If I build the battery of bricks and cob on one side of it, would the wall itself function as a thermal battery to radiate in the other room?
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Cindy Mathieu wrote:If you want to go vertical, consider bells. Also, heat rises, so its much easier to heat the second floor.
Our designs utilize clay chimney flue liners rather than cob because we are using bells and chimney flue liners are designed to support their own weight. In order to create a cob shape of the same height, you would have to create an very large pile at the base. Clay chimney flue liners can't handle temperature changes greater than 50° per hour, so they have to be insulated by ceramic fiber blanket, dense fireclay bricks, or an inside layer of smaller flue liners.
If I build the battery of bricks and cob on one side of it, would the wall itself function as a thermal battery to radiate in the other room?
Of what is the wall made? Standard frame construction does not a good thermal battery make.
The blog in my signature has an article explaining the difference between bells & flues.
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Bob Jackson wrote:
Cindy Mathieu wrote:If you want to go vertical, consider bells. Also, heat rises, so its much easier to heat the second floor.
Our designs utilize clay chimney flue liners rather than cob because we are using bells and chimney flue liners are designed to support their own weight. In order to create a cob shape of the same height, you would have to create an very large pile at the base. Clay chimney flue liners can't handle temperature changes greater than 50° per hour, so they have to be insulated by ceramic fiber blanket, dense fireclay bricks, or an inside layer of smaller flue liners.
If I build the battery of bricks and cob on one side of it, would the wall itself function as a thermal battery to radiate in the other room?
Of what is the wall made? Standard frame construction does not a good thermal battery make.
The blog in my signature has an article explaining the difference between bells & flues.
It looks to me like your 'vertical double bell' could grow into a wall. With the divider near the ceiling of the first floor it would help keep the heat downstairs. Sounds like a good solution to heating multiple rooms with radiant heat.
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Consider - the smaller the rocket, the more time it'll have to burn. And smaller rockets take more tending.Alexis Hamels wrote:Thanks for all the answers so far.
It becomes clearer to me what I need to do.
I'll take the information to a local stove-builder and see what comes out of it.
The wall is made of red brick. I suppose it conducts the heat well, so that it radiates on both sides. That's what I wanted to make sure.
Another concern is how much fuel it would need. I definitly don't want to have to feed it all day long.
As a nice first job, I should problably best build a small standard rocket stove and experiment with it. I can see that now.
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