Відео

Your Volcano. - If you want to "Turn it off", you can build a TempShiftPlate made from Coal over it's tile of interest. (2nd from the left, 2nd up) The coal will instantly convert to a natural tile of Refined Carbon that will block the volcano. - It will be very hard to pull a vacuum through those 1 wide chimneys. May want to turn the volcano off, let it cool and go from there.

6:00 1500c magma is the reason I said it wasn't really worthwhile to try to extract a little Igneous rock from the volcano a few videos ago. You want Magma and Vacuum in that room. Any gas will overheat and destroy any machine in there.

Wolframite is a rare resource, and generally you want most of it to convert the tungsten to Thermeum (+900c overheat temp). You can spare a little for mission critical wiring around your rocket though.

Using a steam vent is an interesting way to make petroleum. I can't say I've ever seen that before. One challenge you will have is thermal mass. Oil has lots, steam not so much. An average steam vent produces 750 kg of steam per cycle. A little more than 1kg per second. I really don't want to do the math, but off the top of my head I'd say you will need a LOT of 500c steam to raise 1 kg of Oil from 100c up to 400c (at least 50 kg of steam?). Once the Oil has cooled all the steam to below 400c, you need a way to get rid of the cold steam. Sorry, but I don't think you can realistically produce any Petroleum from a steam geyser. The way you usually make petroleum is to have magma pool on one side of a thermo transfer door, and your pool of oil on the other. If Temp of the Oil/Petroleum is > 405c open the door. Magma at 1500c has a LOT of thermal mass to share with the oil.

You replaced a lot of your melted wires with copper again (ensuring it will melt next time). You should upgrade all the wires in your rocket silo to steel. The steel wires that melt should be upgraded to Tungsten (Refined Wolframite). Tungsten has the highest melting point of any metal. The hottest part during a launch is directly down the center of the rocket. Runing a wire down that hottest part pretty much ensures melting. Bring that wire in from the side, and place a TSP near the wires that are under the rocket. (The TSP will absorb the heat from the launch rather than the wire, and will release it back to the environment over time.) Note: a Petroleum rocket is MUCH hotter than a CO2 rocket.

A temp shift plate can not move temperature to another temp shift plate. Your setup would be about 99% as effective if you skipped every 2nd TSP. Alternately, you could increase the effectiveness by moving every 2nd tsp up or down 1 tile. (Making a checkerboard).

When you assign a dupe to the neural vascilator, they will get 1 of 4 possible buffs. Each vascilator can be used once. Space missions can return vascilator recharges. The 4 possible buffs are - Decreased O2 consumption - increased strength - Health regeneration - I can't remember the 4th.

5:24 1 turbine isn't enough to delete the heat from 2 Aquatuners. If you place 2 turbines on that room, they should be able to handle things without the steam overheating.

Enchanting is death for RG. Worse AP ratio = Build tank

9:35 Notification on the left... 7 of your buildings melted. They were probably power wires or automation wires. When you start running petroleum rockets, you will be melting the ladders and pipes too. Your wires and automation cables need to be at least Steel... preferably Tungsten to withstand the heat of rocket launches. Obsidian is the best choice for ladders next to the rocket. The hottest part is directly beneath the rocket, so running an automation wire down the center is not the best idea. Run your automation down the sides. Caution, you gates and sensors will also melt.

I do not understand the purpose of the liquid bridges you were installing around your bathrooms. If you had a shortage of water, the input bridges would ensure that the toilets would get water before anything flowed past them. Kinda makes sense, other than you don't have a shortage of water. The bridges for the outputs... they would actually block the output of the toilets if anything was flowing through the waste pipe... like a trickle of clean water from a mini pump. With T intersections, you know that your toilets will drain (as long as the waste pipe is flowing at all).

It is debatable whether extracting the igneous rock from a volcano is worth it. Based on average output, each volcano produces appx 660 kg of igneous per cycle. That is only enough to feed a little over 4 hatches.

I notice that you are using a lot of ceramic to build tiles for your Volcanos... I would recommend Obsidian as it is much easier to come by. Even holding in Magma, Obsidian will go thousands of cycles before it starts to transfer any amount of heat.

You don't need a gantry for the Research modules. Nothing needs to be loaded into them, and they just drop their data banks on the ground when the rocket lands. I think you only need a gantry for the Cockpit, Booster thrusters, and oxydizer tanks. (I may be missing something, it's been a LONG time since I played base game).

If you place your buffer gate facing right, then your filter facing left (or the other way), your automation cable just makes a C shape as it hits both gates. As opposed to one facing up and the other facing down as you have it.

