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Home My WebLink AboutUST-BILLING/PERMIT*ONTRACTOR NAME -A UCENSE # 01- FILKA I zV1V Ulm j r- 96ZI Ir # :orgy TRACTOR COMPANY NAME FAX &6 cj r561 DDRESS )DE All permits must be reviewed, stamped, and approved PRIOR TO RIEINNING WORK. 11 0 PERPAT TYPE -ECALCULATION Alarm - New & Modification (minimum charge) $280 I SUAL—TREA-5-IRT, DUE ACCTNDi ❑ Over 10,000 sq ft: $0.028 x sq ft Cl sprinkler - New & Modification (minimum charge) $280 ❑ over 10,000 sq ft $0 .028 x sq ft 0 Minor sprinkler Modification (<10 heads) $96 (inspection only) 84 ❑ Commercial Hood (New & Modificationj $470 0 Additional hood $58 ❑ Spray Booth (New & Modification) $470 98 0 Aboveground Storage Tank (I inspection per installation) AST $180/tank 82 ❑ Additional Tank ATI $96/tank 82 Cl Aboveground Storage Tank (Removal, Mod,or Inspectn) ATR $109/tank 82 ❑ Underground Storage Tank (Installation/Inspection) NI $878/tank 82 • Underground Storage Tank (Modification) MOD $878 /site 82 ❑ Underground Storage Tank (Minor Modification) MTM $167/site 42 ❑ Underground Storage Tank (Removal) TR Mandated Leak Detection (test)/Fuel Mont Cert/SB989 NOTE: $96/hr for each type of test /per site even if scheduled at the same time , $573/tank $96/hr (2 hrs minimum)=$192 e 1 W 11-3 C�K# 713 1 -7 84 8z ❑ Oil well (Installation, Inspection, or re- inspection) X $96/hr 82 13 Tent # $961tent 84 ❑ After-hours inspection fee $12I. /hr (2 hrs minimum)=$242 ❑ Pyrotechnic (I permit per event, plus an inspection fee of $96/hr during business hours) Py NOTE: After hours, Py roteehnic event inspection is @ $121 /hr $96/hr + (5 hrs min standby fee/insp)=$576 US hrs min standbv fee /ins P)=!t6G5 84 ❑ - - Re4nspection/Follow-up Inspection $96/hr 84 ❑ Portable LPG (Propane): # of Cages? $96/hr 84 -- ❑ Explosive 'Storage Explosive $266 84 &File Research (File Research fee $50/hr) $0.25/page 84 El ZL�- Sessions' Site Specific Health, Safety, and Work Plan 2301 Panama Lane, Bakersfield, CA 93307 Emergency Contacts: In case of a life threatening emergency, please do not hesitate to call 9-1-1. Sessions' Contact: Ross Sessions 661-978-5059 Project Manager Client Contact: Bashaar Nayawa 661-832-4551 Owner Government Contact: Nearest Hospital/ER Ernie Medina Bakersfield Fire Department Bakersfield Memorial Hospital 420 34 th Street Bakersfield, CA 93303 Directions from Site to Hospital: (from Google Maps) 1. Head east on Panama Ln toward Colony St 2. Make a U-turn at Colony St. About 1 min 3. Take the California 99 N ramp 4. Merge onto CA-99 N About 5 min 5. Take the CA-68 WICA-178/Rosedale Hwy/24th St exit Page 3 of 8 661-326-3682 661-395-1259 131ft 131 ft 430 mi 0.1 mi N= [CEll 5.6 mi 6.0 mi 0.2 mi 6.2 mi Sessions' Site Specific Health, Safety, and Work Plan 2301 Panama Lane, Bakersfield, CA 93307 6. Keep right at the fork, follow signs for Downtown and merge 1.8mi Onto CA-178 E/Rosedale Hwy 8.0 mi Continue to follow CA -178 E 7. Take the Union Ave exit 0.5 mi 8.6 mi 8. Merge onto W. Monterey St 364 ft 8.6 mi 9. Turn left onto Union Ave 0.5 mi 9.2 mi 10. Turn left onto 34th St 0.2 mi Destination will be on the right Bakersfield Memorial Hospital 42034th Street Bakersfield, CA 93303 Preparing the Site: Fuel tanks will be pumped out before Sessions' arrives on site. Remaining product—water or sediment—will be pumped out by Sessions using an explosion-proof pneumatic pump and stored in appropriate DOT drums. Hazardous waste drums will be properly labeled and disposed of by the client. No smoking will be allowed on site. The work area will be barricaded from traffic. The store will remain open during the inspection process. The product and vapor lines will be disconnected and blanketed off. Before any work begins in the tank, it will be degassed (ventilated) to remove any fuel vapors. Page 4 of 8 Sessions' Site Specific Health, Safety, and Work Plan 2301 Panama Lane, Bakersfield, CA 93307 Ventilation: Preliminary Safety Considerations: The concentration of flammable vapors in a tank may go through the flammable range before a safe atmosphere is obtained. It is necessary that precautions be taken to eliminate the possibility of discharge of static electricity during the degassing procedures. Special considerations must be given to ensure that the vapors are not vented into an area where they could produce a hazardous condition. The air compressor must be located where the intake will not induct hazardous vapors. It is best if the air compressor and other equipment that is capable of producing a source of ignition is placed upwind from the location of ventilation. Vapors should never be dispersed under a covered area such as the station canopy or trailer. The tank must contain NO MORE than ONE INCH of liquid before the tank is ventilated. As much liquid as possible must be pumped out. Ventilation Procedure: Ventilation of the tank can be accomplished by an air driven air