Oni everything tamer. I also like the look .

Oni everything tamer For example, you can have a "heat transfer" between two rooms or dump the water on top of the volcano. Don't know all the cool stuff in ONI yet. It has 2 tempshift plate made of Tungsten to help disperse the heat and a sweeper paired with a loader to send the gold on its way. Build your own army of whatever mobs you like Hi y'all, I want to show my compact gold volcano tamer. When it goes dormant, you can excavate the final tile, and then close the box off with insulation. 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. g. Priming. Everything in the steam is steel because I couldn't bother trying other materials, do at your own risk. It never gets hot enough to melt it and that's everything where overheating isn't a worry. This subreddit is an unofficial community about the video game "Space Engineers", a sandbox game on PC, Xbox and PlayStation, about engineering, construction, exploration and survival in space and on planets. And i found dumping some petroleum on the floor with bottle emptiers is faster than constructing pipes. Any form of water under 185C is fine, but hotter is better. This design works on all early to mid-g Like most things in ONI, I'd say it depends 😉 Generally "more water" should be fine (if slower and more resource intensive) Just remember that liquid vents will overpressure at 1000kg. Used 400kg of PH2O and 800kg of H2O for the AT/ST area, luckily the dirt aligned with the AT so it's not that noticeable. 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. This tamer draws quite a bit of power and, until recently, I don't think anybody knew we could do better. Eruptions can push to 200C, but only briefly go over. From veteran players to newcomers, this community is a great place to learn and connect. Awakening in particular has a lot of burst mobility and Legendary beast dance has no damage fall off so you can (and will) spam it. And yes, some pre-space builds can be a little tricky, mostly because they are pre-space. 5 mph (at release)Axis tilt: lowAxis rotation: medium/highTest Equipment: 14 PoundsLayout: 50 x 5 x 45 Bryan Hoffman (Righty)Style: StrokerRPM: … Everything I see has a very clear function. Seems like a potential stronger type benchmark but could also get a little lost amidst everything else. 5 which would equal 500 grams), connect a permanent green signal via a NOT gate to the reset port, and it will split the standard 20kg solid packets into 500g packets that will cool extremely fast because The tamer this design is based on actually had that, it works well. If you want a class that can do a bit of everything Tamer is a solid choice. Add sensors under the steam turbines s the only turn on when the temperature is above 200C, and use aquatuners for cooling them. Everything else can be made of whatever you want. Build three steam turbines on top. Big HSVs need even more. Never cool water down, unless you have to. Since one mini liquid pump cannot work off this amount, the construction runs permanently after the start and delivers 450 kg (480 kg left-sided) of niobium per cycle. Inspired by Francis John's current playthrough, I made an automated gold volcano tamer that output the gold at 150 c or less : The Gold Volcano Tamer. Endgame materials are supercoolant, thermium and insulation. I love arbor tree, but unless it wild it water negative. Even when I purposefully overheated the turbines it was able to recover. I do this all the time. feed sweeper gets disabled with a NOT from kill storage, while it activates the kill sweeper. What does this do: It drips magma and spreads it out so it turns into hot igneous rock debris. Otherwise I go for 2 turbines for everything else for simplicity (not having to having to worry about math), convenience (it's less claustrophobic and easier to add stuff later if I want on the double wide variant), and b/c even if not needed, the second turbine should help process the metal faster as it will increase the rate of heat removal. I love his tutorials and have watched them on repeat. 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. The 2. So everything would stop working, and no iron would be drawn out of the system. Cooling down 95C O2 takes way less energy, BTW. Go wall to wall temp shift plates in the middle chamber at a height of 2-3 tiles. Tony Advanced is one of my favorites, he always has great ideas. But like you say, it's not needed. The loop+buffer you teached me on your "A cool steam vent tamer for your early base" works perfect each time I use it and is quite compact. Thanx EDIT: Oh and Please ignore two empty chambers on the right -- it's just leftover from my previous attempts. Then get a good amount of water so you have more than 20kg per tile steam later. Aquatuners are definitely safer. I'm not sure if this is the best way, but I excavate everything except the active tile, and build an insulated box around the