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You could also use gasses in a cooling loop, though not directly with a thermal aquatuner.
If you have problem with pipes cracking then the aquatuner isn't built right and it will keep breaking regardless of which coolant you use.
Some amount of heating is unavoidable if you want to grow domesticated plants that use fertiliser and you will just have to run the aquatuner more; however, you should not store your dirt in your farming area because you don't want to cool down dirt unless you absolutely have to (but you would have to ask a heat multiplication expert to be sure).
Only care about the gas (type, temperature, pressure) behind them.
Gas do heat transfert to any tile/liquid/gas (beside vacuum) next to it, and to stuff in the background (pipe or rails for example). Excluding the tempshift plate here, cause it's kinda special.
Since most tile transfert heat slowly they aren't a big issue as long as you can offset the small amount that get transfered. I think the worse would be granite a little over 3DTU.
And usually you wouldn't mind have some heat transfer since you kinda want to cool off your base anyway in one way or another at some point (since you tend to produce heat overtime), unless you tend your wheet farm next to a volcano or smth.
If you are going to use an aquatunner, rune the pipe that go to the inlet one tile further and make a bridge from it to the pipe connected to the outlet. Then add some automation to check the temperature of the liquid in the pipe before the inlet and disable the aquatunner if it's too low (freezing point of your liquid +14°c for example, since it reduce your liquid temperature by 14°c).
This way the flow keep going and heat transfert in your farm keep going, but if a liquid in your pipe is getting hot it will get cooled (assuming you deal with the aquatunner heat in another circuit, like using a steam turbine).
if you want to avoid spike heat in your farm you can run the pipe going out of the aquatunner in a few metal tile and send the material required for the farm (rail, liquid in pipe) trough them.
I can cool 800°c metal moving on a rail to 15°c with just a handfull of metal tiles, you really don't need much of them - just don't run the end of your piping (cooling the plant) near it, since you want the end of your pipe hot so the aquatunner can take the heat from it.
That's probably overkill though.
Plant heat. But the temperature of the fertiliser or liquid you put into the plant boxes can easily exchange with the plant even if you are putting in grams at a time. This is also why growing sleet wheat is annoying.
Here is a farm I just made:
https://steamcommunity.com/sharedfiles/filedetails/?id=2598295808
https://steamcommunity.com/sharedfiles/filedetails/?id=2598295846
It is a fully automated farm, feeded with 97C water and 75C dirt.
Automation counts 18 cycles, during which water and drit is supplied. After that 18 cycles the supply is stopped for 4 cycles and after it pass crops are automatically dropped and picked up by autosweepers.
The farm is cooled down by 29% uptime aquatuner, running polluted water. Sensor is set to pass the water via aquatuner if it is hotter then -8C. Aquatuner is cooled down by self cooled steam turbine.
If you wish to see it working live then here is a save file:
https://drive.google.com/file/d/1QmUZN-12Qq1RwJv39LEfczup6B2lDqsT/view?usp=sharing
To start it just turn on the swith next to door under liquid reservoir.
Just find it a little amusing.
And you can consider it advanced if you want to fully automate it. Otherwise, if dupes labor used, the overall complexity is rather low.