UK Commits £1.2B for Asbestos Removal
UK government allocates £470 million for 656 schools and £750 million for NHS sites to address asbestos, crumbling infrastructure in 2025-2026.
In May 2025, the UK government announced a £1.2 billion investment for 2025-2026 to repair crumbling schools and hospitals across England, with significant funding dedicated to asbestos removal. The allocation includes £470 million for 656 schools and £750 million for over 400 NHS sites to address urgent infrastructure failures including asbestos contamination, deteriorating roofs, and failing building systems.
The investment comes as research from Mesothelioma UK estimates that removing asbestos from all UK schools and hospitals would provide nearly £12 billion in economic benefit over 50 years by preventing asbestos-related diseases among workers and building occupants.
Funding Breakdown
Schools: £470 million
- 656 schools and sixth form colleges will receive funding
- Projects include asbestos removal, roof repairs, and structural improvements
- Work expected to begin summer 2025
- Part of broader £2.1 billion school estate investment
NHS Sites: £750 million
- Over 400 hospital and healthcare sites eligible
- Addresses leaky pipes, poor ventilation, electrical faults, and asbestos
- Focus on long-standing maintenance backlogs
- Projects to be delivered during 2025-2026 financial year
School Rebuilding Programme: Additional £1.4 billion
- Acceleration of complete school rebuilds
- 100 school projects to begin in 2025
- Addresses buildings beyond economical repair
The Scale of the Problem
Despite the significant investment, the funding addresses only a fraction of the estimated need:
£13.8 billion: Total maintenance backlog across UK school estate according to the Association of School and College Leaders
£4.5 billion: Estimated total cost to remove all asbestos from UK schools (£3.2 billion) and hospitals (£1.3 billion) according to Mesothelioma UK research
86%: Proportion of UK schools containing asbestos according to Department for Education estimates
Over 200: Number of teachers estimated to die annually from mesothelioma and other asbestos-related diseases linked to school exposure
The gap between available funding and total need means prioritization will focus on the most dangerous and deteriorated buildings, leaving many schools and hospitals with managed asbestos for years to come.
Despite £1.2 billion investment, the total maintenance backlog is £13.8 billion and full asbestos removal would cost £4.5 billion. Over 200 teachers die annually from asbestos-related diseases linked to school exposure. Parents and staff should continue advocating for inclusion in future funding rounds.
Economic Case for Removal
Research commissioned by Mesothelioma UK and conducted by economists examined the full cost-benefit analysis of asbestos removal:
Current annual costs: Asbestos-related diseases among former school and hospital workers cost the UK economy approximately £1.3 billion per year in healthcare, lost productivity, and compensation.
10-year removal scenario: Complete removal of asbestos from schools and hospitals over 10 years would cost approximately £4.5 billion but would save nearly £12 billion over 50 years.
Net benefit: The economic analysis shows a clear return on investment, with every £1 spent on removal generating multiple pounds in avoided future costs.
The research accounts for direct medical costs, lost working years, social care needs, and compensation payments that result from asbestos diseases with latency periods of 20-50 years.
Reactions from Education Leaders
Education unions and school leaders welcomed the investment while emphasizing its limitations:
Paul Whiteman, NAHT general secretary: Called the funding a “welcome start” but stressed that “much more Government investment and a long-term plan is needed to restore the school estate to at least a satisfactory condition.”
Julia Harnden, ASCL funding specialist: Noted the “massive £13.8 billion maintenance backlog across the school estate” and emphasized the funding is “still nowhere near the level of investment needed.”
Teaching unions: Have long called for a comprehensive national plan to remove all asbestos from schools within a defined timeframe, rather than incremental repairs.
RAAC Crisis Context
The 2025-2026 funding follows the reinforced autoclaved aerated concrete (RAAC) crisis that forced emergency closures of schools and hospitals in 2023-2024. Many RAAC-affected buildings also contain asbestos, complicating remediation efforts.
The RAAC situation exposed the extent of infrastructure neglect across public buildings and increased political pressure for investment. The current funding represents a response to that crisis, though advocates argue it remains insufficient for the scale of the problem.
Asbestos Management vs. Removal
Current UK policy allows asbestos to remain in buildings if properly managed and in good condition. The 2025-2026 funding will:
Fund removal: Where asbestos is deteriorating or in locations where disturbance is likely, funding will support professional removal.
Support management: Where asbestos remains in place, funding will support improved management plans, monitoring, and staff training.