Solid fuel thruster uses 400kg of oxylite per launch.

Suggestion for your Oxylite production. Have a "Smart Storage" sitting in a puddle of water (or oil) next to your oxylite refinery. The puddle is top prevent the oxylite in the storage from offgassing. The storage does not need to be submerged, you just need more than 2kg of water in the puddle to stop offgassing. You can set limits on a smart storage like you can with liquid and gas reservoirs. So you can run automation from the smart storage to the Oxylite refinery so it only runs when the Smart storage isn't full.

If all the doors to the Worts were locked, how were people supposed to deliver the Phosphate? Same thing will happen with them in your Hydrogen room. Once a day someone will go in there 6 times. Once for each wort.

Oxylite Offgasses. Having your oxylite refinery in a vacuum will mean that as soon as the oxylite is dropped on the ground it will start offgassing and diminishing it's mass. You should have the refinery in a room with > 2000 pressure so it will not offgas and / or store the oxylite in liquid so it will not offgas.

Be prepared to upgrade all wires near your rocket to steel or Tungsten as soon as you upgrade your rocket engine. They will start melting with the additional heat.

You really need 2 Steam turbines to keep 2 aquatuners running full time. Instead of stopping all liquid flow if overheating, you could disable one of the aquatuners. That way you would still get some cooling. It would also prevent any liquid stuck in a pipe in the steam room from overheating and bursting the pipe, which could occur if you stopped flow of the coolant using a shutoff.

Rocketry is where the DLC really improves the game. Yes, you need a LOT of gantries. It is easiest to just leave them extended, and set them to not be repaired. When a rocket blasts through them, they will be "Damaged", but still usable.

2 Aquatuners can produce more heat than a single steam turbine can remove. If you need 2 Aquatuners, you need 2 turbines as well :)

I admire your dedication to the uploads

I have no idea how your storage bin is holding all those gasses. I can't see how (most of) the gasses came from an atmo suit... they don't carry polluted O2. Only thing that could possibly come from a suit would be O2 or maybe CO2, but I believe the game deletes any CO2 exhaled while in an atmo suit. It's a mystery. I am guessing that if you deconstruct the storage, you will find a bunch of those gas canister things, but don't ask me how they got inside the storage bin in the first place.

- Nice metal refinery setup. I hope it works well for you. - An option to "Automate" steam filling a rocket. Similar to what you have... When the sensor past the rocket detects steam in the pipe, it will turn off the gas pump. Anything left in the line will be allowed to vent. The system will remain off until you restart it. You can achieve this with a "Memory Toggle". Your switch to start the gas pump is connected to the "Set" port on the memory toggle. The gas pipe element sensor is connected to the reset port. The output of the memory toggle goes to the gas pump. To start the gas pump, turn your switch on, then off again. That will set the memory toggle to "On". The memory toggle will not turn off until it gets a green signal to it's reset port. After it is reset (by steam making it past the rocket), you can start it again by turning the switch on/off. Note: An alternative to venting the steam to space would be to return it to the steam room and vent it there, or return it to a gas reservoir IN the steam room.

Looks cool... Couldn't help notice the stress lvls way up??

- Auto sweeper can sweep out of water. - Conveyor chute can be under water. - Shove Voles should drown if trapped under water (by doors). You can use just a normal Pneumatic door. Eggs will drop through the closed door and the critters can't get out. Dupes and the sweeper can then sweep through the closed pneumatic door to get meat / eggshells out. - Petroleum generators emit a LOT of Pwater. A Petrol generator consumes 2kg of Petroleum per second and emits 750g/s of PWater. Over 30% of the petroleum burned is returned as Pwater. You really should have a way to collect and process the PWater from your Petroleum generators. - When I tame my leaky oil fissures, I build them into a steam box. Set up a hydro sensor to turn on a liquid pump when over 10kg on the floor to extract the Oil. The steam box lets you extract the oil at around 130c. .

