So now I got myself two bottle-ends and one half tube which fitted in between. I welded most of it together to become one bottle again, ready to be made into a wood burner. Since my 'research' was already a long time before, I did some new research to know exactly what I wanted to make. That was when I found a picture of a gas bottle wood burner on its side. Some mindspinning seconds later I wanted to make my own special wood burner. Not a simple standing or lying gas bottle wood burner, not an overly complex but most awesome Bender sculpture. No, my wood burner would be my little piggy friend.
Welcome to the creation of my version of the gas bottle wood burner. I hope you all enjoy it and that I have given some of you good idea's to make an original version yourself. In this instructable I won't give a full description on how to weld properly to get the best results. I will just explain what choices I made to get to this result, together with pictures for visualization. Since I didn't make many pictures during the build most of the pictures will be of the (unpainted) finished burner.
Step 1: Materials
- Gas bottle of some sort.
- Bolts/nuts, used for door/ventilation hinges, nose.
- Scrap metal, used for legs, door-parts, chimney-parts, face, grill, hinge, lock, etc.
- Chimney, mine was constructed of an old ventilation shaft.
- Heat resisting paint.
- A bit of imagination, without it no cool stove.
- MIG welder.
- Angle grinder.
- Radio, to be able to listen to music to sing along with.
Step 2: Door
The door panel was part of the bottle. Since it was cut out of the bottle, it fitted in there perfectly with some tolerance. To close those space an edge was added. I welded it on the outside because I like the rough look on the outside. It even became more rough than initially intended due to the welder. The steel was too thin to weld properly with the welder I had at my disposal.
The hinge is made of a pipe, bolts and nuts. Nothing fancy, but it looks good. Be carefull when welding the pipe, you don't want the weld to sink into the pipe. When that happens the bolt doesn't fit properly anymore without drilling it open again.
The lock was made of a steel plate which is reinforced on the inside. The handlebar is made of a motorcycle chain. A hole was drilled in the door and a bolt was inserted and welded to the door from the inside. Using a spring ring between the handle and the door, it always locks the door correct without any tolerance in between.
In the end it turned out that it didn't really matter how hot the wood burner became, the handlebar stayed cool at all time, which is a great advantage.
Step 3: Grill
The midsection is made from pieces of angle bar, with the angle facing upwards. This way the ash is able to fall down without staying on the grill and thereby blocking the air flow. The grill is made such that it can enter and leave the wood burner so it can be cleaned (get rid of the ash).
Sidesections (not made yet):
Because the midsection doesn't cover the entire width of the wood burner I will make two sidesection (one on each side) such that the entire bottom is covered. These sidesections will probably be attached with a small hing such that the grill is one piece.
On the inside of the wood burner small pieces of angle bar are welded on which the grill can rest.
Step 4: Ventilation
Under the door the ventilation holes are made with a small door with the same kind of hinge as the large door. The small door has no lock since it stays closed on its own. Maybe in the future I will make a sliding door with holes so I will be able to change the size of the air inlet.
The air inlet is made of a square tube cut to the correct shape with an angle grinder. The door panel is made from the same square tube. The handle is made from a bicycle chain, also staying cold during the test fire.
Initially I thought of making the mouth of the pig the air inlet. This should also improve the airflow through the wood burner. However, i don't think it would have looked as nice as this.
Step 5: Pigs face
The nose is made from an old tube cut in half. Two small pieces of plate are welded in between and a steel plate was used to close the top. The nostrils are made from a big nut, cut in two halves and welded to the piece. In the bottom of the nose a small hole is drilled just to be sure it wont crack from the heat.
The eyes are made by cold working a round piece of steel plate. Using an angle grinder the plate was cut in half and welded to the bottle.
The ears are made by cutting 2 pieces of sheet metal to my desired shape and then hamered to its final shape.
Step 6: Chimney tail
With the last pieces of (thin) sheet metal I could find I fabricated two small tubes with large diameter. These two pieces are welded together with some other pieces which didn't really fitted and where also to thin to properly weld with my welder. Three holes are drilled to mount the ventilation shaft. On the inside three nuts are welded so the chimney can be mounted from the outside by three bolts.
Step 7: Result and future improvements.
The problem not being able to use the wood burner will probably be solved in a matter of weeks. I will make a table top for it so it can be used as an outside table on my balcony. Pics will follow.
Although the wood burner is looking good and functioning properly there are still some improvements I probably will make in the future as soon as I am able to use is.
- New chimney: I'm not sure the ventilation shaft will do its work for a long time, since it's very thin.
- Paint it: It's not painted yet.
- Larger grill: As explained in the grill section the grill needs to be wider to cover the entire bottle.
- Glas door: I like to see fire, so I like to make a piece of glass in the door.
- Air inlet: As explained in the ventilation section I'm thinking about making the air inlet controllable by replacing the door by a sliding door.
- Lower door: When I fired the pig, I noticed some flames came out the door when the door wasn't closed. Making a lower door should prevent this.
- Chicken: I still need two wood stove tools. I'm thinking of making a scrap metal chicken which can hold these tools.
- Stove: I'm thinking on putting a flat plate on top so I'm able to cook on it.