The bridge by the regulator is to allow a bypass for when the regulator stops. I imagine so that blockages clear themselves by bypassing the regulator intake, going through the bridge, and being merged back into the line? I think he has a pipe beyond the regulator intake, that goes to a bridge. If you look at his regulator, you'll see two intakes and two outputs in the area. Even with that, most plants are promising excellent yield already, some occasionally switching to good yield if the temperature around them drifts out of the ideal range. Since the farm is relatively new, it is not perfectly settled yet. The switch in the middle of the farm is set to "above 0" to try and keep the temperature approximately in the middle of the range since it is not perfectly even all over the farm despite my attempts. There are two thermal switches, one preventing overheating the regulator, the other preventing it overcooling the farm. All pipe segments inside the farm are made of granite, any pipe segments in walls and towards the regulator are abyssalite.Īnd finally here is the power circuit. I also decided to keep the colder pipe at the upper tile because cold propagates down more readily than up. That means each plant gets approximately the same amount of cooling from the circuit. I feed it water at 95 C straight from a geyser using abyssalite pipesĬooling runs on one regulator and closed hydrogen loop using countercurrent radiator. Irrigation uses about half a steam geyser production, i.e. And that's exactly the size of the farm I used. Even with that, by my measurements a freshly planted plant releases about 540 W of heat and that needs to be fixed with a regulator - using hydrogen as cooling medium, one regulator can theoretically handle about 60 freshly planted plants. I chose to use CO2 as the gas filling the farm since it's abundant and relatively well insulating, preventing plants to lose their initial 20 C heat too fast to the atmosphere and reducing requirements on cooling. So I built this Bristle Blossom farm as a proof of a few concepts and I think it works rather well even though it's not yet settled down in long term production which I believe will only improve its parameters.
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