ʻO ka hale pō, kahi ʻaha mele, a me ka hoʻokuʻu ʻana i ke ahi o loko¶

Indoor entertainment venues, including nightclubs, basement music bars, live concert halls, wedding reception venues, and theatrical stages, combine ultra-high human occupancy densities with dim lighting, disorienting strobe effects, loud amplified music, alcohol impairment, and concealed combustible acoustics. When stage pyrotechnics, indoor sparkler fountains ("gerbs"), overheated stage lighting trusses, or electrical dimmer faults ignite open-cell polyurethane acoustic soundproofing foam, stage curtains, or plastic ceiling decor, the fire does not develop along the 10-to-15-minute timeline of a standard residential house fire. Instead, forensic reconstructions by the United States National Institute of Standards and Technology (NIST) and the National Fire Protection Association (NFPA) prove that non-flame-retardant polyurethane acoustic foam accelerates from a tiny spark to total room flashover and complete black-out smoke banking down to the floor in 60 to 120 seconds.

What turns a 90-second nightclub fire into a multi-fatality catastrophe is a predictable human behavioral trap known in fire protection engineering as entrance-fixation and exit-door bottlenecking. Under acute stress and zero visibility, 80 to 90 percent of patrons instinctively turn and surge back toward the single narrow front entrance door they walked through when they arrived, completely ignoring illuminated emergency exit doors located behind the stage, beside the restrooms, or through the kitchen. Within 45 seconds, hundreds of people compress into the narrow front vestibule at pressures exceeding 3,000 Newtons per square meter, jamming the doorway solid in a self-locking human arch while thick black smoke containing lethal hydrogen cyanide (\(HCN\)) and carbon monoxide (\(CO\)) drops to floor level. Knowing how to move the very second you see flame touch a wall or ceiling (before the fire alarm even sounds), how to head directly for secondary side or back-of-house exits, how to assume the boxer chest-guard stance if caught in a doorway surge, and how to breathe below the thermal smoke layer saves your life.

E hana i kēia i kēia manawa¶

If you are inside a nightclub, bar, concert venue, or crowded indoor hall and see sparks, pyrotechnics, or flames touch acoustic wall foam, ceiling drapes, or stage backdrops, execute these six actions immediately:

1. Move toward an exit the exact second you see flames touch a wall or ceiling (Zero-Second Rule): Never pause to film with your phone, never assume burning stage foam is "part of the show," and never wait for the music to stop or the bartender to tell you to leave. In an acoustic foam fire, you have less than 60 to 90 seconds before thick, pitch-black toxic smoke drops all the way to the floor and extinguishes all visibility.
2. Abandon your coat, purse, drinks, and separated friends, and head for a SECONDARY emergency exit, NOT the main front entrance: Almost everyone in the room will stampede toward the main front entrance ticket lobby, which jams completely shut with wedged bodies in under 45 seconds. Turn immediately toward the illuminated green or red EXIT signs along the side walls, beside the stage, near the restrooms, or walk straight through the kitchen / service corridor to the rear alley door.
3. Hold your arms up in a "boxer's guard" in front of your ribcage if the crowd compresses around you: If you are swept into a dense crowd moving toward a doorway, keep your feet shoulder-width apart, tuck your elbows in, and hold your forearms horizontally across your chest with your hands near your collarbones. This creates a 10-to-15-centimeter (4-to-6-inch) structural cage in front of your ribs so your lungs can still expand if the crowd packs tightly together (see crowd crush and stampede survival).
4. Drop below the black smoke layer onto your hands and knees if smoke banks down before you reach the door: Polyurethane foam smoke is superheated (300 to 600 degrees Celsius / 570 to 1,100 degrees Fahrenheit) and rich in hydrogen cyanide gas; inhaling two or three deep breaths of high-level black smoke causes immediate loss of consciousness. Drop to a low crouch or fast crawl within 30 to 60 centimeters (1 to 2 feet) of the floor where cooler, cleaner air remains, and keep one hand touching the wall to guide you to the next doorframe.
5. Push the horizontal crash bar on emergency exit doors, and if jammed or locked, breach a ground-floor window immediately: Code-compliant assembly exit doors open outward when you press the horizontal panic hardware bar. If an illegal padlock blocks a rear door or a human pileup wedges the main doorway shut, do not push against the backs of trapped people; pivot immediately to a ground-floor window, smash the glass outward near the corners using a heavy metal bar stool, CO2 fire extinguisher cylinder, or steel stanchion post, sweep the bottom sill clear of jagged shards with a jacket, and climb out.
6. Once outside, move at least 30 meters (100 feet) away from the exit doorway and call emergency services: Never stop right outside the exit door to look back for friends; stopping on the sidewalk blocks the people pouring out behind you and backs the crush up into the burning doorway. Walk clear to the street, call your local helu pilikia (911 in the United States and Canada, 112 across the European Union, 999 in the United Kingdom), and alert paramedics immediately to any evacuees who are confused, soot-stained around the mouth, or gasping (signs of acute cyanide and carbon monoxide poisoning).

