Prepared By Operations Division April 2, 2007

Slides:



Advertisements
Similar presentations
Prepared By Operations Division REVISED Version November 24, 2007 Prepared By Operations Division REVISED Version November 24, 2007 FIREFIGHTER NEAR MISS.
Advertisements

Liquid Nitrogen and Cryogenics Training Program
Prepared By Operations Division April 2, 2007 Prepared By Operations Division April 2, 2007 FIREFIGHTER NEAR MISS Auto Fire with Compressed Natural Gas.
2 Objectives Explain how to implement green fleets Learn about incentives for converting to natural gas fleets Learn about the availability and cost of.
Waste Management CNG Vehicles. Objectives The student will be able to… Define CNG and it’s Hazards Understand CNG Cylinder Limitations Identify CNG WM.
GRPE ISO GROUP MEETING, MUNICH, JANUARY 22th, 2003 GAS CYLINDERS USE OF PRESSURE RELIEF DEVICES Hervé BARTHELEMY AIR LIQUIDE PARIS.
Harkness career center
29 CFR 1910 Subpart H Hazardous Materials Presenter Roberto Dickinson OSHA Training Institute Instructor.
Fire Suppression Techniques Part 2
1. Glenpool South Tank Farm Glenpool, Oklahoma April 7, 2003 Storage Tank Explosion and Fire ConocoPhillips.
Draft Deliberative Document1 of 15 Hydrogen Fuel Cell Vehicle Safety Research to Support Rulemaking/GTR Objectives September 2008 SGS
What we do and why we do it. Know how to inspect an SCBA bottle for damage prior to fill Know how to use the compressor Know how to document problems.
HOW TO LIGHT AND TURN OFF THE OXY-ACETYLENE TORCH
Welding and Cutting Safety Safety Unit Lesson 5. Oxy-Fuel Welding & Cutting Oxy-fuel welding and cutting are the most common causes of fires in the welding.
NATURAL GAS & LNG AS ENGINE FUEL Jim Lewis, PE, PEng LNG Expertise, LLC May 21, 2014 Great Lakes Maritime Research Institute 1.
Hydrogen Workshop for Fleet Operators. Module 3, “Vehicle Operations and Maintenance Facilities”
School Safety Training
Gas Transmission Pipelines
Welding, Cutting and Brazing 29 CFR 1910, Subpart Q
21 Fire Suppression. 21 Skill Drill 21-1, Fire Fighter II Coordinating an Interior Attack (1 of 4) 1.Don full PPE, including SCBA. Enter the accountability.
Copyright  Business & Legal Reports, Inc. BLR’s Safety Training Presentations Welding, Cutting and Brazing 29 CFR 1910, Subpart Q.
MVFRI 1 Fire Safety of Hydrogen-Fueled Vehicles: System-Level Bonfire Test by R. Rhoads Stephenson Motor Vehicle Fire Research Institute
Compressed Natural Gas Vehicles Ian Petersen. Energy Density Source: NYSERDA.
CNG STATION & GARAGE MODIFICATION CODES & STANDARDS Graham Barker Business Development Manager.
Fog and Smoke Crash Response Dangers. Motorist Dangers Obscures: Road Surface (ahead) Lane Markings Traffic Queue (stopped vehicles) Crashed Vehicles.
VEHICLE SITUATION SAFETY. Do a proper size up looking for all the hazards!
Compressed Natural Gas as a Vehicle Fuel. Copyright 2004 AFVI This material is intended to be used for in-house trainers of NGV fleet operators to train.
