EU CRITICAL & STRATEGIC RAW MATERIALMPI
Magnesium
Building a strategic European magnesium value chain — from serpentine ore to high-purity compounds and premium metal.
With exploration complete, studies validated, and permitting underway, MPI Magnesium is on track to become Europe's leading domestic source of responsibly produced magnesium by 2030.
A STRATEGIC PROJECT
MPI Magnesium is a 100% Romanian integrated mining and processing project of international relevance, launched in 2020 and advancing through permitting, with the mining license expected in 2026.
Supported by European and local authorities, the project is aligned with the Critical Raw Materials Act and aims to deliver high-purity magnesium materials — including MgO, Mg(OH)₂, and magnesium metal — for strategic industrial applications across Europe.
>25M TONS
TOTAL MAGNESIUM
RESOURCES (ANRMPSG)
RESOURCES (ANRMPSG)
220–240 KG
MG PER TON OF ORE
CONFIRMED IN VALEA DOBRA
CONFIRMED IN VALEA DOBRA
30–50 YEARS
EXPLOITATION
HORIZON
HORIZON
>35%
HI MGO CONTENT
IN ORE (BY MASS)
IN ORE (BY MASS)
Key Industries
UTILIZING MAGNESIUM
Construction
Fire-Resistant & Durable – Mg(OH)₂ boards withstand high temperatures and resist moisture, offering long-lasting structural protection and enhanced safety across a wide range of building applications.
Lightweight & Sustainable – Their low weight, structural strength, and eco-friendly profile make them an efficient and greener alternative to traditional construction materials in modern building projects.
Lightweight & Sustainable – Their low weight, structural strength, and eco-friendly profile make them an efficient and greener alternative to traditional construction materials in modern building projects.
Auto & Aerospace
Lightweight & High-Performance – Magnesium alloys are ~75% lighter than steel and ~33% lighter than aluminium, enabling significant weight reductions in vehicles and aircraft structures.
Efficiency & Sustainability – Lower component weight directly improves fuel efficiency, reduces CO₂ emissions, and enhances overall performance across automotive and aerospace applications.
Efficiency & Sustainability – Lower component weight directly improves fuel efficiency, reduces CO₂ emissions, and enhances overall performance across automotive and aerospace applications.
Cables
Effective Flame Retardancy & Smoke Suppression– Mg(OH)₂ decomposes endothermically above 330°C, releasing water that cools the polymer matrix and dilutes flammable gases, reducing toxic emissions.
Halogen-Free & Environmentally Friendly – Mg(OH)₂ provides safe, sustainable fire protection in cable insulation and sheathing, meeting stringent RoHS and REACH safety regulations.
Halogen-Free & Environmentally Friendly – Mg(OH)₂ provides safe, sustainable fire protection in cable insulation and sheathing, meeting stringent RoHS and REACH safety regulations.
Electronics
Lightweight Strength & Protection – Magnesium casings for smartphones, laptops, and cameras combine minimal weight with high impact resistance, ensuring lasting durability without added bulk.
Thermal Management – Excellent heat conductivity enables efficient dissipation of internal heat, preventing overheating and enhancing device performance, reliability, and long-term lifespan.
Thermal Management – Excellent heat conductivity enables efficient dissipation of internal heat, preventing overheating and enhancing device performance, reliability, and long-term lifespan.
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