4 ms·

After the "World Series Earthquake" (aka 1989 Point Loma Earthquake), nuclear subs from Alameda crossed the bay and provided power to San Francisco. If you're

After the "World Series Earthquake" (aka 1989 Point Loma Earthquake), nuclear subs from Alameda crossed the bay and provided power to San Francisco. If you're asking if this could be used to help with the failing Japanese reactors, it's too late. If U.S. nuclear ships had somehow managed to get up there and get connected in time to provide power before the plant's battery backups ran out, then uninterrupted cooling could have been maintained and the meltdowns prevented. Things are now well past that point, and now it's just a matter of keeping the radiation contained to the greatest degree possible as the meltdown continues, and finding a way to seal everything up permanently without killing anyone.

bhousel 16y ago
Yeah, once the reactors are doused with seawater they're done. But there are plenty of other facilities that need emergency power now - hospitals, water treatment plants, the other reactors that aren't yet ruined. It would be useful and awesome if US ships and subs carried the necessary equipment and were trained in how to provide emergency power to disaster-stricken places.
- lucasjung 16y ago
  Every U.S. ship has the necessary connections to connect to land-based power grids. Normally these are used to draw power into the ship, but they can be made to work both ways. Even non-nuclear ships can push power, at least until they run out of fuel. The big problem is that the power grid is usually deavily damaged by the disaster (or non-existent to begin with in some countries), so there's nothing for the ship(s) to hook up to. Even without tying up at the pier to push power, an aircraft carrier or large amphibious ship can provide tremendous support: desalinization plants capable of producing thousands of gallons of fresh water each day, helicopters capable of conducting search and rescue and/or transporting relief supplies, doctors and corpsmen trained in field medicine, command and control aircraft to tame all of the chaos listed above, etc.
  - abizzy 16y ago
    Thank you all for the feedback, glad to have found this thread. I've been curious about the ability to provide enough power and fresh water to avert disaster in some of the reactors not beyond repair. Have yet to hear much about this in the news, is there any information that this has been discussed; as well, why the lack of nuclear experts/techs on site as opposed to a seemingly small number of private employees. Certainly hope a sense of pride/responsiblity is not impeding help and safety.

bhousel 16y ago

Yeah, once the reactors are doused with seawater they're done. But there are plenty of other facilities that need emergency power now - hospitals, water treatment plants, the other reactors that aren't yet ruined. It would be useful and awesome if US ships and subs carried the necessary equipment and were trained in how to provide emergency power to disaster-stricken places.

lucasjung 16y ago
Every U.S. ship has the necessary connections to connect to land-based power grids. Normally these are used to draw power into the ship, but they can be made to work both ways. Even non-nuclear ships can push power, at least until they run out of fuel. The big problem is that the power grid is usually deavily damaged by the disaster (or non-existent to begin with in some countries), so there's nothing for the ship(s) to hook up to. Even without tying up at the pier to push power, an aircraft carrier or large amphibious ship can provide tremendous support: desalinization plants capable of producing thousands of gallons of fresh water each day, helicopters capable of conducting search and rescue and/or transporting relief supplies, doctors and corpsmen trained in field medicine, command and control aircraft to tame all of the chaos listed above, etc.
- abizzy 16y ago
  Thank you all for the feedback, glad to have found this thread. I've been curious about the ability to provide enough power and fresh water to avert disaster in some of the reactors not beyond repair. Have yet to hear much about this in the news, is there any information that this has been discussed; as well, why the lack of nuclear experts/techs on site as opposed to a seemingly small number of private employees. Certainly hope a sense of pride/responsiblity is not impeding help and safety.