Hazmat

Front 1

level of training established by the NFPA allowing first responders to take defensive actions at haz mat incidents are expected to do all the same as awareness plus initiate defensive actions to protect the public, environment and property from the effects

Back 1

operations level

Front 2

SAR

Back 2

supplied air respirators

Front 3

APR

Back 3

air purrifying respirators

Front 4

PAPRS

Back 4

powered air purifying respirators

Front 5

the disadvantages of scbas are

Back 5

weight, limited air, change in profile that may hinder mobility, limited vision, limited communication

Front 6

CBRNE

Back 6

chemical

biological

radio-logical

nuclear agents

explosive

Front 7

__________ or ___________ is an atmosphere supplying respirator in which the user does not carry the breathing air source.

Back 7

SAR or airline respirator

Front 8

this usually consists of a face-piece a belt or face-piece mounted regulator a voice communications system up to 300 ft of air supply hose an emergency escape pack or emergency breathing support system and a breathing air source mounted on a cart.

Back 8

SAR

Front 9

NIOSH classifies SARS as a _______

Back 9

type c respirators

Front 10

__________ has the advantage of reducing physical stress to the wearer by removing the wight of the scba however the air supply line is a limitation because of the potential for mechanical or heat damage

Back 10

SAR

Front 11

_________ contain a filter, canister or cartridge that removes specific contaminants found in ambient air as it passes through the _______________ element

Back 11

APR

Front 12

APR can be divided into three types

Back 12

particulate removing
vapor and gas removing combination

Front 13

PAPRS

Back 13

powered air purifying respirtator

Front 14

__________ do not supply oxygen or air from a separate source the protect only against specific contaminants or at a below certain concentrations

Back 14

APR

Front 15

aprs do not protect against_____________ or _____________

Back 15

oxygen deficient or oxygen enriched atmosphers

Front 16

three primary limitations of an apr are

Back 16

limited life of its filter need for constant monitoring of contaminated atmosphere need for a normal oxygen content of the atmosphere

Front 17

the precautions that should be taken before using APRS

Back 17

-know chemicals/air contents -know how much of the chemicals/air contaminants are in the air -ensure that the oxygen level is between 19.5 and 23.5 percent. -ensure that atmospheric hazards are below IDLH conditions

Front 18

---------------- proctect the user from particulates in the air

Back 18

particulate removing filters

Front 19

_____________ are divided into nine classes three levels of filtration and three categories of filter degradation

Back 19

Particulate removing filters

Front 20

particulate removing filters may be used to protect agains

Back 20

toxic dusts mists metal fumes asbestos biological hazards

Front 21

_________ uses a blower to pass contaminated air through a canister or filter to move the contaminants and supply the purified air to the full face piece.

Back 21

PAPRS

Front 22

highest level of skin, respiratory and eye protection from solid liquid and gaseous chemicals

Back 22

Level A

Front 23

This ensemble components are positive pressure, full face piece, scba vapor protective suits coveralls long underwear chemical resistant outer gloves chemical resistant inner gloves chemical resistant boots with steel toe and shank disposable protective suit, gloves and boots, hardhat two way radios

Back 23

Level A

Front 24

_________ protection requires a garment that includes an SCBA or a SAR and provides protection against splashes from a hazardous chemical.

Back 24

Level B

Front 25

what ensemble is worn when the highest level of respiratory protection is needed but a lesser level of skin protection is needed

Back 25

level b

Front 26

this consist or a positive pressure scba, hooded chemicals resistant suit, inner and outer gloves and chemical resistant boots

Back 26

Level b

Front 27

this consist of splash protecting garment and an air purifying device

Back 27

Level C

Front 28

________ level is used only when the specific material is known and has been measured and this protect level is approved by the ic

Back 28

C

Front 29

what falls under the U.s epa levels of protection

Back 29

Levels A-D

Front 30

what are the NFPA ppe ensemble classification

Back 30

Class 1-3

Front 31

these are designed to protect responders at chemical biological terrorism incident in these situations -whenever the identity or concentration of the vapor or quid agent is undetermined or in question -when vapor protection is needed -anytime liquid contact is expected an no direst skin contact can be permitted