Module 1: Ethanol and Ethanol-Blended Fuels. 2 Objective Upon the successful completion of this module, participants will be able to describe the use.
NATURAL GAS VEHICLES AMERICA’S NEW CHOICE FOR CLEAN TRANSPORTATION 1.
FFII Module A Hillcrest Fire Department © 2001
Hazardous Materials Subpart H. Subpart H Standards Compressed Gases Acetylene Hydrogen Oxygen Nitrous Oxide Flammable.
MODULE 6 Vehicle Parking, Servicing, and Security.
DEVELOPING FIRE TESTS FOR FCV AND HYDROGEN VEHICLES Glenn Scheffler Consultant for the US Department of Energy August 2010 DEVELOPING FIRE TESTS FOR FCV.
Renton Fire Dept. What could have kept the Titanic from sinking?
Create your futurewww.utdallas.edu Office of Communications create your futurewww.utdallas.edu Columbia Disaster Robiel Ghebrekidan SYSM 6309: Advanced.
Gasoline and Alternative Fuels 28 Introduction to Automotive Service James Halderman Darrell Deeter © 2013 Pearson Higher Education, Inc. Pearson Prentice.
© 2012 Delmar, Cengage Learning Chapter 7 Fire and Explosions.
Student Book © 2004 Propane Education & Research CouncilPage Identifying Procedures for Converting ASME Tanks in Ammonia Service to Propane.
Welding and Cutting Safety
Rochester Fire Department – Fire Marshal’s Office.
Police Officers Safety Assoc. Vehicle Fires Assessment and Response v1.0 v11.
Chapter 7 Fire and Explosions. Fires, Explosions, and Detonations The lowest temperature at which an air- hydrocarbon mixture will explode or burn is.
City of Wentzville Compressed Natural Gas (CNG) Project March 16, 2011.
Welding, Cutting and Brazing
Safe Handling of Flammable and Combustible Liquids
Fire Suppression (Fire Fighter II)
Lithium Batteries Explode During Overhaul.
Firefighters Support Foundation
Boiler and pressure vessel accidents The following pictures show damage caused by accidents to boilers and pressure vessels.
Montrose Fire Department
EVAPORATIVE EMISSION CONTROL SYSTEMS
Liquid Oxygen Cylinder Explosion
Study of CNG Bus Rollover Test
Flammable and Combustible Liquids
Utility Emergencies Second Edition Issued: February 2008
Prepared By Operations Division REVISED Version November 24, 2007
Fuel Supply System Service
East Carolina University Compressed Gas Safety Training Program
What is Sea-Tac Doing To Create a Green Curb Airport Ground Transportation Association Conference Introduction of Sea-Tac and Elizabeth/Paul September.
Figure 4.2 A gas can that meets the California Resources Board (CARB) approval uses a spring-loaded sealed nozzle that eliminates gasoline spillage and.
Fuel Supply System Chapter 21 Lesson 1.
Chapter 7 Fire and Explosions
TRENTON Casing Filler Presentation
Boiler and pressure vessel accidents The following pictures show damage caused by accidents to boilers and pressure vessels.
Safe Handling of Flammable and Combustible Liquids
CREW CARRIER BUSES.
Automotive Technology Principles, Diagnosis, and Service
FIGURE 6–2 Some retail stations offer a variety of fuel choices, such as this station in Ohio where E10 and E85 are available.
Gas Transmission Pipelines
Presentation transcript:

