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Wood Burning Stoves Near Me

Wood stoves can help you reduce your energy bills. They also assist in active woodland management, which benefits wildlife.

If they are not properly maintained and installed they could release carbon monoxide that poses health risks to the family. To avoid this, pick a wood stove that is EPA certified and has modern technology for safe operation.

Catalytic Stoves

A catalytic stove is equipped with a specific honeycomb-like catalyst that converts the smoke from wood into carbon dioxide and water. It is a good choice for those who want to reduce indoor air pollution and save money by burning less wood. The stoves are hotter and produce less creosote. They consume less fuel. They are more expensive to operate than non catalytic models, and require regular maintenance on the combustion chamber.

Wood Stoves that are EPA-Certified

The EPA requires that wood stoves be constructed according to certain guidelines which limit their emissions. The guidelines stipulate that a catalytic wood stove must be tested at a level that is not more than 7.5 grams of smoke per hour. This is in comparison to 4.1 g/hr of smoke for a non catalytic stove. However, it's important to note that lower emissions ratings don't translate into better heating efficiency.

Sizing and Selection

It is important that your wood stove is designed appropriately for the space in which it will be installed. A stove that is not properly sized will not function as intended and may even overheat. A properly-sized stove increases the heat output and reduces emissions. The brochure: Buying an certified outdoor wood burning stove stove that is EPA-certified (PDF 530K), provides a convenient way to measure and choose the best wood stove.

Non-Catalytic and Catalytic stoves

The first wood stove produced was non-catalytic stove. They are also referred to as traditional wood burning stoves or open-fire stoves. The non-catalytic stove has the advantage that it does not require another combustion to lower emissions. However, a substantial amount of energy wasted is lost in the form of smoke. The smoke that is produced by wood stoves that are not catalytic contain creosote, a heavy substance which is a very toxic substance. The introduction of the catalytic wood stove reduced the risk of these issues. The catalytic wood stove uses a catalyst to burn the smoke containing gases and eliminates toxic creosote.

The catalytic wood burner was developed to reduce toxic emissions. However it is less efficient than the secondary combustion system utilized in the non-catalytic model. The catalyst doesn't completely burn the byproducts from burning wood, and consequently emits harmful fumes. The honeycomb structure could break down with time. This can lead to lower performance and the need for replacement.

Keeping the Combustion Chamber Clean

A catalytic combustor that is working properly will appear like a powdery gray. It should be free of soot, ash, or any other material that could plug up the catalytic surfaces and reduce their surface area. The combustor should not be subjected to impingement of flames. This can happen when a powerful, fast draft pulls flames directly into a catalytic converter. This could also occur if you leave the firebox and the doors to the ash pan open.

It is crucial to check the catalytic combustor for physical damage and the need for replacement. If the catalytic combustor is damaged or requires to be replaced, it should be done as quickly as is feasible to ensure maximum performance.