This week, Erewash MP contributed to an important
Parliamentary debate about Small Modular Reactors (SMRs) and
called on the Government to step up its support for this type of
innovative nuclear technology being developed by UK firms,
include Derby-based Rolls Royce.
During the debate, which was held in Parliament’s secondary
chamber, Westminster Hall, Maggie spoke about the need for the UK
to establish its own independent source of clean, affordable
domestic energy and highlighted the economic benefit that the
manufacturing of SMR power plants could bring to the local
area.
Commenting after the debate, Maggie said:
“With a number of nuclear power stations due to be
decommissioned in the next 10 to 15 years, continued instability
in the Middle East and increasingly hostile Russian State, the
Government must act now to bridge the gap and protect Britain’s
security of supply.
“SMRs, which take a relatively short period to
construct and bring online when compared to conventional nuclear
power stations, offer a ready-made solution to help the UK meet
its future energy needs.
“In addition, the UK Small Modular Reactor Consortium,
led by Rolls-Royce, estimates that an SMR program has the
potential to create up to 40,000 skilled jobs in the nuclear
industry and associated supply chain and to add more than one
£100 billion to the economy.
“Locally, with Derby being the centre of Roll-Royce’s
nuclear operation in the UK, the manufacturing of SMRs in the
city would create significant new job opportunities, which would
benefit my constituents in Erewash.”
Responding to the debate, the Minister responsible for the
Nuclear Industry told MPs that the
Government was committed to establishing an SMR program in the
UK.
As well as the multi-million pound investment already
available to develop and regulate designs, the Minister said that
the Government was currently considering a bid by UK Small
Modular Reactor Consortium and hoped to bring forward legislation
in the summer to support the UK’s nuclear industry, including SMR
production.