Tactical decision tree for nightclub and indoor venue fire evacuation¶

Use this operational decision tree to navigate the critical first 90 seconds of an indoor crowd fire without getting trapped in the main entrance bottleneck.

flowchart TD
    Start["Sparks, Pyrotechnics, or Flame Touches Venue Wall, Ceiling, or Stage"] --> ZeroSec["1. ZERO-SECOND RULE: Leave Immediately; Do NOT Film, Do NOT Go to Coat Check"]
    ZeroSec --> ChooseExit{"2. Which exit is closest and least crowded?"}
    ChooseExit -->|"Main Front Entrance is Crowding"| BypassMain["BYPASS FRONT DOOR: Head immediately to Side Emergency Exit, Stage Rear Door, or Kitchen Service Exit"]
    ChooseExit -->|"Secondary Exit is Within 15 Meters"| PushPanic["Push horizontal panic crash bar to open outward; keep moving 30m (100 ft) clear of building"]
    BypassMain --> SmokeCheck{"3. Is black smoke banking down to head level?"}
    SmokeCheck -->|"Yes: Zero Visibility / Hot Smoke"| CrawlWall["Drop to low crouch/crawl 30 to 60 cm (1 to 2 ft) off floor; cover nose/mouth with damp/dry shirt; follow wall with one hand to next doorframe"]
    SmokeCheck -->|"No: Clear Air"| CrowdCheck{"4. Is crowd density compressing around you?"}
    CrowdCheck -->|"Yes: High Crowd Pressure"| BoxerGuard["Raise forearms into Boxer Chest Guard; move diagonally toward wall edge; never bend down for dropped phone/shoe"]
    CrowdCheck -->|"ʻAʻole"| PushPanic
    CrawlWall --> DoorBlocked{"5. Is the doorway jammed by a pileup or locked?"}
    BoxerGuard --> DoorBlocked
    DoorBlocked -->|"Yes: Door Jammed"| BreakWindow["Do NOT push into pileup; grab heavy metal bar stool or fire extinguisher cylinder to smash ground-floor window frame and exit"]
    DoorBlocked -->|"No: Door Clear"| PushPanic

Comparison matrix: NIST nightclub fire timeline (0 to 180 seconds)¶

Following devastating historical nightclub fires, the United States National Institute of Standards and Technology (NIST) constructed full-scale laboratory recreations of a stage pyrotechnic ignition on polyurethane acoustic foam inside an unsprinklered venue. Compare the physical environment inside the room at each 30-second interval:

Deep dive 1: Overcoming "normalcy bias" and the front-door bottleneck trap¶

Fire safety engineers and behavioral psychologists studying indoor crowd disasters have identified two cognitive reflexes that trap physically fit, uninjured adults inside burning venues during the first sixty seconds when escape is still effortless.

1. Normalcy bias and social proof (Seconds 0 to 25)¶

When a small orange flame appears on a stage curtain, floral ceiling installation, or acoustic wall panel during a concert or party, humans look at the faces of the people standing next to them (social proof) and try to interpret the event as normal (normalcy bias). Because nobody wants to look foolish or overreact by bolting for the door while the DJ is still playing, patrons stand frozen for 20 to 35 seconds, or pull out their smartphones to film the growing fire. - The Iron Rule of Indoor Flame: An unintentional open flame touching a vertical wall, acoustic foam panel, fabric drape, or plastic ceiling decoration inside an indoor venue is never a minor nuisance. The moment flame contacts vertical or overhead synthetic material, the pyrolysis clock has started. Turn and walk out at Second Zero, pulling your immediate companions by the wrist. Once two or three decisive people walk purposefully toward an emergency exit, dozens of nearby patrons break out of their normalcy freeze and follow.

