Ship Fires Aren't a Training Problem. They're a Data Problem.

The maritime industry spends enormous energy and cost training crews to respond to dangerous goods fires. But relying on crews to fight fire at sea is the wrong focus. Once a fire takes hold on a container ship, putting it out is not a realistic option. The real work that would reduce the risk and potentially save ships, cargo, and lives should happen long before any smoke appears.

Why You Cannot Fight a Ship Fire

Imagine trying to fight a fire on the top floor of a very tall skyscraper. No external fire service can reach you. No ladders extend that high. No helicopters can get water on it fast enough. You have the equipment on hand, the people on hand, and that is it. That is roughly what a major container ship fire feels like from the inside.

A large container vessel can carry 12,000 or more containers. If one catches fire, you are dealing with a potential chain reaction in the middle of the ocean, days from any external help. Firefighting tugs, if they come at all, typically take days to arrive — leaving just the crew and whatever firefighting equipment is on board. Once that runs out, that is it.

At a recent industry conference, a fire expert described what happens when a car fire breaks out on a car carrier — vessels carrying up to 9,000 vehicles packed within centimetres of each other. His conclusion was stark: if you cannot reach that fire and extinguish it within six minutes, you are unlikely to extinguish it at all.

Dangerous goods — whether lithium batteries, chemicals, or flammable materials — can escalate a fire faster than any crew can respond. Especially at 0300, when a fire is detected by smell or alarm rather than direct observation. By the time anyone has assessed the situation, found appropriate PPE, and identified which container is burning and what is in it, the window for effective intervention is most likely closed.

None of this is a criticism of crews. Twenty-four people cannot be expected to extinguish a fire in an object larger than most buildings, carrying cargo they may have limited information about, with no backup available. The question the industry needs to ask is not “why didn’t the crew stop it” — but “why was the crew put in that position in the first place.”

The Supply Chain Blind Spot

Part of the problem is that the global supply chain is so fragmented that most participants see only their piece of it and assess risk accordingly. A freight forwarder booking a container of flammable goods is thinking about a single container. If it catches fire on a truck, you lose the truck. That is a serious incident — but it is a contained one. Emergency services arrive within minutes. The fire does not spread to 11,999 other containers.

At sea, the risk is categorically different. If that same container is in the wrong position on a ship, or next to an incompatible cargo, it is a potential catastrophe. But the freight forwarder, terminal operator, and rail carrier are each making decisions based on their own context, not the full chain.

Terminal operators and rail yards at least have the advantage of operating somewhere that external help can reach. A ship mid-Pacific does not get that luxury. The isolation that makes ocean freight economically viable is also what makes fire so dangerous. The hazard is biggest on the maritime leg of the journey — but the decisions that create the risk happen much earlier.

Add to this the persistent problem of misdeclared cargo, and ship operators are routinely carrying goods they do not have accurate information about. Stowage plans might show a container in one position, but the actual container can end up somewhere else entirely. These data gaps may seem inconsequential under normal conditions. In a fire, knowing what you are dealing with can be the difference between a contained incident and a catastrophe.

Prevention, Not Response

If fighting fire is not a realistic solution — and for any serious dangerous goods incident, it largely is not — then the industry needs a prevention framework, not a response one.

Each of these steps depends on the same underlying requirement: accurate, verified cargo data that travels with the shipment from declaration to stowage to departure. The more visibility everyone has into the full journey of dangerous goods, the better positioned they are to catch problems before they become catastrophes.

Why It Is a Data Problem, Not a Crew Problem

When a dangerous goods fire breaks out at sea, the instinct is to ask what the crew did wrong. Did they detect it quickly enough? Did they follow the right procedures? Did their training fail them?

These are the wrong questions.

No amount of training prepares people to fight a fire in an object larger than most buildings, with incomplete cargo information and no backup coming. The system that put them in that position is the problem.

The solution is not more fire drills. It is better data, earlier in the chain. More accurate declarations. Smarter stowage decisions. A shared understanding across the industry that the risk profile of dangerous goods changes fundamentally the moment those containers leave port.

The best outcome is a ship where, if something does go wrong, the damage is contained — because the right decisions were made weeks before about what was declared, how it was stowed, and what was sitting next to it.

More often than not, ship fires are a data problem, not a crew problem. The sooner the industry accepts that, the better.

Solving the data and information challenges behind dangerous goods risk is what Tigris is built for. Get in touch to find out how we can help.