Command Operations 204s Flashcards

1
Q

In many cases, evaluations by ____ ____ before commitment, is the safest approach.

A

Hazardous Mat team members.

Identify a hazardous area based on potential danger, taking into account materials involved, time of day, wind and weather conditions, location of the incident and degree of risk to unprotected personnel. Take immediate action to evacuate and/or rescue persons in critical danger, if possible, providing for safety of rescuers FIRST.

The primary objective is to evacuate, decon and treat any injured or exposed people.

The next objective is to identify the type of material(s) involved. Look for labels, markers, DOT IDENTIFICATION NUMBERS, NFPA DIAMOND or shipping papers, etc. Refer to pre-plans and ask personnel at the scene for additional information (plant management, responsible party, truck drivers, and fire department specialist). Use reference materials carried on apparatus, and have Dispatch contact other sources for assistance when sizing up the problem (state agencies, fire department specialists, manufacturers of materials, etc.).
Once the hazardous material is identified Command must formulate an Action Plan designed to mitigate the situation after considering the risk benefit model.
204.01
4/7

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2
Q

A Haz Mat action plan must provide for:

A
  1. Safety of all fire members
  2. Safety and/or Evacuation of all citizens in the endangered area
  3. Control of situation
  4. Stabilization of hazardous materials, and/or
  5. Disposal or removal of hazardous material

Most hazardous materials are maintained in a safe condition for handling and use through confinement in a container or protective system. The emergency is usually related to the material escaping from the protective container or system and creating a hazard on the exterior. The strategic plan must include a method to control the flow or release, get the hazardous material back into a safe container, neutralize it, allow it to dissipate safely, or coordinate proper disposal.
The specific action plan must identify the method of hazard control and identify the resources necessary to accomplish this goal. It may be necessary to select one method over another, due to the unavailability of a particular resource, or to adopt a “holding action” to wait for needed equipment or supplies.
Avoid committing members or civilians and equipment prematurely or “experimenting” with techniques and tactics. Many times, it is necessary to evacuate and wait for special equipment or TECHNICAL help.
As a general policy, the Hazardous Materials Team will respond to any situation where a private contractor is required to clean-up hazardous materials.
204.01
5/7

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3
Q

A hazardous material incident has two initial zones associated with the scene, similar to a fire. They are the _______ and the ____________.

A

Limited Access Zone and Evacuation zone.

204.01

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4
Q

The ____ is the area in which members are potentially, or in immediate danger from the hazardous condition.

A

Limited Access Zone(LAZ).
The LAZ is the area in which members are potentially, or in immediate danger from the hazardous condition.
This is established by Command and controlled by the Fire Department (Site Control Sector). Access to this area will be rigidly controlled and only members with proper protective equipment and an assigned activity will enter. All companies will remain intact in designated staging areas until assigned. Members will be assigned to monitor entry and exit of all personnel from the LAZ. The LAZ should be geographically described to all responding units, if possible, and identified by yellow hazard tape. (A Lobby Control Sector will be established to control access to the LAZ and maintain an awareness of which members are working in the area.)

Sector Officers may/will need to:
• Request adequate assistance to maintain the perimeter.
• Identify an entrance/exit point and inform Command of its location.
• Coordinate with Hazard Sector to identify required level of protection for members operating in the Hazard Zone.
• Collect/return accountability PASSPORTS of all companies entering/leaving the controlled area.

Restriction of access in the LAZ includes not only Fire Department members, but any others who may wish to enter the LAZ (Police, press, employees, tow truck drivers, ambulance personnel, etc.). Command is responsible for everyone’s safety.
204.01
6/7

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5
Q

The ___ is the larger area surrounding the LAZ in which a lesser degree of risk to members exists.(All civilians will also be removed from this area.)

A

Evacuation Zone.
The EZ is the larger area surrounding the LAZ in which a lesser degree of risk to members exists. All civilians will also be removed from this area. The limits of this zone will be enforced by the Police Department based on distances and directions established in consultation with Command. The area to be evacuated depends on the nature and amount of the material and type of risk it presents to unprotected members (toxic, explosive, etc.).

In some cases, it is necessary to completely evacuate a radius around a site for a certain distance (i.e., potential explosion). In other cases, it may be advisable to evacuate a path downwind where toxic or flammable vapors may be carried (and control ignition sources in case of flammable vapors).
(Reference: Evacuation Sector, Police Liaison Sector)

NOTE:
When toxic or irritant vapors are being carried downwind, it may be most effective to, (shelter in place), keep everyone indoors with windows and doors closed to prevent contact with the material instead of evacuating the area. In these cases, companies will be assigned to patrol the area assisting citizens in shutting down ventilation systems and evacuating persons with susceptibility to respiratory problems.

In all cases, the responsibility for safety of all potentially endangered citizens rests with Command. Once the Hazardous Materials Sector has been established, Haz Mat members will define and establish a hot (LAZ), warm (EZ) and cold zones (unaffected). These zones will remain in effect for the remainder of the incident.
204.01
7/7

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6
Q

Factors to consider when evaluating the evacuation need(Hazmat)include:(read only)

A
  • Product Toxicity (as a health hazard)
  • Concentrations (before it becomes a health hazard)
  • Length of Time Exposed
  • Weather Conditions (temperature, humidity)
  • Wind Direction (direction, speed)
  • Wind Changes
  • Predicted Weather Changes
  • Distances From Site Requiring Evacuation
  • Evacuation Risk to Public (bringing them outdoors)
  • Infiltration into Buildings
  • Shelter Locations
  • Transportation Needs and Availability
  • Evacuation Time Factors
  • Resources for Evacuation
  • Density of Population in The Area

The decision to evacuate needs to be considered quickly and early. Delays in initiating evacuation can expose greater numbers of the public to the hazardous product. An unnecessary evacuation should be avoided. However, once the hazard has been identified and verified, the process of deciding who, when, and how to evacuate should proceed quickly. Consider using the Reverse911 system through Mesa Alarm to notify the public that may be threatened.
204.01A
4/12

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7
Q

In some situations, in-place sheltering can be used to protect the public rather than to initiate an evacuation. In-place sheltering can be considered during the following circumstances:(read only)

A

-The hazardous material has been identified as having a low or moderate level health risk.
-The material has been released from its container and is now dissipating.
-Leaks can be controlled rapidly and before evacuation can be completed.
-Exposure to the product is expected to be short-term and of low health risk.
-The public can be adequately protected by staying indoors.
204.01A
4/12

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8
Q

Once the decision to evacuate has been made. Command’s responsibilities include the following items:(read only)

A
  • Rapidly size-up the situation to determine the need to evacuate.
  • Determine evacuation perimeters.
  • Determine the number and location of shelter sites and communicate the locations to the command organization. (Use the CAD INFO SHELTERS or the Red Disaster Operations Manual for shelters and maps.)
  • Order evacuation.
  • Provide resources required.
  • Establish Police liaison.
  • Order the alert of other appropriate agencies.
  • Expand the command organization to meet the incident/evacuation needs.
  • Establish an evacuation plan and communicate the plan to sectors and agency liaisons.
  • Monitor, support, and revise the evacuation process, as necessary.
  • Evacuate persons from the area of greatest danger first.
  • Assign specific areas to evacuate in order to avoid duplication or missed areas.
  • Provide the transportation necessary for evacuees.
  • Provide continuing command of the evacuation, de-commitment, and return of evacuees.

