Fire Safety, Institutional Accountability, And The Cost Of Preventable Disasters In Ghana

1. Introduction: When Disasters Become Predictable but Remain Unprevented

Fire outbreaks have become a recurring public-safety and economic concern in Ghana. From commercial premises and industrial facilities to traditional markets, shopping centers, warehouses, and private residences, destructive fires continue to threaten lives, destroy property, disrupt businesses, and undermine the economic security of individuals and communities.

The destruction of a building is only the most visible part of a fire disaster. Behind the flames are questions about construction standards, electrical installations, the quality of materials, the storage of combustible goods, inspection regimes, emergency access, firefighting capacity, insurance, and the effectiveness of regulatory enforcement.

Ghana's experience with major market fires illustrates the scale of the problem. The Ghana News Agency reported that the January 2025 Kantamanto Market fire destroyed thousands of shops and severely affected traders' livelihoods. Subsequent reporting on fires in Kumasi also highlighted difficulties associated with congested structures, obstructed access routes, electrical hazards, and firefighting constraints.

These recurring problems raise a fundamental question: Is Ghana doing enough to identify and eliminate fire risks before they become disasters, or is the country relying too heavily on emergency response after the damage has already occurred?

The question becomes even more important when commercial buildings contain large quantities of merchandise, electrical appliances, packaging materials, furniture, textiles, and other combustible goods. Under such conditions, an initial ignition can develop into a major disaster if detection is delayed, fire protection is inadequate, or responders cannot reach the affected area promptly.

A serious examination of Ghana's fire problem must therefore go beyond the immediate source of ignition. It must investigate the conditions that allow a fire to start, the factors that accelerate its development, the institutional failures that may permit preventable hazards to persist, and the decisions that determine the extent of the eventual damage.

This is where forensic investigation, engineering analysis, regulatory accountability, and public policy must intersect.

2. The Psychology of Attribution: A Prophecy Is Not a Fire Investigation

Recent public discussion surrounding the October 2026 fire at Avenor in Accra's North Industrial Area has introduced another dimension into the debate: the relationship between prophetic declarations and destructive events.

Following the Avenor incident, a video circulated in which Samuel Henry popularly known as Prophet Roja had reportedly spoken about destructive forces associated with fire outbreaks and road accidents. Media reports subsequently carried comments attributed to a Ghana National Fire Service officer suggesting that the prophet could have arranged fires to make his prediction appear fulfilled and attract followers. These comments were an allegation, not an official finding that the prophet had any involvement in the fire.

Public reporting on 1 October 2026 stated that the cause of the Avenor fire was not immediately known. A later report described a possible gas-stove explosion in a nearby dwelling as a preliminary explanation, while confirming that the exact cause remained under investigation. Accordingly, this article treats that explanation as preliminary rather than as a final official finding.

This allegation raises an important psychological and investigative question. Can a person who predicts a disaster reasonably be suspected of causing it?

The answer requires a distinction between suspicion and evidence.

From the perspective of psychology, several concepts are relevant, including attribution error, confirmation bias, retrospective interpretation, and the tendency to perceive connections between events that occur close together in time.

A prediction followed by a disaster may attract public attention because the two events appear connected. However, temporal sequence does not establish causation. The fact that a person predicted a fire before it occurred does not demonstrate that the person caused it, possessed advance knowledge of its actual cause, or had any involvement in the circumstances that produced it.

Equally, the possibility that a prediction could be used to gain attention, influence followers, or strengthen a person's public standing does not establish that the individual deliberately engineered the predicted event.

These are separate propositions requiring separate evidence.

A responsible investigation would establish precisely what was said, when it was said, how specifically the prediction described the eventual event, whether the original recording is authentic, and whether the statement was sufficiently specific to distinguish it from a general warning about fire or accidents.

Investigators would then examine the physical and circumstantial evidence surrounding the actual fire. If evidence suggested deliberate ignition, they could investigate possible suspects, motives, communications, financial relationships, and other relevant connections. Any allegation against a particular person would have to be supported by evidence linking that person to the incident.

