ARBF Kiln
Green bricks should be dry going to the kiln. Bigger kilns
are more efficient . Square kilns are generally more efficient than rectangular
ones. Increasing insulation reduces heat losses . Placing fuel as close to the
bricks as possible is most efficient . Continuous kilns are more efficient than
batch kilns. A typical furnace needs all these features. We try to flow this.
ARBF Kiln (Close) |
The main thing to make a green brick is the brick field. We
can say that the brick field is produced by carbon dioxide wheat, we can call
it a standard brick. Carbon dioxide emissions in bricks are low in brick
field. And this is possible only when the reactor is
possible to stop the heat transport in the environment.
We know that heat is transmitted in three steps. One
Conduction. Two conjunctions. And three radiation. If we can stop these three
steps of heat transport. Then it is possible to create a standard brick field.
ARBF Kiln (Open) |
We have provided
three-level security to our reactor. It is not possible to heat the heat by
passing the security. For example, these three levels of safety include
shutdown of conduction, convection, and radiation. As a result, the thermal
furnace cannot reach the outer environment.
By evaluating these aspects, we were able to build a
standard furnace. Using this reactor to burn bricks will require less amount of
coal. So, carbon dioxide emitted less in our environment. We can gift the
carbon dioxide free environment to the world.
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