .. ~.~. (805) 861-3682 : -' " ",' PHASE i VAPOR RECOVERY INSPECTION FORM Station Name. ~'..~,..-/~,~'~""~v'~-~-~k g~ ~~ ~~X~e ...~mpany Mailing Address , ~ Ci~ .:~ --. · :..Date %-t -ffl Phone ~' ~'[- ~O~ S ... I~tor" :~" ~ , ~ ~ ~ ~ ?;' Notice Rec'd By "~..::::;:;k~.:::" ' -TANK ¢1 TANK ¢2 "T~K ¢3' ~.:?~'~:~-*' 1. PRODUCT (UL PuL P, or R). ~, ~L "2. T~K LOCA~ON REFERENCE '¢' ~' · . .. - 3. BROKEN OR MISSING VAPOR CAP : ~ ~' ~ 4. BROKEN OR MISSING FILL CAP 5. BROKEN CAM LOCK ON VAPOR CAP 't 6. Fib CAPS NOT PROPERLY S~TEB "¢ · 7. VAPOR CAPS NOT PROPERLY S~TED _. 8. GASKET MISSING FROM FILL CAP 9. GASKET MISSING FROM VAPOR CAP 10. R~ ADAPTOR NOT TIGHT ' 11. VAPOR ADAPTOR NOT TIGHT 12. GASKET BETWEEN ADAPTOR & FI~ TUBE MISSING / IMPROPERLY SEATED 13. DRY BR~K GASKETS DETERIORATED 14. EXCESSIVE VERTICAL PLAY IN COAXIAL FILL TUBE 15. COAXIAL FILL TUBE SPRING MECHANISM DEFECTIVE 16.' TANK DEPTH M~SUREMENT '~ ... 17. TUBE LENGTH MEASUREMENT 18. DIFFERENCE (SHOULD BE 6" OR LESS) 19. OTHER ¢='iWARNING: 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 $1,000.00 PER DAY FOR EACH VIOLATION. TELEPHONE (805) 861-3682 CONCERNING FINAL RESOLU- ~-'~r~- TION OF THE VIOLATION(S) ~¢~rc~c~c~C~-~-~-C~C~r~~~~~.~ ~,.~-;m,~ APCD FILE ~:-;-? COUNTY AIR POLLUTION CON L DISTRICT 2700 "M" Street, Suit~ 275 " Bakersfield, CA.' 93301 (805) 861-3682 ....... ~...~ ... PHASE II VAPOR RECOVERY INSPECTION FORM Station Location ~ ~ ~'c~ ~.. ~.~ ~ ~rl & ~ ~ ~ ~ P/O# ~ Ci~ ~ Zip ..~mp~yAddmss ~' -- . .. ~ntact ~ ~ ~' "~/~ Phone ~' ~ ~ / -- ~ ~-~ ~ System Type:/~RJ ~ ~E GH HA Inspector C,~~; Date~'- .~'/~ -- ~ ' Notice Rec'd B(~~ ~ · . ' 1. 1. ~ .CERT. NO~ ~.-.'~. '.~ 2. CHECK VALVE , N 0 3. FACE SEAL"- - ... Z Z 4. RING, RIVET L E 5. BELOWS 6. SWIVEL(S) ~1 .. 7. FLOW LIMITER (EW) 1. HOSE CONDITION V A 2. ~NGTH .. P O 3. CONFIGURATION R 4. SWIVEL H O 5. OVERHEAD RETRACTOR S E 6. POWER/PILOT ON 7. SIGNS POSTED Key to system types: Key to deficiencies: NC= not ce~ified, B= broken BA=Balance HE =Healey M= missing, TO= torn, F= flat, TN= RJ =Red Jacket GH=Gulf Hasselmann AD: needs adjustment, L= long, LO= loose, HI =Hirt HA =Hasstech S= short MA= misaligned, K= kinked, ~= frayed. ** INSPECTION RESULTS ** Key to inspection results: Blank= OK, 7~- Repair within seven days, T= Tagged (nozzle tagged out-of-order until repaired) U= Taggable violation but left in use. COMMENTS: VIOLATIONS: SYSTEMS MARKED WITH A "T OR U" CODE IN INSPECTION RESULTS, ARE IN VIOLATION OF KERN COUNTY AIR POLLUTION CONTROL DISTRICT RULE(S) 412 AND/OR 412.1. THE CALIFORNIA HEALTH 8, SAFETY CODE SPECIFIES PENALTIES; OF UP TO $1,000.00 PER DAY FOR EACH DAY OF VIOLATION. TELEPHONE (805) 861-3682 CONCERNING FINAL RESOLUTION OF THE VIOLATION. NOTE: CALIFORNIA HEALTH 8, SAFETY CODE SECTION 41960.2, REQUIRES THAT THE ABOVE LISTED 7-DAY DEFICIENCIES BE CORRECTED WITHIN ? DAYS. FAILURE TO COMPLY MAY RESULT IN LEGAL ACTION ~..,,-._ .; .~ ADC-D i ;,~ KERN A~R POLLUTION C,.'~TROL OIS . T ~ (805) 861-3682 "¢"~ .t~ASE I VAPOR RECOVERY INSi:>ECTION ;..4 ~.~-,,,~ ·'-;' ~ ' . ........ "~"t: .......................................................................................... ~£~ ......... '.'~ ........... '"': ' TANK 1*1-T~2 /TANK ~3 C/TANK ~4 . ...~.-~CT (UL, ~UL. P, o,., ~). U /2 . :(,,'Z:.-. TANK LOCATZON REFERENCE 3. BROKEN OR MISSZNG VAPOR CAP , ... 4. BROKEN OR MISSING FILL CAP ' ' 5. BROKEN C4M LOCI'( ON VAPOR CAP '5. ,:'iLL CAP.'..= ,.,...:'"~-, PRCPERL": SEATED '7. VA~3R CAPS NOT PROPERL"," SEATED 8. GASKET. N~SSZNG FROM FZLL CAP ~ ..' GASKET ' !~4,.~,...,:NG FRCt,1 VAPOR CAP VAPOR -. '-,T,'," AuA~' ~.;~ NOT T~GHT .... TUBE,4.=,..,.,,~u:' ~=:"~"" ,.' r;-/!¢'RCPERL';' SEATED ..... ~7., r-_:,. ,.U"L'-. , "_' z' _,,~,,&C,'~.~ ~. ',IT:.. %~;~' i '., . . "" ~'"' ' ..... TU~E ,.,.z"-/,.L,.-,L, ,- ;. _~ MEC;H~N [ 3M OEFEC'T::'vE ~ WAC2~ING : ~Y~T~-~ ¢4ARKEO Nl.,'~,, A (~ECK ABOVE ARE !N VIO~TI~ OF KE~ ~N~ AIR ~LLUTI~ ~:~ ~T~L C,I~TRICT NJLE(3) 209, 412 ~D/OR 412.1. ~HE CALIFO~4~A H~L%H & ~F~f CODE ~_,.lF_~ , ~AL,.~ OF J. ~O $,,000.90 PER ~AY ~JR ~ ~IOL~T~. ,E~E (80~) ~:~85 ~-3682, r~4CE~ING,. F;NA. L R~C,..L~T'~ O'F ~H:~ V IuL" AT l,~ (~ ¢ ...... -' ' ' , ~, _,'::-- --"--'"""Y,E~4 : ,~ 'Alx / ,~ '2700 "~" S~ree'c. Suite~;.~ · ('305) 86't-:3682 ¢ PHASE. II VAI:~DR RECOVERY I~SPECTION / ? - -' / /'jk'c ~, /'-' ;'<--' .l~/.,/r f~/O T'Ff, '[~,3~ffor~, L~Ca~ffO~ .~-.-, ¢-' ,~ *--'-, -- ' . ' .:......~.~_' .......:: ............................................... ' ,. ............................................................. .,/ , , / / -2 ~ /~ .... · ~.','/i:/..2 .' ~ "~' ....... ~ ................................................................................... , q~./~-' - ~....~ . · i:. NOZZLE ~t j , t t' '"' "" ~o~ ~ ~j~ t I .I, , ....... ..... 2 ~ECK VALVE N ' . .- 0 3 FACE '~''' ' .~. x ..... ~ ~. ~ ~ ' j ' ' ; .... ~ 'i' ', ~ ';' ' " :~ V~O~T~C~S- SYST~ ~RK~D ~[~ A "T" ~DE IN ~NSPECTZ~ RE~LTS, ARE IN V[O~TZ~ OF ~ H~L~ & SAFE~f ~DE SPEC;F[~ · ~ VZO~TZ~. TEL~E (305) NOTE: CAL:FO~[A HD~L~ & SAF~ ~DE SECT[~ 41960.2, CE~[RES ~AT ~E ~OVE LZSTED ?-DAY DEr~r3~JC:~ 3~ ~RRECTEO ...... t~ ~ m RE~LT ~m~. 7 .~RE TO '~PLY A~Y IN LE~L'ACTZC~ ~'~'~ ~"-' '~'~ . KERN UNTY AIR POLLUTION CON STRICT 2700 "M" Street, Suite 275 Bakersfield, CA. 933~)1 ...... (805) 861-3682 PHASE I VAPOR RECOVERY INSPECTION FORM Station Name ~ 7 '~' ~' ''7'~''~'~'~c~'~' ~ G-~~" ' '~- ':~- Ci~ ~mpany Mailing Address ~ ~ . ~ ~[ -- '3~ Sy~mTyp~: ~p. Ri~r/~axial Date q~--'/~ ~/ Phone Inspector 0_ ~ [~. ~ :~: Notice Rec'd By TANK ~1 TANK ~2 TANK ~3 TANK ~4 " _ .... 1.PRODUCT (U~ PUL, P, or R) 2.TANK LOCA~ON REFERENCE 3.BROKEN OR MISSING VAPOR CAP 4.BROKEN OR MISSING FILL CAP 5.BROKEN CAM LOCK ON VAPOR CAP 6.Fl~ CAPS NOT PROPERLY SEATED 7.VAPOR CAPS NOT PROPERLY SEATED 8.GASKET MISSING FROM Fl~ CAP 9. GASKET MISSING FROM VAPOR CAP 10. Fl~ ADAPTOR NOT ~GHT 1 1. VAPOR ADAPTOR NOT TIGHT 12. GASKET BE~EEN ADAPTOR & Fl~ TUBE MISSING / IMPROPERLY S~D 13. DRY BR~K GASKE~ DETERIO~D 14. EXCESSIVE VERTICAL PLAY IN COAX~L FILL TUBE 15. COAX~L FILL TUBE SPRING MEC~NISM DEFECTIVE 16.' TANK DEPTH M~SUREMENT 17. TUBE LENGTH MEASUREMENT 18. DIFFERENCE (SHOULD BE 6" OR LESS) 19. OTHER COMMEN : 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 CAMFORNIA HEALTH & SAFETY CODE SPECIFIES PENALTIES OF UP TO $1,000.00 PER DAY FOR EACH VIOLATION. TELEPHONE (805) 861-3682 CONCERNING FINAL RESOLU- 9~49-~o~o APCD FILE ' ~_-',~"-' UNTY AIR POLLUTION:(" ' ' 2700 "M" Street, Suit~ 275' Bakersfield, CA. 9~301 (805) 861-3682 PHASE II VAPOR RECOVERY INSPECTION FORM Station Location 2 ~' -~-'~ ~/'~. ~ ~' ~,'~,-1 r.. a: ~' L.~,--%'~' P/O # .~ ~ ~/'/O~::~ ~ Company Address . City ~ Zip Contact ~*'~--'~ ~/~c~.--~.._ Phone -~'~'~']~ ~:~-~:~:) System Type: ~/'~/"/~RJ E GH HA Inspector.. ~'"- ,_ .~.. ~-. ~-~.~' Date'' ~'-~'/~ -- !1 Notice Rec'd B~(-~_~,~,~"~ ~ NOZZLE # / 3' H NOZZLE TYPE ~7~0 ~ ~-~bJ~ 1. ' CERT. NOZZLE 2. CHECK VALVE N 0 3. FACE SEAL Z Z 4. RING, RIVET L E 5. BELLOWS 6. SWIVEL(S) 7. FLOW LIMITER (EW) 1. HOSE CONDITION V .... A 2. LENGTH P O 3. CONFIGURATION R 4. SWIVEL H O 5. OVERHEAD RETRACTOR S E 6. POWER/PILOT ON 7. SIGNS POSTED Key to system types: Key to deficiencies: NC= not certified, B= broken BA=Balance HE =Healey M= missing, TO-- tom, F= fiat, TN= tangled RJ :Red Jacket GH=Gulf HasSelmann AD= needs adjustment, L= long, LO= loose, HI =Hirt HA =Hasstech S= short MA= misaligned, K= kinked, FR= frayed. ~<=~ INSPECTION RESULTS Key to inspection results: Blank= OK, 7~- Repair within seven days, T= Tagged (nozzle tagged out-of-order until repaired) U= Taggable violation but left in use. COMMENTS: VIOLATIONS: SYSTEMS MARKED WITH A "T OR U" CODE IN INSPECTION RESULTS, ARE IN VIOLATION OF KERN COUNTY AIR POLLUTION CONTROL DISTRICT RULE(S) 412 AND/OR 412.1. THE CALIFORNIA HEALTH & SAFETY CODE ..~PEClFIES PENALTIES~ OF UP TO $1,OOO.00 PER DAY FOR EACH DAY OF VIOLATION. TELEPHONE (805) 861-3682 CONCERNING FINAL RESOLUTION OF THE VIOLATION. NOTE: CAUFORNIA HEALTH & SAFETY CODE SECTION 41960.2, REQUIRES THA~THE ABOVE MSTED 7-DAY DEFICIENCIES BE CORRECTED WITHIN 7 DAYS. FAILURE TO COMPLY MAY RESU. LT IN LEGAE AC'IION 9~-~o~s APCD FILE ~.~00 M" Strut t~Jite 8~k=_rsfle]d, CA. (805) 861-3682 PHASE I VA~R RE.VERY INSPECTI~ ~.NK LOCAT~ R_r .... IC~ ~ROKEN OR ;~!ISSiNG VA~R CAP ~KSN OR MISSING FILL CAP '- FILL CA~ NOT P~PERLY SEATED VAPOR CA~ NOT PROPERLY ~.¢~'~=-' G.~KET ~,4ISSiNG FR~ FiLL CAP ¢:LL AOAPTOR NOT TIGHT ¢~SKET 8E~elE~ AOAPTOR & FILL TUBE MI~ING / IMPROPERLY SEATED DRY 3REAK Ge.S, .E ~ ~ OETERIO~.TED ~_AY IN .... ¢~<¢=SSr'.¢'=~ .. _ VERT;CAL COAXZAL F~LL TUBE CO~ZAL FiLL ~BE SPRZNG MECH~N i $~ DEFECT iVE ~ '7. TUP~E LENGTH MEA?JJREM~-NT 18. O[FFERENCE (.SHOULD BE :5" OR LESS') O 1~ ,Er~ . WAF~NING : SYSTEMS MARKED wITH A CHECK ABOVE ARE IN VIOLATION OF KERN COUNTY AIR POL_u. ,Ct,, CONTROL DISTRICT RULE(S)209, 412 AND/OR 412.1. THE CALIFORNIA HEALTH_& SAF_E._~ SP~CIFIE~ PENALTIES OF UP TO $1 000.00 PER 0AY FOR EACH,VIOLATION. TELE.~HONE 86T23682 CONC,-RNING FINAL RESOLOTION OF THE VIOLATION(.~ ' " , ,.~.-.: ~ ~o,-.~.~,~.S~, ..... ,..~ ~ (.,/.- ,~ 2'/00 "~" S~, ~.~e. 2?5 ~ .~ r~.:z~-,..?.z~ ...u. 7 ... .~ ~aker~ield, CA.. ,- g330~ .. {805) 86~-~682 ~ASE I! VA~R RE~VE~ I~P~TI~ ,, GA3 3~CE 'J J · ~ CERT..NOZZLEJ :-, 3 :~ACE SE~L1 ;~ 5 8ELL~ ' J ~.~4.~~~ , ' .... , , j I , P ' t I - C 3 CONFIGU~.Ti~ j i 4 S~4IVEL ,, , I --- ~:~ 5 OV~EAD RET~CTOR J :* - - ! .... ~' '~ "' ~~ - _ . _ , . , , . .;~AiSalance HE=Healey , ~ ~ missing, T~ torn, F= f]a~, ~= Ri=Red Jacket ~lf Rasse,~nn ~ ~ n~s' ad.just~t. L= l~. L~ l~e'; ¢ , HI=Hie% HA~asst~=h ~ 5: s~r: ~= misalign~, K= kink¢. F~ ,rayec: Key Co ins~ti~ r~ul~s: Blank= OK, ' 7= Re.ir wi~hfn ~even da~, T= Tagg~ (nozzle ~aQg~ ~t~f~rder un:il , ,. U= .aq~ab]e v~ol~E-~ ~t ~ef( fn use. ' /f .,.~ . , . . , . ~ _ , ~ .~ . ~ - // - I t ~~~A[R ~TZ~ ~T~L D[STR]CT ~(S) 412 ~D/~ A12.1. ~g_OA~y -F" ~ H~L~ & ~F~ ~DE SP~F~ P~ALTZ~ OF UP TO $1,000.00 ~ DAY F~ ~ DT ~ VZO~T~. TELE~E (805) 861-3682 ~C~J~ FJ~ ~TJ~ OF ~E VJ~ ~ . NOTE: CALIFO~IA H~Lm & ~F~ ~OE S~TI~ ~1960.2, ~~y~ ~E ~ LISTED 7-DAY DEFiCI~CZ~ SE ~R~CTED WI~IN 7 ~. FAI~ R~LT IN LEaL ACTI~ ~" :...- ENVIRONMENTAL HE~.~'H DEPARTMENT ! / C°unty°fKern /~4 //~- (OFFICE ADDR~S) DATE, , 19 ,' '~ U~n ins.~ion of the a~ve pro.~ . found that you ~d not ~mpli. wi.:" ' * ~erefore, you are hereby ~ue~ to up.ar at a hearing ~ ~is ~r. It ~11 ~ ~ld at (A.M.) ~ At ~is hearing you may pre~nt your plans fo~ ~rre~ing ~'~ viol~iom or .~m for non~mplian~, You may ~ repre- ~ ~nted by le~l ~u~A~RE ~ APPEAR MAY BE:' DEEMED CAUSt FOR FURTHER LEGAL A~ION. 1700FIowerStrnet KERN COUNTY HEALTH DEPARTMENT HEALT, OFFICER Bakersfield, California 93305 ENVIRONMENTAL HEALTH DIVISION Leon M Hebet, t~on, M.D. Telephone (805} 861-3636 DIRECTOR OF ENVIRONMENTAL HEALTH Vernon S. Relchard HAZARDOUS MATERIALS MANAGEMENT PROGRAM Date ~'...//~ _ ~7(~ Underground Tank Facility # Firm Name /~/P~- F//,.- ~ ,~,~/7~ / EPA I.D. # ~/-~7 G ~.. ,~-u~ ~/~ ~ ~- ~-~-. Assessors Parcel # Address ~_.'.~'_~.~'/~/r'L ~..~ Type Facility ~L~/~.