Once long-term shelter locations are identified, the COM Parks and Recreatioon Department will open and manage shelters. Early notification is required. They will need up to three hours to get adequate personnel, equipment and supplies to the shelter sites.
204.01A
6/12

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9
Q

In a Haz Mat evacuation. The Police Department will be an integral part of the evacuation process, as a large portion of the evacuation may be accomplished by police officers. Police responsibilities include:(read only)

A

-Provide a ranking officer to the incident command post.
-Provide a ranking officer to the Evacuation Sector/Evacuations Branch.
-Provide a communication system for police resources.
-Provide police resources needed for evacuation.
-Provide traffic control and traffic routing.
-Provide perimeter security.
-Provide evacuation zone security.
204.01A
6/12

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10
Q

In a Haz Mat evacuation. The Dispatch Center’s responsibilities include:(read only)

A

-Dispatch appropriate resource as requested.
-Notify appropriate Fire and City officials.
-Notify the appropriate support agencies as requested or listed in standard operating procedures.
-Notify the Administrative Duty Officer and provide a status report.
-Initiate recall of additional Dispatch personnel to meet the demands of the incident.
-Notify the City telephone switchboard operator and provide the operator a status report. Update the operator as needed.
-Notify the hospitals in the area of evacuation (both those exposed and not exposed) and provide a status report and updates as needed (intermediate and large scale evacuations).
204.01A
7/12

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11
Q

In a Haz Mat evacuation. Evacuation sector which will be on its own channel will have the responsibilities of:(read only)

A

-Obtain resources needed to evacuate.
-Obtain ranking police officer for liaison.
-Establish sectors as needed.
-Provide sectors objectives and specific areas to evacuate (use Fire Department map pages or hydrant zones in Fire Department map book for grids).
-Provide sectors with shelter location and instructions.
-Provide sectors with private vehicle routing instructions (out of the area).
-Obtain/provide buses or other transportation to those requiring transportation out of the area. (For large-scale evacuation, start with two buses and request more as needed.):
-Evacuate those at greatest risk first.
-Evacuate the greatest concentrated areas next (i.e., apartment complex).
-Consider individual sectors for large population occupancies (i.e., multi- story buildings, large apartment complexes, schools, etc.).
-As individual geographic or grid sectors complete their evacuations, terminate the sector, identity and reassign resources to other developing sectors (for large-scale evacuation).
-Closely document and maintain records of the evacuation process to avoid duplication or missed areas.
-Document those addressees refusing to leave.
204.01A
8/12

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12
Q

In a Haz Mat evacuation. A Transportation Branch/Sector should be a priority for any intermediate or large- scale evacuation. Not all citizens will have a vehicle available to them.(read only)

A

-Obtain buses (start with minimum of two) and other vehicles that can be used for transportation.
-Stage all transportation resources.
-Put one firefighter (or police officer) with a Fire or Police Department radio on each vehicle.
-Coordinate with Evacuation Branch/Sector the pick-up points or addresses of those citizens needing transportation.
204.01A
10/12

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13
Q

Any time more than ___ persons are evacuated, the Duty Chief or Deputy Chief advises the City Manager, or his/her designee, of the situation.

A

10.

204.01a

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14
Q

Decontamination is intended to:

A

Prevent the spread of contaminants beyond the already contaminated area, including the fire station, the hospital, and other environments.

The purpose of the Decontamination Procedure is to assure that any potentially harmful or dangerous residues, on persons, equipment or apparatus, are confined within the Hot Zone.
204.01B
2/5

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15
Q

The Decontamination Sector Officer is responsible for determining the most appropriate decontamination procedures and managing the decontamination process. This should be done in conjunction with advice from?

A

Poison Control center.

Command is responsible for assuring that a Decontamination Sector is implemented at incidents which involve a potential contamination problem. This sector should be assigned to personnel from the Hazardous Materials Team. Decontamination must be integrated into the management plan of the hazardous materials incident.
204.01B
2/5

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16
Q

The Decontamination Sector Officer must assume that all members and equipment preparing to leave the Hot Zone are contaminated. Three courses of action are available:

A
  1. Confirm“ not contaminated”– using instruments or investigation based on the nature of the situation.
  2. Decontaminate (as appropriate to the situation) and release.
  3. Retain and package items for removal from the site for disposal or decontamination at a different location.

In all cases the primary objective must be to avoid contaminating anyone or anything beyond the Hot Zone. When in doubt about contamination, decon all affected personnel, equipment, and apparatus.
The Decontamination Area should be established within the Hot Zone perimeter adjacent to the Entrance/Exit (Lobby Control). Personnel, equipment, and apparatus shall not be permitted to leave the Hot Zone without approval from the Decontamination Sector Officer.
204.01B
3/5

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17
Q

Due to the wide variety of situations Fire Department members may encounter in dealing with hazardous materials, these considerations will not attempt to provide specific guidelines on any one individual chemical or situation and are not listed in any priority.(read only)

A

-It is important that the first arriving Fire Department company make every effort to determine what hazardous material(s) is involved, and the amount, prior to taking action to stabilize the incident.
-Call for additional resources EARLY. The actions taken by Command in the first few minutes of an incident affects the outcome more than any other single factor. Hazardous Materials teams will be needed as well as a number of other fire companies to support site operations.
-Make a slow, cautious approach to the incident. Entering the scene to make positive identification may be a considerable risk. The danger of explosion, leaking gas and poisoning may be great.
-Furthermore, any action taken prior to determining the product involved may place firefighters at considerable safety risk and may further compound the problem.
-Transportation emergencies are often more difficult than those at fixed locations. The materials involved may be unknown, warning signs may not be visible or obscured by smoke and debris, and the driver may be killed or missing. Department of Transportation (D.O.T.) hazardous materials marking systems are inadequate because some hazardous materials in quantities up to 1,000 lbs., do not require a placard. There may be combination of products involved with only a “dangerous” label showing. Sometimes only the most evident hazard is identified, while additional hazards are not labeled.
204.01C
2/4

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18
Q

There are three types of mercury;

A

Elemental, Inorganic and Organic. Elemental and Inorganic are the two most common.
204.02
2/7

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19
Q

The most common sources of _________ mercury are blood pressure cuffs, oral and rectal thermometers, and in laboratories. Symptoms of initial toxic exposure to _________ mercury include fever, chills, dyspnea, and headache within several hours. Emergency care is supportive with transport to a hospital.

A

Elemental.(Hg)
204.02
2/7

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20
Q

The most common sources of ________ mercury are scientific instruments, electrical equipment, felt making, and the manufacturing of caustic soda and disc batteries (watches). Acute effects include, but are not limited to, burning mouth, sore throat, nausea and vomiting with severe gingivitis. Emergency care is supportive with transport to a hospital.

A

Inorganic.(HG+, HG++)
204.02
2/7

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21
Q

The common sources of ______ mercury are in mining, smelting, or refining operations. Symptoms include, but are not limited to, hearing defects and loss of concentration.

A

Organic. (CH3Hg)
204.02
2/7

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22
Q

The first arriving officer to Haz Mat Mercury incident must do what after a onscene report?

A

A. Contact the on-site responsible party
B. Determine the amount of mercury released
C. Determine the mercury source and, if possible, secure the source to prevent further mercury loss.
D. Determine the size of affected area.

AT NO TIME SHALL THE FIRE DEPARTMENT CLEAN UP A MERCURY RELEASE!!!

  1. Command is also responsible to:
    A. EVACUATE the affected area
    B. ISOLATE the affected area utilizing hazard line tape
    C. DENY ENTRY.
    D. Request, through Dispatch, that the Fire Prevention Haz Mat specialist and the on-duty Special Operations personnel respond.
    204.02
    3/7
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23
Q

The Arizona Department of Environmental Quality has determined that a mercury release that occurs in a residence, including the interior of apartments, is:

A

Household hazardous waste.
As a result, the release is exempt from cleanup requirements. This does not, however, eliminate the need for response, evaluation of the hazard, and educating the homeowner/occupant.

Note: A mercury release in common public areas such as pool-side or exit corridors at apartment complexes, condominiums, etc. would require compliance with the commercial facility section of this management procedure.

