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Wheezwort 2.0


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Since we got some new materials to build our machines with, i was wondering if i could get a steam turbine working without any volcanos or doorpumps and i managed to get a system running.

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Pumps and aquatuner are made of steel, the rest is iron, insulated stuff is ceramic.

The atmo sensors react to pressure above 500g just to save energy, the tempsensor shuts the aquatuner off at 295°C (not for the aquatuner, to protect the pumps and maybe it should be even lower, the pumps peak at around 272°C)

I tested it with 3 different cooling liquids in the aquatuner loop and my findings are intressting: It is a netto energy consumer, so it goes more to the bugusing drip cooling module of old (borg cube), but depending on the cooling liquid it needs different amounts of externial energy.

Petroleum, which you can get quite early and offers are nice temperature range for cooling needs around 330 external watt

Water, earliest cooling liquid you could get but with the smallest temperature range to work with needs around 250 external watt

Super coolant, quite late game, but with a nice temperature range and are very efficent need of 140 watt, but it no longer runs the aquatuner all the time

So take from that what you want...

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@KittenIsAGeek: Maybe i am not experienced enough for doorpumps, but in my experience, they always destroy some of the steam so you would need to measure the steam and add in some water from time to time

@suicide commando: I don't have the exact numbers, but the aquatuner can run with water and petrouleum without breaks, so according to the calculations of @thejams it cools 585.060 DTU/s with water and 246.400  DTU/s with petroleum.

So for petroleum it is around 746,66 DTU/watt, water is 2340,24 DTU/watt

With super coolant i still need to experiment a little bit, because it reaches the safety shutoff on the aquatuner (heats up and after a while you no longer get the full output, didn't measure the exact times it shuts off on average)

If i should guess, it probably would be around 1.000.000 DTU/s and 7142,86 DTU/watt

So i am currently testing if it is more useful to add in a second steam turbine and balancing again (maybe Power and cooling for free? O.o) or open a second tile to delete more heat). More on it probably next week if i have more time to play and test

@avc15 BORG CUBE, THAT'S WHAT IS WAS CALLED!

@GemeinerJackIt used to.  Its been fixed.  There's a recent thread where someone tested for a bunch of cycles and proved that door pumps don't destroy anything.  If you're still losing pressure while using a door pump, something else is going on.

 

40 minutes ago, Yunru said:

I'm confused, does the steam get heated by the aquatuner?

Yes

40 minutes ago, Yunru said:

If so, how do you use it to cool your base?

You don't directly, the steam is used to run the steam generator which deletes heat and produces power to run the system so it only needs a little bit of additional power.

The liquid that goes thru the aquatuner is what gets cooled and then is used wherever you need it.  You either directly cool the end product, ex. sieve water, or in a coolant loop for some other system.  For the cooling systems themself you need to look elsewhere in the forum.

You don't use the steam to cool down your base. The steam is to cool down the aquatuner, which in turn gives you a liquid in a pipe to cool down your base. Something like that:

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The liquid that comes out of the aquatuner in the pipe network is 14° colder than as it entered. So we can use the liquid in the pipes with insulated pipes to move around and radiant pipes to absorb temperature.

The aqua tuner transfers the heat from the liquid in the pipes to himself. So too prevent it from overheating or melting we need to get rid of the heat. That's when the steam turbine comes in. The steam turbine takes hot steam, makes some electricity and puts out colder steam, which can get heated up by the aqua tuner again and again and again...

So the system acts like a heat collection for the steam turbine and depending on your setup of the cooling pipe system can collect all the small heat producer like batteries, power generators, lights, dupes etc and collects the heat so you can have a nice 24°C base, your dream of a sub zero sleet wheet farm even with 80°C water, can take the hot coolant from a metal refinery and gives back a nice cool liquid (i suggest a little bit more  automation for that ;)), cool down your water from cool steam geyser to usable levels and so on and so on...

Edit: thejams, why? I wrote this big paragraph to explain it... ;)

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