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Update on my floor which exploded from steam re wet insulation
Re: Update on my floor which exploded from steam re wet insulation
If you are referring to me, that is exactly what I told you. Your oven is what it is, I want to work with your mason so that his future ovens will perform to their potential.
TexasSD is primarily a breadmaker (and a damn fine one at that), so that style of oven (Alan Scott) is more suited for his use. It still is insulated, but it has a greater mass to heat load for retained heat baking.
Re: Update on my floor which exploded from steam re wet insulation
Ok, would it add any benefit if insulation could be added under the bottom of the floor slab above the hearth? Basically, it would be 1.5" fire brick floor, 2" fire clay, 2" refractory cement and then I could add some kind of insulation underneath the cement?
Re: Update on my floor which exploded from steam re wet insulation
Hard to teach old dogs. Bottom line, if you have a forest at you disposal for fuel, don't mind 2-3 hr heat ups for a couple of pizzas, and are fine with that, then you have no issues.
The fact remains, you mason is exactly that, a mason, not a oven builder. Doing things one way for 20 years does not make it the best way. Homes were built for thousands of years without insulation and people were always cold or hot, it was shelter and thats all that mattered. You would not think of doing that today, we continue to evolve and look for better ways to build the mouse trap.
All anyone has been saying is you don't have an efficient design that offers much versatility. Hopefully you oven does what you want it to. Good luck, better get to splitting more wood.
Hard to teach old dogs. Bottom line, if you have a forest at you disposal for fuel, don't mind 2-3 hr heat ups for a couple of pizzas, and are fine with that, then you have no issues.
The fact remains, you mason is exactly that, a mason, not a oven builder. Doing things one way for 20 years does not make it the best way. Homes were built for thousands of years without insulation and people were always cold or hot, it was shelter and thats all that mattered. You would not think of doing that today, we continue to evolve and look for better ways to build the mouse trap.
All anyone has been saying is you don't have an efficient design that offers much versatility. Hopefully you oven does what you want it to. Good luck, better get to splitting more wood.
RT
How is this responsive to the question I had asked above? You guys have made your point--multiple people have told me I got taken advantage of by a contractor that is not skilled in this area. Only recently in this thread have people even indicated my oven was capable of cooking pizza....
As for my needs, if I could could approx 5-7 pies, and a paella dish, for a dinner event I am happy. I won't mind adding wood during cooking. I really dont need the oven to retain 400 degrees the next morning so i can cook bread or roasts. I now realize my setup, without having used it yet, is not optimal according to the board experts. Was looking to see if there are measures I can take to help--as indicated by my last post before this, but it appears some keep wanting to hammer home the initial point re lack of insulation. I will wear a scarlet "I" on my forehead and allow myself to be stoned in the town square.
As some feedback to some on this board--maybe tone down your condemnation on passionate issues and offer practical solutions to help once you made your point rather than make someone who spent good money feel worse than is necessary.
Re: Update on my floor which exploded from steam re wet insulation
You should use it and see if it will perform to your expectations. If it does, all is well. If not, then the normal buildup would be: Concrete slab, insulation, just enough sand/fireclay to level the floor and the oven floor itself.
So far this site is a form for passing along good design advise.
Newbie post here. It's a doozy, but I look forward to your advice (and am fully expecting my lashes).
I went on vacation with my builder building the pizza oven (a modular Zio Ciro 90cm 4 piece round oven kit - http://www.zio-ciro.com/UserFiles/Fi...vesuvio_en.pdf). That was a bad mistake. I had given him both the Rado Hand CD and a pizza oven design book as reference.
In any case, the end result is a built pizza oven with (a) ~6 inches of refractory cement/vermiculite insulation and a ceramic insulating blanket over the *DOME* and (b) the dome and 4 piece oven hearth lying directly on a ~10inch concrete slab. From what I have read, that means that the oven (in its current state) is going to be a beast to fire since the concrete slab will act as a heat sink.
Any ideas how to retrofit floor insulation? I am assuming (though I have not yet tried) that the floor elements can be removed, since they are lying directly on the concrete). If the floor elements can be removed, is it possible to use some kind of tight-space saw or grinder to slice out chunks of concrete slab under the floor to make enough space under the floor units to insert either chunks of insulating board or refractory cement with vermiculite before putting the floor elements back in? Alternatively, I wonder how tight the oven airflow engineering specs are - could I remove the floor elements, install 2 inches of insulation then replace the (trimmed) floor elements? The door height is 29cm and the peak height of the dome looks to be approximately 43cm from the floor level. If I cut those dimensions by 5cm to allow for the 2 inches of floor insulation, will that trash the oven airflow dynamics?
I realize this is a class A disaster and I have to admit frankly that I was not specific enough with the builder about the floor insulation. I am now just trying to figure out the best way to salvage the situation.
Thank you in advance for any advice or suggestions. This forum is an awesome resource. Just wish I had checked a little earlier :-(
Re: Update on my floor which exploded from steam re wet insulation
Indie bands,
By my calculations your door height to dome height is 68% so if you raised the floor by 3" then you would end up with a ratio of 60% which will work quite ok. I think trying to dig out 3" of the concrete slab would be way too hard and it may weaken the slab enough to risk collapse. You will still have the problem of the dome sitting, uninsulated on the supporting slab, but that shouldn't matter as much as getting the floor insulated. Just getting the four floor tiles out will be a trial I imagine.
Indie bands,
By my calculations your door height to dome height is 68% so if you raised the floor by 3" then you would end up with a ratio of 60% which will work quite ok. I think trying to dig out 3" of the concrete slab would be way too hard and it may weaken the slab enough to risk collapse. You will still have the problem of the dome sitting, uninsulated on the supporting slab, but that shouldn't matter as much as getting the floor insulated. Just getting the four floor tiles out will be a trial I imagine.
Thanks, David. I know that the dome itself would still be uninsulated, but figured that at least by surface area, insulating under the floor would help (better than nothing). According to the schematics the floor pieces should be 1 cm narrower than the door, though I too am worried about getting out the floor tiles. It looks like concrete saws are probably too big to fit in the confines of the oven dome...
What about cutting in from the sides, putting in supports, inserting an insulating board (1/2 at a time) and then reinforcing the outside structure. Sounds a bit like science fiction.
Indie bands,
By my calculations your door height to dome height is 68% so if you raised the floor by 3" then you would end up with a ratio of 60% which will work quite ok. I think trying to dig out 3" of the concrete slab would be way too hard and it may weaken the slab enough to risk collapse. You will still have the problem of the dome sitting, uninsulated on the supporting slab, but that shouldn't matter as much as getting the floor insulated. Just getting the four floor tiles out will be a trial I imagine.
Another thought - is there a minimum floor tile thickness in order to retain the heat and cook? The supplied floor tiles are 6cm thick. If I could replace them with a thinner floor material, then the insulation would take up less of the oven height. Finally, is there a minimum usable door height?
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