Fire Safety And Evacuation (RACE/PASS) - NCLEX Pn

SECTION 1

Historical Context & Motivation

Fire safety in healthcare facilities has evolved dramatically over the past century, driven largely by catastrophic events that exposed critical gaps in emergency preparedness. Hospitals and long-term care facilities present unique challenges during fire emergencies because patients are often immobile, sedated, or connected to life-sustaining equipment that cannot be abruptly disconnected. The development of standardized fire response protocols such as RACE and PASS arose from decades of hard-learned lessons in which inadequate staff training, poor building design, and the absence of systematic evacuation procedures contributed to preventable deaths. Understanding this history provides essential context for why every licensed practical nurse must internalize these protocols and respond instinctively when a fire alarm sounds.

1942 • Cocoanut Grove Nightclub Fire

The Cocoanut Grove fire in Boston killed 492 people and led to sweeping changes in building codes, fire exit requirements, and emergency preparedness standards that would later influence healthcare facility regulations.

1961 • Hartford Hospital Fire

A fire at Hartford Hospital in Connecticut killed 16 people, prompting the National Fire Protection Association (NFPA) to strengthen its Life Safety Code (NFPA 101) for healthcare occupancies, mandating compartmentalized fire zones and staff training.

1970s • NFPA 101 Life Safety Code Revisions

The NFPA 101 code underwent significant revisions requiring healthcare facilities to implement defend-in-place strategies, smoke compartments, and structured staff training programs — the precursors to modern RACE/PASS protocols.

1990s • RACE/PASS Mnemonics Standardized

Healthcare accreditation bodies including The Joint Commission adopted the RACE and PASS mnemonics as standardized fire response training tools, ensuring consistent emergency behavior across all clinical staff roles.

2012–Present • CMS and Joint Commission Mandates

The Centers for Medicare & Medicaid Services (CMS) now requires all healthcare facilities to conduct fire drills, maintain fire safety plans, and ensure all personnel demonstrate competency in RACE and PASS protocols as a condition of participation.

These historical events underscore a central question that the RACE and PASS frameworks answer: How can healthcare workers respond to fire emergencies in a systematic, prioritized manner that protects vulnerable patients while containing the fire threat? The answer lies in two interlocking mnemonic systems that guide immediate actions and extinguisher use, respectively.

SECTION 2

Core Principles & Definitions

Fire safety in healthcare environments rests on several foundational principles that distinguish clinical settings from other occupancy types. Unlike an office building where all occupants can self-evacuate, a hospital unit may include patients on ventilators, those recovering from surgery under sedation, and neonates in incubators — populations for whom rapid total evacuation is often neither feasible nor safe. For this reason, healthcare facilities employ a defend-in-place strategy, meaning staff first attempt to contain the fire and move patients horizontally to an adjacent smoke compartment rather than immediately evacuating the entire building. The RACE mnemonic provides the sequential decision framework for this response, while the PASS mnemonic teaches proper fire extinguisher operation should direct suppression be warranted.

R — Rescue / Remove

Immediately rescue or remove any person in direct danger from the fire. Move patients away from the fire zone to the nearest safe area, prioritizing those closest to the flames or smoke.

A — Activate / Alarm

Activate the fire alarm by pulling the nearest pull station and call the facility's emergency number (or 911). Notify the charge nurse and follow your facility's code red notification procedure.

C — Contain / Confine

Contain the fire by closing all doors and windows in the area. Fire doors and smoke compartment doors slow the spread of flames and toxic smoke, buying critical evacuation time.

E — Extinguish / Evacuate

If the fire is small and contained, attempt to extinguish it using the nearest appropriate fire extinguisher (using the PASS technique). If the fire cannot be controlled, evacuate the area following your facility's evacuation plan.

The PASS mnemonic complements RACE by providing a step-by-step method for operating a portable fire extinguisher. P — Pull the pin to unlock the extinguisher handle. A — Aim the nozzle low at the base of the fire, not at the flames themselves. S — Squeeze the handle to release the extinguishing agent. S — Sweep side to side at the base of the fire until it is extinguished or the extinguisher is empty. This systematic approach ensures the agent reaches the fuel source rather than being wasted on flames above the combustion zone.

