Scape £8bn construction framework: procurement and NEC terms for project teams
Reviewed by Joe Ashwell
First reported on New Civil Engineer
30 Second Briefing
Scape has issued the Tender Notice for its next-generation Construction Works and Services Framework, valued at £8bn over a four-year term for public sector building and infrastructure projects across the UK. The framework will appoint multiple principal contractors to deliver new-build, refurbishment and civil engineering works under standardised NEC-based contracts, with call-off projects expected to range from small capital schemes to major programmes. Bidders will need to evidence carbon reduction strategies and social value delivery, which will directly influence scoring alongside cost and programme capability.
Technical Brief
- Total framework ceiling is £8bn, implying an average annual call-off capacity of ~£2bn.
- Four-year duration enables alignment with typical UK public capital programmes and multi-phase infrastructure upgrades.
Our Take
Taken with Scape’s recent £8.5bn Defence and Complex Environments Framework and the £1.2bn Regional Construction Works and Services framework, this £8bn national framework signals that Scape is structuring a multi‑tier pipeline where general public sector work, regional schemes and high‑security projects are procured through parallel but coordinated routes.
In our infrastructure coverage, few other public-sector aggregators are currently matching Scape’s combined framework scale, which is likely to make prequalification on this Construction Works and Services Framework a strategic priority for Tier 1s and strong regional contractors seeking steady UK public work.
The WELL Platinum police HQ delivered under a SCAPE route (Hertfordshire Constabulary, £56m) shows that sustainability and occupant‑health benchmarks are already being pushed through Scape frameworks, suggesting bidders on this new national framework will need demonstrable ESG and building‑performance credentials to stay competitive.
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.
