hydride bed for hydrogen isotope storage and delivery Research Overview - Development and validation of hydrogen isotope storage and delivery bed with Unique design for ITER fusion fuel cycle Research Contents - Development of metal hydride bed for the safe storage and delivery of hydrogen isotope in ITER tritium plant - Design requirement & concept, fabrication procedure, experimental validation using hydrogen/deuterium

작성자 최고관리자 등록일 2024-02-05 13:31:55

Achievements > Major Achievements

This technology uses deuterium from seawater and lithium as fuel, providing a highly efficient and nearly limitless source of energy that emits no carbon, making it a promising alternative for a sustainable future society.As major advanced countries accelerate their plans to realize fusion energy as a solution for climate change and a future energy alternative, the Korean government also recently confirmed its basic concept for a fusion demonstration reactor, and began preparing for the practical

작성자 KFE 등록일 2023-03-14 00:00:00

News & Media > News

The species used can vary deuterium, neon, argon, or mixtures thereof, depending on mitigation purposes, such as mitigating heat loads or suppressing runaway electrons. Last year, we investigated differences in disruption mitigation, primarily by deliberately changing the arrival times of the two SPIs to assess the possible jitter effects between multiple SPIs.

작성자 KFE 등록일 2020-09-24 00:00:00

News & Media > News

Detail SDS(Storage and Delivery System) Metal hydride bed for deuterium and tritium storage and delivery : Hydrogen isotopes(deuterium and tritium) are stored in the form of metal hydride using DU.

Research > ITER > Research Activities > Procurement Items

Major Research Areas Research on tracking fusion fuel cycle technology and development of safe tritium handling Research and development of tritium plant technology including deuterium: supply, recovery, purification, separation, storage and analysis technology C.

Research > Fusion Engineering Research > Research Activities > Fusion Fuel System Research