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    Yorkshire Water–AtkinsRéalis AMP8 framework: design and resilience notes for engineers

    July 27, 2026|

    Reviewed by Tom Sullivan

    Yorkshire Water–AtkinsRéalis AMP8 framework: design and resilience notes for engineers

    First reported on The Construction Index

    30 Second Briefing

    Yorkshire Water has appointed AtkinsRéalis to its AMP8 framework to deliver major water resource schemes from feasibility and hydraulic modelling through to construction‑ready design, commissioning support and mine water treatment studies. A core element is the Kielder Transfer Strategic Resource Option, investigating transfer of supplies from the 200‑billion‑litre Kielder Water reservoir to the Yorkshire Water and United Utilities regions to build an interconnected national grid‑style system. Additional projects include the Bradford Water Supply Resilience (Chellow 2) pathfinder, South Yorkshire Sources to replace Upper Derwent Valley supplies, and Nottinghamshire Mine Water Treatment for potable use and contamination control.

    Technical Brief

    • AtkinsRéalis’ remit spans surveys, hydraulic and network modelling, and business case development before detailed design.
    • Scope explicitly includes taking concepts to construction‑ready design, then providing technical support through commissioning.
    • Bradford Water Supply Resilience (Chellow 2) is treated as a pathfinder to standardise major scheme delivery processes.
    • South Yorkshire Sources work must accommodate loss of Upper Derwent Valley inputs while maintaining regional deployable output.
    • Nottinghamshire Mine Water Treatment studies combine potable‑standard treatment design with mine‑related contamination risk mitigation.

    Our Take

    The £80M AMP8 technical consultancy framework already flagged in our coverage suggests AtkinsRéalis will be working alongside multiple advisors on Yorkshire Water’s trunk mains and treatment upgrades, so coordination around big strategic options like the Kielder Transfer and South Yorkshire Sources will be a key delivery risk to manage.

    With Jacobs recently appointed to a £32M AI services framework for Yorkshire Water, there is scope for digital optimisation tools to be applied to mine water treatment in Nottinghamshire and to large strategic resources such as Kielder Water, potentially tightening whole‑life cost and carbon performance on these schemes.

    The parallel push on new storage assets such as Barhale’s Scarborough service reservoir and on long-distance transfers from Kielder Water indicates Yorkshire Water is hedging both local resilience and regional interconnection, which could influence how much AMP8 spend is directed to major cross‑boundary schemes versus in‑region reinforcement.

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    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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