~_j~l~dt4 Person Interviewed NOTICE OF VIOLATION AND ORDER TO COMPLY The following conditions or practices observed th is date are violations of one or more sections of the California Health and Safety Code, Div. 20, or the California Administrative Code, Title 22, Div. 4, Chap. 30, relating to the "storage, handling, transportation, and disposal of hazardous waste" or Ordinance Code of Kern County, Div. 8, "Underground Storage of Hazardous Substances." Conditions or practices must be corrected within the times ordered below: oil K ) , · . ~ { - --,. / / . · : ' :' I ~f - .. - /.i / - / -/ . . . , ~ . - I .. Your signature acknowledges receipt of a copy of this repo~ and collection of any samples described above, and is not an admission of guilt. Failure to fully comply wit~ t~is "Notice and order" may result i, fu~her'~al a~ b~county or State officials. owner or Authorized Representative ~ ~t of the Kern Coun~ Health Officer OHginat ~naw -- Facili~ file ~ S~ielist ~vir~ment81 H~lth ~ 4113 1~ (7/87) ~oo;ow..s,..t KERN COUNTY HEALTH DEPARTMENT HEALTH OFFICER Baker, field, California 93305 ENVIRONMENTAL HEALTH DIVISION Leon M Hebeflson, M.D. TMe94tone (805)861-3636 DIRECTOR OF ENVIRONMENTAL HEALTH Vernon S. Relchard HAZARDOUS MATERIALS MANAGEMENT PROGRAM Date ~"/4'"' ~;~_ Underground Tank Facility # ~'~/-*~/~ Firm / ' ' EPA # Address ,~'~_'~ ,~,,~r'u~.f-g'/',~ ~/'~#~P_ Assessors Parcel # . ~ ) ~;~ .Z2/E~/,/,'~r/ ~.~L'/ Type Facility ~L--/~"~ X~r~ ~~ ~/~, Person Interviewed NOTICE OF VIOLATION AND ORDER TO COMPLY The following conditions or practices observed this date are violations of one or more sections of the California Health and Safety Code, Div. 20, or the California Administrative Code, Title 22, Div. 4, Chap. 30, relating to the "storage, handling, transportation, and disposal of hazardous waste" or Ordinance Code of Kern County, Div. 8, "Underground Storage of Hazardous Substances." Conditions or-practices must be corrected within the times ordered below: . ._ -.~ Your signature acknowledges receipt of a copy of this repo~ and collection of any samples described above, and is not an admission of guilt. Failure to fully comply with this "Notice and Order" may result in fu~her I~al ~n by County or State officials. /)/ .: / ~ Owner or Authorized Repr~entative ~ite -- O~ginal ~naW ~ Facili~ file Pink ~ S~ialist Envir~l Health 5~ 41~3 1~ {7J87) Kern County llealth Oepartm " ....Permit No. Division of Environmental Hea~., App ,~..~tion Date. 1700 Flower Street, Bakersfield, CA 93305 (805) 861-3636 APPLICATION FOR PERMIT TO OPERATE UNDERGROUND HAZARDOUS SUBSTANCES STORAGE FACILITY Type Of Application (check): ~]New Facility[~Modiftcation Of Facility~]Existing Facility[]Transfer Of Ownership A. Emergency 24-Hour Contact (nmae, area code, phone): Days Facility Name Ryder Truck Rental No. Of Tanks 6 Type Of Business (check): ~Gasoltne Station ~Other .(describe) Truck Maintenance Is Tank(s) Located On An Agricultural Farm? ~]Yes Is Tank(s) Used Primarily For A~rieultural Purposes? C~Yes Facility Address 2929 E. Brundage Lane Nearest Cross St. Industrial T R SEC (Rural Locations Only) O~ner Ryder Truck Rental Contact Person Paul Kalvaitis Address 14875 Landmark Blvd. Dallas Zip 75240 Telephone214-788-4215 Operator N/A Contact Person Address N/A Zip Telephone Pg. 3 test B. Water To Facility Provided By Calif. Water Service Depth to Groundwater 1,2,3,4,5 Foil Characteristics At Facility See Dane 2 test lo~ 1, 2, 3, 4, 5 Basis For Soil Type~nd Groundwater Depth Determinations See soils invcstigations dated C. Contractor Colombo Const. Co.,.Inc. CA Contractor's License No. 191788 Address 714 Williams St, Bakersfield Zip 93305 'telephone 327-5934 Proposed Startin~ Date 12-1-86 P~oposed Completion Date Worker's Compensation Certification No. 440-8~ Insurer Stat~ Cc~npen~at~on _ D. If This Permit Is For Modification Of ~al Existing Facility, Briefly Describe Modifications Proposed N/A E. Tank(s) Store (check all that apply): Tank · Waste Product Motor Vehicle ~nleaded ReMular Premium Diesel Waste Fuel Oil [] Oil [] [] [] [] [] [] x x fu~lsl Tank ~ Chemical Stored {non-commercial na~e}, CAS # {if kno~n~ Chemical Previously S(ored (if different) N/A G. Transfer Of Ownership N/A Date Of Transfer Previous Owner Previous Facility Name I, accept fully all obligations of Permit No. i~sued £ understand that the Permitting Authority may review modify or terminate the transfer of the Permit to Operate th is underground facility upon receiving this completed form. and correct. //~ Facility Name RYDER~~, NEW FACILITY Permit No. TANK ~ I '.,~e (FILL OUT SEPARATE FORM FOR EACH TANK) FOR EACH SEUTION, CtIECK ALL APPROPRIATE BOXES H, 1. Tank is: [-]Vaulted [] Non-Vaulted [] Double-Wall [] Single-Wall 2. Tank Material Carbon Steel [q Stainless Steel [] Polyvtnyl Chloride [] Fiberglass-Clad Steel []Fiberglass-Reinforced Plastic [] Concrete [] Aluminum [] Bronze [~Unknown []Other (describe): 3. Primary Containment Date Installed Thickness (Inches) Capacity (Gallons) Manufacturer 12/86 1:000 Owens-Corning 4. Tank Secondary Containment ~ Double-Wall [] Synthetic Liner [] Lined Vault [~] None [] Unknown ~, Other (describe): Manufacturer: Owens-Coming Material fiberglass Thickness (Inches) Capacity (Gals.) 100 5.'Tank Interior Linin~ [] Rubber [~] Alkyd O Epoxy ~-]Phenolic [] Olass [] Clay [] Unlined [~] Unknown [] Other (describe): 6. Tank Corrosion Protection [] Galvanized [] Fiberglass-Clad [] Polyethylene Wrap [] Vinyl Wrapping [] Tar or Asphalt ~ Unknown [] None ~] Other (describe): fiberglass tank Cathodic Protection: [] None [] Impressed Current System [-] Sacrificial Anode System ~ Describe System & Equipment: ?. Leak Detection, Monitoring, Bnd 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'*~q 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 Gauging & Inventory Reconciliation [] Periodic Tightness Testing [] None [~] Unknown [] Other b. Piping: E-]Flow-Restricting Leak Detector(s) For Pressurized ~iping* ~Monitoring Sump With Raceway [] Sealed Concrete Raceway ~ Half-Cut Compatible Pipe Raceway [-]Synthetic Liner Raceway [] None fqUnknown [] Other PVC sleeve with monitor~nE well · Describe Make a Model:'~ Owens-Corning_ fiberglass reservoir: R-8; r~rvo~r ~ngor 8. Tank Tightness Not applicable RS-10.; control panel Has This Tank Been Tightness Tested? O Yes [] No ['] Unknown SB0011 Date Of Last Tightness Test Results Of Test Test Name Testing Company 9. Tank Repair Not applicable Tank Repaired? []Yes [] No ~] Unknown' Date(s) Of Repair(s) Describe Repairs ~0. Overfill Protection [] Operator Fills, Controls, &'Visually Monitors Level [] Tape Float Gauge ~q Float Vent Valves [] Auto Shut-Off Controls [] Capacitance Sensor [] Sealed Fill Box [] None [] Unknown [~ Other: 4" OPW 840 overfill prot_ fi]] boy List Make & Model For Above Devices OPW 53 VM (loat vent valve 11. Plptn~ a. Underground Piping: [] Yes [] No [] Unknown Material Thickness (inches) Diameter 3" Manufacturer A.O. Smfth ~ Pressure •suction ~3 Gravity Approximate Length Of Pipe Run 5q' b. Underground Piping Corrosion Protection: [] Galvanized [] Fiberglass-Clad [] Impressed Current [] Sacrificial Anode [] Polyethylene Wrap [] Electrical Isolation [] Vinyl Wrap [~]Tar or Asphalt [] Unknown [~ None ~ Other (describe): fiberglass pipe c. Underground Piping, Secondary Containment: [] Double-Wail [] Synthetic Liner System [] None [] Unknown .[~ Other (describe): PVC DiDe schedule 125 Facility Name RYDER TRUCK ~"L NEW FACTLTTY ~, Permit No. TANK # 2 bulk oil (FILL OUT S~PARATE FORM FOR EACH 'TANK} FOR EACII SECTION, CtiECK ALL APPROPRIATE BOXES H. 1. Tank is: [~] Vaulted [] Non-Vaulted [] Double-Wall ~ Single-Wall 2. Tank Material [] Carbon Steel [] Stain]ess Steel [] Polyvtnyl Chloride ~] Fiberglass-Clad Steel [] Fiberglass-Reinforced Plastic [] Concrete ~] AluminUm [] Bronze ~] Unknown Other (describe): $. Primary Containment Date Installed Thickness (Inches) Capacity (Gallons) Manufacturer 12/86 6.000 Owens-Coming 4. Tan~ Secondary Containment [] Double-Wall [] Synthetic Liner [] Lined Vault [] None [-] Unknown [~ Other (describe): Manufacturer: Owens-Cornin~ Material fiberglass Thickness (Inches) Capacity (Gals.) - '5.'Tank Interior Lining [~ Rubber ~] Alkyd ~]Epox¥ [']Phenolic [] Glass [-] Clay [~ Unlined D Unknown [] Other (describe): 6. Tan~ .Corrosion Protection [~] Galvanized [~] Fiberglass-Clad [] Polyethylene Wrap ~] Vinyl Wrapping [] Tar or Asphalt ~] Unknown [] None [] Other' (describe): fiberglass Cathodic Protection: [] None ~] Impressed Current System ~] Sacrificial Anode System ~] Describe System & Equipment: ?. Leak Detection, Monitoring, _and ~nterception 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* [] Conductivity Sensor* [] Pressure Sensor In Annular Space Of Double Wail Tank * []Liquid Retrieval & Inspection From U-Tube, Monitoring Well Or Annular' Space ['I Dally Gauging & Inventory Reconciliation f'] Periodic Tightness Testing []None ~'~ Unknown [-] Other b. Piping: []Flow-Restricting Leak Detector{s)For Pressurized Piping* [~]Monitoring Sump With Raceway ~] Sealed Concrete Raceway ~] Half-Cut Compatible Pipe Raceway ~']Synthetic Liner Raceway [] None ~]Unknown ~] Other PVC with monitoring well · Describe Make & Model:'. Owens-Cornir~ fiberglass reservoir R-8; reservoir sensor 8. Tank Tightness Not applicable RS-~0; control panel SB0014 Has This Tank Been Tightness Tested? [] Yes [] No [~] Unknown Date Of Last Tightness Test Results Of Test Test Name Testing Company 9. Tank Repair Not applicable Tank Repaired? []Yes [] No ~]Unknown Date(s) Of Repair(s) Describe Repairs 10. Overt(l! Protection [] Operator Fills. Controls, &-Visually Monitors Level [~ Tape Float Gauge [] Float Vent Valves [] Auto Shut-Off Controls ~] Capacitance Sensor [] Sealed Fill Box [] None [~ Unknown ~-~ Other: OPW840 overfill protection fit1 box List Make & Model For Above Devices OPW 53' VM float vent valve a. Underground Piping: [] Yes [] No [] Unknown Material fiberglass Thickness (inches) Diameter 2" Manufacturer A.D. Smith ~] Pressure []Suction [] Gravity Approximate Length Of Pipe Run 70' b. Underground Piping Corrosion Protection: ~] Galvanized [] Fiberglass-Clad [] Impressed Current [] Sacrificial Anode ~] Polyethylene Wrap [] Electrical Isolation [~ Vinyl Wrap [~]Tar or Asphalt [] Unknown ~ None f~Other (describe): fiberglass c. Underground Piping, Secondary Containment: ~] Double-~all [] Synthetic Liner System [] None [] Unknown ~ Other (describe): 4" PVC schedule 125 Facility Name RYDERTRUCK NEW FAQILI/~f Permit No. TANK # 3 gasoline {FILL OUT SEPARATE FORM FOR EACH TANK) FOR EACH SECTION, ~I{ECK ALL APPROPRIATE BOXES 1. Tank is: []Vaulted [] Non-Vaulted ~q Double-Wall D Single-Wall 2. Tank Material Carbon Steel [] Stain]ess Steel [] Polyvinyl Chlori~e [] Fiberglass-Clad Steel []Fiberglass-Reinforced Plastic [] Concrete [] Aluminum [2] Bronze []Unknown []Other {describe): 8. Primary Containment Date Installed Thickness (Inches) Capacity (Gallons) Manufacturer 12/86 8?000 Owens-Corning. . 4. Tank Secondary Containment ~ Double-Wall ~q Synthetic Liner [] Lined Vault [~ None D Unknown [], Other (describe): Manufacturer: Owens-CorninK Material fiberglass Thickness (Inches) Capacity (Gals.) 400 5.'Tank Interior Lining 0 Rubber [~ Alkyd []Epoxy ~ Phenolic [~ Glass [~ Clay [] Unlined [] Unknown [~ Other (describe): 6. Tank Corrosion Protection [] Galvanized [] Fiberglass-Clad [] Polyethylene Wrap [] Vinyl Wrapping [] Tar or Asphalt ~ Unknown [] None ~] Other (describe): fiberglass Cathodic Protection: [] None [] Impressed Current System ~q Sacrificial Anode System [] Describe System & Equipment: 7. Leak Detection, Monitoring, and Interception a. Tank: [] Visual (vaulted tanks only) [] Groundwater Monitoring Well(s) ~ Vadose Zone MonJtorin~ Well(s) [~ U-Tube Without Liner .