5 Killer Quora Answers To Wood Burning Fires
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Wood Burning Fires Need to Be Hot and Clean
Wood burning fires are not just a relaxing and enchanting experience they're also a vital aspect of our health and well-being. They need to be warm and clean to function.
Unseasoned, or green, wood has high moisture content which makes it difficult to burn and light efficiently. Kiln dried, or seasoned wood has low moisture content and is easier to ignite and burn for Wood burning fires longer.
Efficient Combustion
A wood fire has to be hot enough to drive out water and reach temperatures that are above 540 deg F ( 800 deg F in ideal conditions) where the heat-producing secondary combustion process begins. This is the primary process for efficiently burning the fuel and minimizing pollutants, smoke, and creosote buildup in the flue.
It is vital to realize that the temperature needed for secondary combustion depends on the type of fuel used and the environment. The best way to minimize the variations is to use seasoned firewood with an average moisture content of less than 20%.
In addition, the amount of air that is supplied to the fire can have a significant impact on the amount of heat produced and time to burn. The more oxygen available the more hot a fire will burn and the shorter its burn time. If the supply of air is insufficient the wood burners for sale fire will produce less heat and will burn at a slower rate.
A fireplace or wood stove insert with an adjustable air damper will maximize the burn time and efficiency. The wide-open setting lets the fire to get all the oxygen it can get and will quickly draw down the fuel supply. The reverse is true for the fire that is restricted to a limited area, in which the fire cannot expand as far.
A firewood load that has been properly dried is essential for efficient wood burning. When wood is cut just recently and hasn't had the chance to dry, it will have high water content, which could make it difficult to burn. For the best performance it is recommended you use only wood that has been seasoned that has been stored outside for six to nine months.
Another consideration is the BTU content of different types of wood. White pine and spruce may be less expensive than eastern hardwoods such as shagbark, hickory and black locust, however their BTU numbers are higher. This means they'll produce more heat with the same amount of wood. It is important to take into account your heating needs and fuel costs when choosing your firewood.
Clean Burning
Wood smoke can create indoor air pollution that can cause irritation to the lungs and respiratory distress in children and seniors. These pollutants comprise volatile organic compounds (VOCs) such as formaldehyde and benzene, as well as polycyclic aromatic hydrocarbons like benzo-a-pyrene, that can cause cancer. Volatile tars (such as creosote) are also released when firewood burns.
Smoke from poorly-designed wood stoves and fire places could contribute to poor air quality in the outside by making it harder to see and causing photochemical pollution. However, new clean burning fireplaces and wood woodburning stoves equipped with modern technology for combustion, when used properly can drastically reduce these emissions.
Stage 1 - Vaporization of moisture: As the log warms, it releases water vapour, which escapes through the chimney flue. This consumes more energy than when the log was dried to dry before burning. It also consumes energy that could be used for to heat your home.
The vapors in the flue with carbon particles to create smoke. Smoke is one of the major contributors to particulate matter in the air and is among the main sources of smog we experience on clear days.
Wood stoves and fireplaces with clean burn technology, if used correctly, can significantly reduce the risk of this by converting the wood burning stove in conservatory to charcoal state which releases much less volatile gases, and creating the majority of the energy in the log from usable heat.
Avoid using damp, sour or rotten wood to ignite your fire. It is more difficult to burn and produces more creosote. Also, don't overload your stove with soft and thin wood like pine or fir It takes more energy to burn them, and they produce more smoke which can cause chimney fires.
Always wait until the ashes are cool before handling them. Keep or dispose of the ashes properly. They are able to ignite again when exposed to water and can be dangerous to dispose of in landfills. Instead, you should use them around your garden or at the home.
Properly conserving, securing and burning your wood will save you money on fuel and ensure that your stove is functioning efficiently. Regularly cleaning your chimney is crucial to get rid of creosote and particulates as well as other debris that has been deposited. This will also prevent chimney fires as well as keep your chimney operating safely.
Safety
It's hard to beat a warm fireplace in the winter cold however, safety precautions should be taken. If fires are not constructed correctly or left unattended, Wood burning Fires or if they are burned the risk of dangerous fumes entering the home. Creosote also builds up in the chimney. These deposits can block the flue, inhibit airflow, and cause your furnace or wood stove to run less efficiently.
Never burn treated or painted wood, household garbage, rags, paper and other combustible materials inside your wood-burning stove or fireplace. They release toxic gases and can release toxic fumes such as carbon monoxide. Avoid using flammable liquids as a fire starter. Gasoline, kerosene and lighter fluids can increase emissions, cause toxic creosote, and even cause chimney fires.
Keep combustibles, such as furniture curtains, toys, and other items at a safe distance from your fireplace or stove. Never hang clothing on or near your fireplace that is wood burning. Children should be taught that the fireplace is very hot and should not be touched.