mover. The eductor is placed on the fill tube and essentially draws a vacuum on the tank and sucks air from the tank through the fill. The eductor must be properly bonded and grounded to prevent the possibility of static electricity generation and discharge. The intake opening, the vent, must be unblocked to prevent a vacuum that could collapse the tank. When using this method, the fill (drop) tube must remain in place to assure that the vapors will be drawn from the bottom of the tank. Gasoline vapors are heavier than air and the drop tube assures that the ventilation is occurring at the bottom of the tank where gasoline vapors are expected to accumulate. An extension must also be used to discharge vapors above the ground a minimum of twelve feet above grade. This extension helps insure that vapors do not build up at ground level. A safe working environment will be established if the following safety procedures are followed: the eductor needs to be properly grounded; vapors must be dispersed in a manner that they are not accumulating in one area or are exposed to a source of ignition. Page 5 of 8 Sessions" Site Specific Health, Safety, and Work Plan 2301 Panama Lane, Bakersfield, CA 93307 Tank Air Monitoring: Gasoline is a flammable liquid with a lower explosive limit (LEL) of 1.4%. Required confined space air monitoring will be conducted by the on-site supervisor using a combination oxygen meter/flammability meter (sniffer). The oxygen concentration will first be measured then the LEL will be measured. Sessions will also measure the general hydrocarbon concentration (HC) using the part per million (ppm) scale. The atmosphere inside the tank will be monitored when first opened each day, and frequently throughout the day. The sniffer will be properly calibrated at all times according to the manufacturer's specifications. Any confined space that has not been monitored by the sniffer will not be entered by any person. LEL and Oxygen Levels: Tank entry: LEL must be LESS THAN 5% Oxygen must be GREATER THAN 19.5% HC must be LESS THAN 300 ppm (without air-purifying respirator) Hot work/cutting: LEL must be LESS THAN 10% Tank Entry: Personal Protective Equipment (PPE): Workers who will enter the tank will be equipped as follows: • Ear protection (if noise is excessive) • Gloves (at all times) • Sturdy boots (at all times) • Flame-retardant coveralls (at all times) • Full-face supplied air respirator (for initial entry to remove sediment) • Air-purifying respirator (whenever HC is GREATER THAN 300 ppm) • Full-body harness connected to a lifeline and extraction device (at all times) Ventilation: Ventilation must be continued throughout tank entry, regardless of LEL, HC and Oxygen levels. It is recognized that if ventilation is stopped, even though the atmosphere in the tank was within the safe range, hazardous vapors could accumulate again. Ventilation and air monitoring are the keys to a safe Page 6 of 8 Sessions' Site Specific Health, Safety, and Work Plan 2301 Panama Lane, Bakersfield, CA 93307 confined space. A confined space which is not being constantly ventilated should never be entered by anybody. Employee Training for Tank Entry: There will be an ICC Certified (U1 Installation and Retrofitting category) supervisor on site at ALL times. There will be at least TWO confined space certified workers on site at all times. All on site workers will be aware of all safety and emergency procedures. They will have reviewed and understood this work plan before arriving on site. All personnel will be familiar with required PPE. Tank Cleaning: Safety Precautions; Ventilation must be continued throughout the cleaning process. A full -face supplied air respirator must be worn at all times, in conjunction with flame retardant coveralls and the full body harness connected to a lifeline and extraction device. The atmosphere inside the tank will be continuously monitored with the sniffer throughout the cleaning operations. An attendant will be present at all times to control the safety of the entrant. All tools and equipment will be non - sparking. Procedure: Using rags, shovels and 5- gallon buckets, the tank is mucked out using a rope and pulley system. Once the tank is free of all sludge, the tank is wiped down using wet rags. Tank Lining Inspection: Safety Precautions: All electrical equipment will be explosion proof or intrinsically safe. Sessions will aid TA's Tank Inspection & Welding Services in abiding by the Tank Entry safety considerations including; LEL and oxygen monitoring, continuous ventilation and an attendant for the tank entrant. The tank inspection will only be conducted AFTER the tank has been thoroughly cleaned of hazardous residuals. When the holiday test is being performed, a fire extinguisher should be kept in the tank as flammable materials may be ignited by sparks from the holiday tester. Page 7 of 8 • • M.T.170 r r • •; • �` #1 A;i;j 1401