[~] U-Tube with Compatible Liner Directing Flow To Monitoring Well(s)* ~ Vapor Detector'*IX] 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 Gauging & Inventory Reconciliation [] Periodic Tightness Testing []None ~ Unknown [] Other b. Piping: [] Flow-Restricting Leak Detector(s) For Pressurized Piping* []Monitoring Sump With Raceway [] Sealed Concrete Raceway [] Half-Cut Compatible Pipe Raceway []Synthetic Liner Raceway [] None []Unknown [] Other monitoring sump *Describe Make & Model:~ Owens-Corning fiberglass reservoir R-8; reservoir senso~ 8. Tan~ ~iMhtness Not applicable RS-10; control panel SB0014 Has This Tank Been Tightness Tested? [] Yes [~] No [] Unknown Date Of Last Tightness Test Results Of Test Test Name Testing Company 9. Tank Repair Not applicable Tank Repaired? []Yes [2] No ~ Unknown Date(s) Of Repair(s) Describe Repairs 10. Overfill Protection [~ Operator Fills, Controls, & Visually Monitors Level [] Tape Float Gauge [] Float Vent Valves [] Auto Shut-Off Controls [] Capacitance Sensor [] Sealed Fill Box [] None [] Unknown [] Other: ~" OPW 840 nv~]] pr~ ~3] h~Y List Make & Model For Above Devices ,. OPW 53 VM float vent valve ll, Piping a. Underground Piping: [] Yes [] No [] Unknown Material fiberglass Thickness (inches) Diameter 2" Manufacturer A.O. Smith [] Pressure []Suction [] Gravity Approximate Length Of Pipe Run 30' b. Underground Piping Corrosion Protection: [] Galvanized [] Fiberglass-Clad [] Impressed Current [] Sacrificial Anode [] Polyethylene Wrap [-] Electrical Isolation ~ Vinyl Wrap [2]Tar or Asphalt [] Unknown D None []Other (describe): f/herE]ass c. Underground Piping, Secondary Containment: [] Double-Wall [] S~nthetic Liner System [] None ~ Unknown [] Other (describe): A.D. Smith 3" red thread Facility Name RYDER TRUC~ ~NTAL NEW FACILITY Permit No. TANK · 4 diesel {FILL OUT SEPARATE FORM ~OR EACH TANK) FOR EACH SECTION, CHECK ALL APPROPRIATE BOXES 1. Tank is: [-]Vaulted [] Non-Vaulted [] Double-Wall [[] Single-Wall 2. Tank Material [] Carbon Steel [] Stain]ess Steel [] Polyvinyl Chloride [] Fiberglass-Clad Steel [] Fiberglass-Reinforced Plastic [] Concrete [] Aluminum [-] Bronze []Unknown [] Other Idescribe): 3. Primary Containment Date Installed Thickness {Inches} Capacity {Gallons) Manufacturer 12/86 12:000 4. Tank Secondary Containment [] Double-Wall [] Synthetic Liner [] Lined Vault [] None [-] Unknown [], Other (describe): Manufacturer: Owens-Corning Material fiberglass Thickness (Inches) Capacity (Gals.) 5.'Tank Interior Lining [] Rubber [] Alkyd [~]Epoxy [] Phenolic [] Glass ['~ Clay [] Unlined [] Unknown [] Other (describe): 6. Tank Corrosion Protection [] Galvanized [] Fiberglass-Clad [] Polyethylene Wrap [~ Vinyl Wrapping [] Tar or Asphalt [] Unknown [] None [%~ Other (describe): fiber~]ass Cathodic Protection: [] None [] Impressed Current System [] Sacrificial Anode System [] Describe System & Equipment: ?.'Leak Detection, Monitoring, and Interception a. Tank: [] Visual (vaulted tanks only) [] Groundwater Monitoring Well(s) E] Vadose Zone Monitoring Well(s) [] U-Tube Without Liner .[-] U-Tube with Compatible Liner Directing Flow To Monitoring Well(s)* [] Vapor Detector *~3 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 Gauging & Inventory Reconciliation [] Periodic Tightness Testing [] None [-] Unknown [] Other b. Piping: [~ Flow-Restricting Leak Detector(s) For Pressurized Piping* '[]Monitoring Sump With Raceway [] Sealed Concrete Raceway ~] Half-Cut Compatible Pipe Raceway []Synthetic Liner Raceway [~ None [] Unknown [] Other monitorin~ sump · Describe Make & Model:. Owens-Corning fiberglass 8. Tank Tightness Not applicable RS-lO; control panel SB0014 Has This Tank Been Tightness Tested? [2] Yes [] No [-] Unknown Date Of Last Tightness Test Results Of Test Test Name Testing Company 9, ~ank Repair Not applicable Tank Repaired? [-]Yes [] No [-]Unknown Date(s) Of Repair(s) Describe Repairs 10. Overfill Protection [] Operator Fills. Controls, & Visually Monitors Level [] Tape Float Gauge [~ Float Vent Valves [] Auto Shut-Off Controls [] Capacitance Sensor [] Sealed Fill Box [] None [] Unknown [] Other: 4" OPW840 overfill protactfmn ~]] h~¥ List Make & Model For Above Devices OPW 53 VM float vent valve Il. Piping a. Underground Piping: [] Yes [] No 2,,[[] Unknown Material fiberglass Thickness (inches) Diameter Manufacturer A.O.-Smith [~ Pressure [] Suction [] Gravity Approximate Length Of Pipe Run 50' b. Underground Piping Corrosion Protection: [2] Galvanized [] Fiberglass-Clad [] Impressed Current [~ Sacrificial Anode [] Polyethylene Wrap [] Electrical Isolation [2] Vinyl Wrap []Tar or Asphalt [] Unknown [] None [~ Other {describe): fiberglass c. Underground Piping, Secondary Containment: [~ Double-Wall [] Synthetic Liner System [] None [] Unknown [] Other (describe): A.O. Smith 3" red thread Facility Name RYDERTRUCK NEW FACILITY Permit No. TANK # 5 diesel. (FILL OUT SEPARATE FORM FOR EACII TANK) FOR EACH SECTION, CllECK ALL APPROPRIATE BOXES H. 1. Tank is: []Vaulted [] Non-Vaulted [~j] Double-Wall []'Single-Wall 2. Tank Material Carbon Steel [] Stain]ess Steel [] Polyvinyl Chloride [] Fiberglass-Clad Steel []Fiberglass-Reinforced Plastic [] Concrete [2] Aluminum [] Bronze []Unknown []Other (describe): S. Primary Containment Date Installed Thickness (Inches) Capacity (Gallons) Manufacturer 12 / 86 12,000 Owens-Corning 4. 'rank Secondary Containment ~q Double-Wall [] Synthetic Liner [] Lined Vault [] None [] Unknown []. Other (describe): Manufacturer: (~vens-CorninK Material fiberglass Thickness (Inches) Capacity (Gals.) 560 5.'Tank Interior Lining [] Rubber [] Alkyd []Epoxy [~] Phenolic [] Glass [] Clay [] Unlined [] Unknown [] Other (describe): 6. Tank Corrosion Protection [] Galvanized [] Fiberglass-Clad [] Polyethylene Wrap [] Vinyl Wrapping [] Tar or Asphalt Iq Unknown [] None [] Other' (describe): fiberglass Cathodic Protection: [] None [] Impressed Current System [] Sacrificial Anode System '[] Describe System & Equipment: 7. Leak Detection, Monitoring, and Interception a. Tank: [] Visual (vaulted tanks only) [] Groundwater Monitoring Well(s) [] Vadose Zone Monitoring Well(s) [] U-Tube Without Liner .Iq U-Tube with Compatible Liner Directing Flow To Monitoring Well(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 Gauging & Inventory Reconciliation [] Periodic Tightness Testing [] None [] Unknown [~ Other b. Piping: IX] Flow-Restricting Leak Detector(s) For Pressurized Piping* Iq Monitoring Sump With Raceway [] Sealed Concrete Raceway [] Half-Cut Compatible Pipe Raceway []Synthetic Liner Raceway [] None [-]Unknown [] Other monitor~n~ sun~. · Describe Make & Model:'. Owens-CorninE fib~r~lm~ r~rvnir R-8~ r~rvn~r ~ensor B. Tan~ Tightness Not applicable RS-lO; control panel SB0014 Has This Tank Been TiMhtness Tested? E] Yes D No ~ Unknown Date Of Last Tightness Test Results Of Test Test Name Testing Company 9. Tank Repair Not applicable Tank Repaired? [~] Yes [] No [] Unknown Date(s) Of Repair(s) Describe Repairs ~O. Overfill Protection [] Operator Fills, Controls, & Visually Monitors Level [] Tape Float Gauge [] Float Vent Valves [] Auto Shut-Off Controls [] Capacitance Sensor [] Sealed Fill Box [] None [] Unknown [] Other: 4" OPW 840 overfill pro~ect~on ~]] hnxList Make & Model For Above Devices OPW 53 VM float vent valve 11. Piping a. Underground Piping: [] Yes [] No [] Unknown Material fiberglass Thickness (inches) Diameter 2" Manufacturer A.O. 'Smith ~ Pressure [] Suction [] Gravity Approximate Length Of Pipe Run b. Underground Piping Corrosion Protection: [] Galvanized [] Fiberglass-Clad [] Impressed Current [] Sacrificial Anode [~ Polyethylene Wrap [] Electrical Isolation [] Vinyl Wrap [-}Tar or Asphalt [] Unknown [] None f~ Other (describe): fiberglass c. Underground Piping, Secondary Containment: [] Double-Wall [] Synthetic Liner System [] None [] Unknown r-~ n~h~r (describe): A.O. Smith q,, red thread OWENS-CORNING FIBERGLAS CORPORATION 541 SOUTH 441. SUITE 3, MARGATE, FLORIDA 33068, PHONE: (305) 975-6700 MIAMI: 947-9836 September 10, 1986 '~ .-. ,"--~_~ [-,~£7,-T~,-.~. ] Joe Colombo j~\\~ ;]t.: COLOMBO714 WilliamsCONSTRUCTIONstreet I '"~ CO!.O~,tL~L~ .......................... <]L'~:::."~. S!!: ,";,. Bakersfield, CA 93305 Dear Joe, Confirming our conversations about the underground tanks for Ryder Truck Rental in Bakersfield, California, enclosed are the tank drawings and literature we discussed. We will supply two Model PS 42-22 piping sumps to contain the submersible pumps (one each for a 12,000 gallon and 8,000 gallon tank). For the other 12,000 gallon siphon tank, we will provide 2-22"x24" manway exten- sions with hardware to be modified in the field by your tank installation contractor (Steve Dubriese). This is to be used as a sump. We will also provide 24 - 22"x24" manway extensions with hardware for the bulk oil and waste oil tanks. These too are used as sumps. I have enclosed a sketch showing what Steve and I were discussing. All of these tanks will utilize the hydrostatic monitor and have the R-8 reservoir on them. Please refer to the enclosed literature for details and operation. One of the manwaYs on the 2-12,000 and 1-8,000 gallon tanks will have the fittings in a straight line. These fittings will be 8-1/4" center to center. Using this fitting arrangement will allow clearance at grade for the overfill manhole and vapor return manhole. (See enclosed sketch). We did not determine if the local code requires a monitor in the sump. Steve said he will check this out when going for permit. If a monitor is required, we will provide one Model PSS sensor per sump. I am enclosing this literature for your review. To summarize,the following is a list of items supplied by Owens-Corning for this project: FORT LAUDERDALE BRANCH OFFICE Quotations in this letter are not intended as offers, All orders and contracts are taken subject to acceptance by the corporation at Toledo, Ohio - 2-12,000 gallon DWT-2P dies'el tanks - 1-8,000 gallon DWT-2P gasoline tank - 1-6,000 gallon DWT-2P bulk oil tank - 1-1,000 gallon DWT-4 waste oil tank - Each tank has hold down straps and an R-8 reservoir with RS-lO sensor - 2-PS 42-22 piping sumps - 6 - 22"x24" manway extensions with hardware (two bolted together for the 12,000, 6,000 and 1,000 gallon tanks)' - 1-SB0014 4 circuit control 'panel - 1-SB0011 single circuit control panel - The sump sensors and switch panels will be provided if required by local code. Should you have any questions about the drawings or literature, you may contact the local Owens-Corning representative in Los Angeles or me. ~The Los Angeles representative is Roy Lawrence and he can be reached at 213/724-5383. Thank you for reviewing this with Steve and me as I'm sure we have clarified many of the tank related items on this project. Very truly yours, OWENS-CORNING FIBERGLAS CORPORATION Thomas M. Andersen Underground Tanks cc: J. Leone - Ryder/Miami A. Mance - OB/7 J. Harp ~ OB/7 G. Hormel - Tampa R. Lawrence ~ Los Angeles TMA:chg · ..