Self cooled steam turbine oni. One solution is the self cooling turbine.
Self cooled steam turbine oni. A cooling system is mandatory for long term survival.
Self cooled steam turbine oni. Zig-zag pattern in upper chamber counter-flows Jul 20, 2019 · I've try to heat the steam with the AT to 120°C to active the turbine by cooling the water produces by the vent with the AT. The theoretical limit is 140. For faster cooling use fans in hot spots that threaten farms. You can place a steam turbine over the body of water. and that's assuming there's consumers for The steam turbine on the top has a pipe that feeds its output water back into the tank. In a self cooled setup, the heat energy the turbine generates boosts the steam temperature directly without affecting the coolant. May 9, 2021 · Active cooling: ATST (AquaTuner Steam Turbine): it uses a Thermo Aquatuner to cool the Steam Turbine by transferring its heat back into the Steam Box, which will then get deleted. Because only 3 inlets are sucking steam per turbine, each turbine can produce up to 1. No Aquatuner required, self powered and self cooled Well, an aquatuner. The key part here is the infinite storage and the implication in terms of mass times SHC of the infinite liquid storage. Deletes immense amounts of heat, power hungry nature of the tuners can pose problems. Below the steam turbine is a pool of water. This post is a nice self-cooling SPOM, but it can only accept water up to 80C, which can be a problem if you're using cool steam vents as your water supply. reddit. A liquid valve after the turbine deposits 0. I'm going to assume it is some calculation kind of like the metal refinery heat to it's output coolant but in reverse (output water is 95C and the heat is some value of the input steam temp minus 95C for the water). Abuse the fact ethanol gas and liquid have different specific heats, a sufficiently massive pool of ethanol will basically self-regulate to about 75 degrees unless it all turns to gas at once. However, a normal steam turbine set up would not be able to cool it below 126C thus necessitating steel pumps. you need to make sure the steam below the turbine stays under something around 140 degrees for the water to be able to cool it down enough. After watching @Tonyroid's take on taming cool steam vent, and reading various posts about the pros/cons of heating 110C to 125C, versus cooling the 110C, I decided to create "The Clown Hat" cool steam vent tamer. Aug 14, 2019 · Yes, it can run continously. It produces so much cooling that it can turn all the steam into ICE and have enough left over to liqu I just use 2 steam turbines for metal volcanos. The steam turbine uses the heat to produce electricity, "deleting" the heat. . Aug 17, 2023 · In this one, I am cooling steel power transformers under my steam turbines in a vacuum. (500kg per tile, 1500kg in total) so I can have a bit more constant heat transfer into the steam turbine room. Jul 6, 2020 · Easy free cooling The basic aquatuner / steam turbine from earlier has been modified slightly to accomodate a Smart battery in the steam room, and an extra room has been added on top of the existing building. A concept I haven't seen discussed is using a heat sink to cool a steam turbine. Build an insulated box around it. Run May 5, 2019 · Those shots are just an idea for you to conceptualize it. The two steam turbines in the middle have a pipe that feeds their output back into the steam chamber. Move the heat via insulated pipes to a steam chamber with a turbine above it. This worked very nice in terms of function. Keep the liquid reservoirs in a vacuum. I do think you can just use the water it produce as a cooling source as well, but is more risky. the thermo sensor triggers heat injection if the steam temperature is below 139. For the plastic, either ranch glossy Drekkos or build a temporary plastic press/refinery at the bottom of the map. we want to get the steam hot enough for the turbines asap so that the vent doesn't over-pressurize. Aug 20, 2019 · So probably only producing 90-100W of additional power per Petroleum Generator due to the output temperature. Here, I am using a chained setup where my conveyor loader is cooled through my autosweeper, which is then being cooled by the environment. Hotter steam, especially if running constantly, and you'll need to use several wheezies (try 4). So it is a perfect buffer to prevent the steam turbines from overheating, because you need to remember that 10% of the heat deleted by the steam turbine is heating up Using their own water for cooling only heats the water to 97 celcius. I run the hot oil past the water, cooling the oil as it heats the water. Additionally due to the higher power output of the Steam Turbine in my design, self cooling would be insufficient, it would still overheat and shut down. -789. 