The distinction is crucial: a prediction may justify questions about what the speaker knew, but it does not independently establish criminal responsibility.

Psychology can help investigators understand motivation, perception, persuasion, and behavior. It cannot replace fire-scene examination, electrical testing, forensic analysis, or the evidential requirements of criminal investigation.

The proper conclusion is therefore neither that the prophet caused the fire nor that the allegation should be dismissed without examination. It is that the allegation must be tested through an impartial investigative process.

A prediction is not proof of causation, and professional authority is not a substitute for evidence.

The same evidential standard must apply whether a suspicion originates from a religious leader, a firefighter, a journalist, a business owner, or a member of the public.

3. When Prophecies Meet Institutional Blind Spots

Ghana has also experienced public controversy over predictions of impending natural disasters.

Evans Eshun, popularly known as Ebo Noah, attracted national and international attention after claiming that a catastrophic flood would occur on 25 December 2025 and presenting his supposed ark as a means of survival. He was arrested on 31 December 2025 in connection with allegations involving false news and public fear and panic. Subsequent court reporting indicated that he admitted making false claims and described the content as an attempt to gain followers. however, later, the rains did came anyway.

That case must be distinguished from the controversy surrounding Prophet Roja. The individuals, statements, circumstances, and potential legal issues are different.

Nevertheless, both controversies raise a broader public-policy question: how should Ghanaian institutions respond when individuals make alarming predictions about disasters?

There are two competing responsibilities.

First, institutions must protect the public against fabricated claims that generate unnecessary fear, encourage dangerous behavior, or exploit vulnerable people.

Second, they must not allow public controversy surrounding a prediction to distract from the scientific and operational investigation of the actual disaster.

Consider the wider implications. Ghana has agencies responsible for meteorological forecasting, disaster management, fire prevention, building regulation, electrical safety, and emergency response. Yet destructive fires and floods continue to cause substantial losses.

This does not establish that the agencies are universally ineffective, nor does every disaster demonstrate institutional failure. Natural hazards and accidental fires cannot always be prevented.

The more important question is whether the occurrence, scale, and consequences of particular disasters reveal identifiable weaknesses in prevention, preparedness, enforcement, or response.

If a fire occurs because an electrical connection is defective, the relevant investigation must establish how that defect arose and whether it should have been detected. If floodwater overwhelms a settlement, investigators must examine rainfall, drainage capacity, land use, obstruction, forecasting, and evacuation arrangements as applicable.

The existence of an institutional blind spot should be established through evidence rather than assumed merely because a disaster occurred.

However, where repeated incidents reveal the same preventable weaknesses, the institutions responsible must explain what they knew, what they inspected, what corrective action they took, and why the risks remained.

The public deserves more than explanations after destruction. It deserves evidence that lessons from previous disasters have been incorporated into preventive action.

4. The China Mall Fires: A Case for Regional Forensic Investigation

The destruction of China Mall in Santasi, Kumasi, in October 2025 and the subsequent fire at China Mall in Marcory, Abidjan, Côte d'Ivoire, in June 2026 introduce a potentially important comparative dimension.

The Ghana News Agency reported on 30 October 2025 that fire had destroyed the newly opened China Mall retail center at Santasi in Kumasi. Contemporaneous reporting placed the fire's origin in the warehouse section, where imported goods and other merchandise were stored. The Ghana National Fire Service also publicly stated that the mall lacked a fire hydrant or an alternative water-storage arrangement, such as a mechanized borehole, and that the absence of these facilities contributed to the difficulty of containing the blaze. This is a reported fire-safety deficiency; it should not be presented as a final determination of the fire's ignition source.

In Côte d'Ivoire, a major fire destroyed the China Mall commercial premises in Koumassi, Abidjan, during the night of 17–18 June 2026, and the fire spread to the neighboring Fer Ivoire company. On 22 June 2026, Côte d'Ivoire's Ministry of Commerce, Industry and Crafts reported that an investigation had been opened and that the authorities were awaiting its conclusions on the exact cause. The public material located for this article does not establish a final cause for the Abidjan fire.