~'~'~~,:(~.-.- ,:~'i.~:~, ~.~. '.'.... ~': :; "×..%~i,,~,~. ~ ~ ~ ~ ~ ~ ~:~(~..~¥.~' ;l - :.. ~,~ '~ ~~ ~, ~ X/,~, .... ~~ ~ ~1i print ~ dra~n~ ~ propr~l~ lO ~lng Fl~rgl~ ~r~rati~ .nd checked approved u~ m;~II. It II not to ~ ~ed, repr~ Item I major I sub code du~. or exhlblt~ to ou~l~ ~.les, b~ date / / II lo ~ U~ only ~lh mferen~ lo con- trlCll Or ~Mla Of thll cor~ratlon. ~ su~rsedes / / ~thlng di~ ~reln not publicly avsil- i ibtl ~y ~ u~ ~th~t wrllten ~rmis- . .,o.. , I,I, 11 !,1, I, I, I, 1,1,. ~ I , draw. by I ~ MODEL Double-Wall Tank  " DWT-4 1000 Short Form Specification: © With The contractor shall provide U.L.--labeled Standard Double-Wall Fiberglas® underground storage tanks in sizes and with fittings as (~)~.?_ 301/4 r,_~ (~) Fittings shown on tho drawings. Tho tanks shall be S hewn manufactured by Owens-Corning Fiberglas. ~ ~ gravel or approved alternate backfill material according to the current installation instructions (Owens-Corning Fiberglas Publication 3-PE-6304 and 3-PE-12681) provided with the tank. The following continuous monitoring condi- , , tions are compatible with the cavity between . ,--- ' · i' theinnerandoutertank: I , . · Vented to atmosphere i~ I~ · Sealed tank cavity I-- 1 O01/2"'" ~-i I' ,, Vacuum--3" mercury maximum . I ~ (1.5 psi max.) I ,, Positive air pressure (3 psi max.) ,, Hydrostatic pressure--7 foot maximum ~-~1381/~" ]"I' head pressure over tank top. Clearance between inner and outer 1. Hold down strap db locations em Indicaled by arrows ~ ~ 3, Fittings are cantered on an 8' radius/rom Ihs center of the manway covet wall ............................ 1 ~,~" 2. For information and limitations on accessory Iocatione on tanks, refer and spaced 90 degrees apart. to current issue o! Pub, No. 3-PE-6312 "Fiberglas Tanks tor Fuel Storage" MK SIZE NO. ' ITEM POSITION A 22' 1 Menwe¥ Center · - : . ' ..J n 24 ' Sq. 1 Deflector Plete Center t't C 4' 4 NPT F]ttlnga (See Note 3) 1,2,3,4 on manway cover '?' D 4' 2 NPT Monitoring Fitting (/) E (.'3 F I J CUSTOMER I DESTINATION & METHOD RECOMMENDED SERVICE DRWG NO. QUANTITY MODEL ACTUAL CAPACITY DWT-4 1000 971 Gallons APPROX. WEIGHT APPROX, CAVITY VOLUME CUSTOMER bRAW~NG NO. 950 Lbs. 100 Gallons PREPARED SY TELEPHONE NO., REVISION DATE CHKD Pub. No. tS-PE-12684:7-8 Lithoin U.S.A., April. t 985 Copyright ~' 1985 Owens-Cormng Fiberglas Corporation Double-Wall Tank .~) i) MODEL Short Form Specification: DWT-2P 6000 The contractor shall provide U.L.--labeled (~~ ~ With Double-Wall Fiberglas® underground ' Standard storage tanks in sizes and with fittings as ~', ~~ Fittings shown on tho drawings. The tanks shall be ~ ~ manufactured by Owens-Corning F~berglas. 3''3 ' Shown Tanks shall be tested and installed with pea (~ ~ ~ n (~ gravel or approved alternate backfill material according to the current installation I '1 instructions (Owens-Corning Fiberglas  ~7I ~ Publication 3-PE-6304 and 3-PE-12681) (~ ~ 8' ID provided with the tank. 8' 2" , Monitoring Capabilities = (~ (~) tions are compatible with the cavity between the inner and outer tank: , · Vented to atmosphere · Sealed tank cavity i · Vacuum--3" mercury maximum · Positive air pressure (3 psi max.) _ · Hydrostatic pressure--7 foot maximum head pressure over tank top. Clearance between inner and outer 1. Hold down strap rib locations are indicaled by arrows ~..q 3. Fittings are centered on an 8' radius from the cartier of the manway cover 2. For inlormation and limilations on accessory locations on tanks, taler and spaced 120 degrees apart. to current issue of Pub. No. 3-PE-63 t 2 "Fiberglas Tanks for Fuel Storage" MK SIZE NO. ITEM POSITION A 22' 2 Menway ~ B 24'Sq. 2 Deflector Plate I'"t C 4' 6 NPT Fittings (See Note 3) 1,2,3 on each menwey cover 'I" D 4' 2 NPT Monitoring Fitting ~,~ E -- 1 Lift Lug center 4' Wide ~ F 2 ' Thick2 Bumper pad Z J CUST~)MER j DESTINATION&METHOD RECOMMENDED SERVICE DRWG NO. QUANTITY MODEL ACTUAL CAPACITY DWT-2P 6000 5930 Gallons APPROX. WEIGHT APPROX. CAVITY VOLUME CUSTOMER DRAWING NO. 3400 Lbs. ~ Gallons PREPARED BY TELEPHONE NO. REVISION DATE CHKD Pub. No. 1s-PR- f 2684:9-l~ Lithe in U.S.A.. April. 1985 Copyright ~ 1985 Owens-Corning Fiberglas Corporation -- ")'"'~ MODEL Double-Wall Tank '-~ Short Form Specification: DWT-2P 8OOO ~ (~~ The contractor shall provide U.L.--labeled With Double-Wall Fiberglas· underground ' . Standard storage tanks in sizes and with littings as Fittings shown on the drawings. The tanks shall be ~-z~7.7~',-~e"'r"--- -~; ~~'~~, ~ ~'~ Shown manufactured by Owens-Corning Fiberglas. (~) t I~~'~~n(~~~ t (~ PublicationTanks shall be tested and installed with pea3.p E-6304 and gravel or approved alternate backfill ~ material according to the current installation  ~ inst ructions (Owens-Corning Fiberglas  i 3-PE-12681) · · · · · · · . 7' 8" ID providedwiththetank. 8' 2"i Monitoring Capabilities ~ ~ /,7'11'~"0D The following continuous monitoring condi- · tions are compatible with the cavity between ~ ' the inner and outer tank: · Vented to atmosphere I I , / ; ' . Sealed tank cavity --4' 10~-~--5' 6" --4' 7"--~5'6~--4' 10/'' . Vacuum--3" mercurymaximum ~ ~ (1.5 psi max.) · Positi~/e air pressure (3 psi max.) i 25' 3" L · Hydrostatic pressure--7 foot maximum I ~ , head pressure over tank top. Clearance between inner and outer wall ............................ 1 ~A" t. Hold down strap rib locations are indicated by arrows ~ .,~ 3. Fittings are centered on an 8' radius from the center of the manway cover 2. For information and limitalions on accessory locations on tanks, rater and spaced t 20 dm3tees apa(l. to current issue of Pub. No. 3-PE-6312 "Fiberglas TAnks for Fuel Storage" MK SIZE NO. ITEM POSITION A 22' 2 Manway ..1 B 24' Sq. 2 Deflector Plate I't C 4' 6 NPT Flttlnga {See Note 3) ' · 1,2,3 on each manwey cover "1' D 4' 2 NPT Monitoring Fitting (~ E -- 2 Lift Lugs 4' Wide ~'~ F 2: Thick 2 Bumper Pad Z ~ . I J CUSTOMER I DESTINATION&METHOD RECOMMENDED SERVICE DRWG NO. QUANTITY MODEL ACTUAL CAPACITY DWT-2P 8000 7830 Gallons APPROX. WEIGHT APPROX. CAVITY VOLU ME CUSTOMER DRAWING NO. 4200 Lbs. ~Gallons PREPARED BY TELEPHONE NO. REVISION DATE CHKD Pub. No. t 5-PR- 12684:10-g Litho m U.S.A.. Aprd. 1985 Copyright ~ 1985 Owens-Corning Fiberglas Corporation .~ ~) MODEL Double-Wall Tank DWT-2P 12000 Short Form Specification: With The contractor shall provide U.L.--labeled ~~,~, ~~,~ Standard Double-Wall Fiberglas® underground · storage tanks in sizes and with fittings as ,, Fittings shown on the drawings. The tanks shall be ~ - - ' =,.~°';~-- 10',E" _ I Shown manufactured by Owens-Corning Fiberglas. {~ .~!- (~) (~) - ~ (~) Tanks shall be tested and installed with pea · gravel or approved alternate backfill ,., L., ~ I~ material according to the current installation i i ~====~ t't~ /~ n \- instructions (Owens-Corning Fiberglas  t I Publication 3-P E-6304 and 3-PE-12681) 7' 8" ID : ~ provided with the tank. · 4 I~ · · 4 · · Monitorin§ Capabilitie~ 8' 2 I 7' 11 ~/~" OD Tho following continuous monitoring condi- (~ .~__. :/ teens are compatible with the cavity between the inner and outer tank: ~ ' ~ · Vented to atmosphere · Sealed tank cavity · Vacuum--3" mercury maximum --4' 10"- ~8'3" L . 10' 1" = = 8' 3"~ -4' 10"-- (1.5 psi max.) · Positive air pressure (3 psi max.) · Hydrostatic pressure--7 foot maximum ~ 36' 3" ' head pressure over tank top. Clearance between inner and outer 1. Hold down strap rib locations ara indicated by arro,,ve ~,. -,~ 3. Fittings are centered on an 8' radius from the center of the manway cover ' wal~ ........... ; ................ 11,~, 2. For information and limitations on accesso;y Iocalions on tanks, refer and spaced 120 degrees apart. to current issue of Pub. No. 3-PE-6312 "Fiberglas Tanks for Fuel Storage" MK SIZE NO. ITEM POSITION A 22' 2 M&nwey ,~1 B 24' Sq. 2 Deflector Plate f'"t C 4' 6 NPT Fittings (Sea Note 3) 1,2,3 on each manwey cover '1" D 4' 2 NPT Monitoring Fitting O · (/) E -- 2 Lift Lugs 4' Wide (~ F 2- Thick 2 Bumper Pad . Z ~- G --' I J RECOMMENDED SERVICE DRWG NO. QUANTITY MODEL ACTUAL CAPACITY' DWT-2P 12000 11630 Gallons APPROX. WEIGHT APPROX. CAVITY VOLUME CUSTOMER DRAWING NO. '6000 Lbs. ~ Gallons PREPARED BY TELEPHONE NO. REVISION DATE CHKD Pub. No. 15.PE. 12684~12-B LithoinU.S.A..April. t985 Copyright ~' 1985Owens-CormngFiberglasCorporal~on i ,ng Sump Short Form Specification: The contractor shall provide Fiberglas® piping sump with fittings as shown on the drawings. The piping sump shall be manufactured by Owens-Corning Fiberglas. Piping sumps shall be installed with pea grovel or approved alternate crushed stone backfill material according to the current installation instructions (Owens- Corning Fiberglas Publication 5-PE-13606) provided with the piping sump. Model PS42-22 ModelSPS42-22 With Standard Fittings Shown With Standard Fittings Shown .! · Mk.Size NO.Item POSiliOrl Mk.Size No.Item Position ~ · A 4' 2 Flberglaas pipe coupling 1,7 A 4" 2 Flberglsas pipe coupling 1,7 B 1' 4 NPTflttlngswlplugs 4,10,16,22 B 1' 4 NPTflttlngewlplugs 4,10,16,22 ~ i c -- I Sensor mounting clip 3 ~ C -- I Sensor mounting clip 3 ul D 23'd/a.I Frlctlon lit lid with handle ~ D 28'd1~.I 22'lDmenwsyw/steelcover E -- 4 Llltlnghcndle Top:l,13;bottom:l,13 ~ E -- 4 Uftlnghandle Top:1,13; bottom:1,13 ~ F 22' dia. I Bottom cutout w/bolt pettem <3 F 22' alii. 1 Bottomcutoutw/bolt pattern ~ G ~ G 4' I NPTflttlng center Z_ H _z H L L Customer I Destination & Melhed Customer [ Destination & Method Recommended Service Dnvg, Recommended Sefvk::e Dnvg. No. No. ActualCap. Approx WI c.~. ActualCap.I Approx. WL PS42-22 235ga s. 125 lbs. I~°'~.' SPS42-22 238 gsls. 165 lbs. Prepared By Telephone No.ReV~ion~, Prepared By Te ephone No.RevJsiofl ~k~r · Notes: Fig. A (~ ,~ 1. Installation accessories not shown: (1) 22" Cork Manway gasket, (24) metal/ neoprene washers, (1) tube of silicone . caulk. ' c , 2. Fitting positions are every 15 degrees as · shown in Figure A. 3. Standard fitting positions are at 1 and 7 (~) as shown. Pub. No. 3-PE-13703, Litho U,S.A.. December, 1985 Copyright ©1985 Owe~ing Fiberglas Corp. Models PS42-22, PS42-30 SPS42-22, SPS42-30 · ,, For Secondary Containment of Pumps & Piping Installation & Specification 1.2 Features 1.1 General Description Figure 2 The piping sump provides containment of a submersible pump leak and also provides a termination point for double walt piping ~ Model PS 42-22 Shown systems. The piping sump is installed on top of the manway where the -- submersible pump is located. Primary piping is installed from the ID submersible pump to the dispenser. When the double wall piping Sensor mounting / ~ _ \\ is installed over the primary piping, the double wall pipe connects bracket ~ ./~ ~" NPT full coupr~j to one of the two factory installed fittings in the side of the piping J ~ / o." ~,,J[ r~dng (4 @ 90'~ spacing) sump. In the event of an accidental spill from the primary piping, nannies' IJl,t?g ~. ~ ~] 4" r~erglass bell coup~ng spac~Kj) the submersible pump is also contained by the piping sump. l- NPT~.e All of the piping sump penetrations, which are used for electrical iN ~~-'-'-'~-" ~ *~'~2~-~22"bolt pattemmanway and piping connections, can be sealed to provide a "water-tight" container. A friction fit lid (model series PS) prevents rain water from entering through the top of the piping sump. Since the top is Not shown: 22" bottom gasket and mounting hardware not sealed, the piping sump will fill with water if the ground water table exceeds the top of the piping sump. As an option, the piping sump can be specified with a bolt-on Figure 3 gasketed lid (model series SPS) to provide an "air-tight" container Model SPS 42-22 Shown which can be used in areas with high ground water conditions or · where the owner wants to test the tightness of the secondary 4" NPT fitting · . piping and sump. .' 