Pellet Stove Vents Along With Increasing Combustion Efficiency And Lowering Energy Costs

November 28, 2009

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Venting the pellet stove is obviously a crucial component of the installation process. The location of the vent on the property is also important. To lessen fire risk and for general safety certain criteria have to be met. These will depend mainly on the wall material the vent will exit through. If you need any extra assistance other than manufacture guidelines, your local fire authority should be able to help. There are several diverse designs of pellet stove vent accessible on the market. Some of the vent designs can even improve burning efficiency, this will lead to more heat, less energy consumption plus less smoke and ash.
The three main types of vents available on the market today are a single wall, double wall as well as direct vent. There are cost differences between these unlike types of vent, by way of single wall the cheapest, then double wall as well as direct vent.

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Pellet stoves are a more advanced form of solid energy heating compared to log stoves. Most log stoves used the basic single wall vent, however most pellet stoves today use the double wall or direct vent. A double wall or direct vent can increase combustion efficiency in addition to also diminish issues such as creosote build up. A double wall vent has a layer of insulation between the two walls. The insulation has two benefits, it acts a safety feature in addition to can also diminish fire risk with reducing the outside temperature of the vent. The insulation can also reduce creosote build up by means of keeping the exhaust gases hot.
A direct vent further increases combustion efficiency by means of heating up the incineration air. Efficient burning is based on a energy by way of a low moisture content and high combustion temperatures. A direct vent passes the burning air down the outside of the exhaust gases. This effect technique the combustion air is warmer generating higher burning temperatures.

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As a direct vent impacts directly on the source of incineration air for the pellet stove, a stove which has not been designed with a direct vent cannot easily be retrofitted by one. There are also other features plus designs on pellet stoves which effect incineration efficiency as well as fuel flexibility. A few examples include the design of the burn pot as well as pellet auger feed system. The designs of these features can impact directly on the ability of the stove to burn diverse grades and brands of biomass pellets effectively. Some pellet stove designs are so intolerable to changes in ash, that complications can arise from changes from one brand of premium biomass pellet fuel to the next, or batch to batch. To help consumers purchase more efficient and fuel flexible pellet stoves, we have developed the pellet stove and boiler guide. We specialise in pellet energy along with incineration solutions.

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