YepDoes the large HP steam turbine output steam at a 1-to-1 ratio for input high pressure steam?
YepDoes the large HP steam turbine output steam at a 1-to-1 ratio for input high pressure steam?
Looks like I'm going to need 4 large HP steam turbines and 4 large steam turbines to keep up with a single large heat exchanger running at minimum flow for full efficiency.
I though the same until someone posted about how good fluxed electrum are for a turbine material. Basically cut my expected number of turbines in half. Would love to see your setup if you don't mind once you're finished, I haven't seen many LHE setup photos.Looks like I'm going to need 4 large HP steam turbines and 4 large steam turbines to keep up with a single large heat exchanger running at minimum flow for full efficiency.
Im building my Large Diesel Engine and 3 Input Hatches isn't working, I get "Incomplete Structure" and I think that's why. But don't I need 3 Inputs? One for Nitro-Diesel, one for Oxygen, and one for Lubricant?
Also, I wasn't gonna post my other question but since I'm here... can the Oxygen Input Hatch go on the top, next to the Muffler?
Large heat exchanger makes steam from lava or IC2 hot coolant. You will likely want to run it hard enough to get superheated steam, and I believe the threshold for that is 160000 liters of superheated steam per second with hot coolant or 80000 liters of steam per second with lava. It's a thirsty machine, drinking a drum of lava in a couple of minutes at full capacity, driving a good-sized cluster of turbines.Just got to the point where I can consider building the LHE. I don't fully understand it's functionality. Do / Should I build this to continue?
I would love to see pictures or a video of that when you are done.Large heat exchanger makes steam from lava or IC2 hot coolant. You will likely want to run it hard enough to get superheated steam, and I believe the threshold for that is 160000 liters of superheated steam per second with hot coolant or 80000 liters of steam per second with lava. It's a thirsty machine, drinking a drum of lava in a couple of minutes at full capacity, driving a good-sized cluster of turbines.
The LHE is a powerhouse. I calculate with large HSS-S turbines, it will run 4 large HP steam turbines and 4 HP steam turbines, generating a steady 2 amps of IV power or more. Both the LHE and the turbines have spool-up times, so it works best if run constantly.
I'm currently in design phase of a reactor containment building, heat exchanger, and turbine hall. It's an expensive set of machines: you will need near 1000 titanium I calculate.
I'll post some once I get it all runningI would love to see pictures or a video of that when you are done.
Well I was wrong about one thing, I am not ready to devote a 1000 titanium to anything. I'm sitting at a nice 30 or so titanium. xDI'll post some once I get it all running
Once you get up to 300-400 titanium, the diesel engine is a pretty solid investment. Roughly 3 amps of EV power if you can feed it oxygen.Well I was wrong about one thing, I am not ready to devote a 1000 titanium to anything. I'm sitting at a nice 30 or so titanium. xD
Forgot about this too: The HP steam turbines will set you back about half a stack of tungstensteel each.Well I was wrong about one thing, I am not ready to devote a 1000 titanium to anything. I'm sitting at a nice 30 or so titanium. xD
Oh I see, Ok so the LHE is not next on my list. Seems like the next step is the diesel engine.Once you get up to 300-400 titanium, the diesel engine is a pretty solid investment. Roughly 3 amps of EV power if you can feed it oxygen.
That's what I did, engine first so I have robust power gen, now getting the 800-1000 titanium I need for my reactor complexOh I see, Ok so the LHE is not next on my list. Seems like the next step is the diesel engine.
It shouldn't be possible to get free power from air and water unless you're doing nuclear fusion. (Or growing plants. You know, solar power.)
100% agree. We don't make rocket fuel (irl) as an energy-generation mechanism: we make it because of its high(ish) fuel density. It costs more energy to make than it ultimately generates.
Once you get up to 300-400 titanium, the diesel engine is a pretty solid investment. Roughly 3 amps of EV power if you can feed it oxygen.
I don't consider Flawless blue sapphire important considering i have 8192 Olivine (thanks Crops o.-)Related to my last post, I discovered the recipe for Lapotron Crystals that uses a Flawless Blue Sapphire and quarried a vein to take advantage of that recipe. Very handy indeed.
But now I'm wondering what to do with all the non-useful products of the Sifting Machine? I turn all Exquisite gems into Flawless, and I macerate all Flawed and Chipped gems into dusts. But should I even do the same with all the regular, normal sapphire gems which don't seem to have any use?
Just in general... is it safe to say we can macerate almost all gems down into their dusts (then centrifuge for component materials), or should I be saving all my gems for some unknown purpose? How do some of you veteran players handle gems? Which are the "very important" gems like Flawless Blue Sapphire which can make key items like Lapotron Crystals? Which gems should I make a note to keep intact?