22" ID manway ~k 7: An optional sump sensor for continuous electronic monitoring is Sensor available. This sensor is compatible with the optional OCF- mounting supplied electronic control panels. J ~ / o," ~J~ fitting (4 @ 90'~ spacing) Ufting . handlegs L 1~~---------~;~1~_4 fiberglass bell coupra'x3 The piping sump is compatible with either a 22" ID or 30" lO , ~ ,,, I (2 90° spac~'~cj) manway. Figure I ~bolt pattern 6" Completed Piping Sump Installation 6" Not shown: 22" bottom gasket and mounting hardware with Optional Sump Sensor 1.3 .Specifications: Model PS42-22 Model SPS42-22 Model PS42-30 Model SPS42-30 Dimensions: 42" dia. x 37" H 42" dia x 36" H Weight: 125 lbs 175 lbs Capacity: 235 gallons 238 gallons Materials: tsophthaiic Isophthalic Polyester Polyester · Optional sump sensor kit is available from Owe~s-Corm'~g Pipe Fittings: (2) 4" FRP coupling @ 90 °spacing '*Contractor supplied items Electrical Ftgs: (4) 1 "Steel NPT full coupling @90 o spacing Sump Bottom Bolt Pattern: PS42-22: 22" SPS42-22: 22" ." .- · PS42-30: 30" SPS42-30: 30" ~ .'- ..'1 ~k,,._.2' Gaskets: same same Hardware: galvanized steel galvanized steel Type Lid: FRP friction fit .Steep manway cover Lid Opening: 22" Dia 22" Dia Lid Fittings: None (1) 4" NPT 1.4 Installation. Figure 5 General The piping sump is produced in two pieces: a top half and bottom ~: .~: ~ '~".~ half. The bottom half is surface mounted on the manway where the submersible pump will be located. After completing the piping ~ ~"~"~'~' ~/(~eom~,..~ and wiring connections to the submersible pump and optional ~__._.~_.~:~] ~,,,) piping sump sensor, the top and bottom halves are cemented together using the two-part adhesive used for fiberglass pipe connections. ~ s~, ,rua~co~..~ _ _ ! Handling or I Use the side handles to manually mechanically lift the piping sump. Do not roll or drop. Set on smooth ground. If high winds are anticipated, the contractor is responsible for tieing down to . prevent damage from being moved by high winds. Inspection Before installation visually inspect the piping sump for potential. As the bolts are tightened, the T-nut will permanently inbed itself in impact or handling damage, the fiberglass manway flange. A surface-mounted piping sump will prevent future access to the tank from that manway. ,~hank Burial Depth ' e piping sump is designed for a minimum tank burial depth of Tank Access for 22" Manways 7" from the tank to to ,qrad~- Deeper burial depths are possible 4 p -. (Models PS42-30 and SPS42-30 only) by using 24" manway extensions. Piping sumps, which have a 30" bolt pattern at the bottom, can be used in conjunction with a manway attachment ring whenever future access to a 22" tank manway is required. The manway Figure 4 Use Uanway Extensions For Deeper Burial Depth attachment ring is an optional OCF-supplied accessory. Figure 6 P~:j Sump InstalalJon vv'~ Accessble 22" Manway Surface Mounting on a 22" or 30" Manway If the piping sump is to be surface mounted on the manway, first remove the existing bolts on the manway cover. Rotate the man- way cover to align the fittings and submersible pump with Hydrostatic Water Test the intended piping run (see typical piping configuration). Use the supplied cork manway gasket, silicone caulk and Wipe the manway cover to remove any dirt, gravel, or other metal/neoPrene washers to surface mount the piping sump on the foreign substances that may interfere with the gasket. Place the manway cover. After tightening all bolts fill the piping sump hot- supplied cork gasket on top of the steel cover and align it with Lh.e tom with 1-2" of water. Allow the water to stand at least 12 hours bolt pattern. Position the bottom of piping sump on top of the while other functions are being performed. gasket. Inspect the bolts and underside of the tank manway for potential Use the supplied silicone caulk and washers to seal the bolt leaks. Tighten bolts or repair any gaskets/seals as indicated by the holes. Before bolting the piping sump to the manway cover, presence of moisture. fill the bolt holes with silicone caulk. After caulking the bolt holes, fasten the sump onto the manway using the bolts and neoprene coated washers. The hardware must be installed as detailed in Figure 5 to assure the piping sump is water tight. The neoprene coated washer must be installed with the neoprene side down. Backfilling & Clearances ~ Traffic Slab -" ~'",'.,,,, After completing all piping and electrical conne¢ons, the top and Model series PS piping sumps can be accessed through a 2,4 bottom halves of the piping sump are cemented together. Clean street box; model series sPa sumps require a 30" street box. the joint area to insure maximum bonding strength. Use the two Traffic areas require a rebar reinforced concrete road surface to part adhesive supplied by the fiberglass pipe vendor. Apply a span the undergroundvoid created by the piping sump. .. -- generous amount of mixed adhesive to both the bottom and the · ' top joint. Place the top half into position and press down to squeeze out the excess adhesive.1.5 Contractor Provided Items Hand place gravel around and under the bottom of the piping sump. The installation contractor provides the following items: The piping sump must be isolated from direct traffic a. All fiberglass piping & fittings loading. Allow a 2' minimum clearance between the top of the b. Street box piping sump and the bottom of the concrete pad. Backfill to the c. All wiring and junction boxes top of the piping sump, then place compressible foam board d. Piping sump monitoring sensor (available from (48"L x 48"W x 2" thick--or equivalent layers) on top of the pip- Owens-Corning) · T .... e. Manway riser (available from Owens-Corning) ~ng sump. ne u thick concrete traffic slab can be poured directly onto the compressible foam board, however the concrete must f. Manway extensions (available from Owens-Corning) not come into direct contact with the piping sump. g. Caulk gun h. Fiberglass pipe adhesive to cement the top and bottom Styrofoam or urethane foam sheathing may be used for the corn- of the piping sump together. pressible board (contractor supplied), i. Compressible foam board Figure 11 Reinforced concrete'* Recommended Surface Mounted #5 rebar 8" ec both ways I:~ing Sump Model PS42-22 shown Rebar mat must extend ~ '., ~'~*~ J ~ o I W tv , feet in all directions r ~,,~¢' street box*' g" _arran_. from center of riser [ , ::;.::...'.::~.-; ::.:..;;:~~,,~ ship and materials for a period of one (1) year following date of i~ Our liability under this warranty shall be limited to, at our option, (i) repair of the defective unit, (ii) delivery of a replacement !il;?i??~!~ 48-Lx4e-Wx2" thick ! unit to the point of original delivery, or (iii)refund of the original pur- chase price, and we shall not be liable for any labor, other installa- ~~,~;~=~ lion costs, indirect or consequential damages or other damages · t~: '~;!'; !:;~;;;¢!;i%,~ ,';:i~(¢:~ EXPRESS OR IMPLIED WARRANTIES, OR ANY WARRANTY OF Push gravel I MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR under sump bottom L~Manway cover with r, tt~js PURPOSE WHATSOEVER, EXCEPT AS STATED ABOVE. °'Contrector supplied items Failure to install the piping sump in accordance with the Owens- Corning installation instructions will void the warranty· As an alternate to the compressible board, a 48" diameter riser (12' long) can be used to isolate the piping sump from the traffic1.7 Guide Specification slab. Allow a 6' minimum clearance between the bottom of the riser and the top of the double wall pipe. The contractor shall provide Fiberglas® piping sum p with fittings as shown on the drawings. The piping sump shall be manufac- Recommended Surface Mounted Piping Sump lured by Owens-Corning Fiberglas. Figure 12 Mode! PS42-22 shown Piping sumps shall be installed with pea gravel or approved alter- Reinforced concrete" nate backfill material according to the current installation instruc- #5 rebar 8" oc both ways ~ '~ ~ i,'4 ~ tions. Rebar mat must extend 4 feet in a~ d~ections r----~--~-24~'street box" 1. Piping sump is constructed in two halves and ready to 6" lmm center ot riser[~' install to manway on tank. 2. Piping sump is constructed of isophthalic polyester fiberglass materials. 3. Piping sump cover is: a) FRP friction fit or b) an FRP manway with steel cover (includes gasket and hardware) which has (1) 4" N PT fitting. 4. Piping sump is equipped with lifting handles, (2) 4' FRP pipe couplings, (4) 1" NPT steel fittings, gasket, mounting hardware, sensor mounting bracket. 5. Warranty--See 1.6 Warranty. under sump bottom --.Manway cove' with titlings '*Contractor supplied items Air Testing (model series SPS only) "-~ · For model series SPS sumps, air test must not exceed 5 psi. Monitor t.he pressure for at least 30 minutes. While under pressure, soap the piping sump and check for leaks as indicated OWENS-CORNING FIBERGLAS CORP. by soap bubbles. Non-Corrosive Products Division Fiberglas Tower, Toledo. Ohio 43659 Pub. No. 5-PE-13606 Lilho in U.S.A.. November. 1985 Copyright~lg850wen,~CorningFiberglasCorporadon--allrighlsr~served .Z " Fiberglas Reservoir® --Model R8 Reservoir Sensor--RS10 Hydrostatic Monitoring Components ~ '" For Monitoring Owens-Coming Double Wall Tanks ~,.../' Model DWT-2P and DWT-4 Installation & Specification Fiberglas Reservoir Model Rii Shown 1.1 General Description F~let~'d°vew~th gasket. ,~ The primary function of a tank monitor isto detect a breach in the outer or inner tank under all installed conditions. Only a pressure II I~ 'Fbecglas® reservoir type monitor will fulfill this criteria. Owens-Corning recommends Jl IF 8 ga~on capacity and supplies a hydrostatic monitor to continuously monitor both ~ /,--,~ j,-,~___.Jz:~ ' ' /,-,~ /z::~ /,-,~ the outer and inner tank wall. Looub~,~ll The hydrostatic monitor works on the principle of liquid head pressure. The major component is a reservoir which is mounted above the top of the tank. The tank annular space is then filled with a liquid. A drop in the liquid level of the reservoir indicates a tank leak. I ,3 Specifications As an optional tank accessory, the Fiberglas reservoir--integrally constructed with the tank--is surface mounted on the tank top. Fiberglas Reservoir (Model R8) The liquid level (8 gallon capacity) can be manually inspected Reservoir Materials: Fiberglass (Isothalic) using a dipstick or continuously monitored electronically using the Dimensions: 28" OD x 6" high (22" optional reservoir sensor (Model RS10). Cover Material: Steel Cover with 1-4' NPT Locating the reservoir below grade is acceptable, even for high fitting (with gaskets and groundwater conditions. The reservoir sensor is equipped with a mounting hardware) high level and Iow level switch. An inner tank leak always results in Total Weight: 75 lbs. liquid draining from the reservoir. An outer tank leak in a Iow ground water condition will also drain the reservoir. An outer wall Reservoir Sensor (Model RS10) leak in a high ground water condition will raise the liquid level in Dimensions: ,..