Wood Burning Stoves Near Me

Wood stoves can help you reduce your energy bills. They also aid in active woodland management that benefits wildlife.

If they are not maintained and installed correctly, they can create carbon monoxide, which poses health risks for the entire family. To avoid this, choose an appliance made of wood that is EPA certified and has modern technology to ensure safe operation.

Catalytic Stoves

A catalytic fireplace comes with a catalyst which resembles a honeycomb. It converts wood smoke into carbon dioxide. It is a good choice for anyone who wants to reduce indoor air pollution and save money by burning less wood. The stoves are hotter and produce less creosote. They use less fuel. However, they can be more expensive to operate than non-catalytic models, and require regular maintenance of the combustion chamber.

Wood Stoves Certified by the EPA

The EPA requires that wood stoves be designed under certain guidelines that restrict their emissions. According to these guidelines a catalytic stove must not emit more than 7.5 grams per hour. This is compared to 4.1 grams per hour for a non-catalytic stove. It's important to remember that lower emission ratings don't necessarily translate into better efficiency in heating.

Sizing and Selection

It is important that your wood stove is designed appropriately for the space in which it will be placed. A stove that is not properly sized will not work as intended and may even overheat. The correct stove size will boost heat powered wood stove fan output while cutting emissions. The brochure: Buying a certified wood stove that is EPA-certified (PDF 530K), provides a convenient method to determine the size and type of the best wood stove.

Non-Catalytic and Catalytic stoves

The first type of wood stove manufactured was the non-catalytic stove. These are also known as traditional wood burning stoves or open-Fire stove stoves. The primary advantage of the non-catalytic stove is that it doesn't require a secondary combustion to reduce emissions. However, a substantial amount of energy that is wasted is lost in the form of smoke. The smoke from non-catalytic stoves has a poisonous substance known as creosote. The introduction of the catalytic wood stove has eliminated these problems. The catalytic wood stove employs catalysts to burn the gases in the smoke and eliminates toxic creosote.

The catalytic wood burner was developed to minimize toxic emissions. However it is less efficient than the secondary combustion system utilized in the non-catalytic model. The catalyst can produce toxic fumes due to the fact that it doesn't burn completely the byproducts from burning wood. In addition the honeycomb structure the catalyst may break down over time. This can result in decreased performance and the need for replacement.

Keep the Combustion Chamber Clean

A catalytic combustor that is functioning properly will appear to be like a powdery gray. It must be free of ash, soot or other materials which could block the cells and decrease the surface area of catalytic reactions. The combustor should not be exposed to flame impingement. This can happen when a strong, rapid draft forces flames into a catalytic convertor. This could also occur in the event that you leave the firebox or the ash pan doors open.

It is important to inspect the combustion chamber of the catalytic catalytic for physical damage or a need to replace. If the catalytic combustor has become damaged or needs to be replaced, it must be done as soon as is possible to ensure optimal performance.