2 Guide/Self-Powering Oxygen Machine. Use hydrogen in the steam turbine cooling loop Notes: The steam turbine can only handle the initial cooling down of one liquid at a time, so fire up the oxygen and hydrogen separately. Recommend using a valve to keep cool water in radiant pipes longer and not running the aquatuner at full capacity. 5 C). Apr 13, 2018 · Just like with "Steam Turbine Cooling", we're going to use the Thermo Aquatuner from before to drive a Steam Turbine. Put water inside the box (max. A Metal Refinery requires a Liquid Intake and Output Pipes, 400 I think it really depends on what you want to use the output for. Insulate blocks of something awesome like diamond window or thermium tiles Put that under the rocket. @_Q_ Here's a pretty simple one I posted here . Only active turbines when atmo pressure is above 2kg. This both prevents the steambox from getting too hot for the turbines to handle, and avoids wasting electricity (anything above 200C steam is a waste of heat). However, that's not the end of it. Remove all gases from inside the box. Aquatuners are definitely safer. I delayed getting them because they are complicated at first, but Steam Turbines are the only industrial-grade cooling solution currently in the game. Capture the heat in the liquid. Note: the box under the aquatuner should be filled with enough liquid when starting it up that there are no gas bubbles in the box. I would suspect you steam input to the turbine is hotter than 140'c which is about the cut off before a self powered steam turbine starts overheating. Build a tempshift plate (refined aluminum or diamind are best) behind the aquatuner to spread the heat into the water and have enough water to have at least 100kg in each of the 2 tiles the aquatuner is sitting in. This has the added advantage of melting the ice biome instead of digging out the ice and losing half the water. You have not added the real cooling system to your steam turbine. LIVE STREAM Sunday 22nd Sept 2019 - Steam Turbines generate energy from the difference between the steam temperature and 95 C, so 110 C steam has 15 degrees of "energy", if you raise the temperature of the steam by 15 degrees, the Steam Turbine would generate twice as much energy: but you spent about twice that much energy in the process of heating the steam by 15. first a layer of polluted water, then a layer of water. You need to apply some additional cooling. According to both theory and practice, an SCST should not be possible with input steam at 300 C and the turbine should overheat. Not self-cooling, I don't like the idea, it kinda introduces upper temp limit for the steam and puts it quite low. Heat steam need to absorb: 491 000 - 30 000 = 461 000 kDTU. in a typical cooled metal tiles with the sulfur lopping through) in case you need it for a Grubfruit Plant farm or a Sweetle ranch. More water requires more heat to raise the temperature but also takes longer for the steam turbine to cool. You can test this by starting with a few hundred kilograms of water to turn into steam. Sep 21, 2019 · The keys are to get the heat into the water and have enough water. Features: Self-cooling. Only capture water if steam temp is below ~130. Most efficient usage of heat is multiple self-cooled turbines, processing ~135C steam. Or, of course, stick about 2 tons of water in a vacuum sealed room with the volcano, but an insulate steam turbine right above it, and snake the water output around the turbine for self cooling. I was having problems where heat would temporarily spike up to 170C and destroy my small cooling margin. A cooling system is mandatory for long term survival. 19. On the other hand, the average heat output is only about 700-800 kDTU/s which can pretty much be handled by a pair of self-cooled Steam Turbines, especially if you store some of the aluminium for the dormant period. Metal Refinery is a Refinement Building, which serves the purpose of turning Metal Ore into Refined Metal, as well as producing alloys. The thermo aquatuner on the top right chills the cooling loop that runs past the steam turbines and the cooling chamber for the output metals. That 10% is generally much larger than the native heat generated. Community for the space-colony simulation game Oxygen Not The tiles under the AT are for cooling the AT without a steam turbine. All excess heat will be just wasted. You'll need to add some automation to the aquatuner to disable it if the steam temperature goes above 135C in order to prevent the turbine from overheating and shutting down. It produces a lot of heat, and dumps part of it into coolant liquid. 179 (DTU/g)/°C * 10°C ) = 246 kg of steam per tile Drywall and tempshift plates can further reduce the amount of steam you need, and spread heat. Jun 5, 2023 · The cooling loop is a thermal aquatuner in a steam chamber cooling system. 