CEB Masonry Stove: Difference between revisions
Line 31: | Line 31: | ||
* [http://www.any-way-out.de/Lehmofen/hauptteil_lehmofen.html Simple clay oven] | * [http://www.any-way-out.de/Lehmofen/hauptteil_lehmofen.html Simple clay oven] | ||
* [http://www.eigen-ofen.de/?l=selbst_gebaut&s=bauanleitung DIYS clay oven] | * [http://www.eigen-ofen.de/?l=selbst_gebaut&s=bauanleitung DIYS clay oven] | ||
==Cooking stove== | |||
* [http://www.clipfish.de/video/2477499/ofenbau-fr-ghana-die-hs-coburg-engagiert-sich Video of how to build a cooking stove] (second half) |
Revision as of 11:04, 3 October 2008
Introduction
We are interested in a masonry stove made from CEB block. This is highly experimental - thus it must be kept simple. Nonetheless, we are aiming to have a hybrid wood/Babington flame. The combustion chamber should be designed like a wood stove - with a grate and ash compartment. We are making a mobile Babington burner in a tube or square - such that we can simply insert this into the combustion chamber. To do this, we need a small inlet hole in the door or from the top - for air delivery. We need a small hole from the top for oil delivery. The oil sump can be placed in the ash compartment, or via a tube to the outside. The oil must dribble on the Babington ball from the top. We are considering putting a metal plate on top - for cooking as well.
Possible Implementations
There are many details to the above scenario. Here are some variations:
- Basic design - wood oven only, testing the durability of CEB block in high heat conditions.
- What is the simplest implementation of this?
- Could this be as simple as a big CEB box, with metal surface on top?
- If we want the hot air to circulate up and down in the structure, what is the simplest way to do this?
- Basic design with insertable Babington - not much more complex than the first, with the only requirement of air and oil inlet, and provision for collecting of excess oil
- Addition of cooking surface - this makes it more complicated
One way to do a flexible stove is to start by building the chimney - and then stacking movable bricks into a configuration that succeeds in building a successful burning chamber. Then we add a metal door, ash compartment door. We could have a bunch of bricks on hand - and when a successful configuration is achieved, we seal the outer bricks for smoke?
Simple Implementation
- Fundament made of one or better two layers of CEBs or concrete
- Walls with CEBs
- Metal plate as cover (for cooking also)
- Way out to the chimney, preferably in the upper part of the back wall
- Plate slide or something similar to close this way out. As soon as the wood has gased out, close the way out to keep the stored heat.
- Removable metal plate as front door
Important: the flue from the burning chamber trough the chimney. Therefore all the joints (walls <-> cover <-> way out) should be mor ore less air-tight. Thats easily done with clay.
Examples
Outside bread backing oven
Cooking stove
- Video of how to build a cooking stove (second half)