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KEY TAKEAWAY

Think of RACE as a triage protocol for fire emergencies — just as you would assess, prioritize, and intervene with patients in a medical emergency, RACE tells you to first rescue the most vulnerable, then alert the team, contain the threat, and finally decide whether to fight or flee. PASS is your procedural skill for using the tool (fire extinguisher), much like knowing the correct technique for inserting a Foley catheter. Knowing the steps without practicing them leads to fumbling under pressure, which is why facilities require regular fire drills.

SECTION 3

Visual Explanation — The RACE Protocol Flowchart

The RACE protocol flowchart illustrates the sequential, prioritized response to a fire in a healthcare facility. Note that the final step presents a clinical decision point — the nurse assesses whether the fire is small enough to extinguish safely or whether full evacuation is required.

The diagram above emphasizes several critical points for NCLEX-PN preparation. First, notice that Rescue always comes before Alarm — a common test question attempts to trick candidates into believing that sounding the alarm is the first priority. While activating the alarm system is urgent, removing an endangered patient from immediate danger takes precedence. Second, the Contain step is frequently underestimated in its importance; closing a single door can reduce fire spread by limiting the oxygen available to fuel combustion, and fire-rated doors in healthcare facilities are specifically designed to resist flame penetration for 20 to 90 minutes. Third, the decision node at the Extinguish/Evacuate step reflects the clinical judgment nurses must exercise: a small wastebasket fire may be safely extinguished, but a fire involving an oxygen-enriched environment or electrical equipment demands immediate evacuation and professional firefighting response.

SECTION 4

The PASS Technique — Fire Extinguisher Operation

When the decision is made to extinguish a small, contained fire during the "E" step of RACE, the nurse must know how to operate a portable fire extinguisher correctly. Improper use — such as aiming at the top of the flames rather than the base — wastes the extinguishing agent and allows the fire to continue burning. The PASS technique provides a reliable, four-step procedure that any healthcare worker can execute under stress. Most healthcare facilities stock ABC-type fire extinguishers, which are effective against ordinary combustibles (Class A), flammable liquids (Class B), and electrical fires (Class C). Understanding the fire triangle — heat, fuel, and oxygen — helps explain why the extinguisher must be aimed at the base of the fire (the fuel source) rather than at the visible flames.

P — Pull the Pin

The safety pin prevents accidental discharge. Hold the extinguisher upright, place your non-dominant hand on the body, and pull the pin with your dominant hand using a twisting motion to break the tamper seal.

A — Aim Low

Point the nozzle (or hose) at the base of the fire, not at the flames. The base is where the fuel is burning; directing the agent here interrupts the combustion process at its source.

S — Squeeze the Handle

Squeeze the operating lever slowly and evenly. This controls the release of the extinguishing agent. Release the handle to stop the discharge if you need to reposition.

S — Sweep Side to Side

Sweep the nozzle from side to side across the base of the fire, moving forward gradually as the flames diminish. Continue until the fire is fully extinguished or the extinguisher is empty.

The PASS diagram shows each step in sequence with visual emphasis on aiming at the base of the fire (not the flames) and using a sweeping motion to cover the full width of the fuel source. Note the safety reminder to always maintain an escape route behind you.

⚠

CRITICAL SAFETY RULE

A nurse should only attempt to use a fire extinguisher when the fire is small and contained (such as a wastebasket fire), the room is not filled with smoke, there is a clear escape route behind you, and you have already activated the alarm. If any of these conditions is not met, evacuate immediately and wait for the fire department. Most portable extinguishers discharge fully in only 8–12 seconds, so there is no margin for hesitation or error.