- You can also place space scanners under a row of mesh or airflow tiles. They can see through it. - The space scanner that is tracking a rocket can be placed under ground it does not need a view of space. Only space scanners tracking meteors need a view of space. - Instead of coming up with a way to open / close the gantry, you can just tell them to not repair it and leave it open. It still "Works" even when it is broken. That is a LOT easier than trying to automate opening / closing it (trust me). It is also 1600 watts to open / close not cheap. - AN Anti Entropy Thermo Nullifier can remove 80 kDTU/s at a cost of hydrogen of appx 80 watts. Extremely efficient cost wise, but only able to remove a limited about of heat. The amount of heat a Thermo Aquatuner can remove depends on the coolant that is running through it (SHC). Aquatuner with Petroleum cools 246 kDTU/s Aquatuner with Water/Pwater cools 585 kDTU/s Aquatuner with Supercoolant cools 1,181 kDTU/s As you have learned, that AETN will never cool your cool steam vent. At best it will make it slightly less hot. In my experience 1 dedicated Aquatuner (Sending coolant to a steam vent) is not enough to cool the steam vent. You may want to go with 2 for safety. Or, just seal in the cool steam vents and use other sources of water. That is what I have evolved to. Cool steam vents are evil, and get sealed off in my playthoughs. It is just too expensive to get their water to a usable temp. When there are Slush geysers that can be used to cool my base before converting to water, why use hot water when there is plenty of cold stuff to use. - Good observation that he fluctuation in steam pressure was due to the water return :) - Looks like you are going to send 1kg packets of Hydrogen through 1000 kg tiles of hot water. The hydrogen will have minimal effect on the water temp... Kinda like throwing an ice cube into a bathtub. Note: Gold Amalgum is the WORST metal you can use for radiant gas pipes. All metals (including iron/copper) are at least twice as conductive. Steel is the second best, so use that if you can, but use anything other than gold amalgum if you want to transfer heat. - To not "Waste" the power on those batteries, you could add a transformer, and face it back onto another grid until they drained. - Your power spine is not maxed. The only draw off the spine are transformers (probably). Each Large transformer has a potential draw of 4000. You have 14 large transformers in your main bank, so that is 56k potential draw. (and many more in other places) But, you have 2k wires coming off of the transformers, and since you are not melting wires all the time, I can assume that you are keeping the draw to below 2k. That means that each transformer's max draw is really only 2k x 14 = 28k max draw. Since each transformer is actually probably below 2k most of the time... that is even more headroom. You are fine for a LONG time. PS: Nobody knows why the Large Transformers give 4k, but the conductive wire only handles 2k. One of the great ONI Mysteries. - If you are going to redesign your power spine, consider placing it vertically, with 1 transformer per floor. Removes a LOT of spaghetti. - Solar Panels. Looks like you are feeding the solar panels into a transformer, then sending that to the spine... Makes sense but is not necessary. A Solar bank does not require a floor under it. The big thick bottom "Is" the floor. That means you can treat them as any other generator, and just wire them using HeavyWatt directly to the spine. Since transformers don't have any leakage, this won't save any power other than not having to cool the transformers. It does however simplify your solar setups.

- 0:33 If the liquid is entering at 60, and leaving at 75, it is picking up 15c in that room. An Aquatuner is only capable of removing 14c when a liquid goes through it. That one room is adding more heat than the Aquatuner can remove. That means that you will need 2 Aquatuners in series (each with a steam turbine) to remove more than 15c. Sorry... I listened to your words that said 60 - 75... When I read the popup text, I see that it is actually going from 69.5 to 75, so only 5.5c That should be plenty of room for an Aquatuner unless the liquid is getting more heat somewhere else. - The 2 ladders leading to your surface. Near the top, neither of them have backing walls, so all atmosphere from the top of those ladder shafts is being vented to space. - You can run 8 or 12 schedules... As long as the downtime are offset. Having 2 or 3 people per shift means that the base is always productive. I never liked having a base that effectively "turned off" for 1/4 of the day because everyone is asleep. -5:07 Your airlock room. There is less than 50 grams of atmosphere per tile. Radiant pipes work by conducting heat from the Machines - to the air - to the coolant pipe. There is no air. With ho air to conduct heat, the radiant pipes will do very little to the surrounding machines. - 6:00 What are Temp Shift Plates going to do in a vacuum? There is no atmosphere to send the heat to. That is the problem you will have with sweepers, conveyor loaders and auto miners. They generate heat, but in a vacuum, there is no way to remove that heat through convection. That is where you use the conductive panels. They are designed to work in a vaccum, as they cool the machine they are behind, not necessarily the atmosphere. To keep your Conveyor loaders cool, you will need to run a coolant loop to them, and pass a conductive panel behind them. - Looks like the rocket is about to land any minute now, we are going to see it smash through your bunker doors... /sorry LOL yep, there were 3 bunker doors, now there are none. You need to have them open for landings. It only takes 2 doors to cover a rocket. (Rocket is 7 wide, each door is 4 wide) - 7:47 you can see the research data (looks like an old diskette) sitting at the base of the rocket. You got 50 bonus data for completing 1 of the 5 research objectives, and probably like 10 for a trip to a planet. As soon as you expand the size of your rocket, and can send 5 research modules, you will get 250 "Bonus" data, and 10 for the trip to the planet. So each NEW planet you visit will give 260 research data. - No, slicksters don't climb ladders, they can swim. They live in Oil. To keep them trapped under the water so they drown, add rotated doors above the water. Do you have something against horizontal doors, is that why you have been resisting adding them above your evolution chambers? No... you have rotated doors at the top of your ladders. /confused - 29:44 your lead gas pipe element sensor will melt next launch. - Not sure why you want to vent steam, but ok. Cheers.

