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The Sizewell C project is slated to cost £20 billion and be comprised of two EDF/Areva 1650 MWe European Pressurized Water Reactors (EWR). The Bradwell site is slated to be built as one or more, of CGN’s 1000 MWe PWR which is the Hualong One (HPR1000) reactor technology. The Chinese reactor design is now at Stage 4 of the UK Office of Nuclear Regulation Generic Design Assessment.
The Sizewelll investment is a follow-on to an investment by China in the Hinkley Point C project where two Chinese SOE’s have taken a one-third equity stake in the project. In return the government promised China the right to build the Bradwell project with one and potentially as many as three of its Hualong One reactors.
Posted : 2021-07-25 13:27
Updated : 2021-07-25 17:56
Wolsong Nuclear Plant units 1 to 4 in Gyeongju, North Gyeongsang Province, are seen in this photo. Korea decided to phase out nuclear energy under the Moon Jae-in administration. Korea Times file
By Kwon Mee-yoo
Korea is one of the world s largest nuclear energy producers. But in 2017, the country chose to phase out nuclear power plants citing concerns of possible accidents. However, the emergence of global pledges to reach net-zero carbon emissions by 2050 casts a cloud over Korea s nuclear phase-out policy and complicates the dynamics of the presidential election scheduled for March 2022.
An anti-nuclear policy was one of the key campaign pledges of President Moon Jae-in. About a month after his inauguration in 2017, Moon announced that Korea would halt plans to build new nuclear power plants and would not extend the lifespans of existing ones. The announcement was made at a ceremony commemorating the permanent closure of
KSTAR fusion device maintains 100 million degrees for record 20 seconds
KSTAR fusion device maintains .
KSTAR, the so-called Korean artificial sun, has set a record for maintaining plasma at temperatures over 100 million °C 1/1
KSTAR, the so-called Korean artificial sun, has set a record for maintaining plasma at temperatures over 100 million °C
While harnessing the power of the Sun has progressed in leaps and bounds in recent years, harnessing the process that powers the Sun is proving a tough nut to crack. However, progress continues to be made on the various approaches to practical nuclear fusion being pursued, of which tokamak reactors remain a frontrunner. In another promising development for the technology, the Korea Superconducting Tokamak Advanced Research (KSTAR) fusion device has set a world record by maintaining plasma at over 100 million °C (180 million °F) for 20 seconds.