How large would it be for a 9x9 fission reactor? I’ve googled this a ton and even tried to ask people on discord and gotten no answers. Is there some kind of PDF that shows this or something?

I am trying to get the best industrial turbine possible. I know the max total size is 17x17x18, but I dont know how tall the rotor can be without limiting too much the vent ammount I can fit.

Does anyone know the right size of the turbine to get the maximum flow possible?

Hello everyone,

First let me say that this post is supposed to be addressed for those who has more experience with Mekanism, so I'm afraid that if you don't know this mod well you won't be able to help me. But I'm open to ANY suggestion.

Anyway, I've been playing some Stoneblock 3 with some friends and we decided to build this Turbine setup. The issue we are having is not that we aren't producing power or anything, it's just that we are frustrated that the turbine is only producing 800k FE/t and not way more than that. And the issue is that the turbine is not receiving enough steam from the boiler (as you can see in the video below where I show ya'll our setup). I've seen some tutorials on how to make this loop and I've checked the "math" that it is involved, and I think that is correct, meaning: the boiler "Max Boil Rate" * 10 >= fission reactor "Heating Rate" and, the Turbine "Max Flow" or "Max Water Output" (which ever is lowest) must be >= Boiler "Boil Capacity". I have no idea if this is true or not, but I'll assumed that it is bc It kind of make some sense. In theory that issue must be easy to solve, just increase the "Burn Rate" from the fission reactor and it will increase the temp in the boiler producing more steam. But the problem is that when we do that, the water starts to "disappear" and do not come back into the boiler, and without water, there is nothing to cool the Heated Coolant, and everything falls apart. In the video I show that when I increase the burn rate from the fission reactor from 12.5 to 13.

Sorry for the long explanation! Hope it makes sense since English is not my first language!

obs: First we were using mechanical pipes to transfer the water from the turbine to the boiler, but with Quantum Entangloporter the transfer rate is way faster, after that we tried using some watch of flow time from project E to try to accelerate the water transfer rate but it didn't change much. The watches are not affecting any of the reactors.