ERP / HAZMAT Flashcards
ERP: TRAINING LEVELS
- Operations level = All Firefighters
- Tech 1 = SOC Support Trucks
- Tech 2 = Rescue / Squad / HazMat Tech Engines
- Awareness level = EMS Personnel
- CPC and DECON Engines are operations level trained with
additional training in CPC and decon operations. They are not
Tech 1 or Tech 2 trained.
CONTROL ZONES
- Hot Zone = Exclusion Zone
(Red Barrier Tape) - Warm Zone = Contamination Reduction Zone
(Yellow Barrier Tape)
(Safe refuge area in Warm Zone)
(All decon occurs in Contamination Reduction Zone) - Cold Zone = Support Zone
ERP: LEVELS OF CPC
- Level A = Highest lvl of skin and respiratory protection
Includes vapor tight suit and SCBA - Level B = Highest lvl of respiratory but lower skin protection
Includes splash protection - Level C = Minimal lvl of skin and respiratory protection
Includes APR’s and PAPR’s - Level D = Nuisance contamination only
- BUNKER GEAR IS NOT CLASSIFIED AS CPC
ERP HAZMAT PROCEDURES “HA-SAC WA-SAC”
1st Arriving Ladder - Responsible for HAZARD ASSESSMENT (HA)
Team 1- Hazard ID
Team 2 - Information Resources
2nd Arriving Ladder - Responsible for SITE ACCESS CONTROL (SAC)
and establishing the initial exclusion zone.
Team 1 - Information Resources
Team 2 - Initial Exclusion Zone
1st Arriving Engine - WATER SUPPLY (WA)
- Stretch line but don’t place into operation until
ordered by IC pending results of initial hazard
assessment.
- May perform CFR-D
2nd Arriving Engine - SITE ACCESS CONTROL (SAC) / Assists and
coordinates with 2nd Ladder company to control
access to the site.
- May be ordered by IC to assist 1st Engine with
water supply or line placement, site control or
evacuation.
- May perform CFR-D
3rd Arriving Engine
- Should be assigned CFR-D duties for members as well as victims
removed that have been exposed or injured.
- If 1st or 2nd Engine is already assigned to CFR-D duties, then 3rd
Engine should be assigned to water supply and decon or site control.
NFPA DIAMOND “Hot Farts Rise”
Left Quadrant = (Hot) HEALTH HAZARD (BLUE)
Top Quadrant = (Farts) FLAMMABILITY (Red)
Right Quadrant = (Rise) REACTIVITY (Yellow)
Bottom Quadrant = SPECIAL HAZARDS (White)
- Scale of 0-4
4 is most hazardous / 0 is least hazardous
NFPA DIAMOND - HEALTH HAZARD (BLUE)
“DEHSN”
4 - (D)eadly
3 - (E)xtreme danger
2 - (H)azardous
1 - (S)lightly hazardous
0 - (N)ormal Material
NFPA DIAMOND - FLAMMABILITY HAZARD (RED)
4 - Flash point below 73 degrees F
3 - Flash point below 100 degrees F
2 - Flash point above 100 degrees F (not over 200 degrees F)
1 - Above 200 degrees F
0 - Will not burn
NFPA DIAMOND - REACTIVITY HAZARD
(YELLOW) “MSVUS”
4 - (M)ay detonate
3 - (S)hock and heat may detonate
2 - (V)iolent chemical change
1 - (U)nstable is heated
0 - (S)table
NFPA DIAMOND - SPECIAL INFO (WHITE)
OX - Oxidizer
W (with slash drawn through it) - use no water
ACID - acid
ALK - Alkali
COR - Corrosive
CHEMICAL AGENTS
NERVE AGENTS (FRUITY ODOR)
- Sarin
- Tabun
- Soman
- VX
BLISTER AGENTS (GARLIC ODOR)
- Mustard
- Lewisite
BLOOD AGENTS (BURNT ALMOND ODOR)
- Hydrogen Cyanide
- Cyanogen Chloride
CHOKING AGENTS (CHLORINE OR GRASS ODOR)
- Phosgene
- Chlorine
- Ammonia
RAD 50 vs ULTRA-RADIAC
Rad 50 - Ability to detect alpha, beta, gamma
Used as a Rate meter (how fast radiation being deposited)
Speedometer
Ultra-Radiac - Capability to detect gamma and x-ray.
Used as a Dose meter (amount of radiation deposited)
Total miles, odometer
Can also be used in Rate mode
- Ultra-radiac only detects gamma and x-ray because alpha and beta particles can be stopped by our bunker gear and SCBAS, even though our gear may be contaminated we are not exposed, where as gamma and x-ray will pass through our equipment and our bodies causing potential exposure, not necessarily contamination.
INTERNAL/EXTERNAL EXPOSURE & CONTAMINATION
Internal - received from a radioactive source deposited inside the
body. (inhalation of a dust cloud containing radioactive
material or injury fro, radioactive shrapnel)
External - received from radioactive source outside the body. You can
be external exposed without being contaminated. Compare
it to someone taking an x-ray. The person is exposed to x-
rays via penetration but is not contaminated by the
radioactive source.
Contamination - implies that the material itself is on a person’s body/
clothing and is emitting energy in the form of alpha
particles, beta particles, gamma rays or neutron
particles. Contamination can result from the airborne
distribution, direct contact or resuspension of
radioactive material.
- Remember if you are contaminated you can decon, if you are
exposed you cannot decon the exposure.
DOSE VS RATE
- A person operating in an environment with the meter reading 50 mR/hr will receive a dose of 50mR if operating for one hour in that environment, or 25mR if operating for 1/2 hr, the duration of one as SCBA bottle.
- DOSE = amount of radiation energy deposited inside body (total miles
or odometer reading) Measured in microrem (uR), millirem
(mR) or Rem ( 1,000,000 uR = 1,000 mR = 1 Rem) - RATE (DOSE RATE) = How fast radiation energy is deposited (mph or
speedometer reading). Measured in microrem/hr
(uR/hr), millirem/hr (mR/hr) or Rem/hr.
DECISION DOSE EMERGENCY ACTION PERFORMED
50 Rem ——————— Lifesaving for a catastrophic event
25 Rem ——————— Lifesaving or protection of large populations
10 Rem ——————— Protection of major property
5 Rem ———————– General Operations at radiological emerg.
TRANSPORT INDEX OF DANGEROUS PACKAGE
LABEL MAXIMUM READING ON MAX READING ONE
SURFACE OF PACKAGE METER FROM PACKAGE
White I ———– 0.5 mR/hr ————— N/A
Yellow II ———- 50 mR/hr ————— 1 mR/hr
Yellow III ———- 200 mR/hr —————- 10 mR/hr
The TI applies to levels of gamma radiation only. Reading of alpha or beta particles indicate the package may have been breached and the shielding compromised.
The TI of a package should not exceed 10mR/hr.
The total TI of a vehicles shipment may not exceed 50mR/hr.
RADALERT 50
- Background radiation shows up as .02 - .05 mR/hr
- After turning on, requires 1 full minute to show complete reading
- Move slowly towards suspect areas to detect radiation
- Unit takes 1 full minute for a change to be indicated on LCD (you will
still get an audible alarm at 1mR/hr) - If rate goes over 1mR/hr monitor sounds alert tone, even though
RadAlert has not shown change yet. - Slowly move monitor 1-2 inches from the surface with the alpha port
facing the object area or person. - Alarms at 1mR/hr, then use circular pattern around area to determine
isolation zone. - Establish hotline at 2mR/hr