~ the reservoir, which will activate the high level alarm. Assembled Sensor 2.75" dia. x 12' L ~ Evaporative losses could be misinterpreted as a tank leak. To Lead Cable 1 2' L maximum eliminate this possibility plastic hollow spheres floating on the sur- PVC Riser Pipe face of the fluid within the reservoir are used to control Cap & Fitting 4" dia. evaporation. Flexible Conduit %. dia. x 18" L In freezing climates, an antifreeze mixture is required to provide Electrical Components freeze protection for the tank. Rating UL listed NEMA 4X Switching Contacts Normally Closed 1.2 Features 1.4 Installation Reservoir sensor ESl0 Shown /~ Filling the Tank Annular Space (See OCF Complete the specified tank air te~t procedure before filling the cavity between the inner and outer tank. The annular space in the · tank can be filled after tanks have been placed in the excavation. DO NOT PUT ANY PRODUCT IN THE INNER TAN K WITHOUT Vent he,es (": c ;"~ SETTING AND BACKFILLING TO THE TANK TOP. High,aid ~ II Riser~peJr- I Slopethetank2' tominimizetrapped airinthecavity. ~,s~,c,II I IIcap ! " I Trapped air may cause false alarms at a later date. · II I I I Riser pipe---~-- I Ii I' '1 I II I I Internally [. j ~ ~ _ ~ .t, .Low. E:lu. id~ \~ threaded /J.--Adiustable / ....... ~ High ~ ~ End of T~nk Not shown: Plastic he, ow spheres to control evaporation are provided with the reservoir sens~ Place standpipes at the two 4" cavity access fittings. The stand- pipes (2' diameter or larger fiberglass pipe is recommended) must be no less than 4' and no more than 7' higher than the tank top. Piping Connections ' .' - · The pipe sump fittings are standard FRP couplings. Any unused Figure 9 pipe fittings can be plugged using standard FRP pipe Su~mers~ Pump cente.ed components. (Red Jacket or Gm3arco) OThe primary piping passes through the pipe sump fitting. The outer jacket of the double-wall piping is cemented to the pipe 4-x2- reducer sump fitting. Fiberglass pipe manufactured by A.O. Smith or op~na I / and~or sta~e 2 · Ameroniscompatiblewiththepipesumpfitting. Fyesumpfita'g4". ~ ]J '~ vaporrecovary~e Outer wel pipe , / ~ \ Mamvay cover Typical Piping Configurations 3" or4" ~ I/I ~ (M223-SA) Double-wall piping is stiffer and less forgiving of improper . ; [ _JJ=~..~./ ~, Subrners~ pump alignment than single-wall piping. Layout the piping trench Pr~'ry,~._~. ~ / ~'~ponle and piping sump orientation to assure that the piping ~pe 2"or ~ system can be connected properly, it may be necessary to FRP t~t~j //X / rotate the manway cover and submersible pump so that the threadedrnalebybel---'/ ~/ ~.. =,., ~, interface with the double-wall piping system. Rexb~ connector 30" The primary piping that connects to the submersible pump can be rigid FRP piping or flexible connectors. Although flexible connec- Electrical Connections tors are more costly they will minimize potential piping alignment Electrical conduits are connected to the steel NPT fittings. Four fit- problems inside the piping sump, particularly for contractors not tings are provided to accommodate wiring to the submersible familiar with double wall piping systems. Two typical piping pump and an optional monitoring sensor. All wiring connections configurations are shown below: must conform to local and national electrical codes. If the piping sump (model series SPS only) is to be air-tested after Figure 7 the electrical connections are made, use seal-off fittings to make the electrical connections air tight. Subme~ Ptmlp Offset From Center (Red Jack, et Or~y) Monitoring The piping sump can be equipped at the jobsite with an optional 4-x2- reducer monitor to detect the presence of liquid in the piping sump. The w~th dram ~ra-,gs monitoring.sensor should be placed in a protective casing, which ®tion~ ~Submers~e pump has been perforated. The casing (PVC pipe or equivalent} is Outer wa~ pipe-----~ I/ ~ X~ Ur. on fastened to the sensor mounting bracket on the side of the piping 3" or 4" .. . N',pp~es sump using a mounting clamp. G"~F]exb~e'or4" .___J~ ..~ ~90oe' connector The optional OCF factor} supplied pipe sump sensor is already .Pm~rY__ --:J_ ~ ~ ~~ ('~'~J / 30- ~ong mounted inside a plastic casing and is supplied with the mounting p~2-o~3" \ / ~.~"¥~ "~./ / Uanwayco~ clamp. FRP filling V ~ ~ / (IVl223-8) threaded femaJe by bell--/"~ II / . su OP~ vant ~or stage 2~L ~/~'------ ~J mp Figure 10 vapor recovery [~e '""~[ I~ ~ted Pipbcj Sump k',stallation with Op~nal Factory Mounted Sump Sensor Note: When using the submersible pump offset from the center of the manway, the maximum height for the submersible (without leak de. tector) is 22" from the manway cover; this allows ample room to remove the submersible pump for maintenance. A minimum height of 20" is recommended to avoid over stressing the flexible connector. Figure 8 Vertical Height Restriction Pump Offset From Center 'Optional sump sensor kit is ava~abte from Owens-Coming In the event the monitoring sensor detects product in the piping sump, Owens-Corning recommends that the power to the submersible pump be disconnected. This can be per- formed automatically by providing an electrical feedback circuit from the monitoring system to disengage the submersible pump. Testing tripped. If the dipstick measurement is 1.25" or less the reservoir Remove the sensor from the Fiberglas reservoir; removing the has drained indicating a Iow level alarm. If the dipstick measure- sensor will activate the control panel alarm, merit is 8" or higher, the high level alarm was activated. Place the bottom half of the sensor in a bucket of water; this will Low Level Alarm return the control panel to the NORMAL mode. With the sensor in If the reservoir totally dr~.ins, refill the reservoir with additional the vertical position, fully immerse the sensor to activate the high liquid to confirm the system is actually leaking. level alarm. If the reservoir repeatedly drains, a system leak has occurred. After testing, position the sensor in the Fiberglas reservoir. If the inner wall of the double-wall tank is leaking, a water bottom 1.5 COntractor Provided Items wi, accumulate in the primary tank. Under this condition, continu- ing to dispense product from the primary tank will also result in the A. All liquid (water and/or antifreeze) to fill the tank annular space, dispensing of the liquid used in the reservoir. DO NOT ADD ADDI- TIONAL PRODUCT IN A TANK WITH A KNOWN OR B. The riser pipe from the reservoir to grade. SUSPECTED LEAK IN THE INNER TANK WALL. C. Electrical junction boxes, fittings, and wiring to connect the reservoir sensor to the control panel. Sensor wiring to control High Level Alarm. panel is 16 AWG type MTVV or 14 AWG THHN. Pump out enough liquid to reduce tl~e measured reservoir liquid to the 5" level. If the reservoir level rises repeatedly, a system leak D. Piping and fittings for the optional leak simulator, has occurred. E. Manhole or street box to isolate riser pipe. If a system leak is suspected, consult (he reservoir Trouble 1.6 Warranty Shooting Guide in OCF publication 3-PE-12835. For additional assistance call your local OCF Sales Represen- The Fiberglas Reservoir (Model R8) and components have the tative or the Field Service Supervisor (419) 248-8197. same warranty as the Fiberglas tank. The reservoir sensor is warranted to be free from material defects 2.0 Potential False Alarms in workmanship and materials for a period of one (1) year follow- Although unlikely, sometimes the reservoir may totally drain, but lng date of original delivery by Owens-Corning. the double-wall tank is not leaking. Typical reservoir false alarms Our liability under this warranty shall be limited to, at our option, include: (i) repair of the defective sensor, (ii) delivery of a replacement sensor to the point of original delivery, or (iii) refund of the original 1. Trapped air pockets between the inner and outer tank walls purchase price, and we shall not be liable for any labor, other may "bubble out" during warming temperatures. This may installation costs, indirect or consequential damages or other result in one or two false alarms during the first year of damages in connection with such tanks. THE FOREGOING CON- operation. STITUTES OUR EXCLUSIVE OBLIGATION AND WE MAKE NO 2. Without the plastic hollow spheres, evaporation of the liquid in EXPRESS OR IMPLIED WARRANTIES, OR ANY WARRANTY OF the reservoir is possible. The hollow plastic spheres floating in MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR the reservoir will minimize evaporation losses. PURPOSE WHATSOEVER, EXCEPT AS STATED ABOVE. 3. Excessive thermal expansion or contraction could trigger a Failure to install the sensor in accordance with the Owens-Corning false alarm. installation instructions will void the warranty. 4. In extreme high groundwater conditions, check to see that ground water is not intruding into the reservoir by seeping in the 1.7 Normal Operation vent holes or friction fit cap on the riser pipe to the reservoir. A stable liquid level in the reservoir indicates that both the inner 2.1 Guide Specifications and outer wall of the double wall tank are tight. The liquid level in the reservoir will fluctuate as the temperature of the incoming The contractor shall provide Fiberglas Reservoir and Reservoir stored product changes. The reservoir is designed to provide Sensor manufactured by Owens-Corning. These accessories adequate capacity for normal thermal expansion and contraction, shall be tested and installed according to the current installation instructions (OCF publication 3-PE-6304, 3-PE-12681, and 1.8 Annual Maintenance Schedule 3-PE-13606) provided with the tank and reservoir sensor. (Summer recommended) 1. Fiberglas Reservoir a. Reservoir to be fiberglass with steel cover (with 1-4" NPT 1. Simulate a tank leak by pumping liquid out of the leak simulator fitting, gasket, nuts and bolts) riser pipe located on one of the tank monitoring fittings. Check the reservoir and optional control panel for proper operation b. Reservoir capacity is 8 gallons maximum. during the test. 2. Reservoir Sensor 2. Use a wooden dipstick to check the liquid level. Refill the liquid a. Top cap and fitting are PVC. in the reservoir to the 5" level. For cold climates, refill the reset- b. Lead cable is 120" long minimum. voir with a 50% mixture of antifreeze, c. PVC cap with vent holes. d. Hollow spheres or equivalent to be provided with reservoir 3. Test the sensor operation. Removing the sensor from the · sensor to minimize evaporative losses. reservoir will activate the control panel alarm. With the sensor in e. Low level switch are stainless steel conductivity probes.' the vertical position, immerse the sensor in a bucket of water f. High level switch is float switch with normally closed until the float switch activates the high level alarm, contacts. g. Sensor switches shall be encased in perforated plastic housing. 