Back 31

class 1

Front 32

these are designed to protect responders at chemicals biological terrorism incidents in these following situations -to provide necessary sufficient vapor protection -when direct contact w liquid droplets is likely -when victims are not ambulatory but are showing signs or symptoms of exposure

Back 32

class 2

Front 33

are designed to protect responders at chemical biological terrorism incident in these situations -provide necessary sufficient liquid protection for the intended operation is necessary -when direct contact with liquid droplets is likely -when victims are impaired but ambulatory

Back 33

class 3

Front 34

MOPP

Back 34

Mission Oriented protective posture

Front 35

Mopp is used

Back 35

in the military to protect against chemical biological and radio logical hazards

Front 36

these hazard can cause temperature extremes such as with elevated temp materials, exothermic reactons, fires explosions or cryogenic liquids

Back 36

thermal hazards

Front 37

gases that are convefted into liquids by beeling cooled below 150 f

Back 37

cryogenic

Front 38

this potential for radiation exposure exists when firefighters respond to incidents at medical centers, certain industrial operations nuclear power plants, and research facilities

Back 38

radiological hazards

Front 39

Types of ionizing radiation are

Back 39

alpha

beta

gamma

neutron

Front 40

these ionizing radiation lose energy rapidly and do not penetrate very far. harmful if ingested or inhaled they are usually completely blocked by the outer layer of the human skin

Back 40

alpha

Front 41

these ionizing radiation are fast moving positively or negatively charged electrons emitted from the nucleus during radioactive decays. t Can be stopped by a layer of clothes or aluminum

Back 41

beta

Front 42

High enegry protons. do not have charge or mass but very penetrating. can easily pass through human body, 2ft of concrete or 2 in of lead can stop these rays

Back 42

gamma

Front 43

ultra high energy and have physical mass and highly penetrating

Back 43

neutron

Front 44

exposure to a large dose of radiation received in a short period of time is an ____________

Back 44

acute dose

Front 45

small amounts of radiation received over a long time are

Back 45

chronic dose

Front 46

possible health effects from acute doss of radiation include

Back 46

reduced blood count, hair loss, n/v, diarrhea and fatigue

Front 47

what are the three recongized ways to provide protection from external radiation during an emergency

Back 47

time

distances

shielding

Front 48

____________ affect the oxygenation of the body and generally lead to suffocation

Back 48

asphyxiants

Front 49

_________ asphyxiants are gases that displace the oxygen necessary for breathing

Back 49

simple

Front 50

_______ asphyxiants are substances that prohibit the body from using oxygen and some of these chemicals may be used by terrorists for an attack.

Back 50

chemical

Front 51

the likelihood of an adverse health effect occurring in chemical hazards depend on three factors

Back 51

toxicity of chemical

pathway or route of exposure

nature and extent of exposure

Front 52

routes of entry are

Back 52

inhalation

ingestion

contact

absorption

Front 53

minimum amount of solid/liquid that will kill

Back 53

Lethal dose (LD)

Front 54

single dose of substance that will cause death 50% of those who encounter

Back 54

median lethal dose (MD 50)

Front 55

lowest administered dose of a material capable of killing a specified test species

Back 55

lethal dose low (LD lo or LDL)

Front 56

minimum concentration of an inhaled substance in the gaseous state that will be fatal to the test group.

Back 56

lethal concentration (LC)

Front 57

this toxin targets the kidney

Back 57

nephrot

Front 58

this toxin targets the blood

Back 58

hemotoxin

Front 59

this toxin targets the nervous system

Back 59

neurotixins

Front 60

this toxin targets the immune system

Back 60

immunotoxins

Front 61

this toxin targets the endocrine system

Back 61

endcrine toxins

Front 62

this toxin targets muscles bones

Back 62

muscolskeletal toxins

Front 63

this toxin targets the lungs

Back 63

respiratory toxins

Front 64

this toxin targets skin

Back 64

cutaneous hazards

Front 65

this toxin targets the dna

Back 65

mutagens

Front 66

this toxin targets the embryo/fetus

Back 66

teratogens

Front 67

this toxin targets all

Back 67

carcinogens

Front 68

IDLH

Back 68

immediately dangerous to life or health

Front 69

concentration of a given material in parts per million thay may be tolerate for an 8 hr exposure during a regular wook week without ill effects