FIRE DEPARTMENT OPERATIONS PERSONNEL
When responding to the report of a mercury release in a residence, including the interior of apartments, the Fire Department shall:
1. Have the Dispatch Center page Fire Prevention and Special Operations personnel requesting response.
2. Recommend to the homeowner/occupant that no one be allowed to enter the affected area until the hazard has been evaluated.
204.02
6/7

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24
Q

Tactical considerations for a Radiological event with fire:

A

-Initiate normal tactical firefighting operations.
-Always approach from upwind.
-Do not ventilate.
-Minimize the use of water.
-Control water runoff-impound for disposal.
-Minimize exposure of members.
-Use full protective clothing with SCBA.
204.03
3/6

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25
Q

Tactical considerations for a radiological event with rescue/EMS:

A

-Remove patients quickly.
-Treat patients for medical problems/injuries.
-Alert hospitals to prepare for contaminated patients.
-Use full protective clothing and SCBA.
-Decontaminate vehicles used to Transport.
204.03
4/6

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26
Q

Do not delay field treatment of injuries. Radiological contamination, itself, is not a medical emergency. Treatment of contaminated patients should proceed with the following precautions:(read only)

A

-All contaminated patients should be placed in one Treatment Area– separate from non contaminated patients–within the Hot Zone perimeter, but beyond the 2 MR/hr exposure distance.
-All treatment members should use SCBA or dust-filtering type masks, long sleeve shirts or coats, gloves and nomex hoods.
-A mask or other airway filtering means should be used on the patient to limit inhalation/ingestion of airborne contamination.
-Bandage all open wounds as quickly as possible to prevent wound contamination.
-Carefully peeling or cutting of outer clothing from the patient’s body will remove most of the contamination.
-Removed clothing, watches, wallets, etc. must be placed in plastic bags or other appropriate containers, sealed and properly identified.
-A clean plastic bag or other clothing should be placed over the patient’s scalp hair to minimize the spread of contamination. Do not cover face.
-Much of the contamination on a patient’s skin can be removed by wiping with a moist cloth or tape (put in plastic bag afterwards).
-Hot spots of contamination on the patient’s body that cannot be removed by wiping, etc., should be marked with ink outline or tape.
-Before transporting, all contaminated patients must be wrapped in blankets or sheets to completely cover them in order to limit the spread of contamination. Only the face should be left exposed.
-Hospitals and rescues must be alerted early and before patient transportation is initiated so they can prepare to receive radioactive contaminated patients.
-All contaminated patients should be sent to a single hospital or to as few as possible. Once contaminated, these hospitals could be out-of-service for some time.
-Where there are large numbers of contaminated patients, place as many patients as possible in each rescue to minimize contamination spread to other rescues.
-Reuse of contaminated rescues for contaminated patient transportation should be considered. If all available rescues become contaminated, these vehicles can be out-of-service for long periods of time until they can be decontaminated.
-Before treatment members can be released from the scene, they must be checked for contamination and decontaminated. All equipment used in patient treatment must also be checked and decontaminated. This evaluation will be conducted in the Decontamination Area.
204.03
5/6

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27
Q

If a nuclear weapon involves fire, evacuate the area of ____ feet, in all directions, immediately. All downwind areas must be checked for contamination.

A

2,000.
204.03
4/6

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28
Q

The principle agent for flammable liquid fire fighting is?

A

AFFF/Class B foam.

Flammable liquids present particular problems for fire protection, health, safety, and environmental protection. The frequency of encounters with flammable liquids makes them a particular concern for the fire department.
The main operational problems with flammable liquids are fire extinguishment, ignition prevention, and disposal of spills. All three of these may be involved in the same incident.

Fires involving a large area of burning flammable liquids may exceed the ability of one hand line to extinguish. It may be more important for Command to wait until two or three engines are in position with charged lines before initiating a coordinated attack. Water streams should be used to cool and protect exposures during the interim.
204.04
2/4

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29
Q

How long does the seal of AFFF/Class B foam last on a flammable liquid?

A

10-15 mins.

Cover spills immediately with foam to seal vapors. The application may need to be repeated regularly, as the seal will break down in l0 to 15 minutes. Check for escaping vapors with a combustible gas indicator to judge when the seal is breaking down.

Do not permit the flammable liquid to run-off into storm drains, sewers, or drainage systems. Dam the run-off and cover the spill with foam pending disposal. Consider the use of plastic dike, charged hose lines, black plastic, or dirt to prevent the further spread of spilled material if it can be done safely.
204.04
3/4

30
Q

Flammable liquid spills of less than 10 gallons diesel or 30 gallons unleaded can be:

A

Absorbed/Emulsified.

Spills in excess of the above amounts require the response of a unit from the Hazardous Materials Response Team in addition to Car 957 for Phoenix incidents.

Large quantity spills should be picked up with a tanker truck whenever possible. This requires a fuel transfer pump or vacuum truck and personnel familiar with fuel transfer precautions.
204.04
3/4
3/4

31
Q

Most flammable liquid incidents involve _____ ______ violations.

A

Fire Code.

Have the Dispatch Center dispatch the appropriate Fire Prevention Specialist to investigate this aspect of the incident and take appropriate action.
204.04
4/4

32
Q

What are the properties of natural gas?(read only)

A

Natural gas is much lighter than air and will usually dissipate rapidly when outdoors. Inside buildings, however, it tends to pocket, particularly in attics and dead air spaces. The flammable range is approximately 4% to 15% in air. Natural gas itself is nontoxic, however, it can displace oxygen and result in asphyxiation if in a confined space. Flammable gas ranges shall only be determined by a combustible gas instrument. Request the dispatch of a Hazardous Incident Response to obtain a Combustible Gas Instrument (CGI). Also request the appropriate utility company.

Burning natural gas should not normally be extinguished, since this would change the situation from a visible to invisible hazard with explosive potential. Fires should be controlled by stopping the flow.
204.05
2/5

33
Q

Any incident involving a carbon monoxide alarm, with other fuel sources, such as propane or a residence with a fireplace will require an investigation by Mesa Fire Department personnel. A company equipped with a carbon monoxide meter should be utilized.(read only)

A
  • If reading ABOVE 5 ppm:
    a. Any reading above 5ppm shall be considered an above normal reading.
    b. If not already completed, occupants shall be evacuated.
    c. If it is determined that an appliance is malfunctioning and producing CO, it will be shut down. Attempt to identify the fuel supplier, such as a propane distributor, and have Alarm advise them of the situation. They may or may not want to respond.
    d. If unable to determine the exact source, the fuel supply shall be secured. If natural gas is the secured fuel source, notify alarm to call the appropriate utility company to respond. Keep in mind that a cycling appliance such as a water heater will give varying levels of carbon monoxide depending on what part of the cycle it is in.
    e. After locating CO source and securing, ventilate premises.
    f. Attempt to reset the detector, if applicable.
    g. Once the atmosphere has been reduced to 5ppm CO or less, the premises may be reoccupied.
    h. Inform occupants of actions taken. Advise them to contact an appliance repairperson, prior to turning the fuel source back on. If alarm activates again, call 9-1-1.

If reading of 5 ppm or less:
a. Inform occupants that the fire department instrument did not detect an elevated level of CO at this time.
b. Recommend occupants check their CO detector per manufacturer recommendations.
c. Attempt to reset detector, if applicable.
204.06A
4/4

34
Q

Spanning and/or calibration shall be done on each instrument (except RMD* instruments) prior to making entry into the following atmospheres:

A
  • contaminated atmospheres
  • atmospheres which may suddenly become contaminated
  • atmospheres where there is suspected oxygen deficiency
  • atmospheres which are suspected of being contaminated or oxygen deficient
  • or at any other time it may be necessary to render an instrument in a ready state of conditions.

To keep track of the spanning and calibration being performed on atmospheric monitoring instruments, use the instruments’ Control Log. The Control Log will be used to document regular calibration and spanning being done prior to the use of the instruments. All completed logs will be forwarded to the Special Teams Captain for record keeping.

Calibration of instruments shall be on a monthly basis to ensure proper maintenance is being performed on all instruments, or according to manufacturer’s recommendations. Calibration of all instruments (except RMD* instruments) shall be performed by H.I.R.T. technicians on a regular basis and logged into the instruments’ Control Log. The Control Log shall act as a legal history of that instrument’s performance.

Companies carrying Combustible Gas Indicators (CGI) and Gas Tracs shall have their monitors checked by a H.I.R.T. technician on a monthly basis.
*RMD – Radiological Monitoring Devices
204.06
3/3

35
Q

The Mesa Fire and Medical Department will provide support for(Clandestine Drug Labs)law enforcement agencies, when requested. Support may consist of but is not limited to:

A

Providing research and information on chemicals that are suspected or are known to be in the laboratory, remote exterior air monitoring, and decontamination of police entry personnel.
204.07
2/5

36
Q

In clandestine lab operations. Without proper ventilation this type of gas can be produced?

A

Phosphine.

