RSC 10389-10378-3-173-19 B4 (in 0.980e). Warm oceania. Atmospheric pressure is 0.678 atm, average temperature is 116.38 Celsius. The reduced air pressure makes the boiling point lower, but the oceans have still not evaporated.

Is there an explanation for this I don't understand? And if there isn't, will the new planetary generator fix this?

This will be fixed in the next version.  But, for now, just call them "salty".

There anything that isn't being fixed next version?

Mouthwash wrote:

There anything that isn't being fixed next version?

Random people asking when the next version will be out.

(Lol, sorry. Too funny to resist )

the higher the pressure the greater the boiling point, it is only to see how the atmospheric pressure of these planets is bizarrely high

gamadh wrote:

the higher the pressure the greater the boiling point, it is only to see how the atmospheric pressure of these planets is bizarrely high

Please read the OP before you post.

I remember seeing an oceania with less than 1 atmospheric pressure, and a temperature over 100 degrees Celcius.
I saw it a very long time ago, so I don't remember the name, the temperature, the atmospheric pressure, or even if i actually saw it or if my memory is being weird. 

I've seen 'Hot Ocean' worlds. It's more likely that the conditions on such a world would resemble the conditions seen on Venus.

Hello there, I'm kind of new here and don't want to mess around but I just found a couple of worlds that seem to bypass Clausius-Clapeyron equation, like this one (sorry for the names, I couldn't resist it)
In both cases conditions are below the triple point, so liquid water would be unstable in said worlds, particularly the first, as with such a dim atmosphere there would be tremendous variations in temperature. My version is still 0.9.8.0, so I guess that this issue has been already fixed in 0.9.9.0?  Sorry, I just felt I had to contribute somehow

Yes, 0.9.9.0 has fixed this already.