To: matt04
Name one Nuclear Reactor Design that is inherently safe when the power goes out in Facility? Meaning power goes out reactor just shuts down and doesn’t explode.
9 posted on
02/08/2012 7:01:53 PM PST by
GraceG
To: GraceG
I can’t wait to see what improvements have come about over the last thirty years.
11 posted on
02/08/2012 7:09:52 PM PST by
Jonty30
(What Islam and secularism have in common is that they are both death cults.)
To: GraceG
Thorium reactors are supposed to be much safer in that regard. Google TechTalks on YouTube has a good presentation on that.
/johnny
To: GraceG
Pebble bed reactor using helium as the working fluid.
It just goes to sleep.
It is also known as a “self-damping reactor.”
13 posted on
02/08/2012 7:15:56 PM PST by
patton
("Je pense donc je suis," - My Horse.)
To: GraceG
Fukushima daiichi survived a 9 magnitude earthquake and would have survived a 30-foot tsunami but for human error.
Coal, natural gas, hydro-electric dams, windmills, all have risks.
The greatest risk, though, is to do nothing which means you either freeze to death or starve to death.
16 posted on
02/08/2012 7:31:56 PM PST by
Tribune7
(GAS WAS $1.85 per gallon on the day Obama was Inaugurated! - - freeper Gaffer)
To: GraceG
18 posted on
02/08/2012 8:00:53 PM PST by
seowulf
("If you write a whole line of zeroes, it's still---nothing"...Kira Alexandrovna Argounova)
To: GraceG
“...Name one Nuclear Reactor Design that is inherently safe...”
-
Name anything that is inherently safe.
22 posted on
02/09/2012 4:16:45 AM PST by
Repeal The 17th
(We have met the enemy and he is us.)
To: GraceG
Name one Nuclear Reactor Design that is inherently safe when the power goes out in Facility? Meaning power goes out reactor just shuts down and doesnt explode. The AP1000® pressurized water reactor works on the simple concept that, in the event of a design-basis accident (such as a coolant pipe break), the plant is designed to achieve and maintain safe shutdown condition without any operator action and without the need for ac power or pumps. Instead of relying on active components such as diesel generators and pumps, the AP1000 relies on the natural forces of gravity, natural circulation and compressed gases to keep the core and containment from overheating.
This is the plant that will be built in Georgia.
25 posted on
02/09/2012 6:33:58 AM PST by
Ditto
(Nov 2, 2010 -- Partial cleaning accomplished. More trash to remove in 2012)
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