Substitution of proper equipment with unsafe items is prevalent in low budget clandestine laboratory operations. For example, pressure cookers have been substituted for three neck flasks in the initial cooking stage of methamphetamine. Without ventilation, this type of operation can easily generate toxic levels of phosphine gas.
204.07
2/5

37
Q

In clandestine lab operations. Turning this off can cause and explosion?

A

The water during the cooking process.

Booby traps have been left in place and armed when a lab is abandoned. Opening or moving doors, windows, refrigerator doors, chemical containers, or furniture may be a triggering mechanism for an explosive device or chemical reaction that is lethal. Trip wires made from monofilament fishing line may be strung across doorways, hallways, or across rooms to activate different types of devices. It is imperative that nothing is moved, shut off, turned on, or touched, at a laboratory, whether it is operational or abandoned. Electric switches, vacuum pumps, glassware, chemical containers, or anything that is plugged into a wall outlet should not be touched.

Water sources, especially to reflux or condensing towers, should not be shut off. Shutting off the water supply to a cooking process can result in an explosion.
204.07
2/5

38
Q

Members should be aware of the indications of potential clandestine drug laboratories when responding to EMS, fire, check odor, or any other service request. Common indicators are:(read only)

A

-Unusual odors like ether, acetic, solvents, and odors of urea.
-Glassware that is normally associated with school or industrial laboratories, such as flasks, beakers, flasks with vacuum ports, glass cooling towers, and funnels.
-Heating elements, hot plates, or heating mantles.
-Vacuum pumps, plastic or rubber tubing.
-Marked and unmarked chemical containers of various sizes.
204.07
3/5

39
Q

If the company officer suspects a drug lab. Who should he contact?

A

The BC, law enforcement and the Special Ops Captain.

Members that encounter a suspected laboratory should withdraw to a safe location as soon as it is possible, using discretion on actions and radio conversation. The Battalion Chief, law enforcement, and the Special Ops Captain, should be notified of the situation. If a situation warrants additional immediate action (e.g. evacuation of surrounding areas, several victims, a chemical release or spill), request through Alarm the appropriate hazardous materials response. Command should also request, through Alarm, the Department of Environmental Quality (DEQ) Emergency Response Division.
204.07
3/5

40
Q

During a fire that is potentially a drug lab. All potentially exposed members should complete a _______ _________ form along with an Industrial Accident Report.

A

Chemical or Biochemical exposure.

Members showing any signs or symptoms of a chemical exposure during or after any incident involving a laboratory or a suspected laboratory should be treated and transported to the appropriate hospital facility. Critical life threatening injuries require transport to the closest hospital. All potentially exposed members and equipment must be decontaminated. All potentially exposed members should complete a Chemical or Biochemical Exposure form along with an Industrial Accident Report. Proper notifications and reporting for a Chemical exposure shall be followed. Exposed equipment, especially protective clothing, may have to be properly disposed or washed by a specialized commercial launderer.
204.07
4/5

41
Q

Proper disposal of the hazardous material(s) in a clandestine laboratory is the responsibility of:

A

The law enforcement agency that is making the seizure. The law enforcement agency on-scene must arrange clean-up with the proper contractor.
204.07
5/5

42
Q

Confined spaces include:

A

Caverns, tunnels, pipes, tanks, and any other locations where ventilation and access are restricted by the configuration of the space.

These factors may also apply to basements or attics. Confined space incidents may involve injured persons, persons asphyxiated or overcome by toxic substances, cave-ins or fires occurring within the space. Pre-incident planning is an important factor in dealing with these situations.
204.08
2/9

43
Q

Confined Space Rescue.
Tactical Considerations.
Phase 1:(Read only)

A

Arrive On-Scene, Take Command, Size-Up.

I. THE PRIMARY ASSESSMENT

A. Command should attempt to secure a Responsible Party (R.P). or witness to the accident to determine exactly what happened.
B. An immediate assessment of the hazards present to rescuers should be done.
C Identify any language barriers that may be present between the witness and rescuers. If there are language barriers present, Command should call for a bilingual individual to assist with communications with witness(es) and/or victims.
D. If no witness is present, Command may have to look for clues on the scene that may indicate what has happened.
E. An assessment of the victim(s) should be done.
F. Command should determine how many victims have been affected.
G. Command should determine how long the victims have been down, the mechanism of injury, and the survivability profile of the victim.
H. An early decision must be made as to whether the operation is a rescue or recovery mode. Ask alarm the time from initial dispatch to the first on-scene company.
I. Establish communications with the victim as soon as possible.
J. Locate confined space permit and all other information about the space.

THE SECONDARY ASSESSMENT

A. The Confined Space

  1. Command should determine what type of confined space this is. This can be done by consulting with the R.P.
  2. What type of products are stored in this space.
  3. What known hazards are present; mechanical, electrical, etc.
  4. Location and number of victims affected.
  5. Diagram of confined space, including entry and egress locations.
  6. Structural stability of the confined space.
  7. Hazardous material size-up.
  8. Obtain copy of permit.

B. On-Scene Personnel and Equipment
1. Command should determine if there is an adequate number of trained personnel on scene to do the rescue/recovery; at least eight (8).
2. Command should consider the effect of temperature extremes on personnel, and consider early rotation of personnel operating on scene, approximately every 15 to 20 minutes, 30 minutes in the winter.
C. Command should consider if the proper equipment is on-scene to complete the operation. This includes, but is not limited to:
1. Atmospheric monitoring equipment.
*Command should request a hazardous materials response unit to provide atmospheric monitoring.
2. Explosion proof lighting.
3. Explosion proof communications.
4. Supplied air breathing apparatus or remote air.
5. Cascade system.
6. Victim removal systems/equipment.
7. Ventilation equipment, with necessary duct work.
204.08
3/9

44
Q

For the purpose of emergency response, a trench or excavation shall be defined as:(read only)

A

Any depression, hole, trench or earthen wall, man-made or natural, of a depth or height four feet or greater.

Cave-ins and collapses generally occur because of unstable soil conditions combined with improper or inadequate shoring. The potential for additional collapse is a primary hazard and personnel must be aware that any action may disrupt the temporary stability of the trench. This temporary stability may be disturbed by removing soil or debris, weight near the lip/edge, vibrations from equipment, uncontrolled hazardous energies, rain, or by the passage of time.
204.09
2/5

45
Q

Trench Rescue.
Tactical Considerations.
Phase 1:(Read only)

A

Command

  1. First arriving company officer shall take Command and begin size-up of the situation.
  2. Apparatus Engineer shall spot the apparatus at least 50 feet from the location of the trench. Command shall establish Level 1 staging at least 150 feet from the scene.
  3. Command shall request a TRT response if not already responding.

Size-up
A. Command shall determine exactly what has happened.
B. An RP (responsible party) shall be located and secured.
C. An immediate assessment of patient(s) should be determined.
Assessment should include: Number of patients?
Locations?
How much time has elapsed since incident occurred?
D. Command should decide if the operation will be a rescue or recovery.
204.09
3/5

46
Q

Rope rescue is defined as:(read only)

A

Any rescue attempt that requires rope and related equipment to safely gain access to, and remove patients from, hazardous geographic areas with limited access such as mountains, high rise buildings, above or below grade structures, by means of rope system.

Mountain/rope rescues are divided into two general categories, non-technical and technical.
Non-technical evacuations are those of less than 40° inclination. Technical evacuations are considered those from 40o to 90o. Technical evacuations require the dispatch of the Technical Rescue Team (TRT). (High angle is not in the MRC)
For terrain less than 40o inclination, (non-technical) most first responders have the equipment and training to assist the victim down.
204.10
2/10

47
Q

High Angle Rope Rescue.
Tactical Considerations.
Phase 1:(Read only)

A

A. First Arrival. The first arriving company officer should assume Command after arriving on the scene.

B. Secure responsible party or witness. Command should secure a witness as soon as possible after arriving on scene. This will help in identifying the problem and locating the victim.

C. Locate the victim. In most cases, Command will have to send a recon team to the area of the victim to determine the exact location of victim and nature of injuries. Command may wish to designate this as Recon Sector. Recon Sector should have EMS equipment to begin to administer the first aid to the victim. If the terrain is greater than a 60o inclination, Command may decide to wait until the TRT arrives with the proper equipment to reach the victim. Command may also choose to use a helicopter for aerial recon.

