Savannah’s Barroso lithium delay to July 2026: design and risk notes for mine planners
Reviewed by Tom Sullivan

First reported on MINING.com
30 Second Briefing
Savannah Resources has pushed completion of the definitive feasibility study and RECAPE environmental compliance for its Barroso lithium project in northern Portugal to July 2026, a slight slip from its end-June target, but still aims for a final environmental licence in Q3 2026 and first production in 2028. The company plans four open pits designed to supply lithium for roughly 500,000 EV batteries a year and claims project breakeven at about $600/t lithium, supported by a €110 million Portuguese government grant. Chief executive Emanuel Proença says current geotechnical and resource data are sufficient for permitting and FID, with outstanding fieldwork to feed later engineering, as metallurgical testing and noise modelling progress amid strong local opposition in the World Heritage agricultural landscape.
Technical Brief
- Technical consultants and project finance advisers have validated proceeding without integrating outstanding geotechnical and resource field data at this stage.
- Metallurgical testwork is in its final stages, informing process flowsheet selection for hard-rock spodumene beneficiation.
Our Take
In our database of lithium pieces, Barroso is one of the few European hard‑rock projects flagged with both a World Heritage landscape constraint and a sizeable state grant, signalling that Savannah Resources will be a reference case for how EU-aligned governments balance strategic lithium with cultural-landscape protections.
The related December 2025 item on Savannah securing full ownership of the Aldeia C‑190 lease at Barroso suggests that resource consolidation has been progressing in parallel with permitting, which can help de‑risk the long lead time implied by a third‑quarter 2026 environmental licence and a 2028 start date.
A break‑even lithium price of $600/t positions Barroso at the low end of the cost curve in our lithium/spodumene coverage, which likely gives Savannah more resilience against the price volatility highlighted in recent global critical‑minerals and battery‑supply articles in the corpus.
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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