83 kDTU/s. This is the pre-heater room. Just add heat and get power. Nov 14, 2019 · It's built as a loop so if the t° into the steam chamber goes to high, I stop the petroleum input and I let the turbine peacefully to digest the excess heat (use a liquid tank as a buffer before for hot petro and another one after for cooled petro to keep the flow going on so the refinery can work at any time). For this vent the Steam Turbines only generates 120 W on average so requires only a fraction of even a Self-Cooled Steam Turbine (though even at this power level its still doing more cooling than an Apr 8, 2022 · Steam Turbine: this is the main reason: Steam Turbines are great at cooling. Since the output (in terms of DTUs) is not exceptional, you can have a self cooled steam turbine and use the aquatuner to actually cool the sulfur (e. A liquid reservoir buffers the heat in the liquid, and it just runs constantly, cooling the liquid to my target temp and purifying water at the same time. 5 C (e. Outputs Water. The steam turbine is tricked on by the chlorine clamp and aquatuner is protected from completely breaking by being cooled by the steam turbine whenever the temp sensor in the chlorine senses above 230C. Reddit: https://www. The amount of heat that the turbine produces is directly related to the temperature of the steam it is taking in. One of the main advantages of a Steam Turbine operating on cooler than 138 C ish steam is it can be self-cooled by the exhaust water Any excess heat will be just deleted (10% of it will heat turbine itself). Use the average output of the gold volcano calculate the amount of heat that needs to be removed to determine if you can use a self cooling setup. Use the aquatuner to cool your steam turbine. Aug 10, 2019 · This 124C steam is pumped upwards to the aquatuner to be pushed above 125C. I found that 131 C is the maximum temp for sustainable self cooled turbines. The permissible range for a self-cooled Steam Turbine is 138°C - 125°C. At which point there didn't really seem much of a point to this build since you could just do steam turbine cooling. Sep 16, 2018 · And being that, why not combine it with the chlorine clamp exploit and have a completely self-powered aquatuner with some power to spare. Example. Modified the shape of the metal chamber a little to hold more water since Aluminum volcanoes are Sep 21, 2019 · ONI Launch Upgrade - Iron and Copper Volcano Cooling - Building A Circular Colony - tips and gameplay 'let's play' series. Run super coolant if you can, petroleum if you can't. I’d recommend boxing in those steam turbines in (with insulated tiles) and vacuuming out the gas and either using a small amount of liquid (water or petroleum) or hydrogen. Cooler water leaves the steam turbine, which I can pipe back to the bottom of the turbine to The turbine transfers 10% of the heat removed from the steam/water to itself, plus the 4k dtu. These pipes are insulated ceramic pipes. The steam chamber is cooled by a steam turbine, which is itself cooled by an aquatuner within the steam chamber. 36K views 2 years ago. My solution supports water of at least 90C, while outputting O2 at 7C, and providing a You only need a small amount of oil, 66kg per tile works fine, as does a comparable amount of water. Put them in an ice biome and dump the resulting ice in your water reservior in your base. I tried cooling the water coming from the turbine with three aquatuners to reintroduce heat into my heating liquid (wich was Petroleum). They chill at 32kdtu while active. We need to heat up the Steam to reach the 125°C needed for the turbine. In your case You get free iron cooling from the csv and free useful steam from the iron. A turbine can handle steam temperatures of up to around 135 °C (in theory 140 °C, but this is unreliable in practice) by simply being placed in a Hydrogen atmosphere, and snaking Steam turbine setups? Hey guys, so the base I stopped working on a couple days ago got to cycle 400 and I had a full setup - tube system, power plant that runs cold, oil and plastics refinery that ran cold, crazy amounts of food production, thermally stable base (cold if anything) running 24 dupes sustainably without any problems. -877. The one difference is that things are a little remote this time - the heat will be delivered via Radiant Pipes. It will stop working once it hit 100c. My gold volcano only needs 1 self-cooling steam turbine, Iron cannot do without an aquatuner and two steam turbines. 