What You Need to Know About Outdoor Wood Burners

Outdoor wood burning stoves can be an economical solution to heat homes and businesses. They also reduce the need for fossil fuels that are not renewable and contribute towards a resilient energy strategy.

To ensure efficient burning it is essential to use well-seasoned wood. Wood that is not seasoned or green has a higher moisture content and can create creosote buildup which reduces performance.

Efficient

Outdoor wood burners have been around for a long time. They are a cost-effective and environmentally friendly way to heat your home. The typical design of OWBs encourages the slowing of the fire, making it cooler which results in poorer combustion and more smoke and Outside Wood Burners creosote. These unburned fuels can lead to health problems and fire hazards. They also degrade the environment.

Furthermore the visible smoke plume OWBs produce could cause neighbors to voice their concerns. This may result in DEC (Department of Environmental Conservation) and taking enforcement actions. This type of public relations issue can cause serious damage to the value of your property and could even result in your OWB being shut down.

Crown Royal Stoves has a line of outdoor wood furnaces that are EPA Certified. The Pristine Gasification Series utilizes technology to improve the efficiency of combustion and provide an unburned, clean and smoke-free. This is accomplished by using a negative pressure air system that draws fresh hot, dry and filtered air from the bottom of the boiler and then pushes it back out through the chimney at a greater rate than traditional outdoor Outside Wood Burners boilers. This is accomplished by a unique design that utilizes a multi-pass, water filled heat exchanger constructed from 409 Titanium Enhanced Stainless Steel.

When used properly when properly used, the Pristine Gasification Series OWB can attain a 99% combustion efficiency to create a cleaner, smokeless fire that consumes less wood and produces significantly less emissions than traditional OWBs. To enhance the performance of your OWB it is essential to burn only dry, clean, and seasoned wood. The process of preparing your wood for 6 months or a year prior to burning is recommended. This helps ensure a smoother and more efficient burn.

In addition to maximizing the efficiency of your wood burner, you can also improve its efficiency by performing an "dry burn" every week. This method eliminates creosote build up, keeps your boiler in good condition and extends its lifespan. In addition, by adding a creosote-removing stick every time you fill your stove, you will be able to significantly reduce the amount creosote used. This product is available at Wisconsin Wood Furnace.

Clean

A wood burning stove can be extremely dirty due to burned soot particles. These are very hard to remove If you notice any areas of build up on the glass of your stove, you must clean them as soon as you notice them. If not, the soot will begin to harden and be even more difficult to remove. It's important to choose the right cleaner, Wood Burning Stoves On Sale (Dermandar.Com) but you should also be careful not to scratch the glass with anything that may scratch it. This could leave a weak spot that could break the glass if it's exposed to high temperatures.

Before you begin cleaning your wood burner, you should make sure that it is not lit and completely cool. Also, make sure that the surrounding area is covered with newspaper. This will stop the ash from spilling and staining surfaces.

It could take as long as one year for the seasoning of your stove to be completed, based on the quality of the wood you use. Wood that is properly seasoned will not only burn better, but will create less creosote. This is the material that builds up on your chimney, decreasing its efficiency and creating a fire hazard. If you're using unseasoned wood, or just making a fresh fire in your outdoor wood burner the best thing you can do is to open up the lower back door and scoop out the ashes into a non-combustible container every week.

You should also do a sediment flush on your boiler at least once every four years. This involves a simple five-second hand wood burner flush from the bottom drain valve of your boiler. This will remove any debris that has accumulated within the system and help keep your boiler in top operating condition.

After you've completed the sediment flush, it's time to clean the exterior of your outdoor wood burner. Before you begin, make sure to cover the stove's perimeter with newspaper. Wearing protective eyewear and gloves is also a good idea. Also, you should have a metal ash canister, a scraping tool and shovel. You can make use of a cloth as shield to protect the refractory while you scrape away coal and ash deposits.

Easy to operate

Despite their popularity (they were among the 1990s' "it" trends, along with mullet haircuts) outdoor wood boilers, also referred to as outdoor furnaces or outdoor wood hydronic heaters are frequently misunderstood. They are not the same as the well-known EPA wood stoves, which are built to burn low temperatures continuously. They are able to produce an increased rate of fire and produce more smoke. This is why a few local governments regulate or ban their use.

OWBs are great to heat homes with insulation levels that are high. The smoldering, visible smoke is also a cause of complaint with neighbors and has led to many OWBs being shut-down or being sued in the past. To ensure that OWBs to function properly, they must be operated using dry wood with a low moisture content. Wood that is not seasoned or green can reduce efficiency, cause creosote build-up and reduce the life of the burner. Drying wood takes time and the use of a moisture gauge is a must for any homeowner.

In contrast, dual-stage wood gasification boilers (OWGB) make use of three steps that makes use of more available energy from the cast iron wood burning stove and results in less smoke. These kinds of furnaces are far more efficient than traditional OWBs and can be used with a wider variety of fuel. Wood gasification boilers need dry, seasoned wood. The majority of wood will season within a year. Oak and other tough trees can take as long as two years to mature. They are less watery and have a larger mass. This lets them store heat longer, thus increasing efficiency and decreasing pollution. The EPA "Burn Wise' website and Cornell Cooperative Extension are great sources for homeowners to learn how to efficiently burn wood to minimize air pollution.

Low Maintenance

Modern outdoor wood stoves are engineered to be environmentally friendly. In contrast to indoor wood burners which emit significant smoke modern outdoor furnaces burn efficiently and without the release of excessive heat or carbon monoxide. They also require less freestanding wood burner to provide the same amount of heat as traditional stoves.

Outdoor wood burners require less maintenance and are more accepting of wood moisture content than indoor wood burning stoves. However, outdoor wood burners can only be used with properly seasoned or "cured" wood. This could take a whole year or more for certain types of wood. Make use of a moisture meter prior to loading to determine the amount of water in your wood.

When the system is in operation, it is important to periodically inspect the system for the build-up of creosote. Creosote is an byproduct of combustion that can build up in the chimney and flue when it is not cleaned frequently. It can be eliminated using a creosote removal solution that is poured into the fire. Regular cleaning of the flue and chimney will eliminate dangerous creosote accumulations, and increase efficiency.

To get 99% efficiency from combustion, Crown Royal Stoves designed an innovative air flow technology known as Negative Pressure Gasification. This technology is used in our EPA certified Pristine Series Outdoor Wood Furnaces to draw air upwards from the bottom and force all the gases through an insulated secondary combustion chamber surrounded by water with easy-to-clean Turbulators. The result is a smokeless, pollutant free combustion.