What Freud Can Teach Us About Wood Burning Fires
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Wood Burning Fires Need to Be Hot and Clean
The warmth and ambiance of wood-burning fires are not only soothing and mesmerizing, but also essential to our health and well-being. They should be hot and clean in order to work.
Green cast iron wood burning stove, or unseasoned wood is characterized by a high moisture content which makes it difficult to ignite and burn effectively. Kiln dried or seasoned wood has a lower moisture content, making it much easier to light and keep a flame.
Efficient Combustion
The wood fire must be hot enough to eliminate moisture and reach temperatures over 540 degrees F. The heat-producing process of secondary combustion begins at 900 degrees F (in ideal conditions). This is the most crucial step in efficiently burning the fuel while minimizing pollution smoke, creosote, and buildup in the flue.
It is important to know that the temperature needed to ignite the secondary combustion process is dependent on the type of fuel used and the environment. The best method to reduce the variations is to use dry firewood that is seasoned and has less than 20%.
The amount of air being supplied to a fire will also have an important impact on the energy output and time to burn. The more oxygen available the more hot a fire will burn and the shorter its burn time. A wood fire will produce less energy and burn at a slower rate when the air supply is restricted.
To ensure maximum burn time and efficiency to maximize efficiency and burn time, a wood stove fireplace insert must be equipped with an adjustable air damper. The wide-open setting allows the fire to get all the oxygen it can get and will quickly draw down the fuel supply. A fire that is contained in the confines of a very small wood burner area is less likely to spread.
A well-dried firewood load is also critical for efficient wood burning. When wood is freshly cut and hasn't had a chance to dry it will have a high water content that can be difficult for logs to burn. To ensure optimal performance it is recommended that you use only wood that has been seasoned that has been stored outside for six to nine month.
Another consideration is the BTU content of different kinds of wood. White pine and spruce could be less expensive than eastern hardwoods, such as shagbark, hickory, and black locust, but their BTU values are greater. This means that they'll generate more heat for the same amount of wood. It is crucial to take into account your heating requirements and fuel costs when selecting your firewood.
Clean Burning
Wood smoke is a source of indoor air pollutants that can irritate the lungs and cause respiratory distress, especially for older adults and children. These pollutants include volatile aromatic hydrocarbons (PAHs) like benzo-a pyrene and formaldehyde, as well as volatile organic compounds like 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. However, new, clean burning fireplaces and wood woodburning stoves that incorporate modern combustion technology when used properly can significantly reduce the emission.
Stage 1 - Vaporization of moisture: As the log heats it releases water vapour which escapes through the chimney flue. This is more energy-intensive than when the log was dried prior to burning. It also consumes energy that could be put to use to heat your home.
These vapors combine in the flue with carbon particles to produce smoke. Smoke is a major contributor to particulate matter in the air and is among the major sources of smog that we encounter on clear days.
If used properly, wood stoves and fireplaces using clean burn technology can help reduce the risk of this issue by burning the logs into charcoal-like conditions that releases less volatile gasses and produces the majority of energy from the log into usable heat.
Avoid using damp, sour or rotten wood to ignite your fire. It's harder to burn and generates more creosote. Also, don't overburden your stove with soft and thin wood such as fir or pine It takes more energy to burn them, and they also produce more smoke which can cause chimney fires.
Always wait until the ashes have cool before handling them. Be sure to keep them in a safe place or dispose of them in a safe manner as ashes can ignite when exposed to water, and they are hazardous in landfills. Instead, you should make use of them in your garden or around the home.
Storing, seasoning and correctly burning your wood can help you save money and keep your stove running efficiently. Cleaning your chimney on a regular basis is crucial to get rid of creosote and particulates as well as other debris that is deposited. This will also prevent chimney fires as well as maintain safe operation.
Safety
It's difficult to beat a warm fireplace on a chilly winter night, but safety precautions should be taken. If fires are not properly constructed or burned, or left unattended, harmful fumes can escape into the home, and potentially dangerous creosote deposits may build up inside the chimney. These deposits can block the flue and reduce the flow of air, making your wood stove or furnace to not work as efficiently.
Never burn painted or treated wood, household trash paper, rags, or other combustible materials in your wood-burning fireplace or stove. They emit noxious gases and can release toxic fumes like carbon monoxide. Do not use liquids that are flammable as a starter. Gasoline, kerosene and lighter fluids can cause an increase in emissions, create toxic creosote and could cause chimney fires.
Keep flammable materials, such as furniture, curtains and toys, a safe distance from your fireplace or stove. Don't hang clothes near your wood burning fireplace. Make sure your children are aware that the fireplace is hot and should not be touched.
Only use wood that is seasoned in your fireplace or stove. The wood that is seasoned has been dried throughout the summer 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. Wood that is seasoned looks darker, has cracks in the end grain, and makes a hollow sound when tapping. Keep your logs outside, neatly stacked with the top partially covered but still allowing air circulation to them.
Be careful not to over-load your stove or fireplace as appliances that are overloaded produce more smoke and produce less heat. Overloaded fires can also generate unsafe carbon monoxide levels. If you own an older appliance that has a metal liner, check it regularly for signs of wear. This could cause a chimney fire.
The EPA recommends reducing smoke inside your home by using dry, split, and well-seasoned wood and building a hot fire using small woodburners pieces. Avoid using soft woods like pine. Pine is a good starting material for the fire, but it shouldn't be used more than. These soft woods contain resin and sap, which, when burnt, deposits excessive creosote into the chimney.
Maintenance
The warmth of a fireplace with wood is a great way to spend winter evenings. It is crucial to maintain your fireplace in order to ensure that you receive the maximum benefits from your fire. Regular cleaning and inspections of your fireplace will help you to avoid any problems. This maintenance helps prevent excessive creosote accumulation and keeps the chimney clean for maximum efficiency.
Creosote, a dark, crusty flammable material that forms in the flue when Wood burner clearance sale does not burn completely. When a large amount of creosote is accumulated it can result in chimney fires. These are the second most frequent cause of house fires across the United States. The failure of a fire to fully burn is caused by a variety of reasons such as dampers that are not properly sealed, cracks in the liner of the chimney as well as a lack of regular cleaning and ash removal.
Incorrectly seasoned wood contributes to an excessive buildup of creosote. This is because nearly half of the weight of a piece wood is water. When the fire is burning it boils and releases heat but it also consumes energy during the process. The water vapor resulting from the process is then absorbed as creosote and released into the atmosphere as part of the smoke.
Another harmful side effect of burning wood is soot. Soot, though less dense than creosote, is able to block airflow and stick to walls. It is also a fire hazard because it is easily ignited when exposed to combustible gases.
You should remove the ashes and put them in an ash bucket made of metal that you can keep outside on a non-flammable surface. Don't forget that remains of the ashes are a good source of nutrients for your plants. Spread them around in your yard!
Regularly have your fireplace and chimney checked by a Regency Dealer certified. The technician can check for cracks in the chimney, creosote and soot levels, a properly shut damper and the condition of your catalyst. If you have a double-stage fireplace that has an air tube, you must remove the catalyst and inspected visually for obstructions. Consult your user manual to learn the procedure for your unit.
The warmth and ambiance of wood-burning fires are not only soothing and mesmerizing, but also essential to our health and well-being. They should be hot and clean in order to work.
Green cast iron wood burning stove, or unseasoned wood is characterized by a high moisture content which makes it difficult to ignite and burn effectively. Kiln dried or seasoned wood has a lower moisture content, making it much easier to light and keep a flame.
Efficient Combustion
The wood fire must be hot enough to eliminate moisture and reach temperatures over 540 degrees F. The heat-producing process of secondary combustion begins at 900 degrees F (in ideal conditions). This is the most crucial step in efficiently burning the fuel while minimizing pollution smoke, creosote, and buildup in the flue.
It is important to know that the temperature needed to ignite the secondary combustion process is dependent on the type of fuel used and the environment. The best method to reduce the variations is to use dry firewood that is seasoned and has less than 20%.
The amount of air being supplied to a fire will also have an important impact on the energy output and time to burn. The more oxygen available the more hot a fire will burn and the shorter its burn time. A wood fire will produce less energy and burn at a slower rate when the air supply is restricted.
To ensure maximum burn time and efficiency to maximize efficiency and burn time, a wood stove fireplace insert must be equipped with an adjustable air damper. The wide-open setting allows the fire to get all the oxygen it can get and will quickly draw down the fuel supply. A fire that is contained in the confines of a very small wood burner area is less likely to spread.
A well-dried firewood load is also critical for efficient wood burning. When wood is freshly cut and hasn't had a chance to dry it will have a high water content that can be difficult for logs to burn. To ensure optimal performance it is recommended that you use only wood that has been seasoned that has been stored outside for six to nine month.
Another consideration is the BTU content of different kinds of wood. White pine and spruce could be less expensive than eastern hardwoods, such as shagbark, hickory, and black locust, but their BTU values are greater. This means that they'll generate more heat for the same amount of wood. It is crucial to take into account your heating requirements and fuel costs when selecting your firewood.
Clean Burning
Wood smoke is a source of indoor air pollutants that can irritate the lungs and cause respiratory distress, especially for older adults and children. These pollutants include volatile aromatic hydrocarbons (PAHs) like benzo-a pyrene and formaldehyde, as well as volatile organic compounds like 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. However, new, clean burning fireplaces and wood woodburning stoves that incorporate modern combustion technology when used properly can significantly reduce the emission.Stage 1 - Vaporization of moisture: As the log heats it releases water vapour which escapes through the chimney flue. This is more energy-intensive than when the log was dried prior to burning. It also consumes energy that could be put to use to heat your home.
These vapors combine in the flue with carbon particles to produce smoke. Smoke is a major contributor to particulate matter in the air and is among the major sources of smog that we encounter on clear days.
If used properly, wood stoves and fireplaces using clean burn technology can help reduce the risk of this issue by burning the logs into charcoal-like conditions that releases less volatile gasses and produces the majority of energy from the log into usable heat.
Avoid using damp, sour or rotten wood to ignite your fire. It's harder to burn and generates more creosote. Also, don't overburden your stove with soft and thin wood such as fir or pine It takes more energy to burn them, and they also produce more smoke which can cause chimney fires.
Always wait until the ashes have cool before handling them. Be sure to keep them in a safe place or dispose of them in a safe manner as ashes can ignite when exposed to water, and they are hazardous in landfills. Instead, you should make use of them in your garden or around the home.
Storing, seasoning and correctly burning your wood can help you save money and keep your stove running efficiently. Cleaning your chimney on a regular basis is crucial to get rid of creosote and particulates as well as other debris that is deposited. This will also prevent chimney fires as well as maintain safe operation.
Safety
It's difficult to beat a warm fireplace on a chilly winter night, but safety precautions should be taken. If fires are not properly constructed or burned, or left unattended, harmful fumes can escape into the home, and potentially dangerous creosote deposits may build up inside the chimney. These deposits can block the flue and reduce the flow of air, making your wood stove or furnace to not work as efficiently.
Never burn painted or treated wood, household trash paper, rags, or other combustible materials in your wood-burning fireplace or stove. They emit noxious gases and can release toxic fumes like carbon monoxide. Do not use liquids that are flammable as a starter. Gasoline, kerosene and lighter fluids can cause an increase in emissions, create toxic creosote and could cause chimney fires.
Keep flammable materials, such as furniture, curtains and toys, a safe distance from your fireplace or stove. Don't hang clothes near your wood burning fireplace. Make sure your children are aware that the fireplace is hot and should not be touched.
Only use wood that is seasoned in your fireplace or stove. The wood that is seasoned has been dried throughout the summer 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. Wood that is seasoned looks darker, has cracks in the end grain, and makes a hollow sound when tapping. Keep your logs outside, neatly stacked with the top partially covered but still allowing air circulation to them.
Be careful not to over-load your stove or fireplace as appliances that are overloaded produce more smoke and produce less heat. Overloaded fires can also generate unsafe carbon monoxide levels. If you own an older appliance that has a metal liner, check it regularly for signs of wear. This could cause a chimney fire.
The EPA recommends reducing smoke inside your home by using dry, split, and well-seasoned wood and building a hot fire using small woodburners pieces. Avoid using soft woods like pine. Pine is a good starting material for the fire, but it shouldn't be used more than. These soft woods contain resin and sap, which, when burnt, deposits excessive creosote into the chimney.
Maintenance
The warmth of a fireplace with wood is a great way to spend winter evenings. It is crucial to maintain your fireplace in order to ensure that you receive the maximum benefits from your fire. Regular cleaning and inspections of your fireplace will help you to avoid any problems. This maintenance helps prevent excessive creosote accumulation and keeps the chimney clean for maximum efficiency.
Creosote, a dark, crusty flammable material that forms in the flue when Wood burner clearance sale does not burn completely. When a large amount of creosote is accumulated it can result in chimney fires. These are the second most frequent cause of house fires across the United States. The failure of a fire to fully burn is caused by a variety of reasons such as dampers that are not properly sealed, cracks in the liner of the chimney as well as a lack of regular cleaning and ash removal.
Incorrectly seasoned wood contributes to an excessive buildup of creosote. This is because nearly half of the weight of a piece wood is water. When the fire is burning it boils and releases heat but it also consumes energy during the process. The water vapor resulting from the process is then absorbed as creosote and released into the atmosphere as part of the smoke.
Another harmful side effect of burning wood is soot. Soot, though less dense than creosote, is able to block airflow and stick to walls. It is also a fire hazard because it is easily ignited when exposed to combustible gases.
You should remove the ashes and put them in an ash bucket made of metal that you can keep outside on a non-flammable surface. Don't forget that remains of the ashes are a good source of nutrients for your plants. Spread them around in your yard!
Regularly have your fireplace and chimney checked by a Regency Dealer certified. The technician can check for cracks in the chimney, creosote and soot levels, a properly shut damper and the condition of your catalyst. If you have a double-stage fireplace that has an air tube, you must remove the catalyst and inspected visually for obstructions. Consult your user manual to learn the procedure for your unit.
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