2 kg/s of water for a total of 4. Go to the "compact area cooling unit" section, that's pretty much the smallest, simplest, self-contained build you can do with simple automation to regulate the cooling it provides. Uses mostly common materials (visco-gel lock is optional) Active cooling keeps up with volcano output. The Wheezewort options assume a hydrogen atmosphere will be used for maximum cooling. Steam Heat Removed. The amount of water to use is based on the mass of heat it’ll receive. I always fill my steam turbine with Helium and have a seperate cooling loop just for the turbine. Mine however has no additional cooling capabilities. In this one, I am using conduction panels to cool a sweeper and conveyor loader. The Steam Turbine cools itself. Self cooling effectively dumps the turbine heat directly into the steam chamber for free while aquatuner cooling costs power to Use steel for the thermo aquatuner. To get the water out, have a one-tile high path out at the bottom, and actively cool the end of it to get it to condense while the vent is dormant and has cooled down The "Steam Turbine" option assumes you will be cooling the steam turbine with the aquatuner cooling loop. The 95C water from turbines cool down the turbines. Plastic Ladder: Fire Poles are good but only cover downward mobility. we want to get heat out of the thermo aquatuner asap so it doesn't overheat (since we just use gold amalgam) 540 votes, 50 comments. There's a little margin there, but not much. For cold steam vents that produce more, you will need more steam turbines. Interesting enough, you can Aug 17, 2019 · This ONI guide is designed to teach you the tricks necessary to make near-full use of the resources available to your colony and make it self-sustaining. It's about as simple as they can get, doors close when room gets too cold, turbine runs all the time while the magma heat lasts. The bottom theee doors feed into a three tile chamber with really really high pressure steam in there. Net Heat Removed. The setup looks something like this: Have a simple cooling loop running back and forth between a steam turbine and a tank of polluted water, dumping the heat output from the turbine into the tank. A lot of the old SPOM designs use weezeworts for cooling, which now require fertilizer after launch. If we use a room 4 high, we have 45 steam tiles. In order to setup a self cooling ST, you need to ensure there is enough thermal mass in the steam room to prevent the steam from getting too hot during eruptions. Mar 24, 2023 · 00:00 - Intro00:08 - basic concept05:30 - Power's calculation07:26 - Requirements08:20 - Cooling Features: Compact and self-powered. 150kg per tile). •. Might be worth to changing to a insuladed tile on the regolith landing spot on the outside too to reduce the heat transfer along with a insulated tile below where you put the vent. Put an aquatuner inside and a steam turbine on top. Draws in Steam from the tiles directly below the machine's foundation and uses it to generate electrical Power. The cooling system room powers the steam turbine, which coverts some of the heat back into power. For a Steam Turbine cooled by Aquatuners it is 275°C-125°C because steel equipment will break above that temperature. To get 20 degree oxygen from 95 degree water I needed steel to allow for the hydrogen to go from 95 degrees (the electrolyzer output) to about 300 degrees in order to get it to soak enough heat from the oxygen. 7) running behind the steam turbine is lower than the heat generated by the turbine, it'll overheat. So you'd probably only need about 150kg of steam per tile. At 125C, the turbine would generate 29kdtu/s while the wheezeworts remove 24kdtu/s so the crude oil would have to remove 5kdtu/s to keep the turbine at the same The cold steam vent has the exact opposite problem: high output but low temperature. Dec 12, 2022 · That might be the issue. com/user/Gamers_Handbook First time encountering an aluminum volcano in the DLC, so I built a self cooling turbine tamer for it. Building a turbine on top of a steam-based heat sink converts it into a powerful heat deletion device - though the turbine itself leaks some heat and must be cooled. Have a auto sweeper, smart battery etc in. Jul 22, 2019 · This is a self-powered late-game cool steam vent tamer. But all in all, I’m impressed. So, in your situation, it depends on amount of metal and plastic you have. No automation, no power, no pipes. Aug 27, 2023 · If the cooling provided by 2 wheezeworts (2x12,000 dtu/s) and crude oil (shc of 1. Wich will grow linearly as time goes by, because the build only uses 2 kg/s and most geysers average over 2kg/s. The heated water boils, and flows into the steam turbine. Plastic Ladders cover upward too. These buildings have a natural synergy with each other as TreesOne. This video shows how to use a steam turbine in Oxygen Not Included to cool things lower than 125C. I have a conveyor belt shutoff with a timer sensor so the 20kg packages cool down to 130C while rest 5 min there. It will then turn some of the heat into energy. Door Fan Feed. Oct 14, 2021 · They were gold and iron. The "Self-Cooled Steam Turbine" option assumes the turbine will use the water return to self cool and will be operating at under 135℃. As the polluted water passes through aquatuner the heat is displaced into a cooling