- Gratz on your first Rocket Launch. That is HUGE!!!👍👍 -I'd still recommend that you burn that hydrogen. You have no need for it, and it is constantly backed up. Burn it for power as soon as it is created. (Keep a little around, but trying to loop, it is always jammed for one reason or another.)

- Metal Refinery. You could place a temp sensor connected to the refinery. That way if the room ever got over 60c, you would just shut down the metal refinery. - LOL... I never thought of releasing 20 tons of steam into my base to make naphtha... Pretty effective :) - Any tile that is touching a bunker tile when it takes an impact will also take damage. That is why the insulated tiles at the top are damage. Generally don't place anything touching the bunker tiles. - The steam room still has over 100kg / tile of steam. No need to add any more water. - Smart battery has MUCH less runoff (wasted power) and heat generation than a Jumbo. Good choice. - A Green signal to a door opens it. I don't think you want your doors open, releasing atmosphere to space. - You can Automate Gantry Retraction... Automation on the command capsule will send a green signal when ready to launch. At that time, you can retract the gantry. You can then send another automation signal to the command capsule to actually begin launch. You can also use a space scanner to detect when your rocket is returning to open the bunker doors for you.

- Been thinking about your rocket not launching. It's been years since I've played base game, but if I had to guess, I'd say that maybe the Gantry is built 1 tile too far to the right. It looks like it is overlapping the rocket body by 1. If nothing else works, you could try moving the gantry 1 tile to the left. I believe that ladders above the rocket are fine. You DO need to retract the gantry for launch and landing, otherwise the rocket will destroy it. You also need to make sure the bunker doors are open for landing or the rocket will destroy them. You can use a Space Scanner tracking the rocket to auto open the doors on return. - You built the Auto Miner in the shove vole ranch from Lead. Lead gives a -20c overheat temp taking most buildings down to 55c overheat. I would not recommend building anything from lead other than wires and conductive wires. - Shove voles produce meat. More meat than any other critter. - I forget... what is the reason you don't do liquid locks? It would really help to keep all that steam in when you break in to fix the aquatuner.

I have no idea how you got sour gas in your magma biome. I can't say I have ever seen that before. My only thought is that some got in during the great petroleum cookoff you had down there. it's at 14kg/tile, so it is possible it came from a single tile of oil or Petroleum that got through. I can't say I've paid any attention, so I have no idea if it's always been there, or if it spawned in somehow. Cheers for replacing the coolant :) Hope it helps.

Your rocket only has 1 research module. You will want it to have 5 so that you can get maximum research data from each asteroid you visit. The first 5 research modules that go to a planet receive "Bonus" research data. You still get a little on subsequent visits, but the easiest way to max out research data is to send a rocket with 5 research modules to each of your closest planets. Once you have maxed out your research data, you can start sending Cargo Bays to retrieve space goodies.

Sulfur is used in the Spaced out DLC. I don't think there is a use for it base game.

- Previously I mentioned having too much water in your steam rooms was bad... 5:28 You notice the liquid vent in the steam room has a red icon. That means it is over pressure... A liquid vent will be overpressurized if over 1000 kg ./ tile. You are at 1147 kg per tile in that room. The liquid vent won't allow any water to enter the room from the turbines. You are going to need to get some water out of there for the steam room to work.

Zelus Insanitas, great video bro

- When talking about coolants, thermal conductivity is nearly irrelevant. It is all about SHC... How much heat can it hold. - Why do you want your coolant to be sub zero? 20 or 30c coolant is perfectly fine. Trying to take it sub zero is just adding complexity for no benefit... Unless you are trying to freeze water with it. An Aquatuner can only remove 14c per pass. Taking Pwater from 34 to 20, is exactly the same as taking Pwater from -6 to -20. Same amount of heat is removed. One risks freezing, other doesn't. By wanting to have it sub zero, you are costing efficiency (running sub standard coolants like petroleum or ethanol). Unless you want to freeze or liquify something, there is absolutely no reason to run coolant sub zero. - Temp Shift plates behind your rocket... When rocket launches, TSPs will absorb all the heat from the launch and landing, then distribute it over time. Instead of cooling the right, they will heat it (if you launch the rocket).

