LITHIUM
MINE

IN DOADE

A MODERN AND EFFICIENT
EXTRACTION METHOD

UNDERGROUND GALLERIES

Depths ranging from 50 to 300 metres

MINIMAL ENVIRONMENTAL IMPACT

Operations designed to minimize dust, vibrations and noise

ON-SITE INDUSTRIAL FACILITIES

Located directly at the mine site

OCCUPIED SURFACE AREA

13.62 hectares

WATER MANAGEMENT

Minimal consumption

PROJECT DURATION

42 years

PROVEN RESERVES

17 million tons

ORE PROCESSED

500,000 tons per year

PRODUCTION OF CONCENTRATES

Including lithium minerals, muscovite and feldspars for ceramics

EMPLOYMENT

Creation of 320 direct and indirect jobs

COMMITTED INVESTMENT

€10 millions

INVESTIMENTO COMPROMETIDO

Over €120 millions

MINA DOADE TIMELINE

The complexity of the regulatory environment and the variability in the social need for minerals of interest mean that projects extend over many years. Modern mining in the European Union is highly protective of the environment and requires compliance with numerous conditions. All mining operations must be previously approved by an environmental authority, which issues a ruling that allows or disallows the exploitation of the deposit.

2015

Mining in the Doade region has a significant historical tradition, having left a notable impact in the 19th and 20th centuries. At the end of the 20th century and the beginning of the 21st, various businesses and public initiatives conducted field research over decades to determine the presence of minerals of interests in the extensive research area officially called Investigation Permit (PI) Alberta I, 1st Fraction (Cerdedo, Forcarei, Avión, Beariz and A Lama). 

2015

2015

Recursos Minerales de Galicia, part of Grupo SAMCA, acquires the Investigation Permit (PI) Alberta I, 1st Fraction to study and detect minerals such as tin, tungsten, tantalum, niobium and lithium. This marked the beginning of intensive research into the terrain and its mining possibilities.

2015

2018

The research results indicate to the technicians of Recursos Minerales de Galicia the feasibility of constructing an underground mine in a specific area of Doade-Beariz that presents the best deposit arrangement and the best conditions for the minerals intended to be exploited. An exploitation permit is requested, but the Administration considers the documentation provided insufficient and requests a more detailed study, specifically related to the hydrological and hydrogeological aspects of the area.

2018

2020

Recursos Minerales de Galicia commissions the hydrological and hydrogeological study of the territory to Aquaterra, a research group from the University of A Coruña (UDC). At the same time, product tests and technical assays on the minerals continue.

2020

2023

The water study results reveal that the mining operation will not affect the waters of the area.

2023

2024

Recursos Minerales de Galicia continues with the development of all technical projects for the transition to the exploitation concession of the mining right: Exploitation Project, Environmental Impact Study and Restoration Plan.  

2024

2024

The process of participation and dialogue with all social agents involved in Mina Doade begins.  

2024

2025

The exploitation project is submitted for approval to public administrations.

2025

2025

The European Commission selects Mina Doade as a Strategic Project under the Critical Raw Material Act, designating it as a project of public interest. This decision highlights its importance “in securing the supply of strategic raw materials and ensuing the proper functioning of the European internal market”.

2025

2026

Once public administrations grant the exploitation permit, Recursos Minerales de Galicia will begin the excavation of the mine and the construction of the processing plant, incorporating workers and hiring suppliers for the works. 

2026

2028

The extraction process of ore begins at a rate of 500,000 tons per year, which is processed and sent to nearby ports.  

2028

2068

If the proven reserves have not increased by that time, Mina Doade’s activity would end with the complete restoration, dismantling of the industrial plant and surface infrastructures and the return of the land to its original uses.  

2068