system room. A self-cooled steam turbine can only delete, safely, about 83. The hardest part is getting the steel for the aquatuner and plastic for the steam turbine in the early game. The two-stage process will let the turbines be self-cooling sustainably. Turbine doesn't work for long and temperature from gold volcano with 145kg steam pressure is not spiking high enough to make temperature high. Build is very simple, dump water into the volcano and turbines up top with radiant pipes so the output from the water cools down the turbines. Note that a Steam Turbine produces less power than an Aquatuner uses to transfer heat: active cooling yields less power than a self-cooled Steam Turbine. Self-cooled turbines have some finicky requirements to ensure proper functionality (steam temperature never goes above 140°C, heat output stays relatively constant during the runtime, radiant pipes are of a highly conductive material), and while it's hardly impossible to guarantee these properties with a metal volcano, they can still be a bit troll-y. For a video of that, search youtube for metal volcano taming (Francis John has a nice video about it). For the 1200kg of steel, you can just dump heat into a pool of oil at the bottom of the map. Conclusion:- try to keep the steam at 200 degrees celsius- if the Because of that, a steam turbine is exactly as efficient at any temperature from 125C to 200C. You can also mix two different kinds of liquids: e. Jan 21, 2022 · Hey guys, in this video I am showing how to run your steam turbines for maximum efficiency. 1. Add more water, and place some temp Dec 8, 2022 · The steam turbine is cooled by a sequence of 3 conduction panels (aluminum) followed by a valve to initialize the water storage (to avoid the bug with stored contents only staying for 1/5 ticks). If you are using an Aquatuner it doesn't really matter what the heat exchange medium between the Steam Turbine and Radiant Pipes is, it could be CO2 and it'll still work fine. Jan 28, 2024 · A fair amount of tutorial content for ONI covers self-cooled steam turbines and steam-turbine aquatuner setups. Aug 26, 2019 · It's been a couple years since the original chlorine clamped steam turbine. 1 Building. The latter version cuts down the amount of water needed by a factor of 10. So, we can cool 2000C steam with one turbine back to 95C water. A 10kg/s line from one of the output feeds goes through the aquatuner. 59 kDTU/s. The steam will condense at the bottom at 95C. 4x375) 630kDTU/s, and approximately a third to half of that averaged out over its active period. So, continuing from the end of the last build, flesh out the future Steam chamber of our cooling setup: Jun 15, 2022 · There is also an hybrid ST cooling system: it uses self-cooling under 98°C and is assisted by an AT over that threshold. Vacuum first. In the process some of the steam will be turned back into (hot) water. Will this work, or could I do something more efficient? This hydrogen is mainly intended for cooling into liquid hydrogen, but it has a long trip to make before it reaches my rockets, so it'd be nice if I didn't have to pump 130C If the steam is kept below 140C, you can use the output water to cool itself. Nov 11, 2021 · A practical self-cooled design needs 3 Steam Turbines. 1 g/s of water to enable the bypass pump (or jebaitor). This can be dumped back into the body of water. 2 C, and in practice a very well designed self-cooled Steam Turbine can certainly be stable at 139. +91. Jan 20, 2022 · 287. Since heating And in short, a Steam Turbine operating on 200 C steam will process 3. The battery can be any battery type: Small or Jumbo batteries work as well. It’ll heat and cool quickly. Output temperature of 30C (adjustable) Includes attractive potted plant. This works out to self cooling being possible if the steam temp is below about 135C. And you only need one turbine to convert the heat and have enough power in general. 461 000 kDTU / ( 45 * 4. Jul 17, 2018 · Posted July 17, 2018. Sep 24, 2023 · Steam turbines delete 90% of heat that goes into them, and absorb the other 10%. 3 Steam Turbine. As it turns on, it converts the heat into electrical power, so the steam will always be around 125°C unless you add another source of heat such as aquatuner. Ethanol rain. If you're bringing element over 120°C to be cooled, and if you're bringing it on a large amount, think about cooling the turbine before the element. 4. (Once running it can handle both. You can cool the Aquatuner inside a steam room with a self cooled Steam Turbine, no need to waste power with active cooling. It’ll make cooling way more efficient and reduce the power consumption of that aquatuner saving more power for other things ;). Also, space! Note that this guide is based on the original Release version of ONI and is a continuation of my early-game and mid-game guides. Even if the Hydrogen Vent yields ~700g/s while active, this is only (700x2. Heat Produced. But thanks for the try. 194K subscribers in the Oxygennotincluded community. ) The pumps need to be running constantly to prevent damage from state changes. You also run radiant pipes in the heatsink. 