2. Entrance-fixation ("The Homing Instinct") and how to break it¶

In darkness and smoke, the human brain defaults to retracing the exact spatial path stored in short-term memory: the front ticket entrance, the turnstiles, and the coat-check foyer.

   [TYPICAL NIGHTCLUB / VENUE FLOOR PLAN & BOTTLENECK]

   +-------------------------------------------------------+
   | [Exit B: Stage Side]     [STAGE]     [Exit C: Kitchen]|
   |   (WIDE OPEN)          (Fire Here)     (WIDE OPEN)    |
   |      ^                                      ^         |
   |      |  <-- Smart Evacuees                  |         |
   |                                                       |
   |                 [MAIN DANCE FLOOR]                    |
   |                  80% of Crowd Surges                  |
   |                  Down Narrow Foyer                    |
   |                      |   |   |                        |
   |                      v   v   v                        |
   |              +-----------------------+                |
   |              | [Coat Check / Foyer]  |                |
   |              |  JAMMED BOTTLENECK    |                |
   |              +-------+-------+-------+                |
   +----------------------| Main  |------------------------+
                          | Entry |

• Why the front entrance is a death trap: Unlike dedicated emergency exit doors (which open directly outward onto the street or alley with a single push of a crash bar), the main entrance of a nightclub or concert venue is deliberately designed as a choke point to control ticket takers, ID checks, velvet ropes, security pat-downs, L-shaped sound-lock vestibules, and coat-check counters. Often, older front doors even swing inward or have one leaf bolted shut.
• The 30-Second Venue Scan Upon Arrival: Every time you walk into a bar, basement club, theater, or concert hall, spend 15 seconds before ordering a drink locating two alternative exits:
• Look for the illuminated EXIT signs along the side walls or back corners of the room and walk close enough to verify they are not blocked by stacked chairs, beer kegs, or speakers.
• Locate the commercial kitchen doors or behind-the-bar service hallway. Every restaurant, banquet hall, and club has a heavy-duty service door at the back of the kitchen or loading bay used for trash removal and food deliveries; in an emergency, hopping over the bar or walking straight through the kitchen doors takes you out a wide, uncrowded rear exit separated from the main room by walls.

Deep dive 2: How to survive a doorway crowd crush and breach an exit¶

If you did not escape during the first 30 seconds and find yourself caught in a dense, panicked crowd pressing toward an exit doorway as smoke thickens overhead, your survival depends on avoiding compressive asphyxia and threshold pileups.

1. Surviving high crowd density on the way to the door¶

1. Adopt the Boxer's Chest-Guard Stance immediately: Lock your elbows against your lower ribs and hold your forearms up in front of your chest like a prizefighter protecting their chin. Even if the crowd surges from behind with 3,000 Newtons of pressure, your bent forearms act as rigid structural struts that preserve 10 centimeters (4 inches) of breathing room in front of your sternum.
2. Never bend down to pick up a dropped phone, purse, glasses, or shoe: In a moving evacuation crowd, bending at the waist or dropping to your knees to retrieve a phone guarantees that the blind crowd pressing from behind will trip over your back within two seconds, burying you at the bottom of a multi-layer human pileup from which it is physically impossible to stand up.
3. Avoid the "Doorframe Arch Trap" by aiming for the center or stepping back to a window:
4. When 100 panicked people try to squeeze through a 1.8-meter-wide (6-foot-wide) double doorway at the same time, their shoulders wedge together in a self-locking structural arch right at the doorframe. If one person at the bottom of the threshold trips over the door sill, the crowd behind keeps pushing forward, stacking bodies 4 to 6 layers deep inside the doorway until nobody can move in or out.
5. Inā ʻike ʻoe i kahi puka ma mua ou e paʻa ana me nā poʻe hāʻule, ua wili ʻia: STOP ka hoʻokuke i mua. ʻO ka hoʻokuke ʻana i ke kua o ka puka paʻa e paʻi wale i ka poʻe i mua ou a paʻa iā ʻoe i ke ala uahi. E hele koke i ka ʻaoʻao ma waho o ke kahawai lehulehu ma ka paia e ʻimi i kahi puka lua a i ʻole ka puka makani o ka papahele.

