Top 10 Fire Safety Compliance Failures Found During Industrial Audits in Bangladesh

Bangladesh's industrial sector has faced intense scrutiny of its fire safety standards since the catastrophic Rana Plaza and Tazreen Fashion incidents of the 2010s. The Accord on Fire and Building Safety, its successor the RSC (Readymade Suspension Committee), and increasingly rigorous FSCD inspection regimes have driven significant improvements across the RMG and industrial sector. Yet compliance failures remain widespread — not only in factories but across commercial buildings, hospitals, government offices, and retail premises throughout Bangladesh.

This article identifies the 10 most common fire safety compliance failures found during industrial audits and FSCD inspections, explains why each failure matters, describes its consequences, and provides practical guidance for remediation.

Failure 1: Blocked or Obstructed Exit Routes

What it is: Fire exit corridors, stairways, and exit doors blocked by stored goods, machinery, furniture, or waste materials. Even a partial obstruction that reduces exit width below the minimum creates a compliance failure.

Why it happens: Storage space is always at a premium in Bangladesh's commercial and industrial buildings. Corridors appear to be unused space. Staff gradually encroach with boxes, equipment trolleys, and spare materials without recognising that they are blocking a life safety route.

Consequences: Legal non-compliance with BNBC 2020 Part 4 egress requirements. FSCD enforcement notice. In a fire event, reduced exit capacity causes congestion and increases evacuation time — the difference between controlled evacuation and a crush incident.

Remediation: Remove all obstructions immediately. Post clearly visible "Keep Clear" signage on all exit routes. Designate alternative storage areas for items currently in corridors. Conduct monthly exit route inspections as part of your fire safety maintenance regime. Train all staff on exit route requirements.

Failure 2: Non-Functional or Missing Fire Doors

What it is: Fire doors — doors rated FD30 (30-minute fire resistance) or FD60 (60-minute fire resistance) — are a critical fire compartmentation element. Failures include: fire doors propped permanently open with wedges or extinguishers; fire doors with broken self-closing mechanisms; original fire doors replaced with standard (non-rated) doors during renovation; fire door frames damaged so that the door does not seal properly.

Why it happens: Fire doors that close automatically are operationally inconvenient — staff must open them every time they pass. In high-traffic areas, they are commonly propped open for convenience. Renovation contractors often replace fire doors with cheaper standard doors without recognising the safety implication.

Consequences: A propped-open fire door provides zero fire compartmentation. Smoke and fire spread freely between compartments, eliminating the protected zones that fire safety design depends on. Compartmentation failure is a primary contributor to fire fatalities.

Remediation: Remove all propping devices immediately. Install electromagnetic hold-open devices on fire doors in high-traffic areas — these hold the door open using electricity and release the door (allowing it to close) automatically when the fire alarm activates. This eliminates the inconvenience of manual opening while maintaining fire compartmentation when it matters. Repair or replace all non-functional self-closers. Replace non-rated doors with certified FD30 or FD60 doors in all required locations.

Failure 3: Expired or Uninspected Fire Extinguishers

What it is: Fire extinguishers that have passed their inspection date (typically annual for Bangladesh commercial premises), that have discharged pressure gauges showing low charge, that have missing or broken safety pins, or that are the wrong type for the fire risks in the area (e.g., water extinguishers near electrical equipment).

Why it happens: Extinguisher maintenance is invisible when it is done correctly — a properly maintained extinguisher looks identical to a neglected one. Without a systematic maintenance programme, extinguishers are simply ignored until they visibly deteriorate.

Consequences: An extinguisher that fails to discharge when a small fire is in its early stages — when extinguisher use could prevent a major incident — represents a complete waste of the extinguisher investment. FSCD inspection failure. Insurance implications if an extinguisher failure is identified in post-incident investigation.

Remediation: Establish an annual extinguisher service contract with a qualified fire safety contractor. SSAL provides extinguisher inspection and recharge services for commercial and industrial clients across Bangladesh. Verify that extinguisher types are matched to the fire risks in each area (CO2 for electrical, water or foam for Class A, dry powder for mixed risk, wet chemical for kitchen). Replace out-of-date units.