These events deserve serious examination because both involved substantial commercial premises operating under the China Mall name in West African cities within a relatively short period.

However, an essential qualification must be made: the occurrence of two fires at businesses sharing a brand name does not establish that they had the same cause.

As of 18 October 2026, the publicly available material located for this article did not include final official investigation reports establishing the causes of both fires. The available reports do not, by themselves, establish a common electrical defect, identical construction practices, shared suppliers, common management failures, or any other causal connection between the two incidents.

Nor should the fire reported near China Mall at Amasaman in October 2026 be confused with a confirmed fire inside the Kumasi or Abidjan establishments. The location and precise premises involved must be established for each incident.

Nevertheless, the similarities in the commercial setting justify asking whether a structured comparative investigation would yield useful findings.

Such an investigation should consider the following questions.

First, the electrical installations.

Were the installations in both premises designed, installed, inspected, tested, and maintained in accordance with the applicable national requirements? Were electrical loads appropriately calculated? Were circuit protection, distribution boards, cables, sockets, and other components suitable for their intended applications?

Did either installation show evidence of overloading, overheating, defective connections, inadequate protection, or unauthorized modifications?

These questions require technical evidence. They cannot be answered reliably through photographs of a burned building or speculation about the country of origin of its electrical equipment.

Second, the construction and fire-protection systems.

Did the buildings have appropriate fire detection, alarm systems, emergency exits, firefighting equipment, and other protection required for their use and size?

Were combustible goods stored in a manner that increased the likelihood of rapid fire spread? Did the building contain effective compartmentation, or could flames and smoke travel rapidly through connected spaces?

Were the fire-protection systems installed, operational, inspected, and maintained?

Third, the regulatory and approval processes.

What permits and certificates were required, and which were issued? Which authorities reviewed the design, construction, electrical installations, and fire-safety arrangements? Were inspections conducted at the appropriate stages?

If deficiencies existed, were they identified? If they were identified, were they corrected? If they were not identified, was the inspection process adequate?

Fourth, the comparative evidence.

Did investigators recover electrical components, equipment, or other materials that could be examined? Were comparable components present in both buildings? Were any suppliers, contractors, installation practices, or technical specifications shared?

If common factors are discovered, can they be shown to have contributed to both fires rather than merely being present at both sites?

The objective should be to establish whether the fires were independent events or whether any demonstrable common factors contributed to them.

A regional comparison involving Ghanaian and Ivorian investigators, relevant engineering professionals, fire investigators, standards authorities, and other competent institutions could help answer these questions.

Such cooperation should not begin with an assumption that the company, its country of origin, or a particular category of imported goods is responsible. It should begin with evidence and a clearly defined investigative mandate.

If the findings reveal a common technical defect, the responsible parties and regulators should be identified. If the findings establish unrelated causes, that conclusion should also be reported.

The purpose of comparative investigation is not to manufacture a connection. It is to discover whether a connection exists.

5. Electrical Safety: Where Regulation Must Reach the Actual Point of Use

One of Ghana's most important fire-prevention challenges is the relationship between electrical regulations and their practical enforcement in homes, shops, markets, warehouses, and industrial facilities.

It would be inaccurate to suggest that Ghana has no regulatory framework for electrical safety.

The Energy Commission explains that the Electrical Wiring Regulations, 2011, established requirements intended to ensure that indoor electrical wiring is undertaken by appropriately qualified and certified professionals. The Ghana Standards Authority also identifies electrical appliances, cables, switches, sockets, electronic products, and building materials among the categories of goods subject to its import-inspection arrangements.

In October 2026, the Ghana Standards Authority announced the revised Ghana Electrical Wiring Code, reinforcing the importance of standards, safety, and professional installation practices.

The central problem, therefore, is not simply the absence of rules. It is whether the rules are implemented consistently across the entire chain, from product manufacture and importation to installation, inspection, use, and maintenance.

An electrical product may enter the market through an established commercial channel, yet its safety still depends on whether it meets the applicable requirements and is used appropriately. A compliant cable can be installed incorrectly. A correctly installed circuit can become unsafe through unauthorised modifications. A building that was once compliant can become hazardous if its electrical demand increases without an appropriate reassessment.