2. Pehea e wawahi ai i ka puka makani hale kalepa ke paa na puka¶

Loaʻa pinepine nā hale pō a me nā kaola i nā puka makani o ka papahele i pena ʻia i ka ʻeleʻele, i uhi ʻia me nā papa plywood acoustic, a i ʻole i hoʻopili ʻia me ke aniani palekana laminated mānoanoa. Inā paʻa a paʻa paha nā puka hiki ke hiki: - Mai kuʻi a kīkī paha i ke aniani me ka lima ʻole a i ʻole nā ​​kāmaʻa lahilahi, e ʻoki ai i ke aʻaʻa radial ma ka pulima lima a i ʻole ka ʻāʻī Achilles. - E hoʻohana i nā mea metala koʻikoʻi: E kiʻi i kahi stool bar kila paʻa, he base papaʻaina bistro cast-iron, he pou hoʻopaʻa ʻana i ka lehulehu, a i ʻole he ** pahu pahu kinai ahi kila kaumaha** mai ka pale pale. - E hahau i ke kihi o ka pane aniani a me ka pahu muntin laau/aluminika, aole i ke kikowaena o ka pepa aniani. I ka wā e haki ai, e hoʻohana i nā wāwae o ka noho lāʻau e ʻohi i nā niho aniani o lalo, e kau i ka ʻili kaumaha a i ʻole ka lole denim ma luna o ka sill lalo, a e ʻōwili mua i ke poʻo a me nā poʻohiwi i hoʻopaʻa ʻia me kou mau lima i mākaukau e hopu iā ʻoe iho ma ke alahele ma waho.

Luʻu hohonu 3: Ke hoʻokele ʻana i ka uahi ʻona a me nā mea pepehi māhoe (\(HCN\) a me \(CO\))¶

I loko o nā ahi o loko e pili ana i nā polymers synthetic, e like me ka polyurethane acoustic foam, PVC uila uila insulation, nylon carpets, polyester stage drapes, a me vinyl upholstered VIP booths, ua ʻoi aku ka liʻiliʻi o nā kānaka i ke ahi ma mua o ka "Twin Toxic Twins" o ka uahi synthetic: Hydrogen Cyanide (\(HCN\)).

No ke aha i hoʻokuke ai ka uahi synthetic i ka poʻe i ʻike ʻole ʻia ma 2 a 3 hanu¶

1. Thermal Upper-Airway Scorching: Ma 1.5 mika (5 kapuaʻi) ma luna o ka papahele (kū ke kiʻekiʻe o ke poʻo), ʻo ka iho ʻana o ka uahi ʻeleʻele i loko o kahi lāʻau ʻā a hiki i 300 a 600 degere Celsius (570 a 1,100 degere Fahrenheit). ʻO ka lawe ʻana i hoʻokahi hanu hohonu o ka ea 400-degere-Celsius i ke kū pololei ʻana e hoʻoulu koke i ka edema wela (pehu ʻana) o ka epiglottis a me nā kaula leo, a paʻa ke alaloa luna i ka laryngospasm.
2. Hydrogen Cyanide (\(HCN\)) Cellular Asphyxiation: Hoʻokuʻu ʻia nā plastics i loko o ka nitrogen (polyurethane foam, nylon, wool, melamine) i nā kiʻekiʻe kiʻekiʻe o ke kinoea hydrogen cyanide ke puhi ʻia i loko o nā keʻena i pau ka oxygen. ʻAʻole like me ka carbon monoxide (kahi e hoʻoneʻe mālie ai i ka oxygen ma nā keʻena koko ʻulaʻula), nakinaki koke nā molekala cyanide i cytochrome c oxidase i loko o ka mitochondria o kou lolo a me nā puʻuwai puʻuwai, e pani ana i ka hana ʻana o ka ikehu kelepona i loko o 15 a 45 kekona. ʻO ka mea hoʻokele e hoʻonu ana i ʻekolu hanu o ka uahi huʻihuʻi cyanide, lilo koke ʻo ia i pohihihi, huikau, nalowale ka mana kaʻa o ko lākou mau wāwae, a hāʻule me ka ʻike ʻole i ka papahele.
3. No ke aha e ola mau ai ka ea ma lalo o 30 a 60 kenimika (1 a 2 kapuaʻi): No ka mea, he uwahi wela, mālama ka stratification thermal i kahi papa palena pāpaʻu o ka ea maʻemaʻe loa e kū pono ana i ka papahele i ka 60 a 120 kekona mua o ke ahi.

