Murphy record order book: delivery, safety and skills insights for project teams
Reviewed by Joe Ashwell
First reported on The Construction Index
30 Second Briefing
Murphy reported record 2025 results, with revenue up 13% to £1.58bn, operating profit up 8% to £86.1m and a record £8.17bn order book spanning the UK, Ireland and North America. The contractor expanded its workforce 16% to 4,709 staff, invested £6.54m in training and cut its Lost Time Injury Frequency Rate to 0.06 over 22.6 million hours worked, a 65% reduction in five years. Internationally, Murphy took a 40% stake in Australia’s Abergeldie Complex Infrastructure and delivered Beaulieu Park station ahead of schedule.
Technical Brief
- Lost Time Injury Frequency Rate cut to 0.06 over 22.6 million hours worked in 2025.
- Workforce expanded to 4,709, increasing exposure hours and interfaces while maintaining downward LTIFR trend.
- 26.7% of employees from under‑represented groups supports diverse safety perspectives and risk perception on sites.
- 10% of staff classed as “emerging talent” suggests structured graduate/apprentice pipelines with embedded safety culture.
- Beaulieu Park station delivered ahead of schedule, implying effective construction staging and control of programme‑driven safety pressures.
- 40% stake in Abergeldie Complex Infrastructure extends Murphy’s safety management systems into Australian regulatory environments.
Our Take
The 65% five‑year reduction in LTIFR, achieved while working 22.6 million hours in 2025, positions Murphy at the stronger end of safety performance among contractors appearing in our 839 Infrastructure stories, which is likely to be a differentiator on frameworks such as Sovereign Network Group’s housing contractor panel where safety metrics are increasingly scrutinised.
The 40% shareholding in Australia’s Abergeldie Complex Infrastructure gives Murphy a foothold in a market where our database shows relatively few UK contractors active, suggesting scope to leverage its UK experience in low‑carbon methods and electric equipment into Australian water and transport bids over the medium term.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