Make sure to use only wood that has been seasoned for your stove or fireplace. Seasoned cast iron wood burner is dried during the summer months to reduce moisture content. The wood that is damp produces more smoke and creosote, whereas seasoned logs burn much more efficiently and with less mess. Seasoned wood looks darker and has cracks in the end grain, and makes a hollow sound when tapping. Keep your wood outside, neatly stacked with the top covered but allowing air circulation to them.
Be cautious not to overload your stove or fireplace as appliances that are overloaded produce more smoke and produce less heat. Overloaded fires may also produce dangerous levels of carbon monoxide. If you have an older appliance with a metal lining, inspect the liner frequently for signs of wear and tear that can cause an explosion in the chimney.
The EPA suggests reducing the amount of smoke in your home by using dry, split, and well-seasoned wood and constructing a hot fire using small pieces. Avoid using soft woods like pine. Pine is a good fuel for a fire, but shouldn't be used more than. These woods with resin and sap that, when burnt, deposits excessive creosote inside the chimney.
Maintenance
A warm fire in a wood burning fireplace is a great way to warm up during the cold winter nights. But, it is essential to maintain your fireplace in order to ensure that you get the most benefits from your fire. Regular cleaning and inspections of your fireplace can help you avoid any issues. This maintenance prevents excessive creosote and keeps the chimney clear to ensure maximum efficiency.
Creosote is a dark, hard, flammable substance that develops in the flue when wood does not completely burn. If a significant amount of creosote accumulates it can result in chimney fires. They are the second leading causes of house fires across the United States. There are a variety of factors that can cause a fire to fully burn, such as dampers that are improperly closed, cracks in the chimney liner, and a lack of regular cleaning and the removal of ash.
Creosote may build up in large amounts when wood isn't properly prepared. This is because nearly half the weight of a piece wood is water. During the fire the water boils and releases heat but it also consumes energy in the process. The water vapor resulting from the process is then condensed into creosote, or released into the atmosphere as part of the smoke.
Another hazard of burning wood is soot. Soot, although less dense than creosote can block airflow and adhere to walls. It also poses an hazard to fire because it is a natural igniter when exposed to combustible gases.
Take the ashes out of your fireplace and place them in an ash container made of metal. Keep it outside on an unflammable surface. Don't forget that remains of the ashes are a good source of nutrients for your plants. Spread them out in your yard!
It is recommended to ensure that your chimney and fireplace are inspected by a Regency Dealer certified. The technician can check for cracks, creosote and soot levels and a damper that is shut properly, and the condition of the catalyst. If you have a double-stage fireplace with an air tube, it is recommended to remove the catalyst and visually inspected for any blockages. Check your user's manual to learn how to do this for your unit.
Wood burning fires are not just a relaxing and enchanting experience they're also a vital aspect of our health and well-being. They need to be warm and clean to function.
Unseasoned, or green, wood has high moisture content which makes it difficult to burn and light efficiently. Kiln dried, or seasoned wood has low moisture content and is easier to ignite and burn for Wood burning fires longer.
Efficient Combustion
A wood fire has to be hot enough to drive out water and reach temperatures that are above 540 deg F ( 800 deg F in ideal conditions) where the heat-producing secondary combustion process begins. This is the primary process for efficiently burning the fuel and minimizing pollutants, smoke, and creosote buildup in the flue.
It is vital to realize that the temperature needed for secondary combustion depends on the type of fuel used and the environment. The best way to minimize the variations is to use seasoned firewood with an average moisture content of less than 20%.
In addition, the amount of air that is supplied to the fire can have a significant impact on the amount of heat produced and time to burn. The more oxygen available the more hot a fire will burn and the shorter its burn time. If the supply of air is insufficient the wood burners for sale fire will produce less heat and will burn at a slower rate.
A fireplace or wood stove insert with an adjustable air damper will maximize the burn time and efficiency. The wide-open setting lets the fire to get all the oxygen it can get and will quickly draw down the fuel supply. The reverse is true for the fire that is restricted to a limited area, in which the fire cannot expand as far.
A firewood load that has been properly dried is essential for efficient wood burning. When wood is cut just recently and hasn't had the chance to dry, it will have high water content, which could make it difficult to burn. For the best performance it is recommended you use only wood that has been seasoned that has been stored outside for six to nine months.
Another consideration is the BTU content of different types of wood. White pine and spruce may be less expensive than eastern hardwoods such as shagbark, hickory and black locust, however their BTU numbers are higher. This means they'll produce more heat with the same amount of wood. It is important to take into account your heating needs and fuel costs when choosing your firewood.Clean Burning
Wood smoke can create indoor air pollution that can cause irritation to the lungs and respiratory distress in children and seniors. These pollutants comprise volatile organic compounds (VOCs) such as formaldehyde and benzene, as well as polycyclic aromatic hydrocarbons like benzo-a-pyrene, that can cause cancer. Volatile tars (such as creosote) are also released when firewood burns.
Smoke from poorly-designed wood stoves and fire places could contribute to poor air quality in the outside by making it harder to see and causing photochemical pollution. However, new clean burning fireplaces and wood woodburning stoves equipped with modern technology for combustion, when used properly can drastically reduce these emissions.
