TLW Posted October 27, 2018 Share Posted October 27, 2018 FYI, it's entirely possible to make LH2 without supercoolant, though it's nontrivial to do. Link to comment Share on other sites More sharing options...
Carnis Posted October 27, 2018 Share Posted October 27, 2018 Its not hard, send The coldest supercoolant nearer the pump low, add new hydrogen high, you get constant delta T and -252 temp sensor is enough. Link to comment Share on other sites More sharing options...
bzzz Posted October 28, 2018 Share Posted October 28, 2018 On 10/26/2018 at 5:35 PM, wachunga said: 26 kg of fullerene for the 260kg It's actually 2.6 kg of fullerene. Link to comment Share on other sites More sharing options...
Nativel Posted October 28, 2018 Share Posted October 28, 2018 On 26.10.2018 at 5:35 PM, wachunga said: Here's my latest version. A preliminary test built in debug since I haven't gotten that far yet. Probably some room for improvement or changes due to survival considerations, but you can't get much simpler. Exotic materials needed are 26 kg of fullerene for the 260kg of super coolant and 30kg of niobium for the 12 radiant thermium pipes. Insulated pipes are ceramic and aquatuner is steel. Temperature sensor set to above -255C. Uses about 1300W (800ish for aquatuner, 480 for gas pumps, 24 for liquid pump) of power to liquefy 1 kg/s 70C hydrogen. Diamond blocks are simulating the cooling for the aquatuner. Ideally you would transfer that heat to a steam turbine for deletion and some power generation, about 400W in theory. Or a sieve cooler for the easy way. LH2.sav Aquatuner have automation conection, and you use liquid shutoff instead of connet automation to aquatuner directly, so it's not last setup I suppose... all those who cry about hard to make liquid hydrogen (not you) they can use petrole. Link to comment Share on other sites More sharing options...
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