5 Killer Quora Answers To Wood Burning Fires
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wood burning fires (click through the up coming webpage) Need to Be Hot and Clean
Wood burning fires are not only relaxing and captivating, but they're a critical part of our health and wellbeing. However, they must be clean and hot for them to function properly.
Green, or unseasoned, wood is very small wood burner moist which makes it difficult to ignite and burn effectively. Kiln dried or seasoned wood has a low moisture content, making it much easier to ignite and keep a flame.
Efficient Combustion
The fire in the wood must be hot enough to snuff out water and reach temperatures that exceed 540 deg F. The process of producing heat from secondary combustion begins at around 900 degrees F (in ideal conditions). This is the primary step to efficient combustion of the fuel while minimizing pollution smoke, creosote, and accumulation in the flue.
It is important to note that the temperature needed for secondary combustion is dependent on the type of fuel and the environmental conditions. Choose firewood that is well-seasoned and has a moisture content of less than 20% to limit the variations.
In addition, the quantity of air that is pumped into a fire can significantly impact the amount of heat produced and burn time. The greater the oxygen supply, the hotter a fire will burn and the shorter its burn time. When the air supply is insufficient the wood fire produces less heat and will burn at a slower rate.
A fireplace or wood stove insert that has an adjustable air damper will increase the burn time and efficiency. The wide-open setting gives the fire to get all the oxygen it needs and quickly draw down the fuel supply. A fire that is contained in the confines of a small area is less likely to spread.
A well-dried load of firewood is also critical to efficient wood burning. Wood that hasn't been dried will contain a lot of water, making it difficult to burn. To ensure optimal performance it is recommended you use only seasoned wood that has been stored outside for six to nine month.
The BTU content of wood is a different factor to take into consideration. White pine and spruce might be cheaper than eastern hardwoods such as shagbark, hickory, and black locust, but their BTU values are higher. This means they'll produce more heat with the same amount of wood. This is why it's important to take into consideration your heating requirements and wood burning fires fuel costs when selecting your firewood.
Clean Burning
Wood smoke can cause indoor air pollution, which can cause irritation to the lungs and respiratory discomfort in senior citizens and children. These pollutants include volatile aromatic hydrocarbons (PAHs) such as benzo-a-pyrene and formaldehyde and volatile organic compounds such as benzene. 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 outside, reducing visibility and contributing photochemical smog. When used correctly however, modern combustion technology in clean-burning wood stoves and fire places can help reduce the emissions.
Stage 1 - Vaporization of moisture: As the log gets warmer, it releases water vapour that escapes through the chimney flue. This requires more energy than if the log was dried before burning. It also wastes energy that could be used for warming your home.
These vapors mix in the flue with carbon particles, resulting in smoke. Smoke is a major contributor to particulate matter in the air and is one of the main sources of smog that we experience on clear days.
If properly used Wood stoves and fireplaces that use clean burn technology can lessen the problem by burning the logs into charcoal-like states, which releases less volatile gasses and produces most of the energy from the log as usable heat.
Avoid using damp or sour wood to fuel your fire because it's more difficult to burn and generates a lot more creosote than well-seasoned wood. Don't over-load your stove with soft and thin wood like pine or fir as it requires more energy to burn them, and they create more smoke which can cause chimney fires.
Use a metal bucket to scoop up ashes from the stove, and wait until they cool before handling them. Store or dispose of ashes in a safe manner. They can re-ignite when exposed to water and are dangerous in landfills. Instead, you should use them around your garden or in the home.
Storing, seasoning and properly burning your wood will help you save money and ensure that your stove is operating efficiently. It is also essential to clean your chimney regularly to remove deposited creosote and other particles as well as to avoid chimney fires and maintain the safety of your operation.
Safety
It's difficult to beat a warm fireplace on a cold winter night However, security precautions should be taken. If fires are constructed incorrectly and left unattended or burnt the risk of dangerous fumes entering the home. Creosote can also build up in the chimney. These deposits could block the flue, block the flow of air and cause your furnace or wood stove to operate less efficiently.
Never burn painted or treated wood heater stove, household trash paper, rags, or other combustible materials in your wood-burning stove or fireplace. They emit noxious gases and may release toxic fumes, such as carbon monoxide. Do not use the flammable liquids for a fire starter. Gasoline, lighter fluid, and kerosene can cause fires in chimneys, increase emissions, and cause toxic creosote.
Keep combustibles, such as furniture, curtains and toys, at a safe distance away from your stove or fireplace. Do not hang clothes near or on your wood-burning fireplace. Children should be taught that the fireplace is extremely hot and shouldn't be touched.
