The URL can be used to link to this page

Home My WebLink About3500 GILMORE AVENUE (6)11 I SWRCB, January 2006 Spill Bucket Testing Report Form Thisform is intendedfor use by contractors performing annual testing of USTspill containmentstructures. The completedform and printoutsfrom tests (ifapplicable), should beprovided to thefacility owner /operatorfor submittal to the local regulatory agency. 1_ FAr'TT.ITV TNFnRMA'rFnW Facility Name: Bakersfield City Police Dept. TDate of Testing: 10 /112010 Facility Address: 1601 Truxtun Ave. Facility Contact: Phone: Date Local Agency WasNotified ofTesting : Name ofLocal Agency Inspector (ifpresem during testing): 2_ TF.RTTNr: rnNTRA4rTnll YNFn127WATTnN Company Name: Cal - Valley Equipment Technician Conducting Test: Bruce W. Hinsley Credentials': X CSLB Contractor 0 ICC Service Tech. 0 SWRCB Tank Tester Other (Specify) License Number(s): 921733A 3. RPTLL BUCKET TFRTTNr3 TNFnRMATInN Test Method Used: X Hydrostatic 0 Vacuum 0 Other Test Equipment Used: Visual Equipment Resolution: Identify Spill Bucket (By Tank Number Stored Product, etc 1 87 UL 2 3 4 Bucket Installation Type: X Direct Bury Contained in Sump 0 DirectBury El Contained in Sump 0 Direct Bury Contained in Sump 0 Direct Bury 0 Contained in Sum Bucket Diameter: 11" Bucket Depth: 11" Wait time between applying vacuumAwater and start oftest: 10 min. TestStart Time (T): 09:30 Initial Reading (114): 9.25" Test End Time (TF): 10:30 Final Reading (RF): 915" Test Duration (TF — TO: 1 Hr. Change in Reading (RF -R): 0.0" Pass/Fail Threshold or Criteria: 0.25" I"11OW r( r COmmentS — (include information on repairs madeprior to testing, andrecommendedfollow -upforfailedtests) CERTIFICATION OF TECHMCIAN RESPONSIBLE FOR CONDUCTING THIS TESTING Ihereby cen* that allthe Informatlon contained in this report is true, accurate, and infull compliance with legal requirements. Technician's Signature: . 1- 46s Date: 10 /112010 State laws and regulations do not currently require testing to be performed by a qualified contractor. However, local requirements mAv hP. mnm ch'in"nt D. Result of TestMglServicing Software Version Installed: 346234 -100-8 Complift the follow? checklist: X Yes No* Is the audible alarm operational? X Yes 0 No' Is the visual alarm operational? X Yes No' Were all sensors visually Inspected, funclimanytested, and confirmed operational? X Yes 0 No* Were all sensors Installed at lowest point ofsecondary containment and positioned so that other equ'phrentwill not interferewith their proper ration? 0 Yes D No' If alarms are relayed to a remote monitoring station, isallcommunications equipment (e.g. modem) opemtlonaRXWA Yes X No' For pressurized piping systems, does the turbine automatically strut down if the piping secondary containment monitoring system0WAdetectsaleak, falls to operate, oris eledrhaly disconnected? If yes: which sensors initiate positive shut -down? (Checkaft that apply) X Sump/Trench Sensors; Dispenser Containment Senora. Did you confirm positive shut -down due to leaks Mg sensor fallureldisconnixAlon? XYes; 0 No. Yes 0 No' For tank systems that utilize the monitoring system as the primary tank overfill warning device p.e. no mechanical overfill prevention X WA valve is Installed), Is the overfillwarning alarm vtslble and audible at the tank fill polyd(s) and operating properly? hso, at what percent oftankcapacity does the alarm r? % Yea• X No Was arty monHorfig equipment replaced? If yes, Identity specific sensors, probes, or other equlpmerd replaced and list the manufacturer name and model for an replacement parts in Section E below. 