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What is a Multi Burner Stove?

A multi-burner stove is designed to burn multiple fuel types. They provide a controlled atmosphere that allows different kinds of wood and smokeless fuels to burn to create heat.

They have a firebox into which the fuel is inserted and lit and a door that allows access to it, a glass window and air vents that allow you to control the amount of air that is supplied to the stove while limiting the speed at which the fire burns.

Adjustable Flame

Many multi-fuel stoves feature an adjustable flame control. This is a great feature for cooking and heating your woodburning stove at the same time. You can alter the heat according to your needs, and multifuel stove cook/heat your food more efficiently. Many multi fuel stoves come with a built in air vent in the rear of the stove, which allows you to keep your fire burning even once you've stopped using the stove and can be used to eliminate all noxious fumes that are released from the stove.

Multi-fuel stoves are an excellent alternative to wood-burning stoves that can only burn logs. They permit you to burn any solid fuel such as peat, coal and so on. in addition to well-seasoned logs. Coal is gradually being disregarded because it is not suitable for smoke control zones and may produce more toxic fumes than seasoned wood.

To ignite a fire on a multi fuel stove, simply open the door and place fire lighters or paper in a twig and dry kindling on the grate. Light the paper or firelighters, and wait until the fire catches alight. Once the kindling has caught alight you can then add the kiln dried logs to the top of the kindling, allowing you to build a fire bed that will help your logs burn more efficiently.

A multi-fuel stove of good quality will have an ash pan and grate carrier frame to allow you to remove the ash without opening the door. Some newer stoves come with a built-in grate carrier, which lets more air flow through when the logs are burning.

If you are planning to go camping or backpacking using your multi-burner stove it's a good idea that you purchase one with an advanced pot support system, such as the MSR PocketRocket 2 or Jetboil MiniMo. They are better equipped to withstand windy situations. Canister stoves that are not integrated tend to leave more of the flame exposed, while the MSR PocketRocket and the newer MSR WindMaster feature a unique clamp-on pot support that fits the sides of your stove, assisting to improve performance in gusty conditions.

Adjustable Airflow

Multi fuel stoves can regulate the airflow to ensure that the fire is burning at the optimal rate. This allows the stove to produce heat efficiently that avoids waste gases and smoke entering the room. It also permits the stove to be used with different kinds of fuels, including coal. This is important because some solid fuels cannot be used in smoke control areas and others are dirtier or more expensive than wood.

Multi fuel stoves have a raised riddling grates that allows combustion air to flow under the fuel. This makes it easier to take the ash from the ashpan. A lot of our multi fuel stoves feature a variety of new technologies, including Cleanburn and Airwash that help ensure that the stove is running at its optimum level for the particular fuel.

The air primary and secondary controls can be used to adjust the modern multi-fuel stoves. You can operate them manually or automatically. The variable airflow feature lets you to control how much primary and second air is delivered to your stove. This will ensure that it is burning efficiently for the type of fuel you use.

It is best to use logs that have been kiln-dried and are low in moisture. It's also a good idea to regularly add small amounts of wood to the fire and ensure that the stove is well maintained. Shut off the air supply, but not completely. This can cause an eddy, which can draw unburned volatiles back into the fire. Try to keep the stove door slightly open but not completely so that you can add wood burner stoves only when it is visible through the glass. Place the log horizontally on the top of the glowing embers in order that it does not contact the stove's sides or the bottom of the grates.

Adjustable Temperature

A multi-burner stove is the best option for those who want the versatility of burning a variety of fuels. In addition to wood, multifuel stoves also burn peat or turf briquettes anthracite coal as well as various different types of smokeless fuels. This means you can have an array of heating sources and cut down on the amount of time and money spent on the purchase and transportation of various types of fuel.

Many wood-burning stoves come with primary, secondary and often third air vents to aid in controlling the flame pattern and increase efficiency. These vents allow the stove to be adjusted to a specific type of fuel and get the maximum heat output. This is particularly useful since the cost of different fuels can be very different.

You can also use a multifuel stove to heat a domestic water system. This allows you to supply hot water to your home. Some models can even function as boilers, which heat the water tank for household use. You can even warm your home without turning on the central heating system.

One of the major distinctions between a multi fuel stove and a traditional log burner is that the latter can only be used to burn wood logs. If you want to use a wood stove for other solid fuels, it is likely that you will require a grate that is specially designed for them as they aren't burning the same way as logs.

Multifuel stoves have a steel grate at the bottom of the fire chamber that allows a flow of air from below to keep the flame going. This is necessary because coal, for example requires lots of combustion air to stay alight. As a result, multifuel stoves are typically equipped with a riddler that can be removed and cleaned while the fire is burning to avoid a build up of ash blocking the air flow.

Cleanburn

The multi fuel stove is fantastic because it can burn wood, smokeless coal and even certain mineral fuels. But, it is essential to use high-quality wood or wood pellet that has been properly seasoned and kiln dried to a lower moisture content.

When wood is heated, the gases and particles that have accumulated within the wood throughout its lifespan are released. Older wood stoves or fireplaces release many of these particles and gases directly up the chimney with the heat. This leads to poor indoor air quality and lower efficiency. New stoves with Cleanburn technology, on the other hand can effectively burn these gases and particles. This reduces emissions and leads to more efficient combustion as well as significantly lower temperatures for flue gas.

At Jotul we have high-level climate goals, which is why all of our wood burning stoves are constructed with cleanburn technology. We also have developed our own Cleanburn additive that makes your electric stove fireplace burn cleaner and reduces the amount of soot accumulation on the walls of your firebox and stove glass, especially when you are using a higher moisture content wood or multifuel stove softer fuels like softwood.

A stove that is equipped with cleanburn technology is a must for those who use wood as their main source for heating. It can be an excellent method to improve the air quality within your home. If you reside in an area designated as a smoke free zone, switching to a cleaner burning stove will help you adhere to the strict rules of this rule and help those with asthma and other respiratory issues.

Our multi-fuel stoves with cleanburn come with secondary air and a preheated tertiary system as well as the stove's base made of plain steel or vermiculite for optimal combustion. The pre-heated-tertiary air system, typically only available on the most expensive stoves, helps to prevent smoke and ash from sticking to the glass of the stove, and also allows more gas to be burned.

Cleanburn from Jotul is also a great additive to use in conjunction with the preheated tertiary air system to improve the efficiency of your stove. It will create an efficient and cleaner flame, which is carbon neutral, and reduce the amount of soot particles that accumulate on the inner wall of the firebox.