Pehea e kolo ai i waho o kahi lumi ʻeleʻele me ka nalowale ʻole i waenakonu¶

Ke hāʻule ka uahi ʻeleʻele ma luna o kou poʻo a pio nā kukui i loko o kahi lumi ākea nui (e like me ka papahele hula a i ʻole ke keʻena ʻahaʻaina), ʻo ka poʻe makaʻu ʻole e kolo pololei i mua e kolo mau i nā pōʻai i waenakonu o ka papahele a hiki i ka lanakila ʻana. E hoʻohana i ka Firefighter Wall-Hand Sweep ma kahi:

1. E hāʻule i kou mau lima a me kou mau kuli (a kolo ʻōpū paha) koke: E mālama i kou ihu a me kou waha i loko o 30 kenimika (12 ʻīniha) o ka papahele. E hanu pāpaʻu ma kou ihu a i ʻole ma kahi pālule pulupulu maloʻo a i ʻole nā ​​​​mea inu i hoʻopaʻa ʻia ma luna o kou alo e kānana i nā ʻāpana ʻenehu nui.
2. E neʻe pololei i ka pā puni kokoke loa a hoʻopaʻa i ke kua o kou lima iā ia:
3. Ke pā kou lima i ka paia o waho a i ʻole ka pā puni, mai hoʻokuʻu i kēlā pā.
4. Hoʻonohonoho ʻia kēlā me kēia puka puka ulia pōpilikia i loko o ka pā āpau. Ma ke kolo wikiwiki ʻana ma ka papa kumu me ka lima hoʻokahi e heʻe mau ana ma ka ʻili o ka pā (a ʻo kou lima ʻē aʻe e kahili iki ana ma mua o kou poʻo e ʻike i nā mea keʻakeʻa a hāʻule paha nā mea hoʻokele), pono ʻoe e pā i kahi kihi puka i loko o kekona me ka ʻole e ʻauwana hou i waenakonu o ka papahele hula.
5. Manaʻo i ka panic bar a me ka paepae: Ke kuʻi kou lima i kahi pani puka i hoʻokuʻu ʻia ma ka paia, e piʻi i luna i 90 kenimika (36 ʻīniha) mai ka papahele e ʻike i ke kila ʻāpae panic crash bar, e kaomi i ke kaumaha o kou kino i luna, a kolo i waho.

Luʻu hohonu 4: Ka mālama kino ma hope o ka haʻalele ʻana i ka uahi a me ka make cyanide¶

Ke hele aku ʻoe a me nā poʻe haʻalele ʻē aʻe i ke alanui, e neʻe ma kahi o 30 mika (100 kapuaʻi) mai ka hale aku e mālama pono i nā puka puka no ka poʻe e holo ana a me nā ʻuala ahi. E noʻonoʻo koke i ka poʻe i pakele no ʻekolu mau kūlana hoʻoweliweli:

