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First Responder Awareness Level Training

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Title: First Responder Awareness Level Training


1
First Responder Awareness Level Training
  • UNIT 1 - Preparation

2
Unit Objectives
  • Identify OSHA and EPA training requirements
  • Identify the role of the Awareness Level First
    Responder
  • Identify the roles of the Local Emergency
    Planning Committee (LEPC) and the State Emergency
    Response Commission (SERC)

3
Hazardous Materials
  • Defined in numerous ways
  • U.S. Department of Transportation (USDOT)
  • U.S. Environmental Protection Agency (USEPA)
  • U.S. Occupational Safety and Health
    Administration (OSHA)
  • Simplified Definition
  • Extremely Hazardous Substances

4
Hazardous Materials Incidents
  • Haz-Mat incidents are unique incidents. They
    require specialized protective measures not
    normally available to first responders AND they
    demand a different operational approach!

5
Mechanisms of Harm
  • T.E.A.M. C.P.R.
  • Thermal Chemical
  • Etiological Psychological
  • Asphyxiation Radiological
  • Mechanical

6
Public Safety Duty to Act
  • Public safety responders have a Duty to Act.
  • Your level of involvement is defined by your
    employers Emergency Response Plan (ERP).
  • The actions you are expected to take should be in
    Standard Operating Procedure format.
  • NEVER exceed your level of training and
    protection!

7
Awareness Level Response Goals
  • Recognition
  • Isolation
  • Protection
  • Notification

8
North American Emergency Response Guidebook
  • Your tool for success.
  • Every emergency vehicle should have a copy.
  • Purpose
  • An aid for identification of the material
    involved.
  • Outlines basic initial actions.
  • Recommends protective action areas.
  • Serves as an initial incident safety plan.

9
Legal Mandates
  • Superfund Amendments and Re-Authorization Act of
    1986 (SARA 1986).
  • SARA Title I, Section 126 mandated OSHA to
    develop safety regulations for responders.
  • SARA Title III requires local communities and
    facilities to plan and prepare for hazardous
    materials emergencies.

10
Hazardous Waste Operations and Emergency Response
(HazWOpER)
  • OSHA and EPAs safety standard which was
    developed in accordance with the mandate of SARA
    Title I, Section 126.
  • Codified as OSHA 29 CFR 1910.120 and EPA 40 CFR
    311.
  • Enforced in Florida by the Florida Department of
    Labor and Employment Security as well as OSHA and
    EPA.

11
Five Levels of Training
  • First Responder Awareness Level
  • First Responder Operational Level
  • Hazardous Materials Technician
  • Hazardous Materials Specialist
  • Hazardous Materials Incident Commander

12
Operational Modes
  • Awareness and Operational level responders take
    DEFENSIVE actions.
  • Technicians and Specialists take OFFENSIVE
    actions.
  • The Incident Commander coordinates the response
    and is ultimately responsible for safety.

13
Unit Summary
  • Definition and difference
  • T.E.A.M. C.P.R. lists the potential hazards
  • Duty to Act
  • Four roles for awareness responders R.I.P. NOT!
  • Employers Emergency Response Plan
  • Five levels of training
  • Two operational modes

14
First Responder Awareness Level Training
  • Unit 2 - Hazard Identification

15
Unit 2 - Hazard Identification
  • Unit Objectives
  • - Identify the six clues to the presence of
    hazardous materials.
  • - Identify the various hazard classes of
    hazardous materials.
  • - Describe ways in which you can determine the
    specific identity of a hazardous material.

16
Remember your four goals!
  • Recognition
  • Isolation
  • Protection
  • Notification

17
Six Basic Clues to Recognition
  • 1 - Occupancy and location
  • 2 - Container shape and size
  • 3 - Placards and labels
  • 4 - Shipping papers/facility
  • documents
  • 5 - Markings and colors
  • 6 - Human senses

18
Clue 1 - Occupancy and Location
  • Specific occupancy or general area
  • Fixed facilities
  • Five modes of hazardous materials transportation
  • Rail, air, marine, highway and pipeline
  • Drug lab considerations

19
Clue 2 - Container Shape and Size
  • Classifications
  • Portable, fixed or transportation
  • Pressure
  • Non-pressurized, low or high pressure
  • Vapor Pressure and Storage
  • The higher the pressure, the greater the
    potential for catastrophic failure
  • BLEVE

20
Clue 3 - Placards and Labels
  • Placards and their limitations
  • Not always required
  • The 1000 pound rule
  • Placards and labels used for transport are based
    upon DOT Hazard Class
  • Nine Hazard Classes
  • Subdivided into divisions
  • Refer to page 11 of 1996 ERG

21
Hazard Class 1 - Explosives
  • Subdivided into 6 divisions
  • 1.1 - Mass explosion hazard
  • 1.2 - Projectile hazard
  • 1.3 - Fire, minor blast or projectile
  • 1.4 - Minor explosion
  • 1.5 - Very insensitive explosives
  • 1.6 - Extremely insensitive

22
Hazard Class 2 - Gases
  • Pressurized or liquified
  • Compressed nitrogen and liquified petroleum gases
    (LPG) are examples
  • Product and container present hazards
  • Three Subdivisions
  • 2.1 - Flammable gases
  • 2.2 - Non-Flammable, Non-Poisonous
  • 2.3 - Poisonous Gases