D. Assess the need for additional resources. Recon Sector should provide Command with enough information or recommend the need for additional resources. Information that will be helpful in determining the need for additional resources would be: number of victims, location and condition of victims, estimated angle of terrain, distance to victim, and estimated time of extraction.

E. Assess the hazards. Command should designate a Safety Sector to identify all potential hazards to rescuers. Safety Sector will be responsible for securing those hazards or making all members aware of those hazards. Safety Sector shall also be responsible for assuring that all safety procedures are adhered to. A primary hazard of high angle events is falling debris striking members below.

F. Decide on rescue or recovery. Recon Sector should advise Command whether the operation is to be conducted in the rescue or recovery mode. In the rescue mode personnel assigned to Recon Sector will be reassigned to Treatment Sector and Recon Sector will be terminated. If the operation is to be conducted in the recovery mode, Command may wish to leave the victim and any related equipment in place for investigative purposes.

G. Decide on an action plan. With the recommendation from Treatment Sector, Command will have to decide on an action plan. Extrication Sector and Safety Sector shall be made aware of the specific action plan.
204.10
3/10

48
Q

Water Rescue.
Tactical Considerations.
Phase 1.(Read only)

A

Phase I
Arrive on scene. Take command. Size up.

A. Secure responsible party or witness. Command should secure a witness as soon as possible after arriving on scene. This will help in identifying and locating the problem the problem.

B. Assess the need for additional resources. Command should immediately begin assessing the need for additional resources. If additional resources are necessary, Command should put in an early call for them. If later, it is determined that they are not necessary, Command can put those units back in service.

C. Assess the hazards. Command should do an immediate assessment of the present hazards. Command may want to assign an individual the Safety Sector. Safety Sector will be responsible for identifying the hazards present and to have them secured if possible. If it is not possible to secure hazards, Safety Sector will notify all personnel of the hazards and notify Command so that an action plan can be established. Some hazards associated with water rescue operations would be: volume, velocity, and temperature of water, floating debris, unusual drop-offs, hydraulic effects, and depth of water. Command should mark the water’s edge at time of arrival to assess if the level or volume of water is increasing or decreasing.

D. Decide on “Rescue” or “Recovery” Based on the conditions present and the hazards to rescuers, Command will have to make the decision to operate in the rescue or recovery mode.

E. Develop an action plan. Command should establish an action plan as soon as possible. The step-by-step plan should be communicated to all personnel involved in the rescue.
204.11
2/6

49
Q

During a water rescue. What are the three types of rescues that DO require TRT intervention?

A

ROW
If it is determined that a boat-based operation shall be run, Command should assign a company on the opposite bank to assist Extrication Sector in establishing an anchor for a rope system. The company on the opposite bank will be made aware of the action plan. Extrication Sector will be responsible for seeing that the rope system used for the boat-based operation is built safe and proper. A minimum of 2-point tether should be built for swift-water operations. Extrication should consider personal protective equipment (PPE) for victim(s).

GO
If it is not possible to ROW (boat base operation) to the victim, Extrication Sector should consider putting a rescuer in the water to reach the victim. This is a very high- risk operation. Only rescuers with the proper training and equipment should be allowed to enter the water. Prior to the rescuer actually proceeding into the water, he/she shall discuss the action plan, including specific tasks and objectives, hazards and alternate plans. The rescuer shall never be attached to a lifeline without the benefit of a quick- release mechanism. The rescuer should take PPE of at least a PFD to the victim. Members should not do a breath-hold surface dive in an attempt to locate a victim beneath the surface of the water. This operation is extremely dangerous and can result in entrapment of the rescuer.

HELO
At times the use of a helicopter is the most reasonable method of reaching the victim. Helicopter operations over water are considered high-risk operations. Command should consult with Extrication Sector and the pilot to determine the risk/benefit of the use of a helicopter. If the pilot says he/she can do the operation, Command should consider it. Extrication should assign rescuers to the helicopter and discuss with the pilot and the rescuers the specific action plan. Extrication Sector, or his/her designee should address the weight and balance considerations. Command will have the final say on the use of a helicopter for water rescue operations. The pilot will have the final say on how the helicopter will be used.
204.11
5/6

50
Q

During a water rescue. What are the three types of rescues that DONT require TRT intervention?

A

TALK
The victim into self-rescue. If possible, the victim can be talked into swimming to shore or assisting the rescuers with his/her own rescue. If a victim is stranded in the middle of a flash flood, this will not be prudent.

REACH
If possible, the rescuer should extend his/her hand or some other object, such as a pike pole, to remove the victim from the water.

THROW
If the victim is too far out in the water to reach, rescuer(s) should attempt to throw the victim a throw bag or some piece of positive flotation (i.e., PFD, rescue ring). Downstream personnel should be in position during the actual rescue operation. If the victim is able to grab the throw bag, the rescuer can pendulum belay or haul the victim to the nearest bank. Care should be taken to assure the victim will be belayed to a safe downstream position.

First responders that have had operational level water rescue training should be able to conduct the above rescues without the help of the Technical Rescue Team (T.R.T). If the victim cannot be reached by either of these methods, Command should consider stopping the operation until units of the T.R.T. arrive. If the operation becomes a high risk one, Command will want the equipment and experience of the T.R.T. After the Technical Rescue Team arrives, Command should discuss with them the action plan. Command should consider re-assigning the Extrication Sector to a company officer from the T.R.T.
204.11
4/6

51
Q

Structural Collapse Ops.
Tactical Considerations.
Phase 1(Read only)

A

Arrive on Scene

A. First arriving company officer should take Command and begin an immediate size-up of the situation.

B. The first-in company should spot the apparatus in a position that it will not be affected by a secondary collapse of the structure. Consideration should also be given to traffic conditions and if they could be affected.

C. Command should institute Level 1 and Level 2 staging procedures immediately. The management of emergency and civilian traffic is critical from the onset of structural collapse operations.

D. Command should immediately begin to assess the need for additional resources. If additional resources are necessary, Command should put in an early call for them. At that time, Command should identify a Level 2 staging area. If it is later determined that the additional resources are not needed, Command can return those units to service. Command should assess the need for outside heavy equipment early, and request mobile cranes, front-end loaders, etc., with large capacity. (Example: 110-ton crane).

E. Command should do an immediate hazard assessment or should delegate that responsibility to a Safety Sector officer. Some hazards associated with structural collapse are: potential for secondary collapse, explosion with fire due to broken gas and electrical lines, falling debris, toxic atmosphere, etc.
F. Safety Sector should secure all hazards as soon as possible. This will include shutting off the utilities (i.e., gas, electrical, water). If it is not possible to secure all hazards, Command should notify all rescue personnel operating on scene of the hazards present.

During Phase I of structural collapse operations, Command must consider the fact that if strong control of the incident is not gained quickly, it could easily escalate into an out-of-control situation. A typical structural collapse operation will have a lot of unorganized, well-intentioned efforts by civilian personnel. This situation may make the entire operation unsafe. Command must focus attention early on building a good strong Command structure that will support a campaign operation.
204.12
3/7

52
Q

Structural Collapse Ops.
Tactical Considerations.
Phase 2:Pre Rescue (Read only)

A

A. REMOVAL OF SURFACE VICTIMS
Initial on scene companies should be directed in rescuing victims that can be seen on the surface. Rescuers must be aware of all the physical hazards present at the scene of a structural collapse.

B. ESTABLISH A PERIMETER
While initial rescue of surface victims is going on, Command should establish a perimeter around the whole collapse site and keep all incoming civilian personnel out of the immediate area.

C. ESTABLISH VICTIM STAGING AREA
Command should designate Treatment and Transportation Sectors. An area should be established away from the hazards of the collapse to account for, treat, and transport victims.

D. ESTABLISH VICTIM STAGING AREA
Command should designate Treatment and Transportation Sectors. An area should be established away from the hazards of the collapse to account for, treat, and transport victims.

