Samson.ONI

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About Samson.ONI

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  1. That's the most compact regolith melter I've ever seen, but how much of a pain in the ass is it to build in survival?
  2. OMG that happens soo much. I hate to quote other games in this one as I dont want to bait a fight. But cant they use system like R*mwor*d where jobs and storage priorities are separated?? Does enabling proximity in the priorities options not fix that?
  3. Yeah no, I have no issues getting colonies to the point of sustainability lol that's the problem; or why I tend to lose interest as I approach mid-game. Sometimes I just take on as many dupes as the printer offers so they can create problems for me to solve.
  4. Points of interest and geysers getting in the way can mess up a lot of my more structured base designs. For most of my play-throughs the hang up for mid-game transition is that I have a lot of overgrown, outdated early-game infrastructure I have to rebuild somewhere else and tear down to make room for more features. It's not a big deal, just kind of a pain. The ultimate hang up for me is loss of interest, as the driving force behind the game for me is the challenge of guiding the colony toward sustainability. The most technical sustainability issue is large scale heat deletion, which can be settled with either ethanol or plastic in early to mid-game. As soon as a colony becomes sustainable I lose the incentive to take it further.
  5. Voted for slicksters because they are adorable and pokeshells wasn't an option. But pokeshells for sure, they have always been a sign of good fortune in all of my builds. The first time I figured out how to build a Cold SPOM a pokeshell had wandered into the heat exchanger just before is was sealed off. Trying to crack it open to rescue the pokeshell would have been a project in and of itself. It seemed like an unfortunate fate at first, but it was perfectly happy in there and the Cold SPOM served as the colony's workhorse for thousands of cycles. I have since integrated Pokeshells into my waste water treatment facilities as they can immediately convert the polluted dirt straight back into filtration medium with some surplus.
  6. If this is an option for you, loading the regolith onto a shipping rail that runs through diamond window tiles will serve as a time-efficient mechanism for radiating its thermal energy. The only problem is making sure the auto-sweeper does not become entombed in hot regolith, depending on what materials are available to you. You can accelerate the heat exchange between the diamond radiator and steam chamber with radiant gas and liquid loops running in opposite directions through the radiator and steam chamber. In general however, I have not found regolith to be an energy resource worth investing the infrastructure in capitalizing on; unless you are running a regolith melter which is one of the most infrastructure intensive builds I have ever seen.
  7. Smart Desalination

    Well, here we are in it's final form (Or at least as far as I will be taking it.) Big thanks to @nakomaru for their advice on running the chamber cooler, using multiple turbines and a tepedizer; that advice really took the development a lot further. So, let's take a look at how it's running. We're currently processing twice as much salt water as a desalinator, while also producing an enormous amount of 3° C Oxygen to air condition the entire base with. There is some surplus hydrogen and fresh water, but not a significant amount per second. There is also a surplus of steam, but that isn't an issue since I'm using an overpressurized liquid vent. This does however mean that I could be producing more energy and fresh water per second by integrating a third steam turbine, but hell if I'm rebuilding this a second time. Sure beats the desalinator, but the amount space it takes up wouldn't be worthwhile for most players. All in all I'm pretty happy with the build and am using a setup like this in my current survival game but given the amount of infrastructure necessary I probably won't use this again in the future. Just toss your salt water at some metal refineries or a volcano or something. - Happy over-engineering Boy, I really did all this because I wanted my dupes to have table salt, but didn't want to use a desalinator or external heat sources. Well I did it.
  8. Smart Desalination

    Like I said; I know there are much better ways to do this, I'm just trying to make a self-contained system for the sake of the technical challenge because I'm running out of things to do. I could just toss the salt water at my hot steam vents, but I want to the process to be self-sustaining with no dependence on external input from other heat/energy sources.
  9. Smart Desalination

    There's a lot better ways of doing this, I actually have two hot steam vents that I could be using to blast the salt out of the water but my idea was to make a self-contained system that doesn't depend on external energy/heat sources. Making steady progress though, the second electrolyzer setup is helping keep up with the power demand for superheating larger amounts of salt water. But I am starting to see what @nakomaru meant about the additional steam turbines. I'm using a liquid vent that's being tricked into overpressurizing with some petroleum, so the steam pressure is just increasing indefinitely. I could be generating more power and more fresh water with an extra steam turbine but I would have to rebuild a good half of the infrastructure here so I think I'm going to move my testing to a debug/sandbox world.
  10. Smart Desalination