Enable rebuilding: For buildings in the worst condition, complete rebuilding may be more cost-effective than remediation.
Critics argue that management-in-place approaches create ongoing risk and that phased removal should be the national policy. Proponents counter that removal itself creates risk and that well-managed asbestos in good condition poses minimal danger.
International Comparisons
The UK approach contrasts with some other developed nations:
Australia: Has implemented national asbestos eradication strategies with targeted removal timelines.
Netherlands: Banned asbestos roofing materials and required removal by specified deadlines.
France: Required asbestos surveys for all buildings and mandated removal in certain circumstances.
The UK’s building-by-building risk assessment approach has been criticized as leading to inconsistent protection, particularly for children in schools where asbestos exposure may occur over many years of attendance.
What This Means for Schools
For the 656 schools receiving 2025-2026 funding:
Prioritization criteria: Schools with the most urgent safety concerns and deteriorated conditions were selected first.
Work timing: Many projects will occur during school holidays to minimize disruption.
Temporary measures: Some schools may require temporary closures or use of portable classrooms during works.
Long-term plans: Schools should receive updated asbestos management plans following completion of funded works.
Parents and staff at schools not receiving immediate funding should continue to report concerns about building condition and advocate for inclusion in future funding rounds.
Related Articles
Reader Q&A
Frequently Asked Questions
How much funding did the UK commit?
£1.2 billion for 2025-2026: £470 million for 656 schools and sixth form colleges, £750 million for over 400 NHS sites. An additional £1.4 billion will accelerate 100 complete school rebuilds. This is part of a broader £2.1 billion school estate investment.
Is this enough to solve the problem?
No. The total maintenance backlog is £13.8 billion. Full asbestos removal from all UK schools and hospitals would cost £4.5 billion. However, research shows complete removal would provide £12 billion economic benefit over 50 years. A clear return on investment.
How widespread is asbestos in UK schools?
About 86% of UK schools contain asbestos according to Department for Education estimates. Over 200 teachers are estimated to die annually from mesothelioma and other asbestos-related diseases linked to school exposure.
What happens to schools not receiving funding?
Schools not in the first tranche continue with current asbestos management plans. Parents and staff should continue reporting concerns about building condition and advocating for inclusion in future funding rounds. The gap means many schools will retain managed asbestos for years.
Can asbestos still be found in the UK?
Yes, asbestos remains present in many UK buildings, particularly those constructed or refurbished before 2000. A 2022 report analyzing 128,761 inspected buildings found asbestos in 78% of them, including 86% of domestic properties. Estimates suggest up to 1.5 million buildings across the UK may still contain asbestos-containing materials, as the 1999 ban prohibited new use but did not require removal of existing installations. UK regulations require managing these materials if they are disturbed or damaged. Exposure to asbestos fibers is linked to mesothelioma in people with occupational or environmental contact.
Is it safe to live in a house with asbestos?
Living in a house with asbestos poses little risk if the asbestos-containing materials remain intact, undamaged, and undisturbed, as fibers are not released into the air under these conditions. Risks increase if materials deteriorate, are damaged by wear, renovations, or disasters, potentially leading to inhalation of fibers linked to mesothelioma and other diseases. The EPA and other authorities recommend monitoring materials for damage and avoiding disturbance rather than automatic removal, which can heighten exposure if not done properly. Professional inspection is advised if damage is suspected. No safe exposure threshold exists.
Will there ever be a cure for asbestosis?
No cure exists for asbestosis, a permanent lung scarring condition caused by asbestos exposure, and current treatments focus on symptom relief through options like oxygen therapy, pulmonary rehabilitation, and medications such as corticosteroids. Clinical trials are testing drugs like pirfenidone, originally for idiopathic pulmonary fibrosis, to assess potential benefits for people with asbestosis, but no biologics or immunotherapies are under active investigation. While research continues, evidence shows no reversal of lung damage is possible, and future cures remain unproven.
Why has asbestos been banned in the UK?
Asbestos was banned in the UK due to its microscopic fibres, which can be inhaled and lodge in the lungs, causing serious diseases such as mesothelioma, asbestosis, and lung cancer that often appear decades after exposure. The ban began in 1985 with the prohibition of importing blue (crocidolite) and brown (amosite) asbestos, extending to all forms, including white (chrysotile), by late 1999 under the Control of Asbestos Regulations. This comprehensive prohibition on importation, supply, and use addressed rising cases of asbestos-related illnesses linked to prior occupational and construction exposures.