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What You Need to Know About Outdoor Wood Burners

Outdoor wood burning stoves are a cost-effective method of heating homes and businesses. They also help to reduce dependence on non-renewable fossil fuels and contribute to a resilient energy strategy.

For efficient combustion it is essential to use wood that has been well-seasoned. Unseasoned or green wood has higher moisture content and may cause creosote buildup which reduces performance.

Efficient

Outdoor wood burning fireplace burners (OWBs) have been around for a long time and offer a very eco-friendly and energy efficient way to heat your home. However, the design of OWBs that encourages a slow, cooler fire which causes less combustion and a higher amount of smoke, creosote, and particulates. Unburned fuels can lead to health problems, fire hazards and degrade the environment.

Furthermore the visible smoke plume that OWBs create can make neighbors complain. This could lead to DEC (Department of Environmental Conservation), taking enforcement action. This kind of problem can affect your property value and even result in your OWB being closed.

Crown Royal Stoves offers a line of EPA Certified outdoor wood furnaces that are referred to as the Pristine Gasification Series that utilizes technology to maximize combustion efficiency for a clean, smoke-free burning. This is done by using a negative-pressure air system that pulls fresh, dry heated, filtered, and heated air from the bottom, and then pushes it out through the chimney much faster than traditional outdoor wood boilers. This is accomplished through a unique design which uses a multi-pass water-filled heat exchanger made of 409 Titanium Enhanced Stainless Steel.

If properly used, when properly used, the Pristine Gasification Series OWB can attain the highest efficiency of combustion, which is 99% to create a cleaner, smokeless fire that consumes less wood and produces fewer emissions than traditional OWBs. To enhance your OWB's performance it is essential to burn only clean, seasoned, dry wood. Seasoning your wood for six months or more prior to burning is recommended. This helps ensure a smoother and more efficient burn.

In addition to improving the efficiency of your wood stove, you can also improve its efficiency by executing a "dry burn" every week. This method reduces creosote which improves boiler efficiency and extends the lifespan of your boiler. Lastly by adding a creosote-removing stick every time you fill your stove, you will be able to drastically cut the amount of creosote used. This product is available at Wisconsin Wood Furnace.

Clean

A wood-burning stove could become very dirty from burnt soot particles. These are very hard to move, so if you see any spots of buildup on the glass of your stove, wash them as soon as you notice them. If the soot isn't removed, it will begin to harden and make it more difficult to remove. Using the right cleaning products for the job is essential however, you must also ensure that you're not damaging the surface of the glass by using anything that could scratch it. This could lead to an area of weakness that could shatter glass when exposed to extreme temperatures.

Before you begin cleaning your wood burner it is important to ensure that it is unlit and completely cool. Make sure you surround it with newspaper. This will prevent any spillage of ash that can cause stains and marks on surfaces.

Based on the quality of the wood you choose to use, it could take up to an entire year for your stove to get properly well-seasoned. The wood that is seasoned will not only burn more efficiently, but will also produce less creosote. This is the kind of material that accumulates on your fireplace, reducing its efficiency and creating the potential for a fire hazard. If you're using wood that's not seasoned or are just beginning a fire in your outdoor fireplace, it's recommended to open the lower backdoor and scoop the the ashes into a non-combustible container each week.

A sediment flush should be performed on your boiler every four years. This is a simple flush that takes five seconds from the bottom drain valve on your boiler. This will eliminate any sediment that has built up within the system and indoor wood burner help keep your boiler in great functioning condition.

Once you've completed the sediment flush, it's time to clean the exterior of your outdoor wood burner. Before beginning, it is essential to cover the floor area around the stove with newspaper. It is also helpful to wear gloves and protective eyewear. Also, you should have an ash container, a shovel ash container and an instrument for scraping. To protect the refractory you should lay down a cloth to protect it from damage as you scrape away ash and coal deposits.

Simple to Operate

Outdoor wood boilers (also called outdoor furnaces or outdoor wood hydronic heating systems, or outdoor wood heaters) are often misunderstood, despite their popularity. They were among the "it" trends of the 1990s, as were mullet hairstyles. Contrary to the EPA's popular wood stoves which are designed to burn at constant, low temperatures, these boilers have a higher fire rate and produce more smoke when they operate. This is why a few local governments have a policy of regulating or banning their use.

OWBs are great for heating homes with insulation levels that are high. The smoldering, visible smoke is also a cause of complaints from neighbors, and has led to many OWBs being shut down or sued in the past. To allow OWBs to operate properly they must be used with dry wood that has low moisture content. The use of unseasoned or green wood can reduce efficiency, cause creosote build up and can cut down the life of the burner. Drying wood can take time and a moisture meter is a must for any homeowner.

Dual-stage wood gasification (OWGB) boilers are, on the other hand they employ a three-step procedure which makes use of the energy contained in the wood. This means less smoke. These furnaces are more efficient than conventional OWBs, and can be used to fuel many different fuels. Wood gasification boilers require dry and well-seasoned firewood. The majority of corner wood burning stove will be seasoned within a year, however oak and other species that are hardy may take two years or more to fully mature. They are less watery and have a larger mass. This allows them to hold heat for longer, increasing efficiency and decreasing pollution. The EPA "Burn Wise" website and Cornell Cooperative Extension are great resources for homeowners to learn how to efficiently burn wood to minimize pollution to the air.

Low Maintenance

Modern outdoor wood furnaces are designed with the environment in mind. Unlike indoor wood burner wood burners that produce significant smoke, modern wood burner outdoor furnaces burn cleanly and without the release of excessive carbon monoxide or heat. They also require less wood to generate the same amount of heat as traditional stoves.

Outdoor wood burners require less maintenance than indoor wood burner wood burners, and are more tolerant in regards to the moisture content of the wood. Outdoor wood burners are suitable for wood burners near me that has been properly "cured" or seasoned. Certain types of wood may last for up to a year. It is essential to utilize a moisture gauge to check the water content of your wood before loading.

When operating, it is essential to check the system regularly for creosote accumulation. Creosote, a by-product of combustion, may build up in the chimney and flue if they aren't cleaned regularly. It can be eliminated by pouring a creosote-removing product into the fire. Regularly cleaning the chimney and flue will eliminate dangerous creosote buildup and improve efficiency.

To attain 99% efficiency in combustion, Crown Royal Stoves designed an innovative air flow technology known as Negative Pressure Gasification. This technology is employed in our EPA certified Pristine Series Outdoor Wood Furnaces to pull air up from the bottom and push all the gases through an insulated secondary combustion chamber that is surrounded by water and easy-to-clean turbines. The result is a smokeless, pollutant free combustion.