Prepared By Operations Division April 2, 2007 FIREFIGHTER NEAR MISS Auto Fire with Compressed Natural Gas (CNG) Fuel Tank Explosion Prepared By Operations Division April 2, 2007

Arson: Incident #26564 Dispatch 0230 hours for car fire (E10) E10 arrived and requested FIB for multiple vehicles with possible structural exposures (freeway columns and overpasses) 12 vehicles damaged or destroyed Firefighter near miss when CNG vehicle exploded as E10 crew approached with a handline (approximately 50-75’ away) Seattle Fire Department

Fire Garage Seattle Fire Department

Access Gate 8th Ave South E10 Royal Brougham Seattle Fire Department

E10 parked outside the gate here Debris from the explosion was thrown up to 100’ in all directions including on the over-passes above the incident. Seattle Fire Department

Roof debris Bumper frame + Trunk lid Backhoe Fuel tank Roof debris 100’ Fuel tank (original location) Roof debris Seattle Fire Department

Honda CNG Vehicle Seattle Fire Department

Seattle Fire Department

Rear of vehicle Seattle Fire Department

Roof is blown completely off vehicle and doors blown open Seattle Fire Department

Seattle Fire Department

Seattle Fire Department

Seattle Fire Department

Seattle Fire Department

Metal mounting straps for CNG tank Seattle Fire Department

Trunk lid Seattle Fire Department

Tank landed here, moved down hill to here for extinguishment Seattle Fire Department

Rear bumper frame 90’+ away Seattle Fire Department

Bumper shrapnel Note burn marks on ground. Seattle Fire Department

Roof section about 75’ away Seattle Fire Department

This is your only warning of a CNG – fueled vehicle. Typically located on the trunk lid or bumper Seattle Fire Department

Seattle Fire Department

Composite tank is carbon-fiber / fiberglass wrapped for strength – similar to our SCBA tanks. Seattle Fire Department

Seattle Fire Department

Seattle Fire Department

Seattle Fire Department

Seattle Fire Department

Tank blown approximately 95’ from the vehicle Seattle Fire Department

Seattle Fire Department

Airport Taxis, Shuttles Convert to Natural Gas August 07, 2003 Airport Taxis, Shuttles Convert to Natural Gas New contract requires fleet conversions to improve air quality The Port of Seattle Commission today authorized the renewal of contracts with two major providers of ground transportation at Seattle-Tacoma International Airport. The contracts, with the Seattle Tacoma International Taxi Association (STITA) and Shuttle Express, will require the two organizations to make major investments to convert their fleets to clean-burning natural gas. Under its new contract, STITA will be required to convert its entire 160-cab fleet to natural gas in the next three years. By converting more quickly, STITA will earn the right to extend the contract from five to seven years. Seattle Fire Department

Historical Information Several NHTSA (National Highway Traffic Safety Administration) investigations Example: January 27, 2003; Ford Crown Victoria on fire with flame impingement on CNG tank. The tank failed catastrophically prior to Pressure Relief Device (PRD) functioning. Vehicle recall with dealers installing additional insulation behind back seat. Number of vehicles still needing repair??? Seattle Fire Department

Code of Federal Regulations CFR 49, Part 571 Standard 304 Compressed Natural Gas Fuel Container Integrity Flame Test Standard: Flame impingement generating 1550-1650° F. at the surface for the length of the cylinder for 20 minutes or until fuel is completely vented through PRV. Seattle Fire Department

CNG Properties Compressed to 3,600 psi in fuel cylinder CNG rated at 117 octane fuel BTU per # = 22,800 (gasoline = 18,900) Not a liquid when compressed (it becomes a very close dense gas) Not the same as Liquified Natural Gas – LNG (cryogenic: -260° to become liquified) Lighter than air when released ( .6 air) Seattle Fire Department

CNG Properties LEL / UEL = 4 – 16% (gasoline = 1.3 – 7.6) 1 cubic foot of CNG = 245 cu.ft. of natural gas at sea level (uncompressed) 1 cubic foot of CNG weighs 13# 5.66# = 1 Gasoline Gallon Equivalent (GGE) Honda Civic tank = 8 GGE Note: 1 gallon of gasoline properly vaporized has the explosive equivalency of 83 pounds of dynamite (CDC). Seattle Fire Department

Cylinder Properties Four Cylinder Types: Type 1: all metal (steel or aluminum) Type 2: hoop wrapped steel or aluminum Type 3: fully wrapped steel or aluminum Type 4: all-composite (non-metallic)* *Early model Honda Civic uses Type 4; later models use Type 3 Seattle Fire Department

Honda Civic Tank Design Seattle Fire Department

Honda Civic Tank Design Note: The PRD (pressure relief device) activates similar to a fusible link (it fails versus resealing like a spring-assisted pressure reducing valve – PRV). The gas is vented out the vent tube until the tank is empty. Discharge time depends on fuel level. Seattle Fire Department

Lessons Learned /Best Practices Approach from 45° angle to vehicle ends Be aware of CNG vehicles Cabs, city vehicles, shuttles Look for CNG placards Watch for other hazards, i.e. bumper struts; hood and tailgate struts; airbags; burning fuel runoff; hazardous vehicle contents; exploding tires; other traffic Consider cooling streams from a distance Seattle Fire Department