Chvaletice Misses EU Manganese Deadline

Czech authorities have approved the site for a manganese processing plant near Chvaletice, in the Pardubice region east of Prague. In planning terms, that means the state accepts that this kind of industrial project can belong on that land (iROZHLAS, Zdarbuh). It is not yet permission to build.

The project is being developed by a Czech subsidiary of Euro Manganese, a Canada-listed company. It still needs a building permit, a mining-operations licence, financing, binding purchase agreements and a board decision to put capital behind it. Commercial production is aimed at 2032 (Mining Weekly, Smallcaps).

That timing matters. The EU’s Critical Raw Materials Act, the regulation designed to cut Europe’s dependence on foreign suppliers for battery ingredients, sets its supply-security targets for 2030 (Eur-Lex). Chvaletice will contribute nothing by then.

Clean Logic, Slow Calendar

On paper, Chvaletice is one of the cleaner arguments in Europe’s raw-materials strategy. It is not a new mine. The plan is to reprocess about 27 million tonnes of tailings, the waste left by Cold War-era mining between 1951 and 1975, into high-purity manganese chemicals used in electric-vehicle battery cathodes (iROZHLAS, Newsfile).

Both planned outputs, a sulphate precursor and an ultra-clean metal, need much deeper refining than the manganese used by steelmakers. That is why they appear on the EU’s strategic list (Euro Manganese).

The project has EU strategic-project status and a Czech national designation. In Brussels terms, this is exactly the sort of scheme the Critical Raw Materials Act was meant to help: domestic processing, lower supplier dependence and an industrial use tied to batteries (Mining Weekly, European Commission).

For Malta, this is not a remote Czech mining story. EU raw-materials policy decides which parts of the green transition remain inside the single market and which are outsourced. A small, import-dependent island feels that in energy costs, vehicle prices, shipping exposure and eventually in the industries it can realistically attract.

Euro Manganese’s 2026 preliminary economic assessment says the plant could produce 150,000 tonnes per year, enough for about 20% of projected European battery-grade manganese demand. Phase-one construction would cost around $627.5 million (Smallcaps, National Law Review).

But a preliminary assessment is not a feasibility study. The filing warns that it contains no proven mineral reserves and that the projected economics may never materialise (Barchart). The company expects to apply for its final building permit around the turn of 2027 and 2028 (iROZHLAS). Its only named customer arrangement, a non-binding term sheet with US-based 6K Energy, fixes neither volumes nor prices (The Globe and Mail).

Factories Before Feedstock

Europe has proved better at announcing battery factories than at securing the materials that feed them. Germany shows the problem clearly. PowerCo, Volkswagen’s battery subsidiary, has started production at its Salzgitter gigafactory using nickel-manganese-cobalt cathodes, but processed raw materials and parts of the production technology still come from China (Volkswagen Group, FAZ).

German industry is more than 99% import-dependent for some strategic inputs, including lithium, nickel and rare earths (BDI). That dependence is the part of the battery story that cannot be solved by ribbon-cutting alone.

The money explains the imbalance. Between 50% and 60% of a battery’s value sits in material extraction and processing, while only 15% to 30% sits in cell assembly, the part Europe has concentrated on first (Chemietechnik, Deloitte). Europe built the lower-value part of the chain before securing enough of the higher-value part.

Running Past Its Own Deadline

The Critical Raw Materials Act sets three 2030 benchmarks: at least 10% of strategic raw materials extracted inside the EU, 40% processed inside the EU and 25% supplied through recycling. It also says the Union should not depend on any single non-EU country for more than 65% of any strategic raw material at any processing stage (Eur-Lex, European Commission).

Even at its full projected output, Chvaletice would meet about a fifth of Europe’s battery-grade manganese needs. But it arrives two years after the target date.

The winners, if the project gets through the remaining permits and financing, would be European battery producers looking for non-Chinese supply, the Czech industrial base and Euro Manganese itself. The losers are less visible but just as real: EU policymakers trying to make 2030 targets credible, and manufacturers that need bankable supply before the next investment cycle.

Chvaletice could still become a useful part of Europe’s battery supply chain after 2032. To get there, it must clear its permits, raise roughly $670 million, sign binding purchase agreements and reach a final investment decision. On the present calendar, it strengthens Europe’s post-2030 story more than it helps Europe meet its 2030 promise.