Not exact matches
Babcock & Wilcox — one - time builder of large pressurized
water reactors as well as smaller ones suitable for the submarines of the U.S. Navy — would
like to shrink those down to just 180 megawatts.
With no fresh, cold
water flowing through the system, the
reactors began to behave
like enormous kettles, boiling the
water that was no longer flowing out of the system.
Like mainstream
reactors, it is a «light
water» design: The
reactor is pressurized and filled with plain
water that flows past the core, where the radioactive decay of uranium - 235 generates intense heat.
Like older models, they will use uranium fission to heat
water and drive a turbine, but these
reactors will be smaller, simpler to build, and each will add more than 1100 megawatts of capacity to the region's power grid when they come online in 2016 or 2017 — without emitting carbon dioxide.
It proceeds through construction of more large light
water reactors,
like the four being built in Georgia and South Carolina,» she said.
Like all astronauts, he's also an advanced scientist, one who's figured out a way to make drinking
water out of dirt, and whose spaceship is carrying a
reactor that's essential not just to his trip but to the job he's going to do once he lands on the red planet.
[iii] Although some countries
like Germany are worried about nuclear safety because of the nuclear accident in Japan due to the tsunami, plant safety enhancements (e.g. passive cooling features that do not rely on generators to keep
water flowing to
reactor cores) make future accidents
like Fukushima unlikely.
That's one of the reason's I
like the boiling
water reactor design, yeah the
reactor vessel is larger but you have no steam generators and no pressurizer, and all that extra
water in the downcomers is useful in emergencies.