The lake is believed to be made of hydrocarbon-based liquid, possibly ethane.
It’s my personal hope that this will reinvigorate the space program with private capital, in the hopes of mining and transporting refinable liquid fuels.
A manned-mission space program is a vital next step for mankind; eliminating the dependency on terrestrial fossil fuels would be a pretty nice side-effect.
Just in case anybody from Big Oil is reading this, let me be very clear: down this path lie riches vast beyond your wildest greedy dreams. To get the riches, you must learn to walk the path. Hint, hint.
Methane lakes on Titan. And you think we can just scoop it up and bring it to Earth so we can have cheap fossil fuels?
um…
Solar
Wind
Hydrogen fuel cells
Air power
Hydro-electric etc… (anything but fossil fuel)
Couldn’t we just stay home and think of something better here? Do we really have to go 790 odd million miles (at it’s closest) to fill your tank?
BTW… How are we supposed to land and take off? Our best propulsion means using a controlled burn to get places. This moon is biger than Mercury and is covered in METHANE. You don’t see a problem here?
Not really, maybe the smell . Methane burns (oxidizes) in the presence of Oxygen. I don’t recall anyone detecting oxygen on Titan. The biggest problem with taking off from Titan is having to bring enough oxidizer to Titan to get back off.
Actually, methane has no odor, it’s just that it is mixed with smelly substances in certain contexts.
That would be an interesting world for aerospace propulsion. Jet engines would run on oxidizers rather than fuel. The cold and hydrocarbons have resulted in at least one lake of rocket fuel. The lower gravity would make getting into orbit easier. That, combined with the cold might make jet engine boosters practical for that world.