Lynas is the only producer of scale of separated Rare Earths outside of China and the second largest in the world. Our Rare Earths deposit in Mt Weld, Western Australia, is acknowledged as one of the highest grade Rare Earths mine in the world and we operate the world’s largest single Rare Earths processing plant in Malaysia.
Lynas rare earth oxides are mined and initially processed at our Mt Weld Concentration Plant.
The materials are then shipped to our 100-hectare advanced materials plant in Gebeng, Malaysia, where the concentrate is separated and processed to produce high quality Rare Earth materials.
As part of our Lynas 2025 growth strategy, we are expanding our industrial footprint with a planned Rare Earths Processing Facility in Kalgoorlie, Western Australia. Read more here.
We know that environmental provenance and sustainability matter to our customers and end users and Lynas Rare Earth products are responsibly produced and traceable to our mine in Mt Weld, Western Australia.
Lynas Rare Earths are used in many high tech and future facing industries, including electronics, wind turbines, catalytic converters, and electric and hybrid motor vehicles.
Lynas sits apart from other rare earth manufacturers by offering our customers products with assured provenance from mine to finished product.
Our high quality products include
- Neodymium and Praseodymium (NdPr) used in magnets
- Lanthanum (La)
- Cerium (Ce) and
- Mixed Heavy Rare Earths (SEG).
Rare Earth Oxides (REOs) are a much sought after resource, particularly within the high technology and low carbon industries. For example, REOs have played an important role in helping reduce energy consumption in many of today’s electronic audio visual, photographic, and music devices.
How do rare earths impact us?
Rare earths are the backbone to many of the devices we use on a daily basis, as well as the technologies that are already contributing to the health of our planet.
ENHANCE ENVIRONMENTAL PROTECTION AND REDUCE GREENHOUSE GAS EMISSIONS
Global warming due to greenhouse gas emissions is a concern for us all. Rare earths already play a vital role in the reduction of greenhouse gas emissions.
Many scientists believe that global warming is caused by a human-driven increase in greenhouse gases in the earth’s atmosphere. With our society becoming more aware of the part we have to play in addressing global warming, governments of today are now legislating higher environmental and lower emission standards in both domestic and industrial settings.
Rare earths are playing a pivotal role in greenhouse gas reduction through their unique application in automotive catalytic converters, hybrid vehicles, wind turbines, and energy efficient compact fluorescent light bulbs.
ENABLE DIGITAL TECHNOLOGY
The digital era continues to gather pace; broadband access, digital television, digital cameras, and digital music are around us at home and on the move – rare earths are enablers of this technology and its miniaturisation.
New materials and novel applications enable companies to produce more efficient, higher performance materials, which meet the demand for faster, smaller and lighter products.
IMPROVE ENERGY EFFICIENCY
Increased population and economic growth leads to greater demand of the world’s energy, which means increased use of our limited fossil fuel reserves. Rare earths are already playing a vital role in conservation of these reserves, and are likely to play an even larger role in taking us forward to the hydrogen economy.
The world’s fossil fuels are limited, however with the billions of dollars invested in the global oil and gas infrastructure, it is important we use these reserves efficiently.
Rare earths are supporting the uptake of energy efficient initiatives through their unique physical and chemical properties, which allow them to protect the environment (by lowering energy consumption), and improve lifestyles (through energy efficient alternatives that save money without sacrificing comfort and reliability).
EXAMPLES OF PRODUCTS THAT USE RARE EARTHS:
- Wind turbines. NdFeB magnet enables direct drive wind turbines technology providing better electrical yield, reduced maintenance and improved reliability (no gear box).
- Automotive catalyst. Cerium-based new technology enables Lean NOx Trap – a very compact catalytic system that allows diesel compact cars to match with NOx emission regulation
- Hybrid, plug hybrid and electrical vehicles. A fast growing segment which contributes to controlling pollution at its point of emission
- Vehicles in general. NdFeB magnet enables substantial weight reduction contributing to overall energy savings and reduction of CO2 emission