produce commercial quantities of separated dysprosium oxide. Combined
with a Malaysian NdPr capacity upgrade to 10,500 tonnes per year and a
new Texas refinery scheduled for commissioning, the Australian producer
has built the template for a non-Chinese heavy-rare-earth supply chain
at scale.¹
growth mode. Total rare-earth-oxide production reached 1,911 tonnes,
with NdPr output at 1,509 tonnes — a 16.7 percent quarter-on-quarter
increase.¹ The pace signalled that the Malaysian separation facility
upgrade was delivering as promised, and that Lynas was on track for the
10,500-12,000-tonne-per-year NdPr target it set for full-year 2025.
non-Chinese global NdPr supply, Lynas's 2025 production established the
company as the reference non-Chinese producer in the market. Every
offtake negotiation, every customer risk-management discussion, and
every policy briefing on rare-earth security referenced Lynas volumes as
a baseline.
rare-earth deposits and supplies concentrate to Lynas's processing
chain. From Mt Weld the material is shipped to Malaysia, where Lynas
operates an extensive separation facility that turns the concentrate
into individual rare-earth oxides.
on the prior nameplate.¹ Capacity expansions in the separation segment
are difficult because they require either additional solvent-extraction
trains or more efficient use of existing ones, and both approaches
involve long lead times and careful commissioning work. Lynas executed
the upgrade while maintaining commercial output — no small feat.
permits processing of feedstock containing thorium and uranium, which
many Western jurisdictions handle less gracefully, and the country's
industrial base supports the heavy chemical and infrastructure demands
of a rare-earth separation plant. That combination is one of the reasons
soil.
political debates about the plant's thorium-bearing residues, Lynas's
operating licence has been consistently renewed, and the company has
made tangible investments in residue-management infrastructure that have
satisfied Malaysian regulators. Brazilian rare-earth producers
considering their own downstream processing can learn from this
regulatory trajectory as they plan for similar host-country
relationships.
for commissioning in 2025-2026 and is designed to produce an estimated
facility, those are substantial numbers.
support, reflecting the same strategic logic that drove the MP Materials
supply chain with an existing operational track record — something MP
the attractiveness of supporting a non-Chinese, allied-country operation
to expand in the United States is self-evident.
strategic. If delivered on schedule, it would represent the largest
non-Chinese heavy-rare-earth separation capability in existence,
complementing the Malaysian dysprosium milestone and giving Western
customers a diversified supply base within the Americas itself — not
simply dependent on cross-Pacific shipments from Malaysia.
oxide at its Malaysian facility. The milestone is notable because it
made Lynas the first commercial producer of separated heavy rare earths
outside China — a distinction that carries both symbolic and practical
weight.¹
been treated for two decades as the single most difficult step to
replicate outside China. Light-rare-earth separation was industrialised
earlier (Lynas at Mt Weld, MP Materials at Mountain Pass), but heavy
rare earths require more sophisticated processing chemistry and carry a
particular reputation for operational difficulty. By producing
commercial dysprosium oxide, Lynas demonstrated that the difficulty is
surmountable.
terbium supply is now available from a source that cannot be disrupted
by Chinese export licensing. In a market where dysprosium traded at
roughly US$250 per kilogram and terbium above US$1,000 per kilogram
during 2025, that independence has commercial as well as strategic
value.²
producer took roughly 15 years of sustained capital investment and
operational refinement. That timeline is instructive for Brazilian
producers. Serra Verde's current 2,000-tonne-per-year production and
output in the mid-2010s. Aclara's target of 2028 commercial production
and Meteoric's pre-feasibility work on Caldeira are likewise consistent
with the multi-year buildout that characterised Lynas's journey.
rapidly. Brazilian producers who execute through the 2025-2030 ramp will
be following a playbook that Lynas has already validated. The difference
is that Brazil is building in a demand environment that is structurally
tighter than the one Lynas faced — which should accelerate the revenue
curve even if the operational buildout takes a similar amount of time.
heavy-rare-earth breakthrough together establish the Australian producer
as the benchmark for non-Chinese rare-earth capability. For Brazil, that
benchmark is useful in two ways: as a proof of concept that a
non-Chinese operator can build an integrated, heavy-rare-earth-capable
supply chain, and as a partner or reference case for investors who look
for track records before committing capital to new jurisdictions.