Yorkhill Quay infrastructure works: design and phasing notes for project teams
Reviewed by Tom Sullivan
First reported on The Construction Index
30 Second Briefing
Infrastructure works have begun at Yorkhill Quay in the Glasgow Waters district, where Peel Waters plans 1,100 waterfront apartments on a 13‑acre brownfield site along the River Clyde. Advance Construction Scotland has a £3.75m contract running to December 2026 to deliver core enabling works, including a 400‑metre waterfront promenade and a combined footpath/cycle path. The new route will link The Clydeside Distillery and The Riverside Museum, improving active‑travel connectivity and setting out the primary public realm framework for subsequent phases.
Technical Brief
- Yorkhill Quay forms one of four neighbourhoods within the wider Glasgow Waters regeneration.
- New active‑travel route is designed to directly link The Clydeside Distillery with The Riverside Museum.
- Peel Waters positions Yorkhill Quay as a “landmark waterside neighbourhood” within its long‑term Glasgow Waters vision.
- For similar riverfront brownfields, early investment in public realm often de‑risks later vertical development phases.
Our Take
Among the 727 Infrastructure stories in our database, relatively few involve riverfront regeneration of brownfield land at the scale of Yorkhill Quay’s 13-acre plot, signalling that Peel Waters is working in a niche but high-visibility urban waterfront segment in the UK.
The scheduled December 2026 completion aligns with other major Glasgow riverfront and city-centre schemes in our coverage, which typically cluster around mid-decade timelines as local authorities try to synchronise transport, tourism and flood-resilience upgrades along the River Clyde.
Delivering a 400-metre promenade adjacent to attractions like The Riverside Museum and The Clydeside Distillery positions Glasgow Waters to capture leisure and visitor footfall, a pattern seen in other UK waterfront projects where early public-realm works often catalyse private residential and commercial phases that follow.
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.
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