E. REMOVE ALL CIVILIAN & NON-ESSENTIAL RESCUE PERSONNEL After initial surface victim removal has been completed, Command should ensure that all personnel are removed from the collapse site. This will allow for the removal of all civilians and the re-grouping of rescue personnel so that a specific action plan can be instituted for the search and rescue of the remaining trapped victims. Upon completion of civilian & non-essential personnel, Command should order a PAR from sector officers. Members previously operating in the collapsed structure should reassembled and be quickly briefed as to building layout and possible
location of victims

F. ESTABLISH BUILDING TRIAGE TEAM
After all personnel have been removed from the collapse site, Command should establish building teams. This may include structural engineers and/or fire department personnel that are specifically trained in the recognition of structural collapse. Prior to these teams engaging in triage activity, Command shall notify them as to the specific action plan and building marking system. Accountability System must be implemented prior to rescue operations commencing and institute an accountability system. If there is a possibility of hazardous materials involvement, Command should assign a Haz Mat Technician to each building triage team.
204.12
4/7

53
Q

Tree Rescue Ops.
Tactical Considerations.
Phase 1(Read only)

A

A. Secure responsible party or witness.
Command should secure a witness as soon as possible after arriving on scene. This will help in identifying the problem and locating the victim.

B. Assess the need for additional resources.
Command should immediately begin assessing the need for additional resources. If additional resources are necessary, Command should put in an early call for them. If it is later determined that they are not necessary, Command can put those units back in service.

C. Assess the hazards.
Command should do an immediate hazard assessment or should delegate other person(s) to accomplish hazard assessment. Some hazards associated with tree rescue would be, but not limited to, electrical lines, condition of tree, falling fronds or branches, excessive winds, insects.

D. Decide “Rescue” or “Recovery”.
Based on the condition of the victim(s), Command should decide early whether the operation will be conducted in the rescue or recovery mode. Consideration should be given to the hazards that present themselves to the rescuers prior to rescue mode.

E. Decide on an action plan.
Command should establish an action plan prior to rescue or recovery of victim. The step-by-step plan should be made clear to all personnel involved.
204.13
2/5

54
Q

Hazardous Materials incidents encompass a wide variety of potential situations including fires, spills, releases at transportation accidents, chemical reactions, and explosions. Hazardous Materials may include:

A

Toxic chemicals, flammable or combustible liquids, radioactive ions, corrosive gases, or a combination of any of these factors.
204.01
2/7

55
Q

The Dispatch Center will attempt to obtain any and all information from the person reporting a hazardous materials incident. The information should, if possible, include:

A

Material name and/or type, amount and size of container(s), problem (leak, spill, fire, etc.) and dangerous properties of the materials AS WELL AS THE NUMBER OF PERSONS INJURED OR EXPOSED. The Call Taker should remain on the telephone with the caller, if possible, to gain additional information after entering the call for dispatch.
Any additional information shall be relayed to responding units after dispatch. THIS SHOULD INCLUDE THE SAFEST APPROACH OR BEST ACCESS TO THE INCIDENT IF AVAILABLE.
If the call comes from a person with particular knowledge of the hazardous situation, that person SHOULD BE INSTRUCTED TO meet and direct the arriving units. Dispatch shall relay that person’s location and level of knowledge to responding units.204.01
3/7

56
Q

The first arriving officer(of a Haz Mat incident)will establish Command and begin a size-up. The first unit must:

A

Consciously avoid committing itself to a dangerous situation. When approaching, slow down or stop to assess any visible activity taking place. Evaluate effects of wind, topography and location of the situation. Route any other responding companies away from any hazards.

Command should consider ESTABLISHING LEVEL II STAGING WHENEVER POSSIBLE FOR OTHER RESPONDING UNITS. STAGED COMPANIES MUST BE in a safe location, taking into account wind, spill flow, explosion potential and similar factors in any situation. THE DOT GUIDEBOOK, NFPA REFERENCE MATERIALS, the NIOSH POCKET GUIDE, OR ANY OTHER MATERIAL SUCH AS MSDS OR SHIPPING PAPERS AVAILABLE TO THEM SHOULD BE USED TO ESTABLISH A SAFE DISTANCE FOR STAGING.
204.01
3/7

57
Q

Members may be contaminated with alpha or beta radioactive emitting material at any radiological incident. In order to prevent any health risk to members and to control the spread of the contamination, the following steps should be taken:

A
  • All personnel (both fire department members and civilian) that were inside the Hot Zone must not be released from the zone until they have been surveyed with radiation detection instruments and decontaminated if necessary.
  • Contaminated personnel leaving the Hot Zone must pass through the Decontamination Area.
  • All members reporting to the Decontamination Area will remain fully dressed in protective gear, including gloves and SCBA (facepiece in place).
  • No smoking, drinking or food consumption will be permitted until all exposed members are determined to be free from contamination.
  • All contaminated clothing and equipment must be removed and held in the Decontamination Area.

Plastic bags or plastic trash containers must be utilized to contain contaminated clothing and equipment. (City plastic trash containers are excellent for this purpose and may be confiscated from any nearby residential area or obtained through the City Sanitation Department.)
204.03A
2/4

58
Q

When a radiological incident is confirmed, Dispatch will notify:

A
  1. D.P.S. Communications to dispatch personnel from the Arizona Radiation Regulatory Agency and D.P.S
  2. Phoenix Fire Department members with advanced radiological training- - (list in Information File).
  3. Maricopa County Civil Defense–on request from Command.
  • The Dispatch Center will dispatch either the first due Engine and HM210 or a 1st Alarm Haz Mat assignment, with the Hazardous Materials Team to any incident reported to involve radiological materials. The size of the assignment will be based on the location and type of situation reported.
  • Dispatch will advise responding units of the prevailing wind direction.

At the scene, Command must consider both direct radiation exposure and contamination. If there is no life hazard, rescue situation or fire, there is no reason to risk exposure of Fire Department members. First arriving units should secure a perimeter, evaluate the situation and wait for the arrival of the Hazardous Materials Team.

If the immediate commitment of members is necessary, Limited Access Zone procedures shall be implemented to minimize the exposure and contain the spread of contamination. The entry of members shall be limited to the absolute minimum number and time required for the urgent situation. These members will use full protective clothing and SCBA. Any commitment of members to the Limited Access Zone shall include at least one survey instrument per team to monitor radiation hazard levels. Dosimeters shall be issued to all members operating at the scene.
204.03
3/6

59
Q

Units arriving at the scene of a structural explosion must consider _____ _______ as a possible cause.

A

Natural Gas.

Until it can be determined that the area is safe from the danger of further explosions, evacuate all civilians and keep the number of Fire Department and/or other emergency personnel (i.e., gas company personnel) in the area, to the minimum number necessary to stabilize the situation. Take a cautious approach.

If a gas concentration is encountered inside, adjacent to, or underneath any building, secure all possible sources of ignition in the affected area. Disconnect electricity from OUTSIDE the affected area to avoid arcing. Ventilate buildings where gas is found with explosion proof equipment only.

Command must ensure the safety and stability of the structure. If further collapse is possible, the Trench Rescue Team/Heavy Rescue Team should be called to provide shoring, cribbing or other means of stabilizing the structure.
204.05
3/5

60
Q

The ________ ________ Plan should be used as a basic guide for these (Natural Gas Emergencies)incidents.

A

Hazardous Materials.

A minimum number of personnel should be allowed to enter the area to size-up the situation while any additional units stage in a location out of the potentially dangerous zone.

Evacuate any civilians in the area of escaping gas.
Attempt to locate the source of the gas and any shutoff devices available.

Gas leak situations within a building where the source of the leak is unknown or uncontrolled, the gas supply shall be shut off at the meter. Command shall ensure the meter is red tagged and locked off until repairs are completed. This is most easily accomplished with the cooperation of the gas supplier at the scene.

If there is any indication of gas accumulating within a building, evacuate civilians from the structure and control ignition sources. Check for explosive concentrations with a combustible gas indicator if there is any suspicion of accumulation within a structure. Shut off electrical power from an outside breaker. Ventilate using explosion proof blowers to pressurize if necessary.

If gas company personnel must excavate to shut off a leak, provide stand-by protection with a charged 1 1⁄2 inch line and two firefighters in full protective equipment and SCBA.

All personnel working in the vicinity of a known or suspected gas leak shall wear full protective clothing with SCBA’s. Personnel working in a suspected ignitable atmosphere (i.e., attempting to shut off a gas line) shall be breathing air from SCBA and shall be covered by a manned and charged protective hoseline. The number of exposed personnel will be kept to an absolute minimum at all times.

