- Edited By Tom Lamar -
Tokyo Electric Power Co (TEPCO) said it was preparing to restart the 784 megawatt No.3 reactor at its Fukushima-Daiichi nuclear plant on Friday, at which it is set to burn so-called mixed-oxide (MOX) fuel for the first time.
Fukushima is a nuclear power plant located in the town of Okuma in the Futaba District of Fukushima Prefecture. With 6 operating units located on site, Fukushima is one of the largest nuclear plant sites in the world. Fukushima is the first nuclear plant to be constructed and run entirely by TEPCO.
Asia's biggest utility said if all goes as planned, the reactor will start generating power on Sept. 22 and begin commercial operations on Oct. 26.
It had shut the reactor at the northern Japan plant for planned maintenance on June 19.
During the shutdown, TEPCO prepared for uranium dioxide as well as MOX fuel to be burned at the reactor, making it the first time the company will use the recycled fuel.
Other power companies have started using the recycled fuel as part of Japan's goal to move towards a closed cycle where it recycles its own spent fuel and then burns recovered uranium and plutonium as MOX fuel.
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Interessantes, Silvia Haus
Let's say a major earthquake followed by a tsunami struck the more than 30 year old Nuclear Powerplant . It caused lots of damage and all reactors are threatening to blow up.
Even if it had experienced several accidents before. They should know that really bad things could happen. Why take the risk?
Why start using Moxfuel if your plant is old and vulnerable to earthquakes? If something happens to the reactor and the Moxfuel catches fire and gets released in to the air, the plutonium set free is like a million times worse than uranium.
You are saying reactor 3? On Tepco website they stated different...but if it is 3, that caught fire. We have a problem.
Why build the largest nuclear plant in the world on the Ring of Fire?
very good idea, well done
Doesn't look like that MOX turned out so well, like a prompt moderated criticality. Frisky nuetrons.
Here is the evidence of moderated prompt criticality