Back 69

TLV

Front 70

fifteen minute time wighted avrerage exposure that should not be exceeded at any time nor repeated more than four times daily with a 60 minute rest period

Back 70

STEL or TLV

Front 71

maximum concentration of a given material in parts per million that should not be exceeded even instantaneously

Back 71

Threshold limit value/ceiling (TLV/C)

Front 72

Back 72

flammable gas division 2.1

Front 73

Back 73

non flammable gas div 2.2

Front 74

Back 74

poisonous gas by inhalation

Front 75

Back 75

flammable solid division 4.1

Front 76

Back 76

Division 4.2 spontaneous combustible material

Front 77

Back 77

division 4.3 dangerous when wet

material could become spontaneously flammable or release flammable toxic gas when in contact with water

Front 78

Back 78

division 5.1

oxidizer

5.2 is half red and half yellow with the red on top and is for organic peroxide

Front 79

Back 79

division 6.1 poisonous material

Front 80

Back 80

6.2 infectious substance

Front 81

Back 81

class 9 miscellaneous

Front 82

Back 82

horrizontal tank

for flammable and combustible liquids corrosives poisons and etc

Front 83

Back 83

cone roof tank

for flammable combustivle and corrosive storage. these are mainly for liquids

Front 84

Back 84

open top floating roof tank

mainly for liquids

for flammable and combustible storage

Front 85

Back 85

covered top floating roof tank

for flammable and combustible storage

Front 86

Back 86

covered top floating roof tank

for flammable liquid storage

Front 87

Back 87

petroleum storage tanks

Front 88

Back 88

high pressure horizontal tank

stores lp gases anhydrous ammonia high vapor pressure flammable liquids

Front 89

Back 89

noded spheroid tank =lpg methane, and some flamable liquids (gasoline + crudeoil) larger and flatter in shape than spheroid tank

Front 90

Back 90

spheroid tank

lpg methane and some flammable liquids (gasoline +cride po;/

Front 91

Back 91

high pressure spherical storage tank (stores lp gases)

Front 92

Back 92

cryogenic liquid storage tank

stores liquid oxygen liquid nitrogen liquid carbon dioxide etc

Front 93

Back 93

nonpressure tank car= flammable liquids + solids, oxidizers, etc. olders models come with expansion dome fitting are visible

Front 94

Back 94

typical pressure tank car=flammable, nonflammable and poison gases as well as flammable liquids

fittings are inside protective housing

Front 95

Back 95

cryogenic liquid tank car= argon hydrogen, nitrogen, oxygen, lng and ethylene

Front 96

Back 96

high pressure tube cart

Front 97

Back 97

covered hopper

carries calcium carbide cement grain

Front 98

Back 98

open top hopper

carries coal rock sand

Front 99

Back 99

Gondola

carries sand rolled steel and other products and matrials that do not require protection from the weather

Front 100

Back 100

box car

carries all materials and finished goods

Front 101

Back 101

flat bed car with intermodal tanks

carries various products in containers such as chlorine cylinders intermodal containers large vehicles othe commodities that do not require protecton from the weather

Front 102

Back 102

pneumatic hopper

carries placstic pellets flour other fine powdered materials

Front 103

Back 103

non pressure

DOT 406/Mc 306

gasoline, fuel, oil, alcohol, other flammable combustible liquids

Front 104

toxins that cause temporary but sometimes severe inlammation to eyes, skin, or respiratory system

Back 104

irritants

Front 105

toxic material that causes convulsions

Back 105

convulsants

Front 106

cancer causing agents

Back 106

carcinogens

Front 107

microorganisms such as virus's or bacteria

Back 107

etillogical hazards

Front 108

viruses that can only replicate themselves in the living cells of their host

Back 108

viral agents

Front 109

microscopic single celled organisms

Back 109

bacterial agents

Front 110

specialized bacteria that live and multiply in the gi tract

Back 110

rickettsias

Front 111

poisons produced by living organism

Back 111

biological toxins

Front 112

measure of the tendency of a substance to evaporate,

pressure at which a vapor is in equilibrium with its liquid phase for a given temp

