Fundamentally Safe
Nuclear Power Station
Reflecting Fukushima Daiichi accident, MIT professors proposed OFNP that is robust against Tsunami, Loss of Power Accident and doesn't need urgent evacuation even if severe accident happens.
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Tsunami Proof
Tsunami hight is low at offshore location where water depth is deep enough. In addition, floating body is not fixed in sea ground and easily ride away big wave.
Unlimited Heatsink
The biggest problem with nuclear reactors is that they continue to generate a huge amount of decay heat for a long time even after shut down. Sea water can be stable and unlimited heatsink.
No Urgent Evacuation
OFNP is located far away from residential area (out of Urgent Protection action planning Zone) and no urgent evacuation is necessary.
WHAT WE DO
Development of Offshore Floating Nuclear Power Combining Operating Light Water Reactor and Large Floating Body
This technology is used in Offshore Oil Drilling Rig
LOCATE 30KM AWAY FROM COASTLINE
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Robust against Terrorist Attack
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The floating structure of the OFNP is highly durable due to its double-hull design. It is also well-protected against threats such as torpedoes and suicide attacks, which can be effectively blocked by an iron wire net installed around the facility.
IAEA 1ST SYMPOSIUM OF OFFSHORE NUCLEAR POWER PLANT
Recently, OFNP is attracting world-wide attention.
IAEA held 1st Symposium on November 23rd, 2023.
Takafumi Anegawa led the OFNP project at COCN from 2020 to 2022.
Following the Fukushima Daiichi nuclear power plant accident, he played a pivotal role in leading nuclear reform activities at TEPCO as Chief Nuclear Officer. Additionally, he serves as the president of the CHAdeMO Association, one of the world's most widely adopted standards for EV fast charging.
