Fireplace Heat Exchanger

Your room gets heated primarily due to the radioactive heat that is transmitted by the objects around the fireplace. This also causes the air in the room to heat up as well. It is often thought that fireplace leads to energy savings by reducing the heating load on a home. But it works the other way round, the fireplace throws out a lot hot air from the room which makes it compulsory for cool air form outside to flow in to take its place. This would reduce the temperature in the room and your fireplace would have to work more to heat up the air.

Thinking of how can you improve the performance of your masonry fireplace so that more heat can be retained in your room? The fireplace heat exchanger has been developed with the only intention of resolving this issue. There are various types of fireplace heat exchangers but the most common of them all is the tube type heat exchanger. Are you wondering how it works? These types of heat exchangers are nothing but a system of tubes that are connected to an electrical system. Air is forced into the tubes with the help of fans attached at the bottom of the tubes.

Fireplace Heat Exchanger

The tubes which pass through the fire in the fireplace help the air to worm up and then it comes out of the top of the tube. This would definitely increase the efficiency of the fire place as the hot air would flow back in the room rather than escaping from top of the chimney and at the same time keeps the room clean of smoke which may cause health hazards. In order to improve the performance of the fireplace you are required to replace the old conventional masonry fireplace with a much improved fireplace stove. However the importance of fireplace heat exchanger remains the same. It is very necessary to retain more heat in the room and at the same time stay safe from breathing smoke file air. Though the type of the fireplace heat exchanger varies with the type of the fireplace itself. It can be Masonry, Manufactured fireplaces with sheet metal fire boxes.