Ware waste transfer station: design, layout and sustainability notes for engineers
Reviewed by Joe Ashwell
First reported on The Construction Index
30 Second Briefing
Completion of the £24m Eastern Transfer Station in Ware delivers a 1.4-hectare waste facility for Hertfordshire County Council, built by Balfour Beatty with Pick Everard as project manager, quantity surveyor, NEC supervisor and CDM principal designer under the SCAPE BECS framework. The site includes a main transfer building, a secondary building, new office space, a weighbridge and gatehouse, plus odour and dust suppression, fire water retention tanks and a dedicated pumping station feeding sprinklers and water cannons. The layout is designed to cut waste haul distances across the county and associated carbon emissions.
Technical Brief
- 1.4-hectare footprint allows segregated building zones, traffic circulation and fire-water containment within the boundary.
- Separate weighbridge and gatehouse enable controlled HGV flow and accurate mass-balance of incoming and outgoing waste streams.
- Dedicated fire water retention tanks and pumping station provide assured supply for sprinklers and water cannons under incident conditions.
- Odour and dust suppression system indicates enclosed handling with active air and particulate control at loading points.
Our Take
Pick Everard’s role at the Ware waste transfer station sits alongside its recent sustainability advisor appointment at the University of Birmingham, signalling that local authorities and universities in the UK are repeatedly turning to the firm for decarbonisation and environmental performance work.
Balfour Beatty and Pick Everard have recently appeared together on other UK infrastructure schemes such as the Waterside Bridge in Nottingham, indicating that the Ware facility continues a pattern where the same delivery ecosystem (including Perfect Circle and SCAPE frameworks) is being used to standardise procurement and risk allocation for complex local authority projects.
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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