0 Yes' Was liquid found inside any secondary containment systems designed as dry systems? (Check allthat apply) 0 Product; 0 Water. If x No yes, describe causes in Section E, below. X Yes No' Was monitoring system set -up reviewed toensure properse rigs? Attach set up reports, ifapplicable X Yes No' Is all monitoring equipment operational per manufacturer's specifications? In 3act w t Darow, 0escriDe now and wren these Cetictenctes were or will be corrected. Com rtents: Performed Product line testing. Monitoring System CertlHcatlon Page 2 of 4 12/07 2/21/07 F. In -Tank Gauging I SIR Equipment: X Checkthis box if tank gauging is used only for Inventory control. Checkthis box if notank gauging or SIRequipment is installed. This section must be completed If in -tank gauging equipment is used to perform leak detection monitoring. Comdata the fallnwinn chw .ktlwf- Yes 0 No` Has all input wiring been inspected for properentry and termination, including testing for ground faults? Yes No" Were all tank gauging probes visually inspected for damage and residue buildup? Yes No' Was accuracy ofsystem product level readingstested? Yes No` Was accuracy ofsystem water level readings tested? you No' Were all probes reinstalled properly? Yes No` Were all items on the equipment manufacturer's maintenance checklist completed? Inone aecoon n, oelow, oescnoe now anowhen these aeumencies were orMi be correctea. G. Line Leak Detectors (LLD): Check this box if LLDs are riot Installed. r—lata tho f,,H —inn rtMrkllnt• X Yes No' Forequipment start-up or annual equipment certification, wasa leak simulated to verify LLD performance? (Check all NIA that apply) Simulated leak rate: X 3 g.p.h.; 0.1 g.p.h ; 0.2 g.p.h. X Yes No' Were all LLDs confirmed operational and accurate within regulatory requirements? X Yes No' Wasthe testing apparatus properly calibrated? X Yes No' Formechanical LLDs, does the LLD restrict productflow Ifit detects a leak? NIA Yea No' Forelectronic LLDs, does the turbine automatically shut off ifthe LLD detects a leak? X NIA 0 Yes No' For electronic LLDs, does the turbine automatically shut off if any portion of the monitoring system is disabled or X WA disconnected? Yes No* For electronic LLDs, does the turbine automatically shut off if any portion of the monitoring system malfunctions or X WA fails a test. Yes No* For electronic LLDs, have allaccessible wiring connections been visually inspected? X WA X Yes No' Were all Items on the equipment manufacturer's maintenance checklistcornplated7 In the Section H, below, describe how and when these deficiencies were orwill be corrected. H. Comments: MonitoringSystem Certification Page 3 of4 12107 3 2/21/07 CVE Cal- Valley Equipment 3500 Gilmore Ave. Bakersfield CA 93308 661 - 327 -9341 FAX9 661 - 325 -2529 VAPORLESS MANUFACTURING, INC. LDT -890 Leak Detector Test Record Contractor: Cal-Valley Equipment Customer: Bakersfield. Police Dept. Date: 10/11/2010 Location: 1601 Truxtun Ave. Bakersfield, Ca. Product: 87 UL Technician: Bruce W. Iiinsle Submersible Pump Identification Manufacturer. RedJacket Model No.: Serial No.: Notes: Leak Detector Identification Manufacturer. Red'acket Description: Diaphragm-type: Piston-type: PLD Tamper -proofseal installed: Other Style Leak Detector: Notes: beak 1)etertnr in %uhmerxihle PummTpAt nt 11imenaer Operating Pump Pressure (psi): 26 para. 15 Gallons per hour rate: 3.0 para. 22 Line pressure with pump shut off (psi): 23 para. 23 Bleed -back Test with pump off (ml): 55 para. 26 Step-through time to full flow (secs): 3 a. 30 Leak detector stays in leak search position (Yes/No): Yes para. 42 Leak Detector Test