Back 112

Vapor pressure

Front 113

temperature of a substance when the Vapor pressure exceeds atmospheric pressure at this temp the rate of condensation at this point more liquid is turning into gas then gas is turning back into a liquid

Back 113

boiling point

Front 114

weight of a given volume of pure Vapor or gas compared to the weight of an equal volume of dry air at the same temp and pressure

Back 114

Vapor density

Front 115

pressure produced by the vapors released by a liquid

Back 115

Vapor pressure

Front 116

Vapor density less than 1 indicates

Back 116

a vapor lighter than air

Front 117

Vapor density grater than one is

Back 117

vapor heavier than 1

Front 118

Acetylene methane and hydrogen are examples of materials with

Back 118

a vapor density less than one

Front 119

specific gavity less than 1 indicates a substance

Back 119

lighter than water

Front 120

specific gravity grater than 1 indicates

Back 120

substance heavier than water

Front 121

__________ of a chemical is its ability to reamin in the environment

Back 121

persistence

Front 122

___________of a substance is its relative ability to undergo a chemical reaction withanother material

Back 122

reactivity

Front 123

the reactivity triangle s basic components of many are

Back 123

oxidizing agent

reducing agent

activation energy source (often heat)

Front 124

GEBMO

Back 124

general hazardous materials behavior model

Front 125

GHMBM is used to help

Back 125

ff understand the likely course of an incident

thereby enabling them to successfully mitigate it

Front 126

The general pattern followed in a hazardous material incident are

Back 126

stress

breach

dispersion/engulf

exposure/contact

harm

Front 127

if a container is pushed beyonds its design strength, it fail or breaches is a example of

Back 127

stress

Front 128

the three types of container stress are

Back 128

thermal

chemical

and mechanical

Front 129

this is a failure of the container

Back 129

breech

Front 130

five types of breech

Back 130

disintegration(loss of integrity)

Runaway (crack)

Attachments (fail)

Puncture (forklift)

Split/tear (seam fails)

Front 131

four ways the contents release

Back 131

Detonation(instantaneouse)

Violent rupture (immediate release caused by runaway)

rapid (caused by damage attachments)

Spill/Leak (slow release through pressure)

Front 132

dome shaped pattern of airborne haz material that is still partially in contact with the ground or water

Back 132

hemispheric

Front 133

ball shaped pattern of the airborne hazardous material where the material has collctively risen above the ground or water

Back 133

cloud

Front 134

irregularly shaped pattern of an airborne hazardous material where wind and or topography influence the downrange course from the point of realease

Back 134

plume

Front 135

triangular shaped pattern of a hazardous material with a point source at the breach and a wide base downrange

Back 135

cone

Front 136

surface following pattern of liquid hazardous material that is affected by gravity and topography contours.

Back 136

stream

Front 137

three dimensional slow flowing liquid dispersion

Back 137

pool

Front 138

irregular deposits of a haz material such as that carried by contaminated responders

Back 138

irregular

Front 139

exposure/contact have three time frames

Back 139

short term-seconds, minutes, and hours

medium term- days, weeks, and months

long term- years

Front 140

non pressure tanks are also called

Back 140

atmospheric tanks

Front 141

non pressure tanks/ atmospheric tanks are storing any product they will nomally have

