Euro Manganese Delivers Positive Chvaletice Assessment with Phased Development Pathway

Why It Matters

The project gives Europe its first integrated high‑purity manganese source, cutting reliance on Chinese imports and supporting defense‑grade battery material supply chains.

Key Takeaways

• Post‑tax NPV $492 M, IRR 13.8% at 8% discount
• Phase‑1 capital $627.5 M; total cap $964.4 M for 150 ktpa output
• Recovery rates improved to 60% HPMSM, 61% metal
• Project creates up to 1,000 construction jobs, 400 permanent roles
• Positioned as EU‑critical, NATO‑aligned battery‑grade manganese source

Pulse Analysis

Manganese is a cornerstone of lithium‑ion battery cathodes, yet Europe lacks a domestic, high‑purity source. Euro Manganese’s Chvaletice project taps historic tailings to produce 150,000 tonnes per year of battery‑grade manganese sulfate, directly addressing the EU’s Critical Raw Materials Act. By converting low‑grade tailings into a strategic commodity, the venture not only diversifies supply but also aligns with sustainability goals, offering a traceable alternative to the predominantly Chinese market.

The PEA shows a robust economic profile: a post‑tax NPV of $492 million, a 13.8% IRR, and a seven‑year payback. A phased capital approach limits upfront exposure, with $627.5 million earmarked for the first half‑capacity stage and a total spend of $964.4 million for full operation. Metallurgical upgrades lift recoveries to 60% for high‑purity sulfate and 61% for metal, while a magnesium carbonate by‑product adds up to 20,000 tpa of incremental revenue. Operating costs sit at $182 per tonne of feed, competitive given the high market price of $2,888 per tonne.

Strategically, Chvaletice positions the Czech Republic as a NATO‑aligned, NDA‑compliant manganese supplier, a key advantage for U.S. defense procurement. The project promises 800‑1,000 construction jobs and about 400 permanent positions, with an 85% local‑hiring commitment, bolstering regional employment. Environmental benefits include reprocessing tailings, reducing groundwater contamination, and restoring the site for biodiversity and recreation. With a feasibility study slated for early 2027, the project could become a linchpin in Europe’s emerging battery materials ecosystem.