SECTION 5

Fire Classification & Extinguisher Types

Understanding fire classification is essential for selecting the correct extinguisher and avoiding actions that could worsen the emergency. Fires are categorized into classes based on the type of fuel involved. Healthcare facilities present a particularly complex fire environment because multiple fuel types — paper records, flammable chemicals, electrical equipment, and even oxygen-enriched atmospheres — may be present on a single unit. The ABC multipurpose dry chemical extinguisher is the most commonly stocked type in healthcare settings because it addresses the three most frequently encountered fire classes. However, nurses must also understand that using water on an electrical fire or a grease fire can create extreme hazards, including electrocution and explosive flare-ups.

Fire Class	Fuel Type	Healthcare Examples	Appropriate Extinguisher
Class A	Ordinary combustibles (wood, paper, cloth, plastics)	Paper charts, bed linens, cardboard supply boxes, curtains	Water, ABC dry chemical, foam
Class B	Flammable liquids and gases	Alcohol-based hand sanitizer, acetone, laboratory solvents, anesthetic gases	CO₂, ABC dry chemical, foam
Class C	Energized electrical equipment	IV pumps, monitors, defibrillators, ventilators, computers	CO₂, ABC dry chemical (NEVER water)
Class D	Combustible metals	Rare in clinical areas; may involve laboratory or maintenance metals (magnesium, titanium)	Special dry powder agents
Class K	Cooking oils and fats	Hospital kitchen, dietary department fryers	Wet chemical extinguisher (NEVER water)

Fire classification system and appropriate extinguisher types for healthcare settings

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OXYGEN-ENRICHED ENVIRONMENTS

Oxygen does not burn itself, but it dramatically accelerates combustion. In areas where supplemental oxygen is in use — such as patient rooms with nasal cannulas, ICUs, and operating rooms — fires can ignite more easily and burn more intensely. The nurse's first action upon discovering a fire near an oxygen source should be to shut off the oxygen supply at the wall or tank valve if it can be done safely, then proceed with RACE. This is a high-yield NCLEX-PN concept.

SECTION 6

Worked Example — Fire Response Scenario

The following scenario demonstrates how a licensed practical nurse would apply the RACE and PASS protocols in a realistic clinical situation. Work through each step carefully, noting the decision points and rationale at every stage.

Scenario: Wastebasket Fire on a Medical-Surgical Unit

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Step 1 — Situation Assessment

You are an LPN making rounds on a 30-bed medical-surgical unit at 0200. While checking on a patient in Room 214, you notice smoke coming from the wastebasket near the window. The patient in Room 214 is Mrs. Johnson, a 72-year-old post-hip replacement patient receiving supplemental oxygen at 2 L/min via nasal cannula. The wastebasket fire is small — approximately 12 inches in height — and is not yet spreading to nearby surfaces.
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Step 2 — R (Rescue)

Your first action is to rescue Mrs. Johnson. Quickly disconnect her nasal cannula and turn off the oxygen supply at the wall flowmeter to eliminate the oxygen-enriched environment near the fire. Assist Mrs. Johnson into a wheelchair or help her ambulate to the hallway, moving her to the opposite side of the corridor away from Room 214. If she cannot ambulate, use a draw sheet to slide her from the bed to a stretcher or drag her on a blanket toward the door.

Patient removed from danger; oxygen supply shut off
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Step 3 — A (Alarm)

Once Mrs. Johnson is out of immediate danger, activate the nearest fire alarm pull station (typically located near stairwell doors or at the end of corridors). Call the facility's internal emergency number (e.g., dial the operator and announce "Code Red, Room 214, Second Floor, Medical-Surgical Unit"). If another staff member is present, delegate this step while you continue the rescue.

Fire alarm activated; Code Red announced with exact location
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Step 4 — C (Contain)

Close the door to Room 214 to confine the fire. Proceed down the hallway and ensure all patient room doors and fire/smoke doors are closed. This action limits oxygen supply to the fire and prevents smoke migration through the unit. Verify that the automatic fire doors in the corridor have closed properly upon alarm activation.