A Limited Access Zone shall be established and maintained around any suspected gas leak and “fire line” tape should be used to identify the Limited Access Zone when necessary. A lobby sector shall be established for personnel control and accountability and where necessary, a hazard sector should be established.
204.05
5/5

61
Q

Carbon Monoxide Incidents are divided into the following two categories, based upon information obtained initially by Alarm.(Read only)

A
  1. CO detector in the alarm mode with victim or victims exhibiting symptoms of CO poisoning - MED
  2. CO detector in the alarm mode with no victims exhibiting symptoms of CO poisoning - Special Duty Code 2.

Company Officer Responsibility
It is the responsibility of the Company Officer to request additional resources as deemed necessary, based upon the unit’s capabilities and situation. An Engine Co. may require an additional company response for their CO metering abilities, such as a Hazmat unit.
Priorities
• Establish scene control.
• Rescue and treat victims (if any) as outlined below.
• Verify if the alarm is coming from a smoke detector or a carbon monoxide detector. The cause of the alarm should be determined, i.e., true alarm, low battery indication, poor location of device, etc.
• If it is determined that the cause for the alarm is a smoke detector, it should be investigated and action taken to mitigate the situation.
• If it is determined to be a CO detector or crews are unable to confirm from the outside, the following steps should be followed:
• Determine if anyone is exhibiting any symptoms of possible CO poisoning. If symptoms are found, evacuate and request appropriate ALS and/or Meter Company for assistance. Begin patient treatment.

Any incident involving a carbon monoxide detector, with natural gas serving the property, will require notification of the Utilities Control Center through Alarm. They will determine whose delivery area is involved, i.e., City of Mesa or Southwest Gas and dispatch the appropriate utility company. Alarm will give the fire company an ETA. Fire is not to cancel the gas company representatives, even though the situation may have been stabilized before their arrival.
204.06A
3/4

62
Q

Prior to taking any action at a suspected clandestine drug laboratory, the Mesa Fire and Medical Department will request the response of a representative of the:

A

Department of Environmental Quality Emergency Response Division.
If a representative from the Department of Environmental Quality is unable to respond directly to the location of the incident, every effort will be made to contact a representative by telephone to inform them of the situation. This shall be accomplished by the Special Ops Captain.
204.07
4/5

63
Q

Confined Space Rescue.
Tactical Considerations.
Phase 2:(Read only)

A

MAKE THE GENERAL AREA SAFE
PRE-ENTRY OPERATIONS

A. Establish a perimeter. Consider using a Site Control Sector. The size of
the perimeter should be dictated by the atmospheric conditions, wind direction, structural stability, etc.
B. Stop all unnecessary traffic in the area.
C. Assure vehicles park downwind from incident if vehicles are running.
D. Establish ventilation to general area if necessary.
E. Assign Lobby Sector at perimeter entrance.
F. Assign Safety Sector.
G. Assign Rehab Sector.

II. MAKE THE RESCUE AREA SAFE
A. Command should assign a Hazard Sector to determine exactly what hazards and products are within the confined space.
B. Hazard Sector shall do atmospheric testing in the space to determine oxygen level, flammability, and toxicity. Based on readings, Hazard Sector should advise Command of the proper level of personal protective equipment. Any instruments used to monitor the confined space shall have:
1. An audio-alarm.
2. Have the audio-alarm set at:
- 19.5% and 23.5% for oxygen levels (O2 readings below 12% will affect the flammability readings)
-10% of the LEL
-35 ppm for carbon monoxide
-10 ppm for hydrogen sulfide
3. The Hazard and Ventilation Sectors are extremely important parts of a confined space operation. These sectors should be staffed by members with a thorough knowledge of atmospheric monitoring and ventilation techniques. Hazard Sector shall give Command atmosphere readings at least every 5 minutes with an announcement of offensive or defensive mode (i.e., rescue or recovery).
C. Utilities, including electrical, gas and water should be secured and locked out. If it is not possible to lock/tagout/blankout, Safety Sector shall post a guard to assure the utilities are not turned on during the operation.
D. Any product that is in, or flowing in, the confined space must be secured and blanked off. It may be determined that the space be drained of any product prior to entry.
E. Any manufacturing, or processing equipment, must be shut down prior to entry. If possible, all equipment should be locked/tagged out and brought to a zero-energy state.
F. The structural stability of the confined space should be evaluated. If there is a potential for collapse, appropriate measures must be taken to assure the structural stability of the space.

VENTILATION
A. Command should assign a Ventilation Sector to establish the proper ventilation of the confined space.
B. Ventilation Sector should make a ventilation plan and consult with both the Safety and Hazard Sector to determine the proper type of ventilation for the space.
C. Ventilation Sector must consider the effects on the atmosphere that positive or negative pressure ventilation will have (i.e., increase or decrease flammability of atmosphere). It could require both positive and negative ventilation (pushing and pulling). This will be based on the vapor density or molecular weight of the product.
D. Ventilation Sector may consider negative pressure ventilation if there is only one entry point. Atmospheric monitoring will be required to ensure a non-explosive environment is present in the exhausted vapor area.
E. Ventilation Sector must also consider the effects the exhaust is having on the operation.
204.08
5/9

64
Q

Confined Space Rescue.
Tactical Considerations.
Phase 3:(Read only)

A

ENTRY OPERATIONS VICTIM REMOVAL

SELECTION OF MEMBERS
A. Qualified members (TRT technicians) shall be selected to make entry into the confined space. A minimum of two persons should be assigned to make entry. All members on the entry team shall have vital signs taken and recorded prior to entry, if time permits.
B. Command shall assign a Rescue Sector. Rescue Sector shall provide a minimum 2:1 ratio of personnel outside the confined space to support members inside. This shall include a standby rescue team with a 1:1 ratio to provide immediate assistance to members in the confined space.
C. All entry and back-up members should be properly trained in confined space rescue procedures and capable of carrying out the rescue/recovery.
D. Extrication Sector should be assigned to conduct the actual entry into the confined space.
E. Extrication Sector should consider the size of entry and back-up members to make entry.

SELECTION OF PERSONAL PROTECTIVE EQUIPMENT
A. The proper level of personal protective equipment should be worn by all entry and back-up members. This shall include helmet, gloves, proper footwear, goggles, turnouts, Nomex or PBI jumpsuits, and a Class II harness as a minimum, Class III is recommended.
B. Extrication Sector should determine this by consultation with Safety and Hazard Sectors.
C. Entry and back-up members shall wear supplied air breathing apparatus (SABA) or SCBA when making entry into a confined space. SABA is recommended.
D. If entry members use SCBA, they shall enter no farther than one half the amount of supplied air minus 500 lbs. EXAMPLE: 2000 PSI tank gauge pressure–1/2 = 1000 PSI minus 500 PSI = 500 PSI usage.
E. Entry team members shall use personal air monitoring devices that monitor flammability and O2 as a minimum.
F. Entry team members shall have a Class II or III harness on prior to entry. Class III harness shall be used if inversion of the rescuer is possible.
204.08
6/9

65
Q

Confined Space Rescue.
Tactical Considerations.
Sectors:(Read only)

A

I. ESTABLISH COMMAND EARLY

Consider assigning the following sectors to initially arriving units:
Safety, Site Control, Lobby, Treatment, Staging and Resource.
After the arrival of the Technical Rescue and Hazardous Material Teams, assign the following sectors to them:
Ventilation, Hazard, Extrication, and Rescue.

II. CONSIDER AMBIENT CONDITIONS
A. Heat. Consider rotation of crews.
B. Cold. Consider effects of hypothermia on victim and rescuers.
C. Rain. Consider the effects of rain on the hazard profile.
D. Time of Day. Is there sufficient lighting for operations extending into the night?
E. Consider the effect on family and friends; keep family informed.
F. Consider news media; assign a P.I.O.
G. Command should call for an OSHA representative if there has been a serious injury or death.
204.08
9/9

66
Q

Trench Rescue.
Tactical Considerations.
Phase 2:(Read only)

A

Sectors

Command should use most of the following sectors:
• Lobby – May also perform the accountability function
• Extrication – TRT should perform this sector
• Treatment
• Rehab
• Safety – ISO (Extrication shall also have a Technical Safety Officer).
• Staging
• Resource
• Site Control

Site Control
Create a hot, warm, and cold zone
• Hot zone extends from 0-50 feet
• Warm zone extends from 50-150 feet
• Cold zone extends from 150-300 feet

Control traffic movement
• Block or divert all non-essential traffic at least 300 feet around the scene. Close all major streets within 500 feet of the scene.