Failure 4: Untested or Non-Functional Alarm Systems

What it is: Fire alarm systems where individual detectors have failed, sounders are non-functional, control panel fault indicators are lit but unaddressed, or where the alarm system has never been formally commissioned and tested.

Why it happens: Once installed, alarm systems often receive no maintenance unless they cause a visible problem. A detector that has silently failed produces no visible indication to building users. A panel with fault indicators that are chronically lit — perhaps because a battery is low or a zone is isolated — is often simply ignored.

Consequences: A fire alarm system that does not detect a fire, or that detects it but cannot alert occupants (non-functional sounders), provides no life safety benefit. Bangladesh Bank physical security guidelines require maintained alarm systems for banking facilities; untested systems are a regulatory breach in addition to a safety risk.

Remediation: Commission a full functional test of every detector and sounder in the system. Address all panel fault conditions. Establish a 6-monthly or annual maintenance contract. Replace failed detectors. Test all zones and document the test results. For alarm systems that have never been commissioned, engage a qualified fire alarm engineer to conduct a full commissioning inspection.

Failure 5: Inadequate Sprinkler Coverage After Renovation

What it is: A building installs a sprinkler system with adequate coverage for the original layout. A subsequent renovation — adding partitions, raising suspended ceilings, or changing the space layout — creates areas without sprinkler coverage or places sprinkler heads in the wrong position relative to the new ceiling and partition layout.

Why it happens: Renovation contractors are rarely fire protection specialists. They install partitions and ceilings without recognising that sprinkler head positions must be adjusted to maintain coverage. The fire protection contractor is not typically involved in the renovation.

Consequences: Unprotected pockets in an otherwise sprinklered building. BNBC and NFPA 13 non-compliance. FSCD NOC failure at next inspection. In a fire event, the unprotected pocket is exactly where a fire might start and spread before the sprinkler system activates.

Remediation: After any significant renovation, commission a sprinkler system survey to verify that head positions comply with NFPA 13 spacing requirements relative to the current layout. Install additional heads or relocate existing heads as required. Document all sprinkler system modifications with as-built drawings.

Failure 6: Expired or Missing FSCD NOC

What it is: Operating premises without a current, valid FSCD fire safety certificate (NOC). This includes premises that have never applied for an NOC, premises where the NOC has expired and not been renewed, and premises where the NOC conditions have not been maintained (e.g., systems listed in the NOC have since become non-functional).

Why it happens: The FSCD NOC renewal cycle (typically annual) requires active management. Busy facility managers miss renewal deadlines. Some premises were established before strict enforcement and have never formally applied.

Consequences: Illegal operation. City corporation trade licence cancellation. BEPZA factory registration suspension. DIFE factory licence suspension. FSCD enforcement action including financial penalties and, in serious cases, closure orders. In an insurance claim following a fire incident, operating without a valid NOC may be cited as a material fact affecting the claim.

Remediation: Verify the status of your FSCD NOC immediately. If it has expired, initiate renewal application within 48 hours. If you have never held an NOC, commission a fire risk assessment to determine what systems are required, install and commission them, and submit an NOC application. SSAL manages FSCD NOC applications for clients as part of our fire safety service.

Failure 7: Unqualified or Untrained Fire Safety Personnel

What it is: Buildings that have no designated Fire Safety Officer, or where the designated officer has no fire safety training. No records of staff fire safety awareness training. No fire drills conducted, or fire drills conducted infrequently without proper records.

Why it happens: Fire safety training is invisible when it is not needed and irrelevant until a fire occurs — at which point untrained staff response causes chaos. Organisations underinvest in training because the return on investment is not visible until an emergency.

Consequences: In a fire emergency, untrained staff evacuate inefficiently, may not know how to activate the alarm, and may endanger themselves and others by making poor decisions. FSCD inspections ask for training records; missing records are a compliance deficiency. RSC and Accord audit teams specifically require documented fire safety training records for RMG factories.

Remediation: Designate a qualified Fire Safety Officer for the building. Enrol this person in a formal fire safety management training course. Conduct fire safety awareness training for all staff — minimum 2 hours annually. Conduct fire drills at minimum every 6 months; document attendance, evacuation time, and any issues identified. Maintain all training records for a minimum of 3 years.

