Tungsten West Hemerdon restart: TOMRA XRT sorting economics for mine planners
Reviewed by Joe Ashwell
First reported on International Mining – News
30 Second Briefing
Tungsten West is installing six TOMRA Mining XRT sorters with OBTAIN™ Deep Learning at the redesigned Hemerdon plant in Devon, aiming to ramp to full-scale tungsten production by Q1 2027. The ore sorting circuit is central to cutting processing costs and upgrading run-of-mine feed before milling, a key factor in restarting a mine that previously struggled with operating economics. With tungsten on the UK critical minerals list and Chinese export controls tightening supply, Hemerdon could become a significant non-Chinese source for European hardmetal and alloy producers.
Technical Brief
- OBTAIN™ Deep Learning is applied directly on XRT sensor data to refine particle-by-particle accept/reject decisions.
- The sorter layout is designed to operate in a dry circuit, reducing slurry handling and pump requirements.
- Upstream crushing and screening are configured to deliver a narrow size fraction optimised for XRT detection performance.
- Waste rejection at the sorting stage is intended to reduce downstream plant throughput and associated power draw.
- Tungsten West’s redesigned flowsheet integrates sorting as a fixed step, not a bypass option, to lock in upgrade.
- TOMRA’s system is configured for remote performance monitoring, enabling continuous tuning of cut-off and belt speed.
Our Take
The deployment of six TOMRA XRT sorters at Hemerdon sits alongside earlier deals with Duo Group and Gekko Systems, signalling that Tungsten West is building a flowsheet heavily reliant on pre‑concentration and modular processing rather than simply refurbishing the legacy plant.
With UK National Wealth Fund backing already secured for the Hemerdon restart, the move to integrate TOMRA Mining’s sorting technology strengthens the case that this tungsten asset is being positioned as a strategically important, lower‑risk domestic supply source rather than a marginal price‑taker.
Among our tungsten‑tagged mining pieces, Hemerdon is one of the few European projects with a defined ramp‑up horizon (full production targeted in Q1 2027), which may put competitive pressure on higher‑cost or more remote tungsten operations once it is online.
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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