The investigation must therefore distinguish product failure from installation failure, maintenance failure, misuse, and inadequate inspection.

This distinction is essential because different failures require different remedies.

Where a defective imported product is responsible, the investigation should identify the product, manufacturer or supplier where possible, applicable standard, import documentation, and conformity-assessment history.

Where the problem arises from poor installation, the investigation should establish the installation method, the competence and certification of the installer, the inspection history, and the adequacy of supervision.

Where a building's electrical demand exceeds its designed capacity, the inquiry should examine whether the original design was appropriate, whether subsequent changes were approved, and whether inspections should have identified the risk.

Where an appliance is misused, the investigation should determine whether the user received adequate information and whether foreseeable misuse was addressed through design, warnings, or safety controls.

The same principle applies to extension cords, chargers, plugs, sockets, kitchen equipment, office electronics, and other electrical accessories.

It is not sufficient to ask whether an electrical product was imported. The proper questions are whether it complied with applicable standards, whether it was safe for its intended use, and whether the installation and operating conditions were appropriate.

Ghana must regulate electrical safety as a continuous process, not merely as an importation or certification event.

6. The Construction Sector and the Problem of Diffused Responsibility

Electrical safety cannot be separated from the broader construction environment.

A building may involve developers, architects, structural engineers, electrical engineers, contractors, subcontractors, technicians, suppliers, inspectors, approving authorities, and the eventual occupants. Each may exercise a different degree of control over the building's safety.

Where these responsibilities are poorly coordinated, a dangerous condition can survive multiple stages of development.

For example, a developer may appoint a contractor who employs an electrician. The electrician completes the installation, another party modifies it, and the building subsequently begins commercial operations. If a fire occurs years later, determining responsibility requires more than identifying the person who performed the original wiring.

Investigators must establish who designed the installation, who carried out the work, who supervised it, who inspected and certified it, who authorized subsequent changes, and who was responsible for maintenance.

Ghana already has legal requirements governing aspects of electrical installation, building approval, and fire safety. The existence of informal or uncertified practitioners does not mean that all construction activity is legally unregulated. The more defensible concern is whether existing requirements are enforced effectively and whether all relevant activities fall within clear, practical, and adequately coordinated inspection arrangements.

This is particularly important in older buildings, informal commercial spaces, markets, and small businesses, where changes may occur gradually and documentation may be incomplete.

A property may have been constructed before current requirements took effect, may have undergone unauthorized alterations, or may have changed its use without an adequate reassessment of its fire risks.

These circumstances call for risk-based inspection and clear responsibility for corrective action.

A national approach should establish an auditable record of the relevant approvals, electrical certifications, fire-safety inspections, identified deficiencies, corrective measures, and subsequent modifications for higher-risk premises.

Such records would help investigators distinguish an unforeseeable accident from a failure that should reasonably have been detected.

They would also protect competent professionals from being blamed for failures outside their control while ensuring that negligence or non-compliance does not disappear within a chain of contractors and institutions.

7. Foreign Commercial Operations and the Standards Ghana Must Enforce

Ghana's commercial environment includes businesses owned by domestic and foreign investors. Their contribution to trade and employment does not remove their responsibility to comply with Ghanaian law.

Equally, foreign ownership does not establish that a business operates unsafely.

The appropriate policy question is whether every commercial operator, regardless of nationality, is subject to consistent requirements for construction, electrical installations, fire prevention, emergency access, product safety, and periodic inspection.

A foreign company may have its own technical team, contractors, suppliers, and operational procedures. However, those arrangements do not replace applicable Ghanaian approvals or relieve the relevant parties of their legal responsibilities.

The same principle applies to domestic companies.

Ghana should establish and enforce clear requirements governing which professionals may undertake regulated work, which standards apply to materials and installations, how compliance is verified, and who is responsible for identifying and correcting deficiencies.

