The UK has spent nearly $504 million to keep British Steel operational

Share:

According to a report by the UK’s National Audit Office (NAO), the government has spent £377 million ($503.4 million) over the past nine months to keep the Scunthorpe plant of British Steel operational. JFS A3041 JNC340W Automotive steel strip, Led by the Department for Business and Trade, this intervention aimed to prevent the closure of the UK's last remaining blast furnaces and to avert significant job losses and disruptions to critical industrial supply chains.

The NAO stated that the intervention was necessary to prevent a disorderly shutdown, which would have had major economic consequences and impacted key customers, including infrastructure projects.

Daily cost of £1.3 million; no end date

Between April 12, 2025, and January 31, 2026, the government allocated £359 million ($479.41 million) for operating costs—such as raw materials and wages—and £15 million (approximately $2.003 million) for consultancy services. JFS A3041 JNC340W Automotive steel strip, Ongoing operations require approximately £1.3 million (about $1.74 million) per day; there is no fixed budget, no repayment schedule, and no specified end date for the support. While the total support is classified as a loan, the NAO has noted that repayment remains uncertain.

Total costs could exceed £615 million and are expected to continue rising.

According to the report, if current conditions persist, expenditure is projected to reach £615 million ($821.36 million) by June 2026. JFS A3041 JNC340W Automotive steel strip, The NAO also warned that, depending on future policy decisions and assuming current spending rates continue, total costs could exceed £1.5 billion ($2 billion) by 2028.

While acknowledging that the intervention helped safeguard jobs and support key industries, the NAO highlighted the significant financial risks associated with continued support; it noted that although the government acted quickly to stabilize operations, the cost of maintaining production remains high and uncertain, and there is currently no clear exit strategy.

  • Source: Abstract
  • Editor: Shirley

If necessary, please leave your message, we will contact you as soon as possible, thank you!

Name:
Email:
Tel:
Message: