filmov
tv
Smart Way Of Using Firewall To Heat Room In Winter In Rural !
Показать описание
A Little Wisdom Helps You Become Smarter !
Winter Heating In Rural Areas : Lighting A Fire In The Firewood Hole Outside The Wall Of The House To Heat The Room. Process And Method Are As Follows :
I. Structural Principle
- The fire wall is generally a hollow wall structure and is connected to the indoor space. The firewood hole outside the wall is the fuel addition port and is connected to the flue inside the fire wall. When adding firewood and burning it in the firewood hole, the hot smoke flows in the flue inside the fire wall. Through heat conduction, heat is transferred to the wall, and then the wall dissipates heat into the room to increase the indoor temperature !
II. Construction Process
1. Wall Design And Construction
- The fire wall is usually built with bricks or adobe bricks. When building a house, the position of the fire wall is reserved. The wall thickness is thicker than that of ordinary walls, generally about 30 - 50 centimeters to ensure there is enough space for the flue !
- The flue design is crucial. Ensure that the flue has a certain slope to facilitate the natural rise and flow of hot smoke. The flue can be designed in a meandering shape such as S-shape or Z-shape to prolong the residence time of hot smoke in the wall and enable the heat to be transferred to the wall more fully !
2. Setting Of Firewood Hole
- The firewood hole is generally set near the ground outside the wall. The height is convenient for adding firewood and is about 30 - 50 centimeters from the ground !
- The size of the firewood hole is designed according to actual needs. Generally, it is about 30 - 40 centimeters wide, 40 - 50 centimeters high, and the depth should be able to accommodate enough firewood, generally 60 - 80 centimeters !
- The firewood hole should be well sealed. When not adding firewood, the hole can be sealed with an iron plate or a thick wooden board to prevent heat loss and cold air from entering !
3. Connection Part With The Room
- At the connection between the wall and the room, ventilation openings or heat dissipation holes should be set up. Generally, there are openings at the upper and lower parts of the wall. The lower opening is used for cold air to enter the flue of the fire wall. After being heated, it enters the room from the upper opening to form a natural heat circulation !
- The size of the ventilation opening or heat dissipation hole is moderate to avoid excessive heat loss or poor air circulation. Generally, the diameter is about 10 - 20 centimeters !
III. Heating Method
1. Preparation Before Ignition
- Check whether the fire wall and firewood hole are well sealed and whether the flue is unobstructed. Clean up the debris and ashes in the firewood hole !
- Prepare dry firewood such as branches, straws, and wooden blocks. Split the firewood into appropriate sizes for easy addition and burning !
2. Ignition Process
- First, lay a layer of flammable kindling materials such as dry grass and sawdust at the bottom of the firewood hole, and then light the kindling materials with a match or lighter !
- When the kindling materials are burning, slowly add small firewood to let the fire gradually grow. Be careful not to add too much firewood at once to avoid smothering the flame !
3. Operation During Combustion
- According to the indoor temperature demand and fire situation, add firewood in due time. When adding firewood, operate carefully to avoid sparks splashing out !
- Observe whether there is normal smoke exhaust from the chimney. If it is found that the smoke exhaust is not smooth, it may be that the flue is blocked and needs to be cleaned in time !
- Pay attention to maintaining safety around the fire wall to prevent scalding and fire hazards !
4. Extinguishing Operation
- When heating is not needed or when sleeping at night, the firewood can be allowed to burn out naturally. If immediate extinguishing is needed, cover the burning firewood with ashes to block the oxygen supply and extinguish the fire !
- After extinguishing the fire, ensure that the firewood hole is well sealed to reduce heat loss !
Winter Heating In Rural Areas : Lighting A Fire In The Firewood Hole Outside The Wall Of The House To Heat The Room. Process And Method Are As Follows :
I. Structural Principle
- The fire wall is generally a hollow wall structure and is connected to the indoor space. The firewood hole outside the wall is the fuel addition port and is connected to the flue inside the fire wall. When adding firewood and burning it in the firewood hole, the hot smoke flows in the flue inside the fire wall. Through heat conduction, heat is transferred to the wall, and then the wall dissipates heat into the room to increase the indoor temperature !
II. Construction Process
1. Wall Design And Construction
- The fire wall is usually built with bricks or adobe bricks. When building a house, the position of the fire wall is reserved. The wall thickness is thicker than that of ordinary walls, generally about 30 - 50 centimeters to ensure there is enough space for the flue !
- The flue design is crucial. Ensure that the flue has a certain slope to facilitate the natural rise and flow of hot smoke. The flue can be designed in a meandering shape such as S-shape or Z-shape to prolong the residence time of hot smoke in the wall and enable the heat to be transferred to the wall more fully !
2. Setting Of Firewood Hole
- The firewood hole is generally set near the ground outside the wall. The height is convenient for adding firewood and is about 30 - 50 centimeters from the ground !
- The size of the firewood hole is designed according to actual needs. Generally, it is about 30 - 40 centimeters wide, 40 - 50 centimeters high, and the depth should be able to accommodate enough firewood, generally 60 - 80 centimeters !
- The firewood hole should be well sealed. When not adding firewood, the hole can be sealed with an iron plate or a thick wooden board to prevent heat loss and cold air from entering !
3. Connection Part With The Room
- At the connection between the wall and the room, ventilation openings or heat dissipation holes should be set up. Generally, there are openings at the upper and lower parts of the wall. The lower opening is used for cold air to enter the flue of the fire wall. After being heated, it enters the room from the upper opening to form a natural heat circulation !
- The size of the ventilation opening or heat dissipation hole is moderate to avoid excessive heat loss or poor air circulation. Generally, the diameter is about 10 - 20 centimeters !
III. Heating Method
1. Preparation Before Ignition
- Check whether the fire wall and firewood hole are well sealed and whether the flue is unobstructed. Clean up the debris and ashes in the firewood hole !
- Prepare dry firewood such as branches, straws, and wooden blocks. Split the firewood into appropriate sizes for easy addition and burning !
2. Ignition Process
- First, lay a layer of flammable kindling materials such as dry grass and sawdust at the bottom of the firewood hole, and then light the kindling materials with a match or lighter !
- When the kindling materials are burning, slowly add small firewood to let the fire gradually grow. Be careful not to add too much firewood at once to avoid smothering the flame !
3. Operation During Combustion
- According to the indoor temperature demand and fire situation, add firewood in due time. When adding firewood, operate carefully to avoid sparks splashing out !
- Observe whether there is normal smoke exhaust from the chimney. If it is found that the smoke exhaust is not smooth, it may be that the flue is blocked and needs to be cleaned in time !
- Pay attention to maintaining safety around the fire wall to prevent scalding and fire hazards !
4. Extinguishing Operation
- When heating is not needed or when sleeping at night, the firewood can be allowed to burn out naturally. If immediate extinguishing is needed, cover the burning firewood with ashes to block the oxygen supply and extinguish the fire !
- After extinguishing the fire, ensure that the firewood hole is well sealed to reduce heat loss !
0:00:07
0:10:30
0:00:15
0:18:29
0:00:23
0:00:55
0:00:32
0:00:34
0:08:55
0:04:45
0:00:28
0:51:45
0:00:28
0:19:36
0:00:17
0:04:40
0:00:51
0:18:01
0:00:46
0:00:37
0:14:58
0:00:23
0:00:31
0:00:22