Only use seasoned wood for your stove or fireplace. The wood burning stoves small that is seasoned has been dried during the summer months to reduce the moisture content. Woods that are damp emit more smoke and creosote, whereas the wood that has been seasoned is more efficient and clear. Seasoned wood looks darker and cracks appear in the end grain and sounds hollow when tapping. Store your logs outdoors stacked neatly, with the top covered, but allowing air to circulate around them.
Overloaded appliances produce more smoke and less warmth. Fires that are overloaded can also create dangerous levels of carbon monoxide. If you have an older appliance that has an iron liner, you should inspect it regularly for indications of wear. This could lead to an explosion in the chimney.
The EPA recommends using split, dry, and well-seasoned corner wood burner to help reduce the amount of smoke you breathe in your home. Create a fire by using small pieces. Avoid using soft woods, like pine, which are a great starter material to get your fire up and running however shouldn't be used for more than that. These softer woods have sap and resin which, when burnt, deposits excessive creosote inside the chimney.
Maintenance
A warm evening in front of a wood-burning fireplace is a wonderful way to spend winter nights. It is important to maintain the fireplace to get the most enjoyment of it. Regular inspections and cleaning of your fireplace will allow you to avoid any problems. This maintenance prevents excessive creosote and keeps the chimney clear to ensure maximum efficiency.
Creosote is a dark and crusty flammable material that forms in the flue when wood doesn't burn completely. When a lot of creosote builds up it can result in chimney fires. These are the second most common causes of house fires across the United States. There are a variety of factors that can contribute to a fire's failure to completely burn, including dampers that are not properly sealed, cracks in the chimney liner, and the absence of regular cleaning and the removal of ash.
Creosote can accumulate in large amounts when wood isn't properly treated. This is because nearly half the weight of a piece of wood is water. During the fire it 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 harmful side effect of burning wood is soot. Soot is softer than creosote, however it can cling to the walls of your fireplace and impede air flow. It is also an ignition risk since it ignites easily when exposed to combustible gasses.
You should remove the ashes and put them in a metal ash container that you keep outside on a nonflammable surface. Don't forget that dust is a fantastic source of nutrients for your plants. Spread them all over your backyard!
Regularly have your fireplace and chimney checked by a Regency Dealer certified. The technician will look for cracks, creosote and soot levels, a properly shut damper, and the condition of the catalyst. If you have a double-stage fireplace that has an air tube, you must have the catalyst removed and visually inspected for blockages. Consult your user's manual for instructions on how to do this for your particular unit.
Wood burning fires are not only relaxing and captivating, but they're a critical part of our health and wellbeing. However, they must be clean and hot for them to function properly.
Green, or unseasoned, wood is very small wood burner moist which makes it difficult to ignite and burn effectively. Kiln dried or seasoned wood has a low moisture content, making it much easier to ignite and keep a flame.
Efficient Combustion
The fire in the wood must be hot enough to snuff out water and reach temperatures that exceed 540 deg F. The process of producing heat from secondary combustion begins at around 900 degrees F (in ideal conditions). This is the primary step to efficient combustion of the fuel while minimizing pollution smoke, creosote, and accumulation in the flue.
It is important to note that the temperature needed for secondary combustion is dependent on the type of fuel and the environmental conditions. Choose firewood that is well-seasoned and has a moisture content of less than 20% to limit the variations.
In addition, the quantity of air that is pumped into a fire can significantly impact the amount of heat produced and burn time. The greater the oxygen supply, the hotter a fire will burn and the shorter its burn time. When the air supply is insufficient the wood fire produces less heat and will burn at a slower rate.
A fireplace or wood stove insert that has an adjustable air damper will increase the burn time and efficiency. The wide-open setting gives the fire to get all the oxygen it needs and quickly draw down the fuel supply. A fire that is contained in the confines of a small area is less likely to spread.
A well-dried load of firewood is also critical to efficient wood burning. Wood that hasn't been dried will contain a lot of water, making it difficult to burn. To ensure optimal performance it is recommended you use only seasoned wood that has been stored outside for six to nine month.
The BTU content of wood is a different factor to take into consideration. White pine and spruce might be cheaper than eastern hardwoods such as shagbark, hickory, and black locust, but their BTU values are higher. This means they'll produce more heat with the same amount of wood. This is why it's important to take into consideration your heating requirements and wood burning fires fuel costs when selecting your firewood.
Clean Burning
Wood smoke can cause indoor air pollution, which can cause irritation to the lungs and respiratory discomfort in senior citizens and children. These pollutants include volatile aromatic hydrocarbons (PAHs) such as benzo-a-pyrene and formaldehyde and volatile organic compounds such as benzene. 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 outside, reducing visibility and contributing photochemical smog. When used correctly however, modern combustion technology in clean-burning wood stoves and fire places can help reduce the emissions.
