Emergency Cooking Equipment Checklist

Ventilation outranks every other decision

A stove is a heat source and a gas plant. The heat is the point. The gas is the by-product, and indoors it accumulates in a room you cannot smell. Carbon monoxide does not sting the eyes or wake a sleeper. It simply reduces how much oxygen a body can move.

So the placement question is answered before the purchase. Outdoor cooking station, or a fully open garage door with the vehicle moved and the alarm verified. Not the kitchen with the window cracked. Not the porch with the curtain behind it. Not the tent.

A working CO alarm is not an alternative to ventilation. It is the last layer behind it. The alarm with a display tells you the number is rising before a head starts to ache. That is the whole value of buying the display version rather than the cheapest one.

The one non-negotiable: No combustion stove inside the house, the garage or any enclosed space. Not for one pot of noodles, not with a fan running.

Decide where the stove will physically sit, outdoors or heavily ventilated, before you decide which stove to buy. The alarm is the backup, not the plan.

Fuel decides the stove more than the stove decides fuel

Buy a canister stove and you are tied to canisters. Buy propane and you are tied to tanks and a refill point. Solid fuel is the most storable of the three and the slowest to bring a pot to the boil.

What matters is availability during the specific disruption your household faces. A two-week outage is a canister problem. A storm that closes the roads is a fuel-stock problem. A fuel you can store for years and burn in any weather beats one that is cheaper on the shelf.

Then do the arithmetic. Each canister or tablet has a burn time, and a pot has a boil time. Divide one by the other. Add a margin for wind and cold, and you know how many hot meals the stock buys. That number, not the size of the box, is what tells you how much to keep. Write it on the box, because you will not remember it on the night.

Choose the fuel you can store and actually obtain, then count how many hot meals the stock buys. That number decides the stove. Buy the appliance last, once the fuel answer is fixed.

The no-cook layer is the cheap insurance

Every combustion solution has the same failure: it needs fuel, air, a stable surface and someone supervising it. A no-cook layer needs a hand and a tin. For the first difficult day, that is often the entire answer.

It also covers the case where the stove is fine and the weather is not. Rain, high wind, extreme heat, a household member who cannot be left alone indoors. Cold food on those days is not deprivation. It is the correct tool.

Build the layer around food the household already eats, plus the manual tools that make it reachable: a can opener, a knife, a bowl each. Then add one insulated vessel, so anything boiled once stays hot for several servings without a second burn.

Stock ready-to-eat food counted per person per day. It needs no fuel, no ventilation and no supervision, and it covers the day the stove cannot be used. Build the layer around food the household already eats.

Hot water is the real job

In an outage the stove is rarely asked to produce a meal. It is asked for a cup of tea, rehydrated food, sterilised bottles, and boiled water when the supply is in doubt. Every one of those is the same task: bring volume to the boil.

Size the pot to the household rather than to the portion. A one-person pot on a small burner means four burns, four fuel units and four supervision windows. One larger vessel over the same flame spends less fuel and less patience.

Factor the wind. An open flame loses a striking amount of energy to a breeze. A windscreen or a sheltered wall changes the boil time more than a more expensive stove does. That is also why the fuel arithmetic includes a margin for cold and moving air.

Boil a full pot at the start: The first fifteen minutes of an outage are the cheapest you will ever have. Boil a full pot, fill the flask, and a hot drink hours later costs no extra fuel at all.

Plan for volume boiling, not for gourmet cooking. One properly sized pot with a windscreen spends less fuel than four small burns.

Fire behaviour changes when the setting does

Domestic kitchens are built around a fixed appliance with a hard surface and clear space. An outage cook spot is usually none of those. It is a folding table, a paving slab, an extension cord within reach, and drying washing on a line.

The controls are small. A non-flammable base. Clearance at an arm's length in every direction. An extinguisher and a blanket within reach rather than in a hall cupboard. And a rule about supervision that is stated before the first light, not after the first near-miss.

Gas deserves a separate mention. A canister stove that is knocked over keeps burning. A propane hose near a hot wall degrades. Smell for leaks deliberately, check connections at the seasonal review, and never store a canister inside a hot vehicle.

Recreate the clearance and the hard surface that the kitchen gave you for free. Extinguisher, blanket and an arm's length of nothing. Check hose and connection dates at every seasonal review.

Cooking spends water, so count it twice

Household water planning usually covers drinking and a little hygiene. It rarely covers cooking. Boiling a pot, rinsing a rehydrated meal and washing up afterwards can double the daily figure for a family.

Add a cooking line to the water plan and keep it separate from the drinking reserve. Grey wash-water that came from a rain tank is fine for cleaning a pot. It is not what you want tipping into the drinking container on a dark morning.

And remember that boiling is also a water-treatment step. If the supply is uncertain, the stove earns its keep twice. It makes the food hot and it makes the water safe. That is the case where a bigger pot and a spare fuel canister genuinely pay.

Add cooking and washing-up to the household water total, kept separate from the drinking reserve. Remember the same stove also treats water, and that is the case where a bigger pot pays.

Learn the appliance before you need it

Every stove has a small operating trick. The canister goes on one way. The primer bulb needs a specific number of presses. The solid-fuel tablet wants a wind gap and a minute to catch. None of these appear in the moment of first use under pressure.

So cook outdoors once in ordinary conditions. Light it, boil the pot, time it, let it cool, pack it away. Note the fuel used and the boil time. Write those two numbers on the inside of the storage box, where the next reader will find them.

Do the same with the extinguisher and the CO alarm. Test the alarm on the schedule and know what its intermediate reading means. Check the extinguisher's date and pressure. An untested safety device is a rumour, and a rumour is not what you want on the night.

Test the safety gear too: Press the extinguisher's gauge check and sound the CO alarm on the same Sunday you cook the test pot. Untested safety equipment is a rumour about protection.

Light it and boil a pot once before the emergency. Write the fuel used and the boil time inside the box, where the next person can read it. Test the alarm and the extinguisher on the same day.