The Ghana Standards Authority, Energy Commission, Ghana National Fire Service, relevant building-control authorities, Metropolitan, Municipal and District Assemblies, Customs Division of the Ghana Revenue Authority, and other competent institutions each have distinct responsibilities. The exact allocation depends on the activity and the governing legislation.

The policy challenge is to ensure that their respective responsibilities form a coherent system rather than a series of disconnected administrative processes.

For high-risk commercial premises, the public interest demands more than a collection of permits. It demands evidence that the premises remain safe during actual operation.

This requires appropriate inspections, documented corrective actions, proportionate sanctions, and transparent procedures for verifying compliance.

The question is not whether Ghana should welcome foreign investment. It is whether the country can welcome investment while protecting lives, property, and the integrity of its regulatory standards.

8. The Economic Cost: A Fire Destroys More Than the Building in Which It Starts

The consequences of a major fire extend well beyond the immediate property owner.

When a market burns, traders may lose their entire stock, working capital, equipment, business records, and ability to earn an income. Workers may lose their jobs. Suppliers may lose customers and unpaid invoices. Transport operators, neighboring businesses, landlords, and other commercial partners may experience losses.

Where a fire spreads to adjacent properties, businesses that had no role in the original incident may suffer damage or interruption.

The effects may continue for months or years through lost earnings, debt, reduced household consumption, interrupted education, and the cost of rebuilding.

For small businesses, the distinction between a temporary interruption and permanent closure may depend on whether the owner has adequate insurance, access to credit, reliable records, and the resources to restart operations.

For the state, the consequences include emergency-response expenditure, disaster relief, reconstruction pressures, lost economic activity, and potential revenue losses.

This is why fire prevention should be understood as an economic-development priority rather than merely a technical responsibility of the fire service.

It is economically irrational to invest public and private resources in commercial infrastructure without giving adequate attention to the systems required to protect that investment.

A building's economic value depends not only on its construction cost or commercial productivity but also on the likelihood that it can continue operating safely.

However, the economic argument must not be reduced to the claim that every fire is preventable. The relevant objective is to reduce avoidable ignition, limit fire spread, protect escape routes, improve emergency access, and minimize the consequences when prevention fails.

9. Compensation, Insurance, and Accountability After a Fire

When a fire destroys property or affects neighboring businesses, questions of compensation inevitably arise.

However, compensation is not automatic simply because a fire occurred or because a neighboring business suffered losses.

The legal position depends on the circumstances, the applicable law, the evidence of fault or other grounds for liability, the relationship between the parties, and any relevant contractual or insurance provisions.

Where negligence, defective products, unlawful conduct, or a breach of duty is established, the responsible parties may face legal consequences. Depending on the circumstances, responsibility could involve a manufacturer, importer, installer, property owner, operator, contractor, or another party.

Regulatory authorities may also face scrutiny where evidence indicates that a public duty was breached. Establishing public-sector liability, however, requires a separate legal analysis and cannot be inferred solely from the occurrence of a disaster.

Insurance is another essential part of the discussion.

Commercial property owners should understand the scope of their property and business-interruption cover, while tenants and traders should assess whether their stock, equipment, and other interests are adequately protected. Appropriate insurance cannot prevent a fire, but it can reduce the financial consequences of a covered loss.

Ghana should also strengthen the documentation of losses and the preservation of evidence after major incidents.

Affected businesses should have access to clear information about reporting procedures, insurance documentation, property assessments, and the appropriate routes for pursuing claims.

The objective should be to ensure that victims are not left navigating an uncertain process while the causes of the disaster remain unresolved.

10. What Should Ghana Do Differently?

The recurring nature of major fires calls for a coordinated program that addresses prevention, investigation, enforcement, and recovery.

First, conduct risk-based inspections.

High-risk premises should receive inspections proportionate to their size, occupancy, electrical demand, storage arrangements, and potential consequences of fire. Large warehouses, shopping centers, industrial facilities, markets, and densely occupied buildings should not be treated as equivalent to low-risk premises.

Inspection programs should also account for changes in building use, major electrical modifications, and the introduction of new hazards.

Second, strengthen electrical-product conformity and market surveillance.

