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Using an AETN to tame a metal volcano


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I had an idea of using an AETN with a solid medium like diamonds on a conveyor rail to transfer heat from a metal volcano.  Ater working in debug mode this is what I came up with

First is the AETN setup, a sensor set to below -55C controls the door, main reason for -55C is the liquid medium I use so solidify the metal is petroleum and I don't want it to freeze.

The diamonds are set on a loop using 2 bridges and maintain their temp to and from the volcano by insulated tiles

1.thumb.png.f1bac88920fcd475c66743a72548e443.png2.thumb.png.15b7e6e2b381df2c70edf40cab3eb5cd.png

At the volcano the diamonds cool the metal tiles under the volcano keeping the petroleum cool in the main chamber, the petroleum is also pumped to the left keeping the loader and sweeper cool.  

3.thumb.png.d570f0dd8084ba0afc7c1a1b6bffdd8a.png

The final cooling is the conveyor for the hot metal travels though the cold metal tiles, it averages at -10C by the time it leaves the build

4.thumb.png.293738080f01829c2f19f322e8e55166.png

You know you can replace the tiles under the AETN now? For example with doors to have direct control over the cooling. And to minimize cost considerably.

Also, diamond window tiles are much better at transferring heat energy between the tile and the diamond in the conveyor than metal tiles.

12 hours ago, Neotuck said:

I had an idea of using an AETN with a solid medium like diamonds on a conveyor rail to transfer heat from a metal volcano.  Ater working in debug mode this is what I came up with

First is the AETN setup, a sensor set to below -55C controls the door, main reason for -55C is the liquid medium I use so solidify the metal is petroleum and I don't want it to freeze.

The diamonds are set on a loop using 2 bridges and maintain their temp to and from the volcano by insulated tiles

1.thumb.png.f1bac88920fcd475c66743a72548e443.png2.thumb.png.15b7e6e2b381df2c70edf40cab3eb5cd.png

At the volcano the diamonds cool the metal tiles under the volcano keeping the petroleum cool in the main chamber, the petroleum is also pumped to the left keeping the loader and sweeper cool.  

3.thumb.png.d570f0dd8084ba0afc7c1a1b6bffdd8a.png

The final cooling is the conveyor for the hot metal travels though the cold metal tiles, it averages at -10C by the time it leaves the build

4.thumb.png.293738080f01829c2f19f322e8e55166.png

your idea is giving me inspiration to try and use something like this to utilize hot regolath into heat for a steam generator while delivering the supply to deoderizers and water seive

1 hour ago, BlueLance said:

I assume this build is less of a constant cooling method and more of a rapid cooling build?

It cools itself and once it is cool enough it cools the metal tiles etc and so on so forth? 

Yes the volcano downtime gives the AETN plenty of time to charge allowing for quick cooling during eruptions 

22 minutes ago, Neotuck said:

first I've heard of it

that some kind of heat deletion bug?

Machines will reset gas contained in "their" tiles to their overheat temperatures if the gas is hotter than that.

So gas at 150°C will be reset at 125°C on the tiles of a gas pump for exemple.

If I understood it well.

1 minute ago, Christophlette said:

Machines will reset gas contained in "their" tiles to their overheat temperatures if the gas is hotter than that.

So gas at 150°C will be reset at 125°C on the tiles of a gas pump for exemple.

If I understood it well.

unless you count the hydrogen in the AETN my build doesn't use gas

48 minutes ago, PhailRaptor said:

That would be exactly where it's coming from, if it's happening.

well I have yet to see the hydrogen in the AETN chamber rise above -50C during eruptions and drop all the way to -180C during down times so I'm not sure any heat deletion is taking place

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