Engineering publications brought to you by Mark Allen

Nuclear

Abandoned vehicle inside the Chornobyl Exclusion Zone

UK-Ukraine team to boost Chornobyl radiation monitoring

Fusion power plants will rely on hydrogen isotopes deuterium and tritium

Glass sensors being developed to withstand fusion environment

MoltexFLEX chemists Dr James Moffat and Beth Mapley working with the rheometer

MoltexFLEX announces rheometer capability

'Powering up Britain’ blueprint outlines national move to green energy security

A specimen of ‘fusion grade’ silicon carbide composite made by KF in Japan, being handed over to UKAEA for experimentation. L-R: Dr Alex Leide (UKAEA), Dr Max Rigby-Bell (UKAEA), George Clark (UKAEA), Dr James Wade-Zhu (UKAEA), Andy Wilson (Kyoto Fusioneering), Vojna Ngjeqari (Kyoto Fusioneering)

UKAEA teams up with Kyoto Fusioneering

New study on borehole disposal for nuclear waste

Mock-up of the main vessels of U-Battery’s advanced modular reactor (AMR). U-Battery is a high-temperature gas-cooled AMR, which can be deployed quickly to provide a scaleable output of 10MW thermal, of which up to 4MW could be delivered as electricity

Urenco leaves U-Battery modular reactor project

Indonesia to develop small modular reactor capability

Some areas of the country are far more reliant on manufacturing than others

Spring Budget aims to stimulate UK's science superpowers

UKAEA will provide novel fusion materials to be irradiated in ORNL’s HFIR facility over the next four years. From left: ORNL's Kathy McCarthy, Jeremy Busby and Mickey Wade, UKAEA CEO Prof Sir Ian Chapman, ORNL's Cynthia Jenks and Yutai Kato

UKAEA partners with Oak Ridge National Laboratory

UKAEA and Sheffield Uni team up on fusion

CCC urges government to pick up pace on decarbonising power