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Umicore links asymmetric catalysis research to precious metals pharmaceutical chemistry

admin — Wed, 28 Oct 2026 00:00:00 +0000

Umicore says its Precious Metals Chemistry business supplies specialized catalysts and reagents used in synthesizing active pharmaceutical ingredients (APIs), a sector it links to the 2026 Nobel Prize in Chemistry on asymmetric catalysis. The company describes asymmetric catalysis as a route to selectively producing desired molecular structures, with catalytic approaches now widely used in pharmaceutical, fine chemical and specialty chemical applications. Chