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In the UK, some industries require high temperature process heat for their operations and currently operate by either using electricity from the grid and converting it to heat, or by burning fossil fuel. In 2018, the UK industrial sector consumed approximately 14% of all energy used and 73% of the coal.
U-Battery has conducted an analysis of the potential market size for heavy and energy intensive industrial sites that are seeking to decarbonise. Six industries were found to be technically suitable for deploying a U-Battery, and there was a high level of interest amongst energy managers for these industries, with a market size of potentially 200 sites.
In December 2017, the UK Government reassessed the direction of its small modular reactor (SMR) competition and developed a new framework for the advanced modular reactor (AMR) programme.
Under the revised AMR programme, the Department for Business, Energy and Industrial Strategy committed to investing up to £44 million into a feasibility and development project, which would help take AMR designs closer to commercialisation.
AMRs are categorised within a broad group of advanced nuclear reactors, distinct from conventional reactors, which use pressurised or boiling water for primary cooling.
By design, AMRs can:
The AMR programme has two phases:
In the second half of 2018, U-Battery was one of eight vendors selected to participate in phase 1 of the AMR programme. U-Battery developed a feasibility study, which made the technical and commercial case for its design. This study was submitted to the UK government on schedule in December 2018 and January 2019.