Back 141

a small amount of pressure up to .5 psi

Front 142

pressure tanks are broken into 2 catagories

Back 142

low pressure storage tanks

pressure vessels

Front 143

tanks that have pressures between .5-15 psi

Back 143

low pressure tank

Front 144

__________vessels have pressures above 15 psi

Back 144

pressure

Front 145

underground storage tanks may be

Back 145

atmospheric or pressurized

Front 146

Bulk containers can be divided into three catagories

Back 146

tank and orther rail cars

cargo tanks

intermodal containers

Front 147

non pressure tank cars usually have below

Back 147

25 psi

Front 148

pressure tank cars

Back 148

pressures greater than 25 psi at 68 deg f

Front 149

the dot 406/mc 306 is a

Back 149

nonpressure liquid tank

Front 150

dot 407/mc 307 is a

Back 150

low pressure chemical/liquid tank

Front 151

dot 412/ mc 312 is a

Back 151

corrosive liquid tank

Front 152

mc/tc 331 is a

Back 152

high pressure tank

Front 153

mc/tc 338 is a

Back 153

cryogenic tank

Front 154

dot/tc 407/dot/tc 412 are

Back 154

vacume loaded tank

Front 155

examples of atmospheric/nonperssure storage tanks

Back 155

-horizontal tank

-cone roof tank

-open top floating roof tank

-floating deck

-covered top floating roof tank

-covered top floating roof tank with geodisic dome

-capordome roof tank

-underground storage tank

Front 156

examples of low pressure storage tanks

Back 156

dome roof tank

spheroid tank

noded spheroid tank

Front 157

examples of pressure vessels

Back 157

horizontal pressure vessel

spherical pressure vessel

cryogenic liquid storage tank

Front 158

Back 158

hydrogen cyanide HCN candy stripe car.

Front 159

indicates the product may have minor health effects such as eye or skin irritaion

Back 159

caution

Front 160

indicates the product has moderate hazards such as significant health effects or flammability

Back 160

warning

Front 161

intdicates the highest degree of hazard (used on products that have potentially severe or deadly effects.

Back 161

danger

Front 162

required in addition to danger on the labels of highly toxic materials

Back 162

poison

Front 163

msds gives this information

Back 163

hazardous ingredients

physical and chemical properties

physical and health hazards

routes of entry

precautions for safe handlng and use

emergency and first aid procedures

control measures

Front 164

canada centers are called

Back 164

canutec

Front 165

mexico centers are

Back 165

setiq

cenacom

Front 166

small spill is less

Back 166

53 gallons or less

Front 167

large spill is

Back 167

more than 53 gallons

Front 168

distance within which all persons should be considered for evacuation in all directions from an actual hazard

Back 168

initial isolation distance

Front 169

circular zone with a radius equivalent to the initial isolation distance within which ersons may be exposed to dangerous concentrations up wind of the source and life threatening concentrations downwind of the source

Back 169

initial isolation zone

Front 170

represents a downwind distance from a spill/leak source within which protective actions should be implemented

Back 170

protective action distances

Front 171

-victims in a concentrated area

-syptoms immediate (seconds to hrs)

-symptoms very similar to (SLUDGEM)

-observable features such as chemical residue dead foliage dead animals and pungent odor

Back 171

Chemical attack

Front 172

victims dispersered over a wide area

syptoms delayed

syptoms most likely vague and flulike

no observable features

Back 172

biological attack

Front 173

explosion self evident

vicitms in a concentrated area

mechanical and thermal injures

potential radiation and chemical agent risk

Back 173

explosive attack

Front 174

explosion self evident

vicitms in a concentrated area

mechanical and thrermal injures initially,

radiological symptoms if any will likely be delayed

radiation detected through monitoring

Back 174

radiological attack

Front 175

some people teach the syptoms of exposure to chemical warfare agents with the acronym

Back 175

sludgem

Front 176

Sludgem

Back 176

salivation (drooling)

Front 177

sLudgem

Back 177

lacrimaton (tearing)

Front 178

slUdgem

Back 178

Urination

Front 179

sluDgem

Back 179

defaction

Front 180

sludGem

Back 180

gastrointestinal upset/aggravation cramping

Front 181

sludgEm

Back 181

emesis(vomiting)

Front 182

sludgeM

Back 182

pinpointed pupils or muscular twitching

miosis

Front 183

these attacks utilize viruses

Back 183

biological attacks

Front 184

these attacks may utilize chemical warfare agents like nerve agents blister agents blood agents choking agents and riot control agents as well as toxic industrial materials or toxic industrial chemicals

Back 184

chemical attacks

Front 185

these attacks utilize weapons that release materials most likely in the form of dust or powder

Back 185

radiological attack

Front 186

if comdemser tubes

filters

funnels

gas containers

glassware

heat source (budson burner)

grinders

ph papers

tubing

are found what can you suspect

Back 186

meth lab

Front 187

these labs have

glass ware

ttubing

bunsen burners

chemical bottles and other trappings traditionally associated with the term laboratory

Back 187

explosives lab

Front 188

Aloha

Back 188

area location of hazardous atmospheres

Front 189

these can assist in the predition of plume dispersion patters

Back 189

aloha

Front 190

chemicals pass into and through a material on a molecule level by this process

Back 190

permeation

Front 191

HAZPOWER regulations are located in

Back 191

OSHA 29 CRF 1910.120

Front 192

NFPA standard on liquid splash protective clothing for haz.mat emergencies

Back 192

1992

Front 193

NFPA STANDARD ON VAPOR PROTECTIVE ESEMBLES FOR HAZ MAT EMERGENCIES

Back 193

1991

Front 194

approximately how many organic and inorganic substances are registered for commercial use in the u.s.

