Small Scale Experiments for Tritium Breeding (SSETB)

• Value: £800K

A research programme to address a critical aspect of the tritium breeding technology based on solid lithium ceramics. Delivery of a small-scale experiment or other project, preferably based on an existing experimental or other capability.

• Value: £800K

Aa research programme to address a critical aspect of the tritium breeding technology based on the use of lithium in liquid phase (either as a pure metal or as part of mixture/eutectic) as the breeding material (and potential the tritium carrier medium). Delivery of a small-scale experiment or other project, preferably based on an existing experimental or other capability within your organisation, that could support the fusion community to develop in future larger breeder experiments.

• Value: £800K

A research programme to address a critical aspect of the tritium breeding technology based on the use of a molten salt of lithium for the breeding and neutron-moderating material. Delivery of a small-scale experiment or other project, preferably based on an existing experimental or other capability within your organisation.

• Value: £800K

A research programme to address a critical aspect of the tritium breeding technology based on the use of Digital Simulation and Modelling of a Neutron Source, the breeding in a range of materials, neutron-moderating materials and geometries pertinent to the three technology families in the above lots. Delivery of a small-scale in-silico experimental project, preferably based on an existing computational science or other capability within your organisation, that could support the fusion community