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    Weir GEHO PD pumps for Lloyds Metals slurry pipeline: design notes for engineers

    June 17, 2026|

    Reviewed by Joe Ashwell

    First reported on International Mining – News

    30 Second Briefing

    Lloyds Metals and Energy has ordered 14 GEHO TZPM 2000 positive displacement pumps with GLORES (GEHO Load Reduction System) from Weir for the second phase of its iron ore slurry pipeline project in India, with the contract secured in Q1 2026. The large-bore PD pumps are designed for long-distance, high-pressure slurry transport, where GLORES reduces pressure spikes and mechanical loading on the pipeline and pump components. For engineers, the move signals continued reliance on high-availability PD technology for abrasive iron ore slurries rather than centrifugal alternatives on extended pipeline routes.

    Technical Brief

    • Order scope is confined to phase two of Lloyds Metals’ existing iron ore slurry pipeline.
    • Supply is tied to a single iron ore operation in India, indicating site-specific hydraulic design.

    Our Take

    Weir features repeatedly in our recent mining coverage, including a multimillion‑dollar WARMAN® pump package for a Xizang copper mine expansion (June 2026), signalling that the Lloyds Metals iron ore slurry contract in India is part of a broader push to lock in long‑life pumping infrastructure across bulk commodities.

    With 14 GEHO TZPM 2000 positive displacement pumps ordered for Q1 2026, Lloyds Metals and Energy Limited is effectively standardising on a high‑pressure slurry solution that tends to favour long‑distance iron ore transport over rail where land access, gradient or permitting constraints are tight.

    In our database of 1,196 mining stories, Weir’s recent relocation of its Perth Minerals Division to a larger Hazelmere facility aligns with contracts like this one, as expanded service and manufacturing capacity in key mining hubs underpins support for large pump fleets operating in remote iron ore regions such as India’s interior.

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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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