Fire contained; all doors closed; smoke compartmentalization maintained
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Step 5 — E (Extinguish) Using PASS

Because the fire was small and contained to the wastebasket, and you have a clear escape route (the door behind you), you retrieve the nearest ABC fire extinguisher from the hallway bracket. Standing approximately 6–8 feet from the fire with your back toward the exit: (P) Pull the pin. (A) Aim the nozzle at the base of the wastebasket fire. (S) Squeeze the handle to release the dry chemical agent. (S) Sweep side to side across the base until the flames are fully extinguished. After extinguishing, back away while watching for re-ignition. Do not turn your back on the fire area.

Fire extinguished using PASS technique; area monitored for re-ignition
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Step 6 — Post-Incident Actions

After the immediate threat is resolved, complete an incident report documenting the time of discovery, actions taken, patient status, and any injuries. Notify the charge nurse, nursing supervisor, and attending provider. Ensure Mrs. Johnson is reassessed for respiratory distress (smoke inhalation risk), anxiety, and pain related to the emergency transfer. The used fire extinguisher must be reported to maintenance for replacement or recharge. Participate in the post-incident debriefing with the fire safety officer.

Documentation completed; patient reassessed; equipment replaced; debrief conducted

SECTION 7

Evacuation Priorities & Patient Transport Methods

When extinguishing is not feasible and full evacuation becomes necessary, nurses must prioritize which patients to move first and select the safest transport method available. Healthcare evacuation follows a horizontal-first strategy: patients are moved through fire doors into the adjacent smoke compartment on the same floor before vertical evacuation (descending stairs) is considered. This approach minimizes the risks associated with stairwell transport and keeps patients closer to the nursing unit's resources. The general evacuation priority follows the principle of ambulatory patients first, then wheelchair patients, and finally bed-bound patients, because ambulatory patients can self-evacuate with minimal staff assistance, freeing personnel to focus on higher-acuity patients.

Transport Method	Best For	Limitations
Self-ambulation with escort	Alert, oriented patients who can walk independently or with minimal assistance	Not suitable for sedated, confused, or non-ambulatory patients
Wheelchair transport	Patients with limited mobility who can sit upright; rapid for horizontal evacuation	Cannot be used on stairs; requires elevator access for vertical evacuation (elevators may be disabled)
Blanket/sheet drag	Immobile patients when stretcher or bed cannot be moved quickly; single-rescuer technique	Risk of patient skin injury; slow; physically demanding for staff
Bed/stretcher roll-out	Patients connected to multiple devices; maintains supine position for post-surgical or spinal patients	Wide beds may not fit through all doorways; requires adequate corridor clearance
Carry techniques (cradle, firefighter's carry)	Pediatric patients, small adults; stairwell evacuation when mechanical aids unavailable	High risk of back injury to staff; not feasible for bariatric patients; requires training

Healthcare facility evacuation transport methods, indications, and limitations

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KEY TAKEAWAY

Think of healthcare evacuation like a triage system in reverse: in a mass casualty incident, the most critical patients get attention first, but in a fire evacuation, the most mobile patients move first precisely because they require the least resources. This counterintuitive principle maximizes the number of patients moved to safety per unit of staff effort and time. By clearing ambulatory patients quickly, nurses free themselves and the physical space needed to execute the more labor-intensive transfers for bed-bound patients. On the NCLEX-PN, remember: ambulatory first, wheelchair second, bed-bound last — and always horizontal before vertical.

SECTION 8

Regulatory Framework & Nurse Responsibilities

Fire safety in healthcare is not merely a best practice — it is a legally mandated requirement enforced by multiple regulatory bodies. Understanding these requirements provides context for why RACE and PASS protocols are non-negotiable competencies for every licensed nurse. The NFPA 101 Life Safety Code establishes the construction, protection, and occupancy features required to minimize fire danger and provide adequate egress. The Joint Commission (TJC) incorporates fire safety into its Environment of Care standards, requiring facilities to conduct fire drills at least quarterly per shift, maintain fire safety plans, and train all staff annually. CMS Conditions of Participation tie Medicare/Medicaid reimbursement to compliance with NFPA and TJC standards, making fire safety a financial imperative as well.