1.9 Leak Detection h. All electrical components are UL listed NEMA 4X. 3. Warranty--See Section 1.6 In the event of an alarm condition, use a dipstick to measure the reservoir liquid level to determine if the iow or high level alarm was The reservoir sen~J~jlj sufficient cable length for a maximum 7 : I tank burial depth of 10 feet from the tank top to grade. For Fur~e~'"" ~ shallower burial depths adjust the lead cable length by loosening F,~ JI ",:~' I the knurled fitting inside the PVC riser pipe cap. Pull the excess sra,-~pi~e J,[[ ,~_~ 7' ~ax. I cable out and hand tighten the knurled fitting. ~" ~ Connect the supplied flexible conduit to the PVC cap and a near- The PVC riser pipe cap is designed to slip on and off the PVC fit- ting installed on the top of the riser pipe. These pipe fitting conner- h, 2- s~o~ tions are designed to provide quick and easy access to the sensor /' and reservoir without disconnecting any electrical or piping con- nections. However, for extreme high groundwater conditions, to THE LIQUID TO FILL THE CAVITY MUST BE GRAVITY FED prevent the intrusion of groundwater into the reservoir, it may be BY POURING INTO A FUNNEL. A WATER HOSE MAY BE necessary to take the following precautions: USED ONLY IF IT IS NOT SCREWED INTO EITHER MONITORING FITTING. a. Glue the riser pipe top to the riser pipe fitting. CONNECTING A PRESSURIZED HOSE DIRECTLY TO THE b. Plug the vent holes located in the riser pipe cap. MONITORING FITTING WILL OVER-PRESSURIZE THE c. If the vent holes in the cap are plugged, install a vent line from CAVITY AND WILL DAMAGE THE TANK. riser pipe to above grade. This vent line will permit the liquid If only one funnel is used the liquid will gravity fill faster if the fill in the annular space to drain in the unlikely event a tank leak standpipe is located at the monitoring fitting at the lowest end of develops. the sloped tank. Using both standpipes for filling will also expedite To prevent tank damage from potential settling, the riser pipe the cavity filling process, must be isolated from the concrete traffic pad using a manhole or Continue to fill the cavity with water until liquid begins to overflow street box (contractor provided). the standpipes· The liquid will "spurt out" of the standpipes as Fiberglas Reservoir trapped air escapes. Refilling the cavity through the fill standpipe, installation Detail ~ will be required. After the spurting activity ceases, disconnect the standpipe, at the Concrete Iow end of the tank and replace the fitting plug. The standpipe at Iraffic pad" .JL the high end of the tank remains connected to the monitoring ~ fitting. Riser pipe cap and titling ~[ Junction uoncui['° The cavity and remaining standpipe are gravity filled until the u box to control panel liquid level in the remaining standpipe is at least 4' higher than the Riser pzpe~ tank top. Tighten the lower monitoring fitting securely. Testing sRee S"se~°' ~ Allow trapped air to bleed out over a 1-2 hour period. Continue Hollow ~1~~-~ FRP refilling to the 4' level on the standpipe until the liquid level spheres stabilizes (less than a V2" drop in 1 hour). Thoroughly check the outer tank for leaks. Anexteriorleak ~ . /,.-,,, /,--,,, /,-,,~ detected before backfilling is simple to repair. Do not backfill a '"Contractor suppr, ed LDouble tank with a known o~: suspected leak in the outer shell. Remove the manhole lid or primary tank fitting plug and inspect the inner tank for leaks. Do not enter the tank without adequate safety Electrical protection. All electrical connections must be in accordance with local codes. If a tank leak is discovered with the above test. call the Owens- To wire the reservoir sensor to the control panel use 16 AWG type Corning Field Repair Supervisor to schedule a tank repair. MTW or 14 AWG type THH N. Telephone: (419) 248-8196. Optional Leak Simulator After the liquid level has stabilized, disconnect the fill standpipe An optional leak simulator can be fabricated by the contractor at and plug the access fitting. Install the tank in accordance with the jobsite. Using a riser pipe from one of the monitoring fittings the Owens-Corning approved installation techniques (see will allow the tank owner to periodically simulate a tank leak to test publication 3-PE-6304 and 3-PE-12681) except as noted in the hydrostatic monitor. this document. Riser Pipe Optional Leak Simulator (Not provided by Owens-Corning) install a riser pipe (diameter: 3" min.. 4' max.), in the center fitting on the reservoir cover. The top of the riser pipe (contractor Pum~ out 8 gallons to drain fiberglass reservoir provided) is at least 12" below grade. Attach the 4" internally threadedsensor PVC fitting on top of the riser pipe. -'-'"--'1, ~ Place the hollow spheres, which are provided with the reservoir . =~'=~==~p __ evaporation,sensor, into the reservoir cavity. These spheres will control ~ Cavity 6qu · t~berglas Lower the reservoir sensor into the riser pipe. The sensor casing Reservo~ sensor bottom should rest squarely on the top of the inner tank. . Monitoring r~ng Electronic Control Panel Models SB0011 and SB0014' For Owens-Corning Double-Wall Tanks with Liquid Head Pressure Monitor 1.1 General Description 1.4 Installation The optional electronic control panel for continuous monitoring Installation of Model SB0011 is detailed in this section. Reference and instant alarm is available in two configurations. The liquid Fig. B for Model SB0014 circuit diagram. The control panel is sensing probe assembly is included with the reservoir (contractor packaged preassembled and ready to wire. Locate the control provides the wiring from the probe assembly to the control panel), panel in a non-hazardous area where an explosive environ- The electronic control panel senses the presence of the liquid in merit does not exist. the reservoir by measuring the conductance between the two stainless steel probes on the probe assembly. The control panel is The control panel can be wall mounted using the provided comptete with warning bell, panel lights and transmission con- mounting hardware. facts for other optional warning devices (contractor provided) such as a telephone dialer, a light beacon, utc. Power Circuit A 120 volt AC power source is required. All wiring must be in accordance with local codes. The power circuit wiring (contractor 1.2 Featu res provided) enters the left conduit at the bottom of the control panel and is connected to terminals 1 and 2. Model SB0011 ~ Model SB0011 Hasp Power Circuit Model SB0011 (NEMA4X) is a single-circuit control I)anel which is used to monitor (To 120 Volts AC) one tank or a group of tanks manifolded to a common reservoir (See "Sight Glass" manifold piping configuration in Pub. 3-PE-f 2835). A circuit breaker (contractor provided) common to other devices is recommended. Using a circuit breaker common to other Shown ~ . Alarm Test devices will increase the probability the tank owner is aware of a the alarm bell and other warning devices cannot be activated.  ~ Alarm  Lights Probe Circuit A preassembled reservoir probe (mounted in the reservoir) is · ~ Silence ready to wire (contractor supplied) to the control panel, For intrin- sically safe wiring, use 16 AWG type MTVV or 14AWG type THNN Alarm Bell .~ Switch (contractor supplied). For UL rated applications the maximum / ~ Belt Silence wiring distance between the probe and control panel is 1,750 feet. Light The wiring for the probe circuit enters the right conduit at the Lights Padlock Hasp bottom of the control panel and is connected to terminals A and B. Model S BOO 14 (N E M A 4X) is a four circ uti control panel used to individually monitor up to Iou r reservoirs, (See independent monitoring piping configuration in M O d el S B 0 0 1 1 1.3 Specifications (Model SB0011 and SB0014) Control Panel: . * No. of monitoring circuits: 1 (SB0011); 4 (SB0014) · Power Source: 120 volts AC * Intrinsically safe circuit for probe assembly ,,Electrical components rating: UL listed (weatherproof, NEMA Powe~ Circuit Probe Circuit 4X).. Control panel dimensions: 10"H x 14"W x 8"D (SB0011) 20"H x 17"W x 10"D(SB0014)- Panel housing materiah fiberglass · Panel lights for each circuit (normal and alarm) · Two spare light bulbs · Alarm test button for each circuit · Warning bell On the four circuit control panel (Model SB0014), there are four · Alarm bell silence switch and light ~, Hasp for padlock · Trans- terminal pairs (AB,CD.EF, and GH). Connect a separate probe mission contacts (normally closed) for phone dialer (not provided) circuit to each terminal pair. If less than four probe circuits are by Owens-Corning) · Wall mounting hardware · Weight: 10 used a jumper wire is required to separately connect each unused pounds (SI~0011); 25 pounds (SB0014) terminal pair. Wiring' ' 1.5 Contractor Provided Items Probe Assembly To complete the probe assembly wiring, remove the To __.~,,~1 [__ The installation contractor provides the following items: Co~lrOl top of the probe housing, p~r~ J- ~L_~ A, Circuit breaker and wiring to 120 volt power source. , Connect the wires from the [ B. Wiring from probe assembly to control panel (16AWG type ,,~' control panel to the two [~~ j MTVV or 14AWG type TH HN). terminals located inside C. Optional warning devices (such as automatic phone dialer, the probe housing, light beacon, etc) and all related wiring. 11 1.6 Warranty P~'obes The control panel, probe assembly and components are warranted to be free from material defects in workmanship Testing and materials for a period of one (1) year following date of After connecting the probe to the control panel and the panel original delivery by Owens-Corning. to the power source, place liquid in reservoir and depress the Our liability under this warranty .shall be limited to, at our test button to test the panel. Open the valve in the tank leak option, (i) repair of the defective unit, (ii) delivery of a replace- simulator to test the total system, merit unit to the point of original delivery, or (iii) refund of the original purchase price, and we shall not be liable for any Optional Warning Device Circuit labor, other installation costs, indirect or consequential The tank owner may specify additional warning devices to be damages or other damages in connection with this equip- provided by the contractor. The optional warning device cfi- merit. THE FOREGOING CONSTITUTES OUR EXCLUSIVE cuits enter the control panel at the center conduit. OBLIGATION AND WE MAKE NO EXPRESS OR IMPLIED WARRANTIES, OR ANY WARRANTY OF MERCHANT- Transmission Contact Switch ABILITY OR FITNESS FOR ANY PARTICULAR PURPOSE An automatic telephone dialer typically requires only a contact WHATSOEVER, EXCEPT AS STATED ABOVE. switch to activate the dialing function. The telephone dialer is plugged (or wired directly) into an electrical outlet for the Failure to install the control panel and probe assembly in power source. The power source for the dialer is not supplied accordance with the Owens-Corning installation instructions by the control panel. With power to the control panel normally will void the warranty. closed contacts are at terminals 3 and 4. These terminals will open--providing the switching mechanism to activate the 1.7 Normal Operation lialer--when the control panel goes into the alarm mode. A stable liquid level range in the reservoir indicates that both Model SB0011 the inner and outer wall of the double-wall tank are tight. The ~., -'--. -, Shown liquid level in the reservoir will fluctuate as the temperature of ~l[~ ,It the incoming stored product changes. The reservoir is design- ed to provide adequate capacity for normal thermal expansion and contraction. As long as the reservoir liquid level is in the normal range, the "NORMAL" light is illuminated continuous-' ly. The "ALARM BELL" switch should be set on "AUTO." 1,8 Maintenance J ~ The control panel warning system should be checked at least once per year, Depress the "TEST BUTTON" switch located Power Circuit. Probe Circuit (T~ 120 Volts AC) (To Probe Assembly) on the side of the panel to verify that each circuit is .,~ Contact operational. Common Power Circuit Switch Circuit -,,, '1 A faulty circuit can be diagnosed using the troubleshooting Power Circuit I Telephone guide. Contact your local OCF representative for a list of (To 120 Volts AC) ~ Automatic Line PhoneOialer replacement part vendors. 