vent, leaving a space for dupes to get in and out. In a side note, I don't understand why are you currently obsessed with loops. Everything Tamer touches is golden. If it ain't broke Aug 3, 2023 · And here's my version of tamer: Tony's tamer use two very neat tricks to sucessfuly cool metals, which I really like: 1) As turbine is outputting 2 kg/s of water, these are evenly divided and run trough metal tiles where they exchange temperature with metal. I have settled on this simple self-cooled design, used it for hundreds of cycles now (since the conduction panel rework/improvements) and never had any issues with turbines overheating. It pushes all debris in a single corner where a sweeper can pick them up. The pool of oil provides some thermal mass so that the water doesn’t boil when a low-tinker dupe relieves pressure. But refined iron is fine for the rest. With infinite source of sulfur you got meat, water, and dirt. The automation is set so that the Aquatuner runs when temperature is below 127C or when battery is sufficiently full, but never when temperature is above 216C. Jan 21, 2021 · The Everything-Tamer The Everything-Tamer. The condensed water would be teleported out of the tamer. So, if everything is working correctly, it should clear itself out with time. Quite sure a geyser tamer isn't among them tho. EDIT 2: 4. But there are more advanced ways to get relatively cold water starting from 95C one. Keep up the excellent work, Tamer! The FJ design just puts the volcano in the steam chamber with a max water/steam quanity to buffer the heat and then it's only a matter of 1 or 2 turbines to tame everything. The main issue with everything I built in the past is that I couldn't figure out igneous rock. I think it really depends on what you want to use the output for. Everything seems stable with how I have it set up, but I accidentally think I found a compromise between "actively cooling the turbines" and "self-cool the turbines. Now, if we're talking a volcano tamer, and you want to do it early game, that's a different story. Share your strategies, tips, and favorite moments with fellow fans. 125 degree steam has very good conductivity and will heat up the turbine over many cycles, so those systems would need "restart cooling". The only problem if you do this is that the tamer can go idle during dormancy. Inspired by RuneScape, Melvor Idle takes the core of what makes an adventure game so addictive and strips it down to its purest form! This is a feature-rich, idle/incremental game combining a distinctly familiar feel with a fresh gameplay experience. The longest part of this build is waiting for the volcano to go dormant before uncovering, giving your guys plenty of time to build everything around it. One month ago, u/BlakeMW came up with an amazing self-powered cool steam vent tamer. Tamer is solid despite what people say. " Adding a ceramic liquid bridge between the cooling block and the turbine room lets some of the cooling bleed through without going so far as to actively cool it to room temperature. Ideally, use diamond, aluminum, or cobalt for these. The conveyer meter is at an output of 0. The characteristic of niobium volcanoes is besides the temperature the enormous output. Tamer Elbaga (Lefty)Style: TweenerRPM: 330 rpmPAP: 5 & 3/8 upAverage Speed: 18. Thanks Reddit, very cool. Thank you! Although 67,5g of water from 90g of Nat gas is a 75% conversion rate, which is very good, it's hardly going to be useful outside Sour-Gas Boilers, which is pretty much the only existing option for mass Nat Gas production. The location is split between a temperate biome hex above at 30ish C and a jungle biome hex below at 45 C. Interesting I wasn't aware that would be a problem! Reading the wiki I see this (): Liquid does not exchange heat with the bridge it flows through, but the bridge itself can transfer heat from the environment, so insulating materials should be used when placing a bridge across the walls of, say, a steam chamber. 20T per side to be certain. Iron Volcano tamer 2. The pump can be gold amalgam and with the insane difference in mass of gas vs solid metal tiles I highly doubt it'd ever be exposed to anything above 75 c anyways. I don't remember who posted their natural gas geyser taming design, but it's been the best design for hundreds of cycles. I finally have a volcano setup the way I want to. For the natural gas vent Make a air lock of some sort (modded, liquid, or the door) Add air pump with simple automation Make a buffer storage Then use For the volcano First of all are you in the stone age, ore age, refined material age, or steel age If in stone age don't touch it yet If in ore age clear around it If in refined material age build ceramic insulation box around it If in steel age They can be depending on your playstyle, I enjoy that for a little dirt I get phosphorus, plastic (or reeds) and meat. . This build, as far as I understand it tries two things: Use the heat from the magma to heat up water in a controlled manner and to use the resulting steam for power production with the steam turbines. Nov 1, 2021 · Pump everything to a vaccuum. This is mainly due to the placement of the turbine output off to the side. Wow not many options lol what I do is build a single tile high path going from the leaky geyser to a steel pump atleast 5 tiles away or more. Polluted water gives off polluted oxygen! Especially when warm and in big amounts! Chlorine is heavier than oxygen, (and as I'm sure you know, an absolute germ killer) so flooding a sewage system (I provide a few air channels for the pollution to meander before it hits my boys) with chlorine cleans the oxygen that the sewage gives off! Just finished setting up my third Hydrogen vent tamer on this playthrough, a design I am proud of. 8 kg per second per eruption cycle. With an average of 105g/s output on that vent over time, that means a bead pump can only store 15 cycles of gas per tile in the storage room. Just a square room, with turbines on top. For crops, hot water can be challenging, still it's better to cool down tiles/plants rather that water itself. It was expensive as hell as far as materials go (everything in the super-heated magma chamber needs to be steel, as does the aquatuner, the battery, and the steam turbine). 5 (500g). The wheezeworts push the gas into the above tiles and compresses it to a max of 167kg/s a tile if you arent using it. The volcano erupts and turns water into steam and steam cools the iron down to several hundred degrees celsius. The build uses the mechanic that teleports liquids that spawn inside an airflow tile straight upwards. You must have a water tile that the generated water can merge with somewhere straight above the airflow tile. Hopefully you just miss one eruption. Succession has its own playstyle which is pretty solid. The Steam turbines will run, processing and cooling the steam. Apr 5, 2023 · The tamer shown above has 20 tons of gold at 70 C sitting on that tile which is at 54 C, some 200-odd cycles after being built. With melons, of course. My first attempts I tried to cool and spread the heat more quickly, and overheated everything. It's also expandable to the mid / late game if you want to add shipping mechanics. Chill until target temperature is achieved, sweep out the contents having recovered as much heat as you're happy to gather, though I'd imagine the point of this step is not so much gathering the material as it is making the material usable, like say with a metal volcano. Not bad! I would highly recommend taking a look at using solid conveyor meters to cool your refined metal rather than shutoff loops- you can set the meter valve to a low packet size (say, 0. 200kg drop will do. Tamer is super generous with his knowledge and responsive to your questions. build; By MooChiChi, January 21, 2021 in ONI Bug Tracker - ONI Bug Tracker - Spaced Out! All Activity; Home ; Forums ; This works with early game material, all you need is refined metal for some plates and temp plates, and 200 plastic for the steam turbine. Except power it is everything you need to survive, and power always the least thing to be worried about. Yeah. I'm sure you put quite the thought into that design and that'a ok if you want to use it. What I enjoy most about his newsletter is that the content is solid and helps me understand aspects of blackletter that are endlessly interesting. Insulated pipes are all obsidian, other materials will probably still work though I would not recommend trying sandstone or granite. This isn't too dissimilar from my setup, but rather than a tank full of water that you're doing final cooling with, I use a block of metal into which I pipe the turbine water, so that the turbine water is reheated by the residual heat from the outgoing igneous rock before being returned to the steam room, which reduces the igneous rock down from around 125-150c to 95c while extracting some First time encountering an aluminum volcano in the DLC, so I built a self cooling turbine tamer for it. This is a speed build video at about 4x speed cut together from me building my current favorite volcano tamer design. This causes the magma to cool more slowly and lets the steam and tempshifts spread the heat safely. I liked it so much I added it to my list. It does need external power for the sweeper and conveyor loader before the water and polluted water turns to steam to collect the gold (at this point gold will drop on After looking at a post from StormFather and someone else + a video from Tartarus, I came up with an all in one volcano tamer that includes niobium. Edit: Reddit deleted the 20 paragraphs of text I wrote explaining this. I personally play her awakening mostly. I think this is a relatively straightforward metal volcano tamer without using automated mechanized doors, vacuum seal and dripping liquids. Actually this goes for all the materials, I