Stage 1 - Vaporization of moisture: As the log warms, it releases water vapour, which escapes through the chimney flue. This consumes more energy than when the log was dried to dry before burning. It also consumes energy that could be used for to heat your home.
The vapors in the flue with carbon particles to create smoke. Smoke is one of the major contributors to particulate matter in the air and is among the main sources of smog we experience on clear days.
Wood stoves and fireplaces with clean burn technology, if used correctly, can significantly reduce the risk of this by converting the wood burning stove in conservatory to charcoal state which releases much less volatile gases, and creating the majority of the energy in the log from usable heat.
Avoid using damp, sour or rotten wood to ignite your fire. It is more difficult to burn and produces more creosote. Also, don't overload your stove with soft and thin wood like pine or fir It takes more energy to burn them, and they produce more smoke which can cause chimney fires.
Always wait until the ashes are cool before handling them. Keep or dispose of the ashes properly. They are able to ignite again when exposed to water and can be dangerous to dispose of in landfills. Instead, you should use them around your garden or at the home.
Properly conserving, securing and burning your wood will save you money on fuel and ensure that your stove is functioning efficiently. Regularly cleaning your chimney is crucial to get rid of creosote and particulates as well as other debris that has been deposited. This will also prevent chimney fires as well as keep your chimney operating safely.
Safety
It's hard to beat a warm fireplace in the winter cold however, safety precautions should be taken. If fires are not constructed correctly or left unattended, Wood burning Fires or if they are burned the risk of dangerous fumes entering the home. Creosote also builds up in the chimney. These deposits can block the flue, inhibit airflow, and cause your furnace or wood stove to run less efficiently.
Never burn treated or painted wood, household garbage, rags, paper and other combustible materials inside your wood-burning stove or fireplace. They release toxic gases and can release toxic fumes such as carbon monoxide. Avoid using flammable liquids as a fire starter. Gasoline, kerosene and lighter fluids can increase emissions, cause toxic creosote, and even cause chimney fires.
Keep combustibles, such as furniture curtains, toys, and other items at a safe distance from your fireplace or stove. Never hang clothing on or near your fireplace that is wood burning. Children should be taught that the fireplace is very hot and should not be touched.
Make sure to use only wood that has been seasoned for your stove or fireplace. Seasoned cast iron wood burner is dried during the summer months to reduce moisture content. The wood that is damp produces more smoke and creosote, whereas seasoned logs burn much more efficiently and with less mess. Seasoned wood looks darker and has cracks in the end grain, and makes a hollow sound when tapping. Keep your wood outside, neatly stacked with the top covered but allowing air circulation to them.Be cautious not to overload your stove or fireplace as appliances that are overloaded produce more smoke and produce less heat. Overloaded fires may also produce dangerous levels of carbon monoxide. If you have an older appliance with a metal lining, inspect the liner frequently for signs of wear and tear that can cause an explosion in the chimney.
The EPA suggests reducing the amount of smoke in your home by using dry, split, and well-seasoned wood and constructing a hot fire using small pieces. Avoid using soft woods like pine. Pine is a good fuel for a fire, but shouldn't be used more than. These woods with resin and sap that, when burnt, deposits excessive creosote inside the chimney.
Maintenance
A warm fire in a wood burning fireplace is a great way to warm up during the cold winter nights. But, it is essential to maintain your fireplace in order to ensure that you get the most benefits from your fire. Regular cleaning and inspections of your fireplace can help you avoid any issues. This maintenance prevents excessive creosote and keeps the chimney clear to ensure maximum efficiency.
Creosote is a dark, hard, flammable substance that develops in the flue when wood does not completely burn. If a significant amount of creosote accumulates it can result in chimney fires. They are the second leading causes of house fires across the United States. There are a variety of factors that can cause a fire to fully burn, such as dampers that are improperly closed, cracks in the chimney liner, and a lack of regular cleaning and the removal of ash.
Creosote may build up in large amounts when wood isn't properly prepared. This is because nearly half the weight of a piece wood is water. During the fire the water boils and releases heat but it also consumes energy in the process. The water vapor resulting from the process is then condensed into creosote, or released into the atmosphere as part of the smoke.
Another hazard of burning wood is soot. Soot, although less dense than creosote can block airflow and adhere to walls. It also poses an hazard to fire because it is a natural igniter when exposed to combustible gases.
Take the ashes out of your fireplace and place them in an ash container made of metal. Keep it outside on an unflammable surface. Don't forget that remains of the ashes are a good source of nutrients for your plants. Spread them out in your yard!
It is recommended to ensure that your chimney and fireplace are inspected by a Regency Dealer certified. The technician can check for cracks, creosote and soot levels and a damper that is shut properly, and the condition of the catalyst. If you have a double-stage fireplace with an air tube, it is recommended to remove the catalyst and visually inspected for any blockages. Check your user's manual to learn how to do this for your unit.
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