1. Hoʻopiʻi ʻia i hui pū ʻia ʻo Hydrogen Cyanide (\(HCN\)) a me Carbon Monoxide (\(CO\)) ​​i loko o kēlā me kēia mea ola ʻike ʻole a huikau paha:
2. ʻO kēlā me kēia mea i hoʻokuʻu ʻia mai kahi hale pō a i ʻole ke ahi polymer i loko o ka hale i loaʻa i ka ** ʻuhu a puni ko lākou mau puka ihu a i ʻole ka waha **, he ** huikau, hakakā, lethargic, ʻūhā, a ʻike ʻole paha **, a i ʻole he puʻupuʻu nāwaliwali wikiwiki e pono e mālama ʻia e ka hōʻea ʻana i nā mea lapaʻau no ** ʻelua \(CO\) a me ka cyanide toxicity ** (e nānā kalapona monoxide a me ka uahi inhalation kōkua mua).
3. E kau i nā mea hanu ʻike ʻole ma ka ** kūlana hoʻihoʻi hope** ma ke ala ala i ka ea hou, a hoʻomaka CPR koke i ka mea i pane ʻole a hanu ʻole maʻamau. E haʻi aku i nā mea lapaʻau EMS e hōʻea mai ana: * "Ua hanu lākou i ka uahi ʻeleʻele polyurethane foam i loko o ka hui"* no laila hiki i nā mea lapaʻau ke lawelawe i ka ** 100% kiʻekiʻe o ka oxygen ** a me ka intravenous ** hydroxocobalamin (Cyanokit) **, ka mea e hoʻopaʻa ai i nā molekala cyanide i loko o ka huaora B12 kino ʻole i hoʻokuʻu ʻia e nā puʻupaʻa.
4. Mai ninini i ka wai anuanu ma luna o nā wela koʻikoʻi nui i ka wā hoʻoilo (Hypothermia risk): No nā wela liʻiliʻi ʻāpana-mānoanoa ma nā lima a i ʻole nā ​​lima, e hoʻomaha mālie me ka wai kahe maʻemaʻe no 20 mau minuke; akā naʻe, inā loaʻa i kahi mea ola ke kuni nui ma luna o >20% o ko lākou kino, e wahī i nā wahi i puhi ʻia me ka maʻemaʻe a maloʻo a i ʻole ke kiʻiʻoniʻoni paʻa paʻa a mālama i ko lākou kino kino i mea e pale ai i ka haʻalulu make a me ka hypothermia (e nānā ke kuni nui a me ka wili kemika).
5. Mai komo hou i kahi e ʻimi ai i hoaaloha: ʻOi aku ma kahi o 30 pakeneka o nā poʻe mākua akamai i make ma kahi kokoke i nā puka o ke ahi kahi i pakele ai i ke ala ala a hoʻi hou i loko i loko o ka uahi cyanide ʻeleʻele e ʻimi i kahi hoaaloha, hoaaloha, a i ʻole kaikunāne, ʻoiai ua pakele kēlā hoa i waho o ka puka kīhini ma hope o ka hale. Akā, e hopu i ka luna kinai ahi e hōʻea mua ana, e kuhikuhi i ka puka a i ʻole ka puka aniani kahi i ʻike hope ʻia ai kou hoaaloha, a e nānā i kahi i koho ʻia e hui hou ai ka ʻohana makai ma kēlā ʻaoʻao o ke alanui.

Patron 15-kekona wahi hoʻoponopono palekana: 5 mau hae ʻulaʻula e manaʻo ʻoe e hele i waho ma mua o ka hoʻomaka ʻana o ka hōʻike.¶

ʻO kēlā me kēia hale pō nui a me ke ahi ʻaha mele i loko o ka mōʻaukala hou i hana ʻia ma kahi keʻena e hōʻike ana i nā hewa kīnā ʻole o ke ahi a nā poʻe i hele ma mua. Ke komo ʻoe i kahi hui ma lalo o ka honua, kahi pāʻina pop-up, a i ʻole ke keʻena ʻaha mele, e hoʻi i waho a koi i ka uku inā ʻike ʻoe i kekahi o kēia mau hae ʻulaʻula make ʻelima:

