nuclear-news

Talking football pitches but not in Qatar

thttps://www.nuclearpolicy.info/news/talking-football-pitches-but-not-in-qatar/ 5 Dec 22, Whilst the World Cup action on the pitch in Qatar is the current focus of many millions of fans of ‘the beautiful game’, the UK/Ireland Nuclear Free Local Authorities are seeking out the answer to a football-related question much nearer to home. 

Rolls-Royce has been talking big about the prospects for its so-called Small Modular Reactors in recent days, but everyone remains confused as to how big the reactor is. Although the intended power output is clear, at 470 MW being roughly compatible with a first-phase Magnox nuclear reactor, various media articles have reported the SMR as occupying a surface area amounting to between ‘one and a half and ten football pitches’.

Football’s world governing body, FIFA, sets international standards for the dimensions of playing pitches based on metres, but even these are at variance. The length of a pitch can be between 90 metres and 120 metres from goal line to goal line and the width between 45 metres and 90 metres.

Quite a difference, so the NFLA decided they want to use Wembley Stadium with a playing pitch of 105 metres by 68 metres as a reference football pitch most people can relate to.

The Chair of the UK/Ireland Nuclear Free Local Authorities Councillor David Blackburn has just written to Tom Samson, Chief Executive Officer of Rolls-Royce SMR, seeking out the answer.

Councillor Blackburn said “If we do not know how big it is we do not know what we are dealing with, and it is way overdue for Rolls-Royce to provide clarity. With the FIFA standard size of a football pitch being variable, we have gone for Wembley Stadium as a reference most people, whether football fans or otherwise, can relate to. We have asked how many ‘Wembley’s’ will the SMR fill? It is now over to Mr Samson to respond. We shall of course bring you the final score when we have it.”

December 5, 2022 - Posted by Christina Macpherson | Small Modular Nuclear Reactors, UK