The Ghana Standards Authority and other competent bodies should ensure that applicable product-safety requirements are enforced at importation and within the domestic market. Testing and enforcement should be capable of identifying non-compliant cables, plugs, sockets, chargers, appliances, and other products regardless of their country of origin.

Where a defective product is implicated in a fire, investigators should preserve samples and identify the relevant supply chain wherever possible.

Third, enforce professional competence requirements.

Regulated electrical work should be undertaken by appropriately qualified and certified professionals. Building and fire-safety approvals should be supported by competent inspection and clear accountability for the work performed.

Records should establish who undertook the work, who supervised it, who certified it, and who authorized subsequent modifications.

Fourth, redesign dangerous commercial environments.

Markets and commercial centers need accessible emergency routes, unobstructed exits, appropriate separation between structures, functioning fire-protection systems, and accessible water supplies where required.

These facilities must remain usable after a market opens. A compliant design provides little protection if access routes become blocked by trading activities, storage, or unauthorized structures.

Fifth, strengthen fire investigation.

Every major fire should receive an investigation proportionate to its severity, complexity, and public significance. Reports should distinguish confirmed findings, probable explanations, unresolved questions, and unsupported allegations.

Where evidence is insufficient to establish a cause, investigators should say so rather than present speculation as fact.

Sixth, establish regional investigative cooperation.

Where comparable incidents occur in different West African countries, relevant authorities should consider information-sharing and joint technical analysis when a plausible common factor exists.

The Kumasi and Abidjan China Mall incidents provide a legitimate reason to ask whether comparative investigation is warranted. They do not justify presuming a common cause.

Seventh, publish meaningful institutional performance information.

The public should have access, subject to legitimate confidentiality and investigative restrictions, to useful information about fire incidents, causes where established, response constraints, recurring hazards, inspection outcomes, and corrective action.

Institutions should explain not only what happened but also what changes followed.

Eighth, close legal and enforcement gaps on substandard goods.

Where existing legislation or enforcement powers are inadequate to prevent the importation, sale, or use of substandard electrical products and construction materials, the responsible institutions should state those gaps clearly and recommend the legal measures required to close them. Government should then act without unnecessary delay. Where adequate rules already exist, the priority should be consistent enforcement, effective market surveillance, and transparent accountability for failures.

Ninth, integrate prevention with economic recovery.

Government, local authorities, insurers, business associations, and other relevant bodies should develop clear arrangements for documenting losses, supporting affected traders, facilitating lawful reconstruction, and reducing the likelihood that rebuilt premises reproduce the hazards that contributed to previous disasters.

11. Should Prophets and Other Sources of Warnings Be Included in Disaster Prevention?

The question of whether religious leaders or other members of the public should participate in disaster-prevention initiatives requires careful treatment.

No individual should be treated as a reliable disaster forecaster merely because a prediction appears to correspond with a subsequent event. Nor should unverified predictions replace scientific monitoring, technical inspection, or emergency planning.

Nevertheless, institutions can engage religious leaders, community figures, traditional authorities, professional associations, and other influential people in public education and emergency preparedness.

Their role should be clearly defined.
They can help communicate verified warnings, encourage compliance with safety instructions, discourage panic, and direct people towards established emergency services.

If a person claims to possess specific information about an imminent fire or other threat, the information should be assessed through appropriate reporting and verification channels. Where it contains credible, actionable details, those details should be investigated according to established procedures.

A useful distinction must be maintained between a general prediction and information that can be independently tested.

For example, a statement that fires may occur in a particular season is different from a specific, independently verifiable warning identifying a particular building, mechanism, time, or planned act.

Even a specific prediction would not automatically establish supernatural knowledge or involvement in the event. Investigators would need to consider the possibility of coincidence, publicly available information, prior access, leaks, direct observation, or other explanations.

The objective should be to improve public safety without endorsing unsupported claims or unfairly targeting individuals.

Institutions must remain accountable for their own responsibilities. A public warning cannot replace electrical inspection, and a prophetic declaration cannot replace a fire-risk assessment.

12. Conclusion: Fire Safety Must Become a System of Prevention and Accountability

Ghana's recurring fire disasters demand a more rigorous approach to public safety. As of 18 October 2026, the publicly available reports reviewed for this article indicated that the exact causes of the Avenor and Abidjan China Mall fires remained under investigation; no final official investigation report for those incidents was located for inclusion here. The published GNFS comments on the Kumasi mall's missing fire-water facilities are relevant to fire containment, but they should not be mistaken for a final finding about the original ignition source. Any later official reports should be reviewed and incorporated before publication if they become available.

The destruction of markets, warehouses, shopping centers, industrial facilities, and private properties should not be examined solely as a sequence of isolated emergencies. Each major incident presents an opportunity to determine whether technical defects, unsafe practices, inadequate inspection, obstructed emergency access, regulatory weaknesses, or other preventable conditions contributed to the outcome.

The fires at China Mall in Kumasi and Abidjan warrant careful attention because they affected commercial premises sharing the same brand name within a relatively short period. Their similarity is a reason to ask questions, not a basis for declaring a common cause. Only a properly conducted investigation can establish whether meaningful connections exist.

The controversy surrounding prophetic predictions presents a parallel lesson. An individual may make a prediction before a disaster, but the sequence alone does not establish causation. Allegations of deliberate involvement must be investigated impartially, while the physical causes of the fire remain the subject of technical inquiry.

Ultimately, Ghana must move beyond a culture in which the greatest institutional attention arrives after buildings have burned, businesses have collapsed, and livelihoods have been destroyed.

A serious prevention system requires competent professionals, compliant materials, effective inspections, accessible emergency infrastructure, reliable fire investigations, clear responsibility, and meaningful public reporting.

It also requires the courage to examine uncomfortable questions about institutional performance without substituting accusation for evidence.

The purpose is not to protect a prophet, a company, a regulator, or a public official from legitimate scrutiny. Neither is it to assign blame before the facts are established.

The purpose is to ensure that when a fire occurs, Ghana learns as much as the evidence permits about why it happened, how it spread, whether its consequences could have been reduced, and who was responsible for any failures that contributed to the damage.

A developing economy cannot afford to treat the destruction of productive infrastructure as an unavoidable cost of doing business. Fire prevention is an economic responsibility, forensic investigation is a public necessity, and accountability must extend to every party whose conduct or failure of duty materially contributes to a disaster.

Sources consulted for the investigation-status update

Ghana National Fire Service / Ghana News Agency, “Fire guts PVC Warehouse, wooden structures at Avenor” (1 October 2026). The report stated that the cause was not immediately known. https://gna.org.gh/2026/10/fire-guts-pvc-warehouse-wooden-structures-at-avenor/
- Ghana News Agency, “Avenor Fire: GNFS conducts reignition prevention exercise, DuraPlast to resume operations Monday” (3 October 2026). The report described the gas-stove explanation as preliminary and said investigations were ongoing. https://gna.org.gh/2026/10/avenor-fire-gnfs-conducts-reignition-prevention-exercise-duraplast-to-resume-operations-monday/
- Ghana Broadcasting Corporation, “Kumasi China City Mall operated without meeting all safety requirements – GNFS” (31 October 2025). The report attributed comments to the GNFS concerning the absence of a fire hydrant or alternative water-storage system. https://www.gbcghanaonline.com/news/kumasi-china-city-mall-operated-without-meeting-all-safety-requirements-gnfs/2025/
- Côte d’Ivoire Ministry of Commerce, Industry and Crafts, “Incendie du China Mall de Marcory Ibis : le Gouvernement exprime sa solidarité aux victimes” (22 June 2026). The ministry stated that an investigation had been opened and its conclusions were awaited. https://commerce.gouv.ci/index.php/actualite/277
- Ghana News Agency, “Firefighters faced traffic delays but contained China Mall fire – GNFS PRO” (31 October 2025). The report stated that the exact cause was still being investigated. https://asaaseradio.com/firefighters-faced-traffic-delays-but-contained-china-mall-fire-gnfs-pro/

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