    That sounds like a pretty optimal way to make use of a salt water geyser with a minimal design footprint. Clever, but I always have highs and lows with metal production as needed when I'm expanding so I don't know if that would work for me since my refineries have a lot of down time. Definitely get a lot of efficient heat out of those refineries though.
  11. Smart Desalination

    I do any more cooling and this asteroid is going to turn into a block of ice lol, I need something that generates a lot of heat. I was thinking about running domesticated sleet wheat though so we're in the same direction. The biggest issue at this point is adding more salt water means needing more heat to keep the process rolling. At the moment, that heat is coming from the aqua-tuner and a tepidizer that has been tricked into running over its default shutoff temp which is what I think @nakomaru was referring to. The electrolyzers are overflowing and I need more power so at this point the best thing to do would probably be setting up more electrolyzers for more hydrogen production since currently most of the turbine's output is just being dumped into an infinite storage. I'm probably going to start on that now, but the footprint for this build which was originally just for extracting salt is starting to get huge. Lots of hydrogen, fresh water, cold oxygen, cooling capacity, and salt though. A second electrolyzer setup will give the tuner something else to cool and produce more surplus power.
  12. Smart Desalination

    Pretty clever, I'm running the steam room colder like you said and very quickly began producing too much water for the electrolyzers to handle. (Which is really good for a number of reasons.) I no longer have to inject water from external sources, and am now processing 3kg/s of salt water which is getting closer to the intake of an actual desalinator. The process is now producing more energy and cooling that it is using. I was also afraid of adding too much salt water at once because I thought it would cool the steam off too much, but you were right the extra steam is really padding out the thermal stability. Cooling the water going into the electrolyzers would be another source of heat, but it does seem like a terribly wasteful thing to spend cooling utility on. Tell me more about these tricked tepidizers?
  13. UPDATE: This is the WIP version, see later response for the refined version. Don't mind the sloppy build, I'm experimenting in survival like a real dupe. (: Concept The desalinator uses power and generates heat; I don't like either of those things and am running out of challenges so I'm trying to over-engineer my own process for desalination that (hopefully) does the opposite. I've made decent progress on it, but it's not as effective as I would like it to be and wanted to see if anyone was interested in helping develop the concept further How it works 95.6° C Salt water is sourced from a salt water geyser and injected into a steam chamber at a rate of 2kg/s whenever the chamber temperature exceeds 205° C to regulate the temperature and pressure. The steam turbine will kick on for 60s whenever both the steam chamber's pressure exceeds 20kg and temperature exceeds 199° C. The temperature and pressure buffers are there to reduce fluctuations that would interfere the efficiency of the turbine's power generation. The heat necessary to vaporize the salt water into salt and steam is being generated by an aqua-tuner which is in turn regulating a pH2O cooling loop for an electrolyzer setup, hydrogen generators, batteries, transformers, as well as a polymer press and an oil refinery that I threw in because nothing was generating enough heat. (And it's still not enough heat.) The hydrogen generators keep the process rolling when either the steam chamber's pressure or temperature drops below optimal ranges. The turbine is also exclusively cooled by hydrogen from the electrolyzers, which is burned immediately afterward, and there is also an auto-sweeper that runs for 12 seconds per cycle to export the salt. As for the problems Even with the added polymer press and oil refinery, this setup doesn't generate much heat so the aqua-tuner gets disabled to prevent it from freezing the pipes. This cuts into salt production, because the aqua-tuner is the sole source of heat necessary for processing the salt water. Since the aqua-tuner isn't producing heat all the time, the turbine also isn't producing fresh water to fuel the electrolyzer setup. The net result is that the combined steam and hydrogen power derived strictly from the turbine's output is insufficient to power the whole operation. The reason this build works is because there is a sensor that detects when there is no water coming from the turbine and injects water into the electrolyzer setup from an external source. This allows the electrolyzers to continue producing hydrogen for the generators to burn. Now, I have plenty of water to spare and I'm sure I can find ways to generate more heat, but that's not my ideal solution. I want this design to be a self-sustained reaction, or at least closer to one, while maximizing the amount of salt water processed per cycle. Curious if anyone has any ideas?
  14. Nice find, I had been looking for a way to do just this. Also seriously reaffirming my long held belief that the mechanized airlocks are made of pure magic. Edit; for those who want to stop the eggs from popping out of the door when it closes, you can use one vertical door instead of two horizontal ones.
  15. Looks like you definitely did your research, still kind of hard for me to wrap my head around the idea that it could be completely self-cooling though with how it outputs 10% of the heat it destroys. The 95C output can really keep up with the heat from the hydrogen vent? How many active periods on the vent has it been running?