If you are looking for an effective way to increase the heat output of your wood stove, then secondary burn or combustion is one option. This process burns some fuel before it enters the firebox of your stove, creating a hotter flame that will give off more heat. Find out how to use this technique in order to maximize fuel efficiency and enjoy a higher output on your stove!
What Is a Secondary Burn On A Wood Stove?
A secondary burn is nothing more than the process of adding wood to an already burning fire. This also involves opening up air intakes on a stove, which allows for oxygenation and ensures that the new pieces are completely burned before leaving through exhaust vents or chimney flue.
A secondary burn will increase heat output in your home at all times by turning half-burned logs into ash within minutes rather than hours as it would take if you simply left them to smolder away inside your appliance.
As a result, you will receive the maximum benefits of your fuel and enjoy increased heat output. This is why so many people prefer this method to all others whenever they can get away with it. The process works best if you use only dry wood every time as wet logs may not burn initially but instead begin smoking once lit, which has an undesirable effect on air quality in your home.
A secondary burn occurs when one adds more firewood into the stove after there are already pieces burning inside of it. You want to make sure that these new pieces are completely burned before leaving through the exhaust vents or chimney flue by opening up air intakes on a stove first. A secondary burn increases heat output at all times because turning half-burned logs into ash within minutes rather than hours as it would take if you simply left them to smolder away inside your appliance.
As a result, you’ll receive the maximum benefits of fuel and enjoy increased heat output. This is why so many people prefer this method over others whenever possible. The process works best with dry wood every time since wet logs may not burn initially but begin smoking once they are lit which has an undesirable effect on air quality in your home.
Benefits of Secondary Burn
A secondary burn on a wood stove is also known as “combustion”. This process of burning will increase the heat output in your fireplace or woodstove by up to 25 percent depending on the model and size of your unit. To make this happen, you need to use 100% pure hardwood pellets with no additives for more efficient combustion. The entire process happens inside of the firebox itself where it won’t take away any visual appeal from your flooring or walls either!
Secondary burn is a process that can take place with almost any type of wood stove. Some models have an adjustable secondary combustion area, which makes the entire process easier to achieve and control as you cool or heat your home. It will require more time for the fire to get going because there needs to be enough room in the primary chamber so it won’t cause smoke back-ups from clogging up the chimney flue.
In other words, this means you need to wait longer before being able to open up those doors on top! You’ll also want just one small door opened when using this feature causing less oxygen intake needed throughout each cycle too. Secondary burning works great if you are looking for faster heating times during early morning hours or throughout those cold winter months!
Wood Burning Stove (Example)
Primary combustion is the first stage of a wood-burning stove. This happens when fuel is burned inside an airtight chamber with controlled airflow to produce heat. But if you want more heat output, the secondary burn can be conducted in order to make it even hotter!
Just like primary combustion, this process requires proper ventilation, since hot gases are released into your home’s chimney or through another means of venting outside. If you really need that extra boost for heating during winter months, then try out both stages of our wood stoves and see how much better the results will be!
Secondary burn is called that because it happens in addition to the primary fire. The secondary air/combustion process only takes place when you have a good hotbed of coals already established in your stove. This may take anywhere from 15 minutes to an hour (depending on how long and big your logs were).
If not, then this step can actually make things worse by smoldering your wood instead of burning it properly. It’s important that you get the right balance between too much or too little airflow into the stove for optimum performance; if there’s no proper airflow (caused by lack of oxygen), the heat output will be reduced dramatically and could lead to overheating issues like cracks and other damage due to excessive heat.
Wood Stove Secondary Combustion Temperature
The secondary burn process is designed to increase the heat output of your wood stove. It works by allowing fresh air into an isolated compartment within the firebox, where it mixes with hot gases that are exiting through a series of ‘heat tunnels’ or channels built into your stove’s body.
The increased airflow created during this combustion cycle creates more efficient burning and allows you to release the fuel potential from the wood being burned – which results in greater total BTU output from smaller pieces of seasoned cordwood.
This process is called secondary combustion.
It occurs when hot gases from the initial fire build up and exit through small tunnels built into your wood stove. These secondary combustion air channels allow fresh oxygen to enter into a secondary compartment, causing an increase in fuel potential energy. This creates more efficient burning and allows you to release the available BTUs of cordwood that would have otherwise gone unused.
Signs that your stove needs servicing and repairs
- Frequent blocking of the stovepipe opening or chimney with creosote deposits.
- The intermittent operation, poor draft, and smoking on startup.
Bubbling paint in the burner area is a sign that you have a combustion problem with your wood stove.
A secondary burn process occurs when more oxygen is available in the firebox than can be burned during the primary burning cycle due to excess fuel being present in the firebox (called overfeeding). This prevents all of this extra wood from combusting completely leaving some unburned particles which then smolder slowly releasing heat into the home even after you turn off your appliance. If not controlled, these coals will continue to release carbon monoxide causing an unsafe environment for your family.