bqqing is always nice and nicer when you dont have to spend to get charcoal
and this is my way of having the fun of childish fire starting plus getting charcoal to grill on later
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what you will need :
*wood
*a sealable bqq or other thing (mine is made of cast iron and isnt so big)
*something to seal it with (is use a container with water in it and some potting soil)
*something to light it with







































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I use a similar process to make charcoal for pyrotechnic effects.
Get a clean unlined gallon can or two at a paint store or larger hardware store for a couple of dollars. Drill or punch a small hole in the lid, and then fill it with sticks about 1 in square. I usually use scrap 2x4 or lath, cut to just a bit shorter than the can and then split into smaller pieces so I can fill the can right up.
The lid then gets tapped on securely and then the can goes in a hot fire for about 45 minutes to an hour. Steam and other gasses will come out of the hole in the lid and as the water content decreases, this plume will ignite. It makes a lot of noise, produces a large jet of fire, and can be quite smelly, so don't do this part in your fireplace.
Once the plume has died down, I pull the can out of the fire and set it somewhere to cool. Some people cover the hole at this point with a coin or something. I've never worrief about it. 30-45 mins later the can is cool to the touch and your charcoal can be removed.
There's a good article on skylighter.com outlining this method at http://www.skylighter. com/skylighter_info_pages/article.asp?Item=109#char
You can consider those gasses coming out of that hole in the can the SAME as turning on a NATURAL GAS VALVE and not igniting it.
IF and once that gas envelope mixes with the air in your kitchen, AND WHEN that Oxygenated gas reaches a SOURCE OF IGNITION [like a pilot light, a spark of any kind as in turning a light switch on or off, or a relay in a refrigherator snaping, or any countertop appliance turned on, running, or off] then that spark could [probably will] ignite the "cloud" of explosive gas, AND you will have a major explosion in your kitchen, and probably a resulting fire.
Even if this should not occur, the toxic gasses will be harmful, AND could BE FATAL [KILL YOU!].
Do NOT attempt to make charcoal indoors. Do it OUTSIDE, or under something like a carport which is open on at least 3 sides.
(Please note the wood stove has to have a fire in it for this to work)
Thanks for helping me remember some fun times in the Caribbean.
M
I think I would get a better idea if you had a description of the process; I don't know what goes into making charcoal. You just start with how to do it, so I'm lost from the beginning.
Then from the picture with the fire you go to one with the rim or can. Is that a ring with no bottom or a can? You pour the water right on the fire, or in a can (I'm not sure what either would do to help make charcoal)?
I don't really know what you are doing. I'm thinking you are not pouring the water directly on the fire, but I don't know what is going on.
Then, it looks like you pack some dirt around the ring that goes on the fire.
Maybe a diagram and pictures of the rim thing before it gets put on the fire, and then after it is on the fire before you add the water? Sorry if I am being critical, I'm just confused as to what you are doing!
I agree the directions could be in more detail but from what i got out of it the thing with the water in it is in fact a can of some sort. The water is simply there to help dissipate the heat from the burning wood/charcoal. The raised ring around the outside appears to be part of the container that the burning wood is in (compare the photos). It appears the dirt is packed around the can to prevent any smoke/air from getting in/out and to help smother the fire to put it out. So, in summary, the water doesn't touch the fire and the dirt is just packed around the outside of the can to help seal in the fire to put it out by smothering it. That's my take on it anyway. I don't know enough about this process to know whether or not this actually produces charcoal or not.
the wood stopt burning because it has no air to burn with when its sealed
to keep it simple : its just covering a fire so air doesnt get to the wood , and then you keep it sealed untill its cooled off inside so that when you open it up again it doesnt continue burning
Do you use any firewood, or it have to be hard? Here there are a lot of soft wood from pruning. We are in winter.
But soft woods can be used.
Especially fruit woods.
Try to avoid pine though. there's a LOT of resin in pine, and to make good charcoal, well, it doesn't work REAL well.
If you plan on doing a LOT of charcoal making, consider stepping it up to something like this
http://www.instructables.com/id/How-to-Make-some-Charcoal/
Thanks for the clarification!
To be clearer, i SHOULD have said DENSE wood versus LESS DENSE woods.
rjogden, I agree, SOME fruit woods work well for charcoal.
Others, however, are of the less dense variety, and do NOT work well. :-(
Pear, Apple, young Cherry and Hazel are all species that make less than satisfactory charcoal for use in forges.
If you're making it for your barbecue... go ahead and use any wood you like :-)
they will all produce enough heat to grill your meat.
"The Definitions of Hardwood and Softwood
All hardwood trees are angiosperms. This means that they produce seeds which have a protective covering such as fruit or a seed with a shell. Softwoods are determined by their seeds also.
Trees which are softwood are called gymnosperms and they are determined as having seeds which do not have any sort of protective covering whatsoever. Most people believe that a hardwood will be more dense than a softwood and, although this is often the case, it is not always a true statement. For instance, there is a wood known as balsa wood which is one of the lightest woods around. It is highly pliable and is one of the lowest density woods available, but, it is still considered to be a hardwood because it comes from an angiosperm tree. "
Mostly I use charcoal for making black powder. The lighter, less dense and low-ash woods have the potential to make the fastest-burning powder. "Softwoods" like pines are high in high-molecular-weight resins that volatilize more slowly; they are mostly used for their spark effects. To a great extent the properties of the resulting powder are the result of the actual charcoal-making process, temperature and length of time in the kiln being foremost in importance. Excessive temperatures or over-cooking causes formation of graphite, which burns more slowly. Under-cooking results in remnants of wood which also slow the burn rate. We also try to exclude all air, because allowing the carbon source to oxidize increases the final relative ash content of the resulting charcoal.
I guess the bottom line is that you must select the wood and adjust the process to fit your intended use.