Pass / Fail Notes: Pass Complete thermal expansion test beforefailing leak detector CAL- VALLEY EQUIPMENT 3500 Gilmore Avenue AES PLT —100R Bakersfield, CA 93308 Ph#661- 327 -9341 Fax#661- 325 -2529 NAME: Bakersfield Police Dept, LINE #1: 87 UL TECHNICIAN: FBruoe W. Hinsle ADDRESS: 1601 Truxtun Ave. LINE #2: 87 UL LICENSE #: 90-1069 CITY/ ST.: Bakersfield, Ca. LINE #3: 0.000 1 TEST DATE: 10/112010 THE CONVERSION CONSTANT IS FOUND BY: (60 MIN /HR) / (37901MIL1GAL) = 0.0158311 (MIN/HOUR (GALIMIN) Divide the volume differential by the test time (15 minutes) and multiply by 0.0158311, which will convert the volume differential from milliliters per minute to gallons perhour. The conversion constant causes the millimeters and minutes to cancel out PRODUCT TIME PSI START VOL mo END VOL TEST VOL DIFF. ml GPH GAINILOSS (ml) PASS FAIL 87 UL 09:25 50 210 210 0 0.000 X 09:55 50 210 210 0 0.000 X COMMENTS: PRODUCT TIME PSI START VOL ml END VOL m TEST VOL DIFF. ml GPH GAIN /LOSS (ml) PASS FAIL COMMENTS: PRODUCT TIME PSI START VOL ml END VOL ml TEST VOL DIFF. ml GPH GAIN/LOSS (ml) PASS FAIL COMMENTS: I declare under penalty ofperjury that I am a licensed tank tester in the State of California and that the information in this report is true and correct to the best of my knowledge. X""dr*+p SENSOR ALARM - - - -- SENSOR ALARM ----- L28:DlESELI FILL BLIMP L29:DIESEL STP2 SUMP ANNULAR SPACE STP SUMP FUEL ALARM FUEL ALARM OCT 9, 2010 0:33 PM OCT 9, 2010 8:29 PM v SENSOR ALARM ----- SENSOR ALARM ----- L36:DIESEL3 FILL..SUMP L30:DIESEL 6TP2 SUMP DW PIPING SUMP STP SUMP FUEL ALARM FUEL ALARM OCT 9, 2010 8:33 PM* OCT 9, 2010 8:29 PM SENSOR ALARM ----- L24:DIESEL STPI SUMP STP SUMP FUEL ALARM OCT 9. 2010 8:30 PM' SENSOR ALARM ----- L32:DIESEL2 FILL SUMP DWSTPSUMP FUEL ALARM OCT 9, 2010 8:34 PM SENSOR ALARM SENSOR ALARM ----- L41:DIESEL4 FILL SUMPL--2-6-:DIESELl FILL SL14- PIPING SUMP PIPING SUMP FUEL ALARM FUEL ALARM OCT 9, 2010 8:34 PM OCT 9, 2010 8:31 PM SENSOR ALARM --- L25:DIESEL STPI BLIMP D STP SUMP FUEL ALARM OCT 9, 2010 8:32 PM SENSOR ALARM -- L31:DIESEL2 FILL BLIMP PIPING SUMP FUEL ALARM OCT 9, 2010 8:32 PM SEN8i LARM ----- LZ,'DIESE5 , L SUMP ING sum LVW LIQUID A,'AIA-. 9. 20 B:3 14PMAT, A tAS%,ALAR'm ----- P07: PI DIES NG 8EL3'- FI-LL SUMP DW L EL ALARM..." . tI T 9, 20• O 8:3$ PM PLARM WRM 4LL -,9,Wg, DW IFA CT 9. 2010 8:40 Pk I:----- SENSOR ALARM ----- 1-47:D,IESEL5 FILL SUMP DW PIPING SUMP FUEL ALARM OCT 9, 2010 8t42 PM SENSOR ALARM ----- L--4-7:DIESEL5 FILL SUMP DW PIPING SUMP. FUEL ALARM OCT 9, 2010 8:45 PM i SENSOR ALARM - - - -- . L44:DIESEL STP5 SUMP I STP SUMP FUEL ALARM OCT 9. 2010 5:52 PM I Ii I i SENSOR ALARM - - - -- L27:DIESELI ANNULAR ANNULAR SPACE LOW LIQUID ALARM OCT 9, 2010 6:45 PM f i SENSOR ALARM - - - -- L33:DIESEL2 ANNULAR i.ANNULAR SPACE LOW. LIQUID ALARM OCT 9.' 2010 6:46 PM i i SENSOR ALARM -- L38:DIESEL3 ANNULAR ANNULAR SPACE LOW LIQUID ALARM OCT 9, 2010 6:46 PM I SENSOR ALARM - - - -- L43:DIESEL4 ANNULAR ANNULAR SPACE LOW LIQUID ALARM OCT 9, 2010 6:46 PM SENSOR ALARM - - -- - L48:DIESE 5 ANNVLAR ANNULAR SPACE LOW LIQUID ALARM OCT 9, 2010 6:47 PM i SENSOR ALARM - - - -- L45:DIESEL STP5 SUMP DW STP SUMP FUEL ALARM OCT 9, 2010 8:12 PM SENSOR ALARM - - - -- L44:DIESEL STP5 SUMP STP SUMP FUEL ALARM OCT 9, 2010 6:12 PM SENSOR ALARM - - - -- L39:D1ESEL STP4 SUMP STP SUMP FUEL ALARM OCT 9, 2010 8:13 PM SENSOR ALARM - - - -- L40:DIESEL STP4 SUMP DW STP SUMP FUEL ALARM OCT 9. 2010 8:13 PM SENSOR ALARM - - - -- f L34:DIESEL STP3 SUMP ! STP SUMP FUEL ALARM " OCT 9, 2010 8:1:4'PM SENSOR ALARM - - - -- L35:DIESEL STP3 SUMP DW STP SUMP FUEL ALARM OCT 9.. 2.010 8:14 PM