Aspect	Basic Fire Safety Knowledge	Advanced Emergency Preparedness
Scope	RACE/PASS mnemonics; fire extinguisher use; door closure; alarm activation	Incident command system (ICS); facility-wide evacuation coordination; triage during multi-hazard events
Training Frequency	Annual competency validation; quarterly fire drills	Annual tabletop exercises; biennial full-scale disaster drills per CMS Emergency Preparedness Rule
LPN Role	Direct patient rescue, alarm activation, containment, extinguisher use, documentation	Functions within ICS structure under direction of charge nurse/RN; assists with patient tracking and resource allocation
NCLEX-PN Focus	High-yield: RACE sequence, PASS steps, oxygen safety, evacuation priority	Lower yield but tested: disaster triage categories, chain of command, shelter-in-place vs. evacuation decisions

Comparison of basic fire safety competencies versus advanced emergency preparedness for the LPN

As you progress in your nursing career, your fire safety knowledge will expand to encompass facility-level emergency operations plans, incident command structures, and coordination with external agencies. For the NCLEX-PN, however, the primary focus remains on the immediate, bedside-level response captured by RACE and PASS. Exam questions frequently test your ability to prioritize the correct sequence of actions, identify which patients to evacuate first, recognize when to attempt extinguishment versus evacuation, and understand the unique hazards of oxygen-enriched environments.

SECTION 9

Practice Problems

Question 1: CONCEPTUAL

A nurse discovers a fire in a patient's room on a medical-surgical unit. According to the RACE protocol, what is the nurse's FIRST action?

Show answer

The nurse's first action is to Rescue (R) any patient in immediate danger by removing them from the room where the fire is located. Although activating the alarm is critical, it is the second step in the RACE sequence. Patient safety always takes priority over notification. The nurse should move the patient to the nearest safe area — ideally across the corridor or into an adjacent smoke compartment — before pulling the fire alarm and calling the emergency number. This sequence reflects the fundamental nursing principle that preservation of life is the highest priority in any emergency.

Question 2: BASIC CALCULATION

A fire alarm sounds on a 24-bed unit. Eight patients are ambulatory, ten can be transported by wheelchair, and six are bed-bound and require two staff members each for evacuation. If only eight nursing staff are available, how many bed-bound patients can be simultaneously evacuated after all ambulatory and wheelchair patients are cleared (assuming ambulatory patients self-evacuate and each wheelchair patient requires one staff member)?

Show answer

First, the eight ambulatory patients self-evacuate with minimal staff escort (perhaps one staff member to guide the group, leaving seven staff available). The ten wheelchair patients each require one staff member, but only seven remain, so seven wheelchair patients are moved in the first wave. After those seven are cleared, all eight staff members are available for bed-bound patients. Since each bed-bound patient requires two staff members, 8 ÷ 2 = 4 bed-bound patients can be simultaneously evacuated at one time. The remaining two bed-bound patients and three wheelchair patients would require subsequent trips. This calculation demonstrates why ambulatory patients are evacuated first — they free up staff resources for higher-acuity transfers.

Question 3: INTERMEDIATE

An LPN is caring for a patient receiving oxygen at 4 L/min via nasal cannula when the nurse notices flames coming from a malfunctioning electrical outlet near the head of the bed. Place the following actions in the correct priority order: (a) Pull the fire alarm, (b) Turn off the oxygen supply, (c) Move the patient away from the fire, (d) Close the room door, (e) Attempt to extinguish the fire with a portable extinguisher.

Show answer

The correct priority sequence is: (b) Turn off the oxygen supply, (c) Move the patient away from the fire, (a) Pull the fire alarm, (d) Close the room door, (e) Attempt to extinguish the fire if small and safe to do so. Shutting off the oxygen supply is the immediate first action because oxygen dramatically accelerates combustion — leaving it flowing could cause a small electrical fire to become an explosive, uncontrollable blaze. Once the oxygen hazard is mitigated, the nurse rescues the patient (R), activates the alarm (A), contains the fire by closing the door (C), and then makes the extinguish-or-evacuate decision (E). This scenario illustrates how the standard RACE sequence may require an additional critical action — oxygen shut-off — that precedes or accompanies the Rescue step.