8kg/s. It also cools the Hydrogen Generators, Batteries, Transformers and of course the hydrogen. Useful for converting the geothermal energy into usable power. Heating cool steam is my favorite way of capturing its output. In the second setup, I like to feed the steam turbine's output through the thermo aquatuner, using a bridge to add 8 kg of extra water to the 2 kg of the turbine's output. g. Optimal way is to keep it stable at 99C. In this case, the bug produces only downsides. In other words, it take a long-ass time to heat it up, and suck heat very well. Note that the Pipe Thermo Sensor placement is deliberate: it's a clever way to only cool 7 packets before resuming self-cooling. The only tricky thing in the build is that the steam chamber is three tiles high, and there can't be any gases inside, or they will block the steam turbine when the Feb 3, 2018 · You probably should remove the door and change the insulated tiles to regular tiles made out of abyssalite (almost 0 heat transfer) The doors are to condense the steam back to water - the turbine itself doesn't "consume" the steam, just moves it from below->above the turbine. The aquatuner setup on the left is for cooling the steam turbines (and the batteries that store all the power) but if you use self-cooling steam turbines you don't need it. The room was pressurized with 2 kg oxygen before the starting water was put in, it consumes no water/steam otherwise. The same cooling effect your applying to the liquid or element at the bottom, is used to keep your turbine cooled. 5kDTU/s, before it runs the risk of overheating. The steam turbines have no problem remaining under 100 celcius. The most brutally simplistic way to tame a gold volcano. The steam turbine outputs 2 kilograms of water at a temperature of 95°C every second. Design notes: Conveyor rails zig-zag through lower chamber to exchange heat with steam. One solution is the self cooling turbine. On top of that, a self cooled turbine setup can be implemented anywhere the steam temperature stays under 140C. Not every design can keep the steam below 140C, but if yours can then some radiant pipe and hydrogen for self cooling is amazing. Use crude oil (or better) as liquid in the metal refinery cooling loop. 9C in the oil fissure case) but the amount of heat (except in the steam vents case) is very small and is easily cooled by a normal self-cooled steam turbine set up. Capture the heat from the rocket. P-water is great for 0C+ temperature control since it freezes near -20C and won't risk freezing breaking pipes. Don't loop the coolant over the water or you'll suck heat from the hot water and use more power than needed. It moves extra heat to the 124C steam (pushing the temp above 126C). Managed to store power onsite in a battery pack inside the steam room so that I can have a power buffer to use during idle phases. Hydrogen is the gas with the best temperature transfer rating and the best temperature capacity. 76 kDTU/s. and 2) You can design a steam turbine to be self-cooling by using the 95 degree water output of a steam turbine to keep it under 100 degrees, but iirc. Oct 13, 2019 · The source may be 500C (326. The body of water it runs through will heat up and eventually boil, turning to steam. For self-cooled builds, if you want to run them close to the limits, then having extra tiles with high heat transfer does make a noticeable difference. My problem was the AT don't generate enough heat rapidly to heat few kilos of steam per seconds. Put the steam vent in an insulated box, use some metal tiles to conduct heat to steam turbine steam rooms. This is where a steam turbine comes in. Circulate iron until it drops below ~135*C. To do this you can use that 95C water it outputs and heat it to 99C, before you drop it back to steam chamber. However that 4C of difference is not enough to counter all heat the full speed turbine is generating. Aquatuner- self-cooled steam turbine setups. When using If both the Vent and pressure chamber are connected to a steam room, which in turn is cooled by a Steam Turbine, the Hydrogen's Temperature will easily drop down to 125°C. 5x as much heat as one operating on 125 C steam, though they both do so at the same efficiency (besides a very small effect from the 4 kDTU/s). This is the standard design for the Steam Turbine and Thermo Aquatuner buildings in Oxygen Not Included. The turbine needs cooling and you're picking between self cooling and aquatuner cooling. Because 1 turbine will easily eat energy off a copper/ gold volcano so easily it'll still be inactive most of the time. mltxgzurfioxvrcovrdj