Leading the Way in Sustainable Magnesium Production: Latrobe Magnesium

Leading the Way in Sustainable Magnesium Production: Latrobe Magnesium

Latrobe Magnesium (LMG) is at the forefront of sustainable magnesium production, pioneering innovative processes that extract magnesium from waste resources. By reducing carbon emissions and fostering a circular economy, we are transforming the way magnesium is produced.


Our Project Pathway

LMG's ambitious three-stage project pathway is designed to scale our operations and meet growing global demand:

Stage 1: Demonstration Plant

Located in Hazelwood North, our 1,000 TPA Demonstration Plant utilises fly ash to produce magnesium oxide (MgO). This facility has been a significant step forward in showcasing our technology and capabilities., with more development to be completed to produce magnesium metal.

Stage 2: Australian Commercial Plant

Building on our success, we are moving to Stage 2 — a 10,000 TPA commercial plant in the Latrobe Valley, again utilising fly ash. This plant will expand our production capacity and further solidify our position in the market.

Stage 3: International Mega-Plant

Our vision culminates in Stage 3 — a 100,000 TPA mega-plant in Sarawak State, Malaysia, which will leverage ferro-nickel slag. This international expansion will not only increase our output but also contribute to another local economy and job market.


LMG Project Pathway


Job Creation and Economic Development

As Latrobe Magnesium grows, we are excited to create new employment opportunities and contribute to the economic development of the region. During the construction and commissioning of our Demonstration Plant, we indirectly hired over 110 people, and we are currently seeking 30 more team members for our operations. Additionally, our team will play a crucial role in training local staff at our future mega-plant in Malaysia.


Progress and Achievements

We are thrilled to announce that we are nearing the start of operations for magnesium oxide at our Demonstration Plant. A heartfelt thank you goes out to our dedicated construction team and contractors. We have successfully completed all construction and commissioning upgrades, positioning us for 24/7 operations.

Special Thanks To:

  • The Dasma Group : For the epoxy coating on the Spray Roaster top platform.
  • Mechanical Maintenance Solutions (Australia) Pty Ltd : For their expertise in structural, piping and mechanical modifications, including the installation of a replacement agitator.
  • GEM Industrial : For their specialised modifications to the PVDF piping.
  • O&M: For completing electrical and instrumentation installations that ensure our upgrades meet operational needs.
  • AMEC Industries: For the additional concrete work in the ash receival area, preventing contamination of our fly ash feedstock.
  • Total Insulation (QLD) Pty Ltd : For the swift installation of insulation and cladding for our Spray Roaster Reactor Vessel, enhancing the efficiency of our pyrohydrolysis process. The Total team completed this task in under four weeks, marking another construction milestone as we prepare for our MgO operations.

Spray Roaster Top Platform Epoxy Coating completed by DASMA & Piping modifications completed by Mechanical Maintenance Solutions (MMS)
Spray Roaster Insulation & Cladding Works Completed by Total Insulation & Additional Ash Delivery Concrete Works Completed by AMEC


The Bright Future of Magnesium

The future is indeed bright for magnesium! According to the U.S. Department of Energy (DOE), the magnesium market is projected to grow by 100-200% in the next 5-10 years, driven by the increasing demand for lightweight materials in electric vehicles.

Latrobe Magnesium’s projects not only meet this critical demand but also provide an environmentally sustainable option for the magnesium industry.

For more information, Read Here.

Together, let’s pave the way for a sustainable future!

It's great to watch your progress. However as a shareholder am intrigued as to why share price has dropped so much. Do you have a cash flow issue that is part of the problem.

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