• 1. Hōʻike ʻia ka "egg-crate" polyurethane foam, pahu pahu, kāpeti, a i ʻole nā ​​lau plastik i hoʻopili ʻia i nā paia a i ʻole nā ​​kaupaku: E nānā i nā paia ma hope o ke kahua a me ke kaupaku ma luna. Inā ʻike ʻoe i ka moena moena / ʻeke pahu pahu hina hina ʻole i pena ʻia, ʻeke ʻeke, ʻohe maloʻo, a i ʻole nā ​​​​mea ʻōmaʻomaʻo ʻeleʻele e kau pono ana ma ka ʻaoʻao o nā kukui wela, e haʻalele koke.
• 2. ʻO nā pyrotechnics i loko, nā pūnāwai puhi ahi ("gerbs"), a i ʻole nā ​​ʻōmole champagne nui i hoʻohana ʻia ma lalo o nā kaupaku haʻahaʻa: Pono nā pyrotechnics i loko i nā keʻena pale ahi kiʻekiʻe, nā pyrotechnics laikini, a me nā ʻōnaehana sprinkler ahi ikaika. Inā hoʻomālamalama ka lāʻau haʻahaʻa haʻahaʻa a i ʻole ka pahu i nā pūnāwai wai-o-sparks a i ʻole e hāʻawi aku i nā kakini o nā ʻōmole ʻālohilohi ma lalo o nā pale lole a i ʻole nā ​​kaupaku pahu, e hele i waho ma mua o ka hoʻomālamalama ʻana.
• 3. Paʻa ʻia, kaulahao, a i ʻole nā ​​lako i ālai ʻia i nā puka puka pilikia: E nānā i nā puka puka lua ma ka ʻaoʻao a ma hope o ka lumi. Inā ʻike ʻoe i ke kaulahao kaʻa kaʻa, padlock, a i ʻole ka paheʻe ʻana i kahi pahu panic (hoʻohana ʻia e nā mea nona ka manaʻo ʻole e hoʻōki i ka poʻe mai ka hoʻokuʻu ʻana aku i nā hoaaloha i loko o ka manuahi), a i ʻole inā hoʻopaʻa ʻia ke ala puka me nā pahu waiʻona a me nā papaʻaina, e haʻalele i ke keʻena a hōʻike koke aku i ke Kahu Kinai Ahi.
• 4. ʻO ka lehulehu loa kahi hiki ʻole iā ʻoe ke hele wale i ka lumi hoʻomaha a i ʻole ka pā: Ma lalo o ka International Fire Code (IFC) a me NFPA 101, loaʻa i nā wahi ʻaha mele kū i nā palena haʻahaʻa o ka poʻe noho ma muli o ka laulā puka puka. Inā hoʻopiha piha ʻia kahi papa lalo a i ʻole ma luna o ka papahele a ʻaʻole hiki iā ʻoe ke hoʻoneʻe i kou mau lima a i ʻole e hele i kahi puka, ua ʻoi aku ka nui o ka ukana ma ke kānāwai.
• 5. Wahi lalo a i ʻole ka papahele ma luna me hoʻokahi alapiʻi haiki: Pono e loaʻa i kahi hale hui e paʻa ana ma mua o 50 poʻe ma lalo o ʻelua puka kūʻokoʻa, ākea ākea. Mai noho i loko o ka hale papa haʻahaʻa a i ʻole ka papa loft papa ʻelua i loaʻa kahi alapiʻi haiki hoʻokahi wale nō e hiki ai i ke alanui.

Nīnau pinepine¶

Nānā ʻia nā kumu¶

• National Institute of Standards and Technology (NIST, ʻAmelika Hui Pū ʻIa): Ka hōʻike no ka ʻimi noiʻi ʻenehana o ke Keʻena Nightclub Fire (NIST NCSTAR 2: Polyurethane Foam Ignition, Flashover Timeline, a me Crowd Evacuation Modeling).
• ʻAhahui Hoʻopaʻa Ke ahi (NFPA, ʻAmelika Hui Pū ʻIa): * NFPA 101 Life Safety Code (Assembly Occupancy Egress, Panic Hardware, Sprinklers, and Interior Finish Flame-Spread Standards) a me NFPA 1126 Standard no ka hoʻohana ʻana i nā Pyrotechnics ma mua o kahi mea hoʻolohe kokoke*.
• ʻAmelika Hui Pū ʻIa Kinai Ahi (USFA / FEMA, ʻAmelika Hui Pū ʻIa): *Nā ʻAha Kūkākūkā a me ka Nightclub no ka nānā ʻana i ke ahi palekana a me ka hoʻomaʻamaʻa ʻana i ka lehulehu.
• Home Office and Health and Safety Executive (HSE, United Kingdom): Fire Safety Risk Assessment: Small and Medium Places of Assembly, Theatres, Cinemas, and Similar Premises (Regulatory Reform Fire Safety Order Guidance).
• Cyanide Toxicity and Smoke Inhalation Consensus Panel (Emergency Medicine / Toxicology): Prehospital Management of Acute Cyanide and Carbon Monoxide Poisoning in Enclosed-Space Structure Fires.

Nā alakaʻi pili¶

• Hoʻopiʻi ka lehulehu a hoʻopaʻa i ke ola
• House fire safety and evacuation
• Carbon monoxide and smoke inhalation first aid
• ʻO ke ahi nui a me ka hoʻoheheʻe kemika
• CPR a me AED alakaʻi ʻanuʻu
• Papa kuhikuhi helu pilikia