23
Hazard Class 3 - Flammable/Combustible Liquids
  • Flammable Liquids can be ignited at room
    temperature
  • Combustible Liquids require some degree of
    pre-heating to ignite
  • Number 1 rule - eliminate ignition sources

24
Hazard Class 4 - Flammable Solids
  • Three subdivisions
  • 4.1 - Flammable Solids
  • 4.2 - Spontaneously Combustible
  • 4.3 - Dangerous when wet

25
Hazard Class 5 - Oxidizers and Organic Peroxides
  • Oxidizers release oxygen to enhance or intensify
    burn
  • With strong fuels, oxidizers can create
    conditions which which can lead to violent
    combustion
  • Many Organic Peroxides are very unstable

26
Hazard Class 6 - Poisonous and Infectious
Substances
  • Poisonous to human
  • Can include severely irritating substances
  • Tear Gas, Hydrocyanic acid, Carbon
    Tetrachloride
  • Infectious Substances
  • Potential to cause diseases in humans
  • Anthrax, human blood and many body fluids

27
Hazard Class 7 - Radioactive Materials
  • Ionizing radiation hazard
  • Exposure does not always result in contamination
  • Safety Rules
  • Time, Distance and Shielding
  • Shipped in specialized containers

28
Hazard Class 8 - Corrosives
29
Hazard Class 9 - Miscellaneous Hazardous Materials
  • ORM A - Dry Ice
  • ORM B - Quick Lime, Metallic mercury
  • ORM C - Asphalt, Battery parts
  • ORM D - Consumer commodities
  • ORM E - Hazardous substances and hazardous wastes

30
Pesticide Labels
  • Product name
  • Active ingredients
  • Signal word
  • Caution
  • Warning
  • Danger (Poison)
  • Precautionary statements

31
Clue 4 - Shipping Papers and Facility Documents
32
Material Safety Data Sheets (MSDS)
  • Required to be maintained by the Federal Hazard
    Communication Standard and The Florida
    Right-to-Know Law
  • Found at fixed facilities
  • Provides a variety of information
  • Emergency Response Plans (ERP)
  • Emergency Action Plans (EAP)

33
Clue 5 - Markings and Colors
  • Container colors are not always standardized
  • UN/NA identification numbers
  • NFPA 704 Diamond
  • Military markings

34
(No Transcript)
35
Clue 6 - Human Senses
High
TASTE TOUCH SMELL SIGHT SOUND
RISK LEVEL
Low
36
Methods of Identification
  • Once you recognize, try to identify
  • Location of material name
  • Shipping papers
  • MSDSs (fixed facilities)
  • Facility Pre-Plans
  • Employees and bystanders
  • If you cannot safely identify, try to classify
    the material into a hazard class

37
Unit Summary
  • Goals of recognition and identification
  • Recognize, Classify, Identify
  • Six clues to the presence of hazardous materials
  • Occupancy and location, container shape and size,
    placards and labels, shipping papers and facility
    documents, markings and colors, the human senses
  • There are nine general classes of hazardous
    materials

38
First Responder Awareness Level Training
  • Unit 3 - Taking Control

39
Objectives
  • Identify the procedures for initiating your
    Emergency Response Plan.
  • Identify the proper procedures for implementing
    protective action distances.
  • Take actions necessary to properly isolate the
    incident.

40
NA-ERG
  • North American Emergency Response Guidebook
  • Origin
  • Goal
  • Purpose Limitations

41
Steps for Proper Use of the ERG
  • Recognize Identify Hazardous Materials
  • Name
  • Four digit ID number
  • Placard description
  • Look up the guide page number
  • Take basic protective actions according to the
    guide page
  • Initiate isolation and evacuation according to
    protective action distances

42
Basic Protective Actions
  • Your approach
  • Your main objectives
  • Isolate
  • Protect by preventing contamination
  • Initiate your Emergency Response Plan (Notify)

43
Proper Guide Page Use
44
Table of Protective Action Distances
45
Protective Action Options
  • Shelter in-place
  • Short duration incidents
  • Greater hazard to attempt to move
  • Impractical to evacuate
  • Evacuation
  • Potential for massive fire or explosion
  • Long duration incidents

46
Emergency Response Information
  • Firefighting
  • Definition of Haz-Mat Fire
  • Defensive Vs. Offensive
  • Role of the awareness responder
  • Spill / Leak Control
  • Not an awareness level role
  • First Aid
  • Remember to prevent secondary contamination

47
Summary
  • ERG provides guidelines
  • You can find a guide page by
  • Name, ID number or placard comparison
  • Basic instructions - page 1
  • Two indexes
  • Orange guide pages
  • Green protective action pages

48
First Responder Awareness Level Training
  • Unit 4 - Termination

49
Objectives
  • Identify the three actions necessary for proper
    termination
  • Identify the information that should be received
    by responders during onscene debriefing

50
Reasons for Termination
  • Required by OSHA
  • Relates important information to the responders
  • Insures exposures are documented
  • Insures that we improve our future responses

51
Steps to Proper Termination
  • On-scene debriefing
  • Incident critique
  • After action analysis
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