Crowd Control
• Remove all non-essential civilian personnel to at least 300 feet from the scene.
• Remove all non-essential rescue personnel to at least 50 feet from the scene.
Vibrations
• Shut off non-essential equipment operating within 300 feet of the scene.

Safety
A. Identify the soil type and condition.
B. Control all hazardous energies (i.e. gas, electric).
C. Remove water from the trench, if unsafe for rescue work.
D. Air monitor the trench if hazardous gases may be present.
E. Ventilate the trench area.
204.09
4/5

67
Q

Trench Rescue.
Tactical Considerations.
Phase 3:(Read only)

A

Entry.

A. Make trench lip/edge safe
• Approach from ends only, if possible.
• Look for fissures or other unidentified hazards around the trench.
• Assess the spoil pile for angle of repose, distance from lip, raveling.
• Remove trip hazards.
• Provide ground pads for lip after leveling area.

B. Make trench safe (Extrication Sector)
• Ensure all personnel wear PPE.
• Ingress and egress ladders no more than 25 feet apart or less.
• Choose shoring system.
• Create safe boxes/zones.
• Remove soil from the safety of the safe boxes/zones.

C. Patient Removal (no cave-in)
• Create safe box/zone around patient.
• Remove soil or entrapment objects.
• Treat, package and remove patient.

D. Patent Removal (with cave-in)
• Create safe box/zone.
• Begin soil removal, operating from the safe box/zone.
• Extend safe boxes/zones toward patient/victim.
• Uncover patient to below diaphragm and treat.
• Continue removal of soil from around patient.
• Package and remove patient.
204.09
5/5

68
Q

High Angle Rope Rescue.

Ropes.(Read only)

A

ROPE
Uses:
Rappel line, lowering line, safety belay, litter tag line, or in mechanical advantage pulley systems. Rescue rope is not intended to be used as towrope, utility line, etc. It should be considered a life safety line only. The rescuer’s life as well as the victim’s may depend on it.

Construction:Nylon, low-stretch kern mantle

  1. Has an inner core and an outer sheath
  2. Outer sheath protects core
  3. 75%-85% of the ropes strength comes from the core, depending on manufacturer

Specifications:

  1. Diameter: 1/2” (12.7mm)
  2. Strength: 9,000 pounds (loses approximately 15% when wet)
  3. Lengths: 100’ for most companies; up to 600’ lengths on Support-12 and

Maintenance:
1. Inspect, visually after each use, for damage to sheath, dirt or mildew, and feel for soft spots in rope core, by “running” or pulling the rope between thumb and index finger. Wash when dirty.

Care:

  1. Wash with mild nonchlorine-based detergent and water. Hang loosely and allow to air dry out of direct sunlight.
  2. Once rope is dry, it is stuffed, not coiled, in rope bag and stored in a dry, dust-free place, where not exposed to chemical (petroleum’s, alkalis) and direct sunlight.

Cautions:

  1. NEVER walk or stand on the rope.
  2. Don’t drop rope from great heights when it can be carried down.
  3. Don’t drag rope across ground or apparatus bays.
  4. Pad all edges.
  5. Avoid nylon passing on nylon; i.e., rope passing over itself, another rope or webbing.
  6. Keep all rope and webbing material out of petroleum and alkaline products, and if forced to use in applications where contamination will occur (around wheels, axles, etc.), retire after use.

WEBBING
• Uses: Anchor slings, gear slings, harness, and lashing.
• Construction: Nylon, spiral weaves, tubular.
• Specifications: One inch wide, Strength of 4,000 pounds.
• Maintenance: Same as rope.
• Care: Same as rope.
• Cautions: Same as rope.

ACCESSORY CORD
• Uses: Loops of 8 mm accessory cord (AC) can be attached to a host rope by a prusik hitch to form attachment points for pulleys. Long loops of 6 mm AC can be tied to allow their use as “soft” ascenders to climb a host rope.
• Construction: Nylon, low stretch, kern mantle.
• Specifications: Rope diameter may vary from 6 mm to 9 mm, depending on application.
• Maintenance: Same as rope.
• Care: Same as rope.
• Cautions: Same as rope.
204.10
9/10

69
Q

High Angle Rope Rescue.
Carabiners, Pulleys and Gen Precautious.
(Read only)

A

CARABINERS
• Uses: To link various pieces of gear together, or to add friction to a system.
• Construction: Locking, steel, pin type, not lock sleeve dependent. Locking, aluminum, pin type, not lock sleeve dependent.
• Specifications: Steel: 9,000 pounds breaking strength. Aluminum: 5,500 pounds breaking strength.

Cautions:

  1. Keep clean.
  2. Don’t drop or throw.
  3. Load only in the long axis, no side loading.
  4. Don’t forget to lock the gate.
  5. Inspect for cracks, worn spots, and smooth operation.

PULLEYS
• Uses:
1. Reduce friction.
2. Change direction.
3. To gain mechanical advantage
• Construction: Sealed ball bearing, anodized aluminum sides.
• Specifications: 2” and 4” size. 6,000-8,000 pound breaking strength.

• Cautions:

  1. Keep clean
  2. Don’t drop or throw.
  3. Inspect for smooth operation, elongated holes.

GENERAL PRECAUTIONS

  1. Make sure all knots are tied and dressed correctly.
  2. Maintain at least 15:1 safety margin when not belayed.
  3. Belay loads when safety margin is less than 15:1
  4. Rescuers shall not operate with less than a 10:1 safety margin.
  5. Rescuers shall not approach an edge without being tied in and communicating with rescuers below.
  6. Rescuers shall place victims in harness during rope borne rescues.
  7. Rescuers shall wear appropriate clothing:

A. For helicopter borne operations

  1. Fire resistive jumpsuit
  2. Seat and chest harness (Class III)
  3. Flight helmet
  4. Eye protection
  5. Approved footwear
  6. Self-rescue gear
  7. Safecuttingdevice
  8. Gloves
B. For steep or high angle rescue
1. Seat and chest harness (Class III) 
2. Helmet
3. Approved hiking shoes or boots 
4. Self-rescue gear
5. Safe cutting device
5. Eyeprotection
6. Gloves
204.10
10/10
70
Q

Tree Rescue Ops.
Tactical Considerations.
Phase 3:Rescue(Read only)

A

For victims conscious or unconscious in a tree, the order of rescue from low risk to high risk should be:

TALK THE VICTIM INTO SELF-RESCUE.
If possible, Extrication should move a ladder truck in close enough to put up under the victim. The operator must consider the overhead power lines present, the angle of the ladder, and the distance the ladder has to extend to the victim. Sufficient separation must be maintained to avoid arcing of energize electricity to the aerial. In a life or death situation, the operator may consider removing obstacles that would allow the ladder truck in close enough to reach the victim.

LADDER THE TREE WITH GROUND LADDERS.
If it is not possible to reach the victim with an aerial ladder or platform, the next option for first responders would be to put up a ground ladder against the tree. The first ladder should go under the victim; the second ladder should go along side and slightly above the victim. Both ladders should be secured to the tree. A piece of tubular webbing or small piece of rope works well for securing the ladder to the tree.

CLIMB THE TREE.
Tree climbing, even with approved equipment, is considered high risk. If ladder placement is not possible to rescue the victim, the victim must be reached by climbing up the tree. This is considered a technical rescue operation. Only properly trained and equipped T.R.T. members will conduct this type of operation. Extrication Sector will assign two rescuers the task of climbing the tree and the rescue/recovery of the victim. Extrication Sector and the rescuers must understand in detail the equipment necessary to rescue/recover a victim. Rescuers shall proceed to the victim. It may be necessary to remove fronds or branches from the tree to reach the victim. This can be very hazardous.
204.13
4/5