Failure 8: Missing or Non-Functional Emergency Lighting

What it is: Emergency lighting units where batteries are flat, bulbs have failed, or units were never installed to cover all required areas. Exit signs with non-functioning illumination. Emergency lighting duration inadequate (less than 2 hours per BNBC requirements).

Why it happens: Emergency lighting is only active during a mains power failure — a relatively rare event. Failures in emergency lighting are therefore invisible during normal operations. Without regular testing, dead batteries and failed bulbs accumulate unnoticed.

Consequences: In a fire event, mains power failure is common — either from the fire itself or from deliberate power isolation by the fire service. Without functional emergency lighting, stairwells and exit routes are in total darkness. Panicking occupants attempting to evacuate in darkness face falls, congestion, and severe injury risk.

Remediation: Implement a monthly 30-second function test of all emergency lighting units (press the test button; light should activate immediately) and record results. Conduct an annual 2-hour discharge test (cut power and verify that all units remain illuminated for the full 2 hours). Replace failed bulbs and batteries immediately. For LED emergency lighting with self-monitoring (automatic periodic testing and logging), consider upgrading to reduce manual testing burden.

Failure 9: Improper Cable Penetrations Through Fire-Rated Compartments

What it is: Holes drilled through fire-rated walls, floors, and ceiling compartments to route electrical cables, data cables, pipes, and conduits without adequate fire-stopping. These penetrations allow fire and smoke to travel between compartments, negating the compartmentation protection designed into the building.

Why it happens: IT upgrades, additional electrical circuits, and building service modifications routinely require cable routes through walls and floors. The trades performing this work — electricians, data cable installers, plumbers — often do not seal the penetration with fire-rated sealant because fire-stopping is not their primary discipline and the requirement is not enforced during small-scale fit-out works.

Consequences: A single unsealed cable penetration through a fire-rated wall can allow a compartment fire to breach its boundary within minutes — far faster than designed. Compartmentation failure accelerates fire spread and reduces evacuation time. FSCD inspectors look specifically for penetration sealing during inspections.

Remediation: Commission a fire-stopping survey of all penetrations through fire-rated elements (identifiable on the building's fire safety drawings). Seal all open or inadequately sealed penetrations with intumescent fire-rated sealant or fire-rated sealing collars as appropriate. Specify penetration sealing as a mandatory scope item in all future fit-out and service modification works. Use a fire-stopping specialist contractor for all sealing works.

Failure 10: Lack of Fire Safety Maintenance Records

What it is: No documentation of fire safety system maintenance — no service records for the fire alarm, no sprinkler inspection records, no extinguisher service tags, no emergency lighting test logs, no fire drill records. Even where maintenance has been conducted, if it was not documented it effectively did not happen from a regulatory perspective.

Why it happens: Record-keeping is administrative work that is easily deferred. Maintenance contractors who are not required by contract to provide written service reports often do not provide them. Building management teams change and records are lost.

Consequences: During an FSCD inspection, inability to produce maintenance records is treated as evidence that maintenance has not been carried out. This produces inspection findings even if the systems are actually functioning correctly. In an insurance claim following a fire incident, absence of maintenance records strengthens the insurer's ability to decline or reduce the claim.

Remediation: Establish a Fire Safety File — a physical or digital folder containing all fire safety documentation: FRA, system drawings, commissioning certificates, product certifications, maintenance records, training records, drill records, and NOC certificate. Require all maintenance contractors to provide written service reports at every visit. Review and update the file at every maintenance visit and fire drill.

SSAL Fire Safety Audit Service

If you are uncertain about your facility's compliance status, a professional fire safety audit provides the definitive picture. SSAL conducts fire safety compliance audits against BNBC 2020 Part 4, FSCD inspection criteria, and (for RMG factories) RSC/Accord requirements. Our audit report identifies every compliance gap, assesses the risk of each finding, and provides a prioritised remediation plan with cost estimates.

Following the audit, SSAL can manage the complete remediation programme — from emergency lighting replacement and fire-stopping to alarm system recommissioning and FSCD NOC application.

Get Free Consultation — contact SSAL today to schedule a fire safety compliance audit for your facility. Early identification and remediation of compliance failures is far less costly than FSCD enforcement action or, far worse, a fire incident.