Question 4: APPLIED

During a night shift, an LPN discovers a fire in the clean utility room. After rescuing nearby patients and activating the alarm, the nurse retrieves an ABC fire extinguisher and approaches the fire. Standing 8 feet away with an exit behind her, she pulls the pin but then aims the nozzle at the top of the visible flames and squeezes the handle. The fire is not extinguished and continues to grow. What error did the nurse make, and what should she do now?

Show answer

The nurse made a critical error in the 'A' (Aim) step of PASS: she aimed the nozzle at the top of the flames instead of at the base of the fire. The base is where the fuel source is actively burning, and directing the extinguishing agent at the visible flames above the combustion zone wastes the agent without interrupting the fire triangle. Since the fire is now growing and the extinguisher's limited supply (8–12 seconds of discharge) has been partially depleted on an ineffective attempt, the nurse should immediately stop attempting to fight the fire, leave the room, close the door behind her to contain the fire, and ensure the area is fully evacuated. She should verify that the fire department has been notified and report the fire's progression to the charge nurse. This scenario reinforces that the PASS technique is only effective when executed correctly, and that the decision to evacuate must override the impulse to continue fighting a fire that is not responding to suppression efforts.

Question 5: CRITICAL THINKING

A hospital's fire safety committee is reviewing a recent near-miss incident in which a nurse on a pediatric unit bypassed the 'A' (Alarm) step of RACE and went directly from Rescue to Contain, reasoning that activating the alarm would frighten the children and cause panic. The fire was subsequently extinguished, but the alarm was not pulled for seven minutes. Analyze the clinical, legal, and ethical implications of this decision. What should the committee recommend?

Show answer

While the nurse's intent to prevent panic in vulnerable pediatric patients reflects compassionate thinking, bypassing the Alarm step created significant clinical, legal, and ethical risks. Clinically, the seven-minute delay meant the fire department response was delayed, the building's automatic suppression and notification systems were not fully engaged, and other staff members on the unit and adjacent units were unaware of the threat — leaving dozens of patients in potential danger. Legally, The Joint Commission and CMS require immediate alarm activation as part of fire response protocols; failure to comply could jeopardize the facility's accreditation and expose the nurse and institution to liability. Ethically, the principle of nonmaleficence obligates the nurse to minimize harm to all patients, not just those in the immediate vicinity — and delayed notification placed the broader patient population at risk. The committee should recommend reinforced annual training emphasizing that the RACE sequence is evidence-based and not subject to individual modification, development of pediatric-specific emergency communication strategies (such as age-appropriate language and child life specialist involvement during drills), and a systems-level review to ensure all staff understand that alarm activation is a mandatory, non-negotiable step.

SUMMARY

Fire Safety & Evacuation — Key Concepts Review

Summary

Fire safety in healthcare settings revolves around two essential mnemonics. The RACE protocol guides the overall emergency response: Rescue patients from immediate danger first, Activate the alarm and notify emergency services, Contain the fire by closing all doors and windows, and then Extinguish or Evacuate based on the fire's size and controllability. The PASS technique teaches proper fire extinguisher operation: Pull the pin, Aim at the base of the fire, Squeeze the handle, and Sweep side to side.

Critical NCLEX-PN testing points include: patient rescue is always the first priority before alarm activation; oxygen must be shut off near any fire because it accelerates combustion; the defend-in-place strategy with horizontal evacuation is preferred over full building evacuation; ambulatory patients evacuate first to maximize staff availability for dependent patients; and fire extinguishers should only be used on small, contained fires when a clear escape route exists. Facilities use ABC multipurpose extinguishers as the standard type, and water must never be used on electrical (Class C) or grease (Class K) fires. Mastering these protocols is not only essential for passing the NCLEX-PN but is a core competency that protects patients throughout your nursing career.