Tender Results of United Kingdom Atomic Energy Authority

Integration of proprietary IP into RAICO digital in the loop control systems-Integration of proprietary Toia Ltd IP into digital in the loop control systems.

UKAEA - RAICo - Procurement of SPOT Quadruped Robots-Procurement of 4 additional SPOT Robots which are required by the RAICo Programme in order to conduct further research into the efficacy of use of quadruped robots in Nuclear Decommissioning environments.

Waste Characterisation-The specification is to cover waste characterisation needs at UKAEA for radiological and non-radiological analytes to support disposal of solid, aqueous and non-aqueous waste streams.

Atomistic Modelling of Detritiation of Tungsten-Microstructural evolution from Atomistic Modelling of Detritiation of Tungsten and its oxide phases

Supply and Install of Modular Toilets-The supply and install of modular toilets to Culham Campus.

HyDUS Electrolyser-HyDUS is an energy storage demonstration initiative in which hydrogen will be stored on beds of DU. It is a cross-industry collaboration between EDF, UKAEA, UoB and Urenco, with funding from DESNZ. This procurement is for the supply of engineering and manufacturing services for an electrolyser for the HyDUS project.

HyDUS Electrolyser-HyDUS is an energy storage demonstration initiative in which hydrogen will be stored on beds of DU. It is a cross-industry collaboration between EDF, UKAEA, UoB and Urenco, with funding from DESNZ. This procurement is for the supply of engineering and manufacturing services for an electrolyser for the HyDUS project.

UKAEA - RAICo - Procurement of Additional SPOT Robots for new use cases-Procurement of additional SPOT Robots for the RAICo Programme

HyDUS Electrolyser-HyDUS is an energy storage demonstration initiative in which hydrogen will be stored on beds of DU. It is a cross-industry collaboration between EDF, UKAEA, UoB and Urenco, with funding from DESNZ. This tender is for the the supply of engineering and manufacturing services for an electrolyser for the HyDUS project.

Plasma Modelling-Plasma Modelling for: 1) Core and pedestal plasma turbulence simulations 2) Scape Off Layer turbulence simulation 3) Non-inductive plasma start-up and current drive simulations