Someone didn't do their research...
Any current solar body is thousands, if not millions of years old. That means that mining for Tritium should be almost impossible to find naturally.
That said, if you read the article, producing Tritium in a breeder plant would be more reasonable, since all that requires is Helium3 and a neutron injector. Since Helium3 can be produced through a neutron bombardment of Lithium **, which can be obtained locally in sea water, and, presumably, in other similar environments, it makes more sense for harvesting a Water World's volume, using a refinery and pushing the gathered Lithium into a reactor to generate the Tritium.
This all presumes that only a Tritium fusion reactor will push a Fleet Carrier's FSD. Honestly, other types would seem to make more sense.
* https://en.wikipedia.org/wiki/Tritium
** https://en.wikipedia.org/wiki/Helium-3
That means that, in the wild, Tritium exists for less than 25 years.While tritium has several different experimentally determined values of its half-life, the National Institute of Standards and Technology lists 4,500 ± 8 days (12.32 ± 0.02 years). *
Any current solar body is thousands, if not millions of years old. That means that mining for Tritium should be almost impossible to find naturally.
That said, if you read the article, producing Tritium in a breeder plant would be more reasonable, since all that requires is Helium3 and a neutron injector. Since Helium3 can be produced through a neutron bombardment of Lithium **, which can be obtained locally in sea water, and, presumably, in other similar environments, it makes more sense for harvesting a Water World's volume, using a refinery and pushing the gathered Lithium into a reactor to generate the Tritium.
This all presumes that only a Tritium fusion reactor will push a Fleet Carrier's FSD. Honestly, other types would seem to make more sense.
* https://en.wikipedia.org/wiki/Tritium
** https://en.wikipedia.org/wiki/Helium-3