1,9 Leak Detection Power Source Switch A typical wiring diagram is provided for accessories requiring If the reservoir totally drains, the control panel alarm will be power such as a light beacon. The wiring diagram (see figure activated--the warning light will illuminate, the alarm bell will A) will provide 120 volts AC; the optional warning device must sound, and the transmission contacts will activate any be rated for 300 watts or less. accessory alarm devices. Consult the reservoir trouble- shooting guide (OCF pub. 3-PE-12835) to determine the Alarm Bell Silence Switch nature of the alarm. The control panel is equipped with an "ALARM BELL The alarm bell can be temporarily silenced by setting the SILENCE" switch. Positioning this switch to "OFF" will silence "ALARM BELL" switch to the "OFF" position. Under this. all audible alarms, but will illuminate the "ALARM BELL" light, condition, the "ALARM BELL" light is illuminated, the II this feature is not desired, the control panel can be rewired "WARNING" light remains on, and the "NORMAL" light is (at the location of the switch inside the control panel) by the off. .'- · contractor to 'override the alarm bell silence feature. FigureA ModelSB0011 CircuitDiagram * ~" B .~ Tank No. 1 / I , J__L, Sea,-O. ~$AFE T-nk -fa Warning I'~ , , I~1~ 1 [ ~ Fitting co Normal I :: ~., , I~~" --~i ', 2 ~ I~R1 ;%0v,c e '' 1 ~ ~Electrode Fitting ~ O . ~ Alarm Bell ~ ~~ff Optional ~ Warning ~ c ' , o I Device Alarm Bell I H ~ Tank No. 1 (300Walls ~ Silenced ~ II Il Rese~oir Maximum) - ~ ~o ~ Figure B Tank No. 4 Warning ~ Tank Model SB0014 \ ! ~ I rr=n I No. 4 ' / Note: If less than four probe circuits are N°rma' /~R' ~ I l"1~ I Te~sl / u~d, a jumper wire is required to Circuit Diagram ~' ~ j~' ~ / separatelyconnecteachunused Tank No. 3 Warning an ¢ ........... ., Ui Tank NO. 2 Warning ~ ' Tank x / I I · [~ ~" ~1 ""' ,lml ~---', '-, {,, , ~', j '~E 6 TankNo. l ~ I I I I I  ~SeaI-Off ~ ~ Seal~ff I ~ Seal-Off I I Seal-Off ~c O° ~2 Warning ~ Tank ~ Fitting ~ Filling ~ Fitting ~ Filling ~ No. 1 --I I~ I I-- I I I I I Optio ~rm 8ell Warning J ~ ~fl Device J ~ (~ Watts ~=imum) I= ~ I o~~ Alarm Bell~t R~emolr Rese~oir Rese~oir Rese~oir Silenc~ 0 'OWENS-CORNING FIBERGLAS CORPORATION Non-Corrosive Products Division Fiberglas Tower, Toledo, Ohio 43659 Pub. No. 3-PE-12834-B Lithe in U.S.A.. June. 1985 Copyright© 1985Owena. Corning Flbergfas Corp. 2.ii Potential FalSe Alarms 2.1 Guide Specification A control panel false alarm occurs when the panel goes into 1. UL rated monitoring panel is preassembled and ready to the alarm mode, but the reservoir liquid level is still in the nor- wire to 120 volt AC power source (contractor provided). mai range. Although rare, these types of false alarms typically 2. Panel is with alarm and equipped bell, panel lights (normal result from the failure of an electronic component inside the alarm), test push b0tton, bell silence switch and hasp. control panel. All electric components must function properly to maintain the "NORMAL" condition. An electrical compo- 3. Panel housing is weatherproof and is wall mounted using nent failure will result in an "ALARM" condition. Refer to the manufacturer supplied hardware. troubleshooting guide to identify the specific problem. 4. Wiring--Control panel to power source, probe assembly to A monitoring false alarm is more likely the result of potential control panel, and optional warning devices (contractor false alarms related to the liquid level in the reservoir. Refer to supplied) to control panel shall be installed on site by con- Section 2.0: Potential False Alarms (OCF publication tractor. Size of wire as detailed in other sections. 3-PE-12835) for reservoir related false alarms. 5. Warranty--See 1.6, Warranty. Troubleshooting Guide 1.0 Symptom--Reservoir Full, Alarm Bell On, Alarm Light On, Normal Light Off Test Test Results Conclusion 1.1 Liquid Media. Remove probe assembly from reservoir. Insert probes in fresh glass of water. Bell off, alarm light off, normal light on Replace fluid in reservoir. Bell on, alarm light on, normal light off Proceed to Test 1.2 1.2 Relay ISRI. Jumper terminals G & L on Bell on, alarm light on, normal light off Replace relay ISR1. relay ISRI. Bell off, alarm light off, normal light on Proceed to Test 1.3 1.3 Pushbutton or Probe. Jumper terminals A & B Bell on, alarm light on, normal light off Replace push button switch. on terminal strip. Bell off, alarm light off, normal light on Inspect probes and wiring to probes for defects. 2.0 Symptom--Reservoir Full, Alarm Bell On, Alarm Light Off, Normal Light On Test Test Results Conclusion 2.1 Relay RI. None None Replace relay RI. 3.0 Symptom--Reservoir Full, Alarm Bell On, Alarm Light Off, Normal Light Off Test Test Results Conclusion 3.1 Relay ISRI. Push test pushbutton. Bell on, alarm ligi~t on, normal light off Replace relay ISRI. Bell on, alarm light off, normal light off Replace burned out light bulb. ~4.0 Symptom--Reservoir Full, Alarm Bell Off, Alarm Light On, Normal Light On Test Test Results Conclusion 4.1 Relay ISRI, Push test pushbutton, Bell on, alarm light on, normal light off Replace relay ISRI. CONSTRUCTION COMPANY, INC. 714 Wdliams St., Bakersfield, CA [805) 327-5934 TO Kern County Health Department DATE 12-11-86 TITLE OF PROJECT.' RYDER TRUCK RENTAL We are transmitting: The following: For: XX Herewith Shop Drawings .Your Approval Via Federal Express .Brochures & Submittals Checking Via Greyhound .Plans & Specifications .Your Files Via Mail .Contracts .Your Signature xx hand delivered REMARKS: Enclosed are permit application, Owens-Corning Fiberglas catalog cuts and three (3) sets of drawings. Please issue a permit for the underground storage tanks and the fuel equipment. COLOMBO CONSTRUCTION COMPANY, INC. By Joe A. Colombo dmw FILE CONTENTS INVENTORY [] Permit to Operate ~ Date [] Permit to Operate Application ~Tanks_~ Plot Plan [] Construction Permit 9 Date ~ Construction Permit Application ~/d~/~/~ Date / [] Permit to Abandon ~ No. of Tanks Date [] Application to Abandon tank (s) Date [] Amended Permit Conditions Modification [] Annual Report Forms [] Copy of Written Contract Between Owner & Operator [] Inspection Reports /'~Correspondenc~ - R~ceived Date Date .. Date [] Correspondence - Mailed Date Date Date Date [] Unauthorized Release Reports [] Abandonment/Closure Reports [] Sampling/~ab Reports [] MVF Compliance Check (New Construction Checklist) [] STD Compliance Check (New Construction Checklist) [] MVF Plan Check (New Construction) [] STD Plan Check (New Construction) [] MVF Plan Check (Existing Facility) [] STD Plan Check (Existing Facility) [] "Incomplete Application" Form [] Permit Application Checklist [] Permit Instructions [] Discarded [] Tightness Test Results Date Date Date [] Monitoring Well Construction Data/Permits [] Environmental Sensitivity Data: [] Grc~dwater Drilling, Boring Logs [] Locar_ion of Water Wells [] Statement of Underground Conduits [] Plot Plan Featuring All Environmentally Sensitive Data [] Photos [] Construction Drawings Location: [] Half sheet showing date received and tally of inspection time, etc [] Miscellanecus ,~(ERN cOUNTY RESOURCE -~:MANAGEMENT , EN~IRO~ '~L HEALTH SERVICES DEPA~f""'~T " ' ~- '2760-e~M'' ,' SUITE 300 BAKERSFIE~A 93301 (805)861-3636 UNDERGROUND HAZARDOUS SUBSTANCE STORAGE FACILITY * [NSPECTZON REPORT * PERNIT~ 2~00~3C TINE iN . .j ...... I~E OUT .......... NUMBER OF TANKS: ................ ~ ............ PERMIT POSTED? YES .................... NO ._~__ INSPECTION TYPE OF INSPECT-ION: RCUTINE ......... ~;_ REINSPECTICN ...................... COMPLAINT ............................ BAKERSFIELD, CA o w N ~ ~ 5 ~ A ~ ~:.~.~.~.~.....;.8_~.~.~.....~.~EK~,k ........................................................................................................................................................... OPERATCRS NA~E: COHNENTS: ITEM VIOLATIONS/OBSERV.ATCC;>J~ b. S~andard Inventory Con~ro] c. ~odifie~ Inventory Con~r~]~i !n-~ank Lave] Sensing Device Groundwater ~oni~o~i~ ~. Va~ose Zone ~on~ori~g {~'SECONDARY CONTAINMENT ~CNITORING: a. Li~er ~ Double-Walled ,c. . Vau]~ ,/]~P!PING MONITORING: ~' ~ Pressurize,~ K Suction c. ~OVERFILL PROTECTION: y~ ~' ~ [~ CLOSURE/ABANDONMENT ~ ~ ~ UNAUTHOR[ZEO RELEASE 9. ~A[NTENANCE, 8ENERAL SAFETY, AND OPERAT[N~ CONDITION OF F~C[L[TY CONNENTS/RECOMNENDAT[ONS ......................................... ~ ......................................................................................... REZ~SPECTZON SCHEDULED? yes ~no APPROXIMATE REINS~ECT~N~T~ Environmental Sensitivity ....~ ~- Inst:~ .on Time UNDERGROUND HAZARDOUS SUBSTANCE STORAGE FACILITY ' INSPECTION REPORT ° Facility Name ,~" ~: ~' ,~"::-~ (~.'~;'~' Address '-" ; ? '" '~' ,, .d z~ : .... , , . ,, __ , No. of Tanks '~, Is Information on Permit/Application Correct? Yes ..,' No Permit Posted? Yes No Type of Inspection: Routine .. Complaint Reinspection Comments: . ,, ITEM VIOLATIONS NOTED 1. Primary Containment Monitoring: .~- - a. Intercepting and Directing System b. Standard inventory Control Monitoring · c. Modified Inventory Control Monitoring . , .'.'.i , "" ,'-'~ ~' i.,'. - ~.:' .,' ., , ,. ?'/-.~..j .~' ~..':v .' , -: · . e. Groundwater Monitoring f. Vadose Zone Monitoring · a. Liner / , Oouhle-~alled Tank ' c. Vault ~3. 'Piping Monitoring: , . ., ,(' ,.",o~. / ..... . .. ~ ;;-,,,'.' _ b. Suction ,. - .... ' ';~, '.'- : .-;'~ -/~,~ .. -. , ;j.,;?.,: .... · ,, _,:: ?, r. ,* ~ ' ' - - · ':'~' '." ..... .', .' ;." . ~i .':'~ ? ."'' "~".. ~'-- ~'.7 .';.'~' 4. '! Overfill Protectiop '" · ,~.?, -? '.' 5. Tightness Testing . ,¥~, ,,, .,v ?.".'.'/ .: ..'."'.".':. ""'. :." ,0 -"':.;' '.':'-' ::' ','~:',' ~/,. ,6.. New Construction/Modification 7. Closure/Abandonment /,: . ,,,,'.*. ~' ..- ,.. . ', ,-* .- ' .';.f.' "" - ;':*t.; ~;_.- ?-~, .. --':~ *, '. . · ' 8. Unauthorized Reiea~e ' ' 9. Maintenance. General Safety, and ' · ~. -~ ., i..,2,~..-. 2: Comments/Recommendations: ~ o ,' ~.f. · , -, ~ . ,,../ ' , .::_. -' ' "" Reinspection scheduled? Yes __ No Approximate Reinspection Date INSPECTOR: · , Health 580 4113 170 (7-87)