Back 194

40,000,000

Front 195

canada centers

Back 195

CANUTEC

Front 196

mexico centers

Back 196

SETIQ

CENACOM

Front 197

BRAZIL CENTER

Back 197

PRO QUIMICA

Front 198

Argentina center

Back 198

CIQUIME

Front 199

top section of msds

chemical identity

Back 199

chemical and common names

identify cross reference to the identy found on the label

Front 200

section a on MSDS

manufactures information and chemical identity

Back 200

manufacturers name and address

emergency telephone

date prepare

Front 201

section II

hazardous ingredints

Back 201

chemical and common names of hazardous components

permissible exposure limits (PEL) and other recommened exposure limits

Front 202

section III

physical and chemical characteristic

Back 202

-boiling point

-vapor pressure

-vapor density

-specific gravity

-melting point

-evaporation rate

-solublity in water

-physical appearance and odor

Front 203

section IV

fire and explosion hazard data

Back 203

-flashpoint

-flammability limits (lower and upper exposive limits)

-extinguishing media

-special fire fighting procedures

-unusual fire and explosion hazards

Front 204

section V

reactivity (instability) data

Back 204

-stability

-incompatibility

-hazardous decomposition or by products

-hazardous polymerization

Front 205

section VI

health hazards data

Back 205

-routes of entry

-health hazards (acute and chonic)

-carcinogenicity

-signs and symptoms of exposure

-emergency and first aid procedures

Front 206

section VII

precaustions for safe handling

Back 206

-steps to be taken in case of release or spill

waste disposal method

-precautions to be takin in handling or storage and other precautions

Front 207

VIII-

control measures

Back 207

-engineering control such as ventilation, safe handling procedures, and ppe

-work/hygienic practices

Front 208

a liquid compound with a pH less than 7

Back 208

acid

Front 209

ph balance of 7 is

Back 209

nuetral

Front 210

ph balance of 8-14 is

Back 210

base or alkalis

Front 211

this foam is used in storage tanks, subsurface firefighting. is effective on hydrocarbon fuels. not effective on polar solvents. can be alcohol resistant

Back 211

fluoroprotein foam

Front 212

so this foams characteristics have

a very high degree of heat resistance and water retention.

maintains rather low viscosity at low temps

compatible with simultaneous application of dry chemical extinguishing agents

Back 212

fluoroprotein foam

Front 213

most commonly used foam concentrate today

Back 213

AFFF

Front 214

AFFF

Back 214

aqueous film forming foam

Front 215

this foams characteristis include

- can be used with either freshwater or saltwater

-premixable in prtable fire extinguishers and apparatus

-suitable for subsurface injection

fair penetrating capabilities in baled storage fuels or high surface tension fuels as wood

-compatible with dry chemcial

-fast draining

Back 215

afff

Front 216

ar-affff

Back 216

alcohol resistant aqueous film forming foam

Front 217

this foam is designed for use with polar solvent fuels

Back 217

ar-afff

Front 218

these create a membrane between the fuel and finished foam. this membrane separates the water in the foam blanket from the attack of the solvent

Back 218

ar afff

Front 219

radio active container types

Back 219

Type a- cardboard boxes,wooden crates or drums

type b- metal drum or massive shielded transport container.

industrial packaging- used for transportation of materials with small amounts of radioactivity.

Front 220

these foams has low water content they minimize water damage

Back 220

high expansion foam

Front 221

used in concealed spaces

fixed extinguishing systems for specific industrial uses such as aircraft hangers

class a fire applications ( slow draining)

Back 221

high expansion foam

Front 222

special purpose foam concentrates that are similar to class a foams.

