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A scalable method for recovering molybdenum from end-of-life catalysts

This article was originally posted on Chemical Engineering Online.
Summary
Global molybdenum supply is heavily dependent on mining in China and Russia; researchers at Luleå University of Technology have demonstrated an integrated hydrometallurgical process to recover molybdenum from spent iron‑molybdate catalysts. The method uses less energy and fewer processing steps than conventional routes and is positioned as a scalable pathway to more localized, circular Mo supply from end‑of‑life catalysts.

What barriers (technical, economic, or regulatory) are most likely to limit rapid deployment of this recycling approach, and where could it be piloted first?

Much of the global supply chain for molybdenum relies on mining operations in China and Russia, so various efforts are underway to establish avenues for more localized sources. Researchers from Luleå University of Technology (LTU; Sweden; www.lte.se) have demonstrated an integrated hydrometallurgical process that effectively recovers molybdenum from spent iron-molybdate catalysts using less energy and fewer processing steps than conventional methods.

The post A scalable method for recovering molybdenum from end-of-life catalysts appeared first on Chemical Engineering.

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