20 Myths About Wood Burning Stove: Busted

Wood Burning Stoves Near Me

Wood stoves are a low-carbon renewable source of heat that can help you save money on your energy bills. They also help to support active woodland management, which benefits wildlife.

However, if they aren't properly maintained and installed, they can produce carbon monoxide that poses health hazards for the entire family. To avoid this, pick a wood stove that is EPA certified and features the latest technology to ensure safe operation.

Catalytic Stoves

A catalytic stove wood burning is equipped with an encapsulated catalyst that converts the smoke of wood into carbon dioxide and water. This is a great choice for those looking to reduce indoor air pollution while saving money. They burn more hot and produce less creosote. They consume less 5kw multi fuel stove - upsports.co.kr,. They can be more costly to operate than non catalytic models and require regular maintenance of the combustion chamber.

Wood Stoves that have been certified by the EPA

The EPA requires that wood stoves are designed according to specific guidelines that reduce their emissions. According to these guidelines, a catalytic stove must not emit more than 7.5 grams per hour. This is in contrast to 4.1 grams per hour for an uncatalytic stove. But, it's important to keep in mind that lower emissions ratings do not translate into better heating efficiency.

Sizing and Selection

It is vital to ensure that your wood stove is properly sized for the home in which it is installed. The wrong size stove will not work as intended and may even overheat. The proper stove size will increase the heat output while reducing emissions. The brochure: Buying a wood stove that is certified by the EPA (PDF 530K) is a great method to determine the size and type of the right wood stove.

Non-Catalytical and Catalytic stoves

The first type of wood stove produced was the non-catalytic stove. These stoves are also called traditional wood-burning stoves, or open fire stoves. The non-catalytic stove has the advantage that it doesn't require another combustion to lower emissions. However, a substantial amount of energy wasted is lost in the form of smoke. The smoke from non-catalytic stoves is contaminated with a toxic substance known as creosote. The introduction of the catalytic wood stove eliminated these issues. The catalytic wood stove utilizes catalysts to burn off the gases in the smoke and eliminates toxic creosote.

Although the catalytic wood stove was designed to reduce the emission of toxic gases however, it isn't as effective as the secondary burn system used in the non-catalytic stove. The catalyst does not completely burn the byproducts produced by burning wood and therefore still produces harmful emissions. In addition, the honeycomb structure of the catalyst may break down over time. This could result in a decrease in performance and the need for replacement.

Keeping the Combustion Chamber Clean

A functioning catalytic combustor will have a grayish-white appearance. It should be free of soot, ash or any other material that can clog the catalytic surfaces, and reduce their surface area. The combustor shouldn't be subjected to flame impingement. This could occur when a rapid, strong draft draws flames directly into a catalytic converter. This can also occur if the firebox door or ash pan's door has been left open.

It is essential to check the catalytic combustion chamber on a regular basis for physical damage or a need to replace. If the catalytic combustor is damaged or requires to be replaced, it should be done as quickly as is feasible to ensure maximum performance.