KEY POINTS
- Lynas will acquire Meteoric Resources for $672 million in shares.
- The deal gives Lynas access to Brazil’s Caldeira rare earths project.
- Caldeira development is expected to require more than $500 million.
Australia’s Lynas Rare Earths has agreed to acquire Brazil-focused Meteoric Resources in a A$968 million ($672 million) all-share deal, giving the major Western rare earths producer access to a new source of heavy rare earths.
The transaction is expected to strengthen Lynas’ position in the global rare earths market as Western countries seek to reduce their dependence on China for critical mineral supplies.
Under the proposed scheme of arrangement, Lynas will acquire all shares in Meteoric Resources by issuing 0.0207 new Lynas shares for every Meteoric share held.
The offer represents a premium of more than 68% to Meteoric’s last closing share price, making the deal attractive to the target company’s shareholders.
The acquisition will give Lynas control of Meteoric’s flagship Caldeira Rare Earth Project in Brazil. The project is expected to provide Lynas with additional feedstock and expand its ability to serve customers looking for rare earth supplies outside China.
Lynas vice-president of strategy Daniel Havas said the acquisition would give the company greater flexibility in deciding how to expand its business and secure enough raw material to meet demand in markets outside China.
The company is also considering the possibility of developing downstream processing capacity in Brazil, although it has not yet provided details on what such facilities could involve.
Investors question technical risks
The deal initially received a mixed reaction from investors.
Meteoric shares rose as much as 56% to A$0.26 following the announcement, reflecting strong support for the premium offered by Lynas.
Lynas shares, however, fell 6.4% as investors raised questions about the strategic and financial benefits of the acquisition.
Terra Capital analyst Dylan Kelly said investors needed more information about the potential synergies and cost savings from the transaction.
He also pointed to technical risks because Caldeira contains ionic clay, a different type of material from the feedstock Lynas has traditionally processed.
The concerns highlight the challenge Lynas could face in integrating a new source of rare earth material into its existing processing operations.
Caldeira development could cost more than $500m
Lynas said it plans to work with Meteoric’s existing management and technical team to advance the development of the Caldeira project.
The company expects the capital expenditure required to develop the project to exceed $500 million.
Lynas will also provide Meteoric with an interim funding facility of up to A$110 million to support continued development work at Caldeira.
The acquisition comes shortly after Lynas announced plans to expand its global supply chain and secure additional mine supply from project developers around the world.
The company has been seeking to strengthen its position as demand for rare earths grows and governments outside China push for more diversified critical mineral supply chains.
Deal comes during Lynas leadership transition
The acquisition also comes at a time of leadership change at Lynas.
Former CEO Amanda Lacaze left the company in June, with Pol Le Roux currently serving as interim CEO.
Lynas chairperson John Humphrey said the company expects to announce a permanent CEO before its annual general meeting on November 25.
Meteoric’s board has unanimously recommended the proposed transaction, provided there is no superior offer and an independent expert concludes that the deal is in the best interests of Meteoric shareholders.
The acquisition would give Lynas another major development opportunity in a country with significant mineral resources while providing Meteoric with financial backing to advance Caldeira.
If completed, the deal could become an important step in Lynas’ strategy to expand its rare earths supply base and support growing demand for non-Chinese sources of critical minerals.