Uhhh... If I am understanding correctly, you are cooling the regolith so you can ship it through your base to feed to shove voles... Why not keep the shove voles at the surface, feed them the hot regolith, and ship down the meat. You are spending a lot of power cooling that regolith.

Making the sweeper in your shove vole room from lead may not be the best idea. Machines made from lead have a -20c overheat temp, taking it down to 55c. Your room is already at 39c. If it goes up 15c, you will start taking overheat damage on your sweeper. The only thing safe to make from lead are tiles, statues, wires and automation cable... Then you only need to worry about melting point which is 327c.

If you split your dupes into more schedules, then the bathrooms won't get oversaturated.

- I assume you are shipping regolith into the Shove Vole ranch. Be aware that since the ranch is made of metal, the entire area will become the temperature of the regolith coming in. - If you replace the ladders above your evolution chambers with pneumatic doors. The dupes can walk over them, but the critters will be trapped in the water. This will drown even slicksters. - Nice use of the "Mechanical Filters" to separate the hydrogen from your Electrolizers. You can use the same technique to replace all your water filters down below. - Now that you have mastered steam turbines... consider this for your metal refinery. Instead of pumping in PWater, then just dumping the hot water... Have the coolant for the refinery be a closed loop. Full of Petroleum (it will be HOT). Output of the refinery flows through insulated pipes to a steam room, where it snakes back and forth in radiant pipes, then flows back to the input of the refinery. That technique allows you to recover 100% of the power used to create iron and steel (the refinery heats it's coolant that much). The only metal that is not power positive using this technique is Gold. This is generally considered the best way to set up a refinery as the power recovery is really nice, and you don't have to deal with a bunch of hot output water. It is best to set it up so that the coolant keeps looping even when the refinery is turned off, but even just connecting it as a simple loop will work for the most part. If you want, I can give you a piping guide for how to set it up easily.

If you were using PWater instead of Petroleum as a coolant, you would not need the second Aquatuner. You are wasting SO MUCH power by using petroleum as coolant. (Your aquatuners are running 2x as much with petroleum as opposed to PWater). I think you mentioned somewhere that the coolant was around 50c... Well within the comfort range of even normal water. PS: Always use PWater or salt water as coolant, as they have a temp range of -20 to 120c instead of the 0-100c that clean water has.

For "Evolution" pools, instead of a row of ladders across the top, use rotated pneumatic doors. Some critters can hop out of the water. If there is a door above them, they will drown... including slicksters. You can also use a single evolution room for all eggs. Saves some space. You are either shipping eggs, or shipping meat and eggshells. Easier to ship all eggs to a single evolution room, and have it ship off meat and eggshells to their appropriate destinations.

Yep... That conveyor loader holding 1600/1000 kg was odd. Who knew it freaked out with blastshot... especially since there is a conveyor port on the blasters. You'd think they would have found that bug earlier.

You are still completely filling your steam rooms with water. That is totally excessive. in a 5x2 steam room (10 tiles), 400kg of water... 2 trips to a bottle emptier, or 40 blobs from a water pipe is more than enough. 400kg / 10 tiles = 40kg of steam per tile. That is plenty. In a properly pressurized base, there is only 2kg of air pressure. By having so much thermal mass (too much water), it takes FOREVER to heat up. Once it does get to temp, it will hold the temp for a long time. It will still work, there is just no reason to use so much water. Also, if you ever need to open it, and you don't use a liquid lock... Instead of releasing 400kg of steam, you will be releasing 10,000 kg of steam... And your steam room is way bigger than 5x2... yours is 24 tiles for some reason. That is 24 TONS of water. 24,000 kg of water in there. When 400-800kg would be more than enough.

Last tip... To the right of your rocket, you have a sweeper loading regolith into a conveyor loader. You will notice that after the loader ships 20kg of regolith, the sweeper loads another 20kg. This is EXTREMELY inefficient. A Sweeper can sweep 1 ton at a time into a receptacle. If you add a timer gate to the sweeper. Set it to 4 seconds on, and 50 seconds off. ( 1 ton / 20kg / second = 50 seconds). This means that you will use 120 jewels per TON of regolith, instead of the 6000j that you are currently using.

I am really curious about the room with 15 conveyor receptacles. Wouldn't it be easier to just have everything drop on the ground using a chute instead of having stuff in 15 receptacles... Each receptacle only holds 1 ton. A Chute holds an infinite amount.

For your hatches to drown... There needs to be over 900 kg of water per tile, and there needs to be a roof over them (normally a horizontal Pneumatic door). Dupes can walk across it. sweepers can sweep through it, but the critters can't get out.