Back 222

high expansion foams

Front 223

is the action taken to direct or influence the course of airborne hazardous materials

Back 223

vapor dispersion

Front 224

the process of dissolving a gas in water is called

Back 224

dissoulution

Front 225

act or process of being spread widely

involves breaking up or dispersing a hazardous material that has spilled on a solid or liquid surface.

Back 225

dispersion

Front 226

act of stopping the further release of a material from its container

Back 226

containment

Front 227

affects the liver

Back 227

hepta toxin

Front 228

the shut off valve on the 306/406 is located

Back 228

left front corner and may also have them located on the rear of the tank, in the center of the tank near the valves.

Front 229

shut off valve on the 307/407 is

Back 229

on the left front corner behind the driver

Front 230

shut off valve on the 331

Back 230

two emergency valves located remotely from each other one on theleft front corner of the tank and the other typically on the right rear

Front 231

312 shut off valve

Back 231

dont normall have one

Front 232

decon priority tag

Back 232

1 red-immediate

2 yellow- delayed

3 green- minor

4 black-dead

Front 233

direct transfer to person equipment and evironment in lg quantities

Back 233

contamination

Front 234

the process of removing haz mat to prevent the spread of contanminents beyond a specific area and reduce level of contamination to levels that are no longer harmful

Back 234

decon

Front 235

indirect contamination of people equipment or environment out side the hot zone. they are transfered to uncontaminated people places or equipment

Back 235

cross or secondary contamination

Front 236

process by wich people property animal or the enviroment are put at risk of harm from contact with haz material

Back 236

exposure

Front 237

evidence collected on the scene by law enforcement personnels must be appropriately package by

Back 237

in approved bags or other evidence containers. only the exterior of the packaging will be decontaminated as it passes from the hot zone to the cold zone

Front 238

when evidence passes through the decon corridor

Back 238

chain of custodymust be documented in wrriting

Front 239

this is the physical process of rapidly reducing or removing contaminants from multiple persons in poptentially life threatening situatons

Back 239

mass decon

Front 240

process of immediatel reducing contamination of individuals in potentially life threatening situations with or without the formal establishment of a decon corridor

Back 240

emergency decon

Front 241

a planned systematic process of reducing contamination to a level that is as low as reasonably achievable (ALARA) this decon operations are nomally conducted in support of emergency responder recon and entry operations at a hazardous materials incident as well as for handling cotaminated patients at medical facilities

Back 241

technical decon

Front 242

IM 101 psi is

Back 242

25.4-100

Front 243

IM 102 psi

Back 243

14.5-25.4

Front 244

IM0 type 5

Back 244

100-500

Front 245

dewar flask are for

Back 245

cryogenic liquid

Front 246

non bulk bulk packaging

Back 246

bags

car boy

jerry cans

cylindars

drums

Front 247

pipe line markers include

Back 247

signal words

information describing the tranported commodity

the name and emergency telephone number

Front 248

this word indicates the product may have minor health effects

Back 248

caution

Front 249

this word indicates the product has moderate hazards

Back 249

warning

Front 250

this word indicates the product has the highest degree of hazard

Back 250

danger

Front 251

this word is used in addition to danger on the labels

Back 251

poison

Front 252

Back 252

mass explosion

Front 253

Back 253

explosion with fragment hazard

Front 254

Back 254

mass fire

Front 255

Back 255

moderate fire

no blast

Front 256

Back 256

wear full protective clothing (set one)

indicates the presence of highly toxic chemical agents that may cause death or serious damage to body functions

Front 257

Back 257

wear full protective clothing

indicates the presence of harassing agents (riot control agents and smokes)

Front 258

Back 258

wear breathing apparatus

Front 259

Back 259

apply no water

dangerous reaction will occur if water is used in an attempt to extinguish the fire. this symbol may be posted together with any of the other hazard symbols

Front 260

Back 260

vx nerve agents

persistent and nonpersistent v-nerve agents

Front 261

Back 261

incapacitating nerve agent

ex

lacrymatory agent vomiting agent

Front 262

Back 262

type mustand agent/blister agent

Front 263

Back 263

type nerve agents

persistent and nonpersistent nerve agents

Front 264

Back 264

lewisite blister agent

ex

nonpersistent choking agent

nonpersistent blood agent