know it works with these materials, try others at your own risk. I also like the look So when anything have water byproduct we tend to like it. Than on the path the top tiles are diamond or glass and than a single tiles high 5 tiles wide of 100kg of water and than steam turbine on top. build; By MooChiChi, January 21, 2021 in ONI Bug Tracker - ONI Bug Tracker - Spaced Out! All Activity; Home ; Forums ; it should work with ranching sweepers->storage->feed sweeper->kill smart storage->kill sweeper. maybe use a delay buffer for the feed sweeper to avoid a race condition in the kill sweeper (meaning the kill sweeper is kept active by a premature deposit by the feeder). Crappy video is here There can be mutiple purposes for taming a volcano. A Gas Pump has an overheat limit which will break if the temperature is higher than that. OVERLAYS. A Gas Pump will start to overheat at 75°C but this limit can be increased by using different materials. A natural gas geyser emits Natural gas at 150°C. There needs to be at least 6T to hold the heat of the smallest vents. But aside from that, I just let Hmm, then if it has a hard cap on the storage, I think I'll stick with a submerged vent storage system. 0 version here solves all of the issues from the previous iteration. Yeah kinda. The other issue was the fact that the Aqua tuner was connected with a 2KW wire, so it was very possible to overload w/e grid it was directly connected to. Here we discuss, share fan art, and everything related to the popular video game. Usually though I try to keep the water a bit hotter (around 70 C) because it's either destined for heat deletion (Electrolyzer, Supercomputer, Oil Well) or will be mixed with cold water from the Spaced Out cold slush/brine geysers to keep things warm, unmitigated use of the cool geysers can easily drop a base below 10 C, the CSV provides free heating in a convenient form. Now if you actually want to make it over complicated, you could counter-flow the cobalt with the steam turbine's exhaust water to lower its temperature to about 100 celcius. It could be made a bit simpler but not without sacrificing something. Get a layer of crude oil first. Piped water thermo sensor is set to Above 20C. You can use 95C for almost everything. The upper thermo shipping senser is at Below 30C and the bottom one is Below 200C. Jan 21, 2021 · Everything-Tamer (Niobium) Introduction. 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. Sep 6, 2019 · Close the lower door now that everything is vacuum. Powerful part of cooling which helps with getting to temperature around 100 Celsius. To explain the other automation systems a little, there are basically two other aspects. High temperature steams (200C) allows for more nergy extraction per unit of heat compared to low temperature steam (130C) Depends on whether or not I want to run slicksters down there … If not, I’ll just make a simple bathtub around the oil well. It takes longer to start getting it up and running assuming you start with regular dreckos and have to get the glossy but once it's started you can basically forget about it, it'll just continue giving plastic as long as you have dirt. Any help of suggestion is highly appreciated, because it is the first real project of mine. the issue is if isolated from everything else, the turbine will stop working during the dormant period. It depends on how the setup is. In your mockup the first free tile is above the insulated tile. Not worth the 10% efficiency you get. Dec 1, 2022 · Tame Everything. The pressure should only be above 20k when the temp is above 125c. My intent with this build (besides sharing this absolutely fantastic library of ONI knowledge), was to make the build a bit more accessible, sustainable, and install a few security measures, so it becomes a "Set and forget" kinda build. Skip to Downloads Minecraft, but previously untameable mobs are now tameable. This specific design has a window of vulnerability when starting up, which is why the amount of water is more critical. The thermal conductivity just needs to cross the threshold of "good enough" aka make sure steam never goes above 200C. Either of those has advantages and disadvantages, for example, if you dump the water directly on top of the volcano you heat up everything in that room at a very high temperature so extracting the metal will get difficult because you need to build the equipment Dec 9, 2024 · Worthless Profession: Dragon Tamer, I Got the Weakest Class, Dragon Tamer!?, worthless job: Dragon Tamer, 全民转职：驭龙师是最弱职业？ However, the tamer should be able to handle higher rates of extraction as well, so you could just guess a good and low red time if you like. Moving resources into areas they weren't in previously is oni basics tho. 0. Wiring is just one line connecting all the jumpstart parts (marked red in the second picture) and another connecting everything else. ukmm dhow fpn mheyl ivvt xkbvm tfgdsmk xtit fhpsih amu