Stage 1 - Vaporization of moisture: As the log gets warmer, it releases water vapour that escapes through the chimney flue. This requires more energy than if the log was dried before burning. It also wastes energy that could be used for warming your home.
These vapors mix in the flue with carbon particles, resulting in smoke. Smoke is a major contributor to particulate matter in the air and is one of the main sources of smog that we experience on clear days.
If properly used Wood stoves and fireplaces that use clean burn technology can lessen the problem by burning the logs into charcoal-like states, which releases less volatile gasses and produces most of the energy from the log as usable heat.Avoid using damp or sour wood to fuel your fire because it's more difficult to burn and generates a lot more creosote than well-seasoned wood. Don't over-load your stove with soft and thin wood like pine or fir as it requires more energy to burn them, and they create more smoke which can cause chimney fires.
Use a metal bucket to scoop up ashes from the stove, and wait until they cool before handling them. Store or dispose of ashes in a safe manner. They can re-ignite when exposed to water and are dangerous in landfills. Instead, you should use them around your garden or in the home.
Storing, seasoning and properly burning your wood will help you save money and ensure that your stove is operating efficiently. It is also essential to clean your chimney regularly to remove deposited creosote and other particles as well as to avoid chimney fires and maintain the safety of your operation.
Safety
It's difficult to beat a warm fireplace on a cold winter night However, security precautions should be taken. If fires are constructed incorrectly and left unattended or burnt the risk of dangerous fumes entering the home. Creosote can also build up in the chimney. These deposits could block the flue, block the flow of air and cause your furnace or wood stove to operate less efficiently.
Never burn painted or treated wood heater stove, household trash paper, rags, or other combustible materials in your wood-burning stove or fireplace. They emit noxious gases and may release toxic fumes, such as carbon monoxide. Do not use the flammable liquids for a fire starter. Gasoline, lighter fluid, and kerosene can cause fires in chimneys, increase emissions, and cause toxic creosote.
Keep combustibles, such as furniture, curtains and toys, at a safe distance away from your stove or fireplace. Do not hang clothes near or on your wood-burning fireplace. Children should be taught that the fireplace is extremely hot and shouldn't be touched.
Only use seasoned wood for your stove or fireplace. The wood burning stoves small that is seasoned has been dried during the summer months to reduce the moisture content. Woods that are damp emit more smoke and creosote, whereas the wood that has been seasoned is more efficient and clear. Seasoned wood looks darker and cracks appear in the end grain and sounds hollow when tapping. Store your logs outdoors stacked neatly, with the top covered, but allowing air to circulate around them.
Overloaded appliances produce more smoke and less warmth. Fires that are overloaded can also create dangerous levels of carbon monoxide. If you have an older appliance that has an iron liner, you should inspect it regularly for indications of wear. This could lead to an explosion in the chimney.
The EPA recommends using split, dry, and well-seasoned corner wood burner to help reduce the amount of smoke you breathe in your home. Create a fire by using small pieces. Avoid using soft woods, like pine, which are a great starter material to get your fire up and running however shouldn't be used for more than that. These softer woods have sap and resin which, when burnt, deposits excessive creosote inside the chimney.
Maintenance
A warm evening in front of a wood-burning fireplace is a wonderful way to spend winter nights. It is important to maintain the fireplace to get the most enjoyment of it. Regular inspections and cleaning of your fireplace will allow you to avoid any problems. This maintenance prevents excessive creosote and keeps the chimney clear to ensure maximum efficiency.
Creosote is a dark and crusty flammable material that forms in the flue when wood doesn't burn completely. When a lot of creosote builds up it can result in chimney fires. These are the second most common causes of house fires across the United States. There are a variety of factors that can contribute to a fire's failure to completely burn, including dampers that are not properly sealed, cracks in the chimney liner, and the absence of regular cleaning and the removal of ash.
Creosote can accumulate in large amounts when wood isn't properly treated. This is because nearly half the weight of a piece of wood is water. During the fire it 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 harmful side effect of burning wood is soot. Soot is softer than creosote, however it can cling to the walls of your fireplace and impede air flow. It is also an ignition risk since it ignites easily when exposed to combustible gasses.
You should remove the ashes and put them in a metal ash container that you keep outside on a nonflammable surface. Don't forget that dust is a fantastic source of nutrients for your plants. Spread them all over your backyard!
Regularly have your fireplace and chimney checked by a Regency Dealer certified. The technician will look for cracks, creosote and soot levels, a properly shut damper, and the condition of the catalyst. If you have a double-stage fireplace that has an air tube, you must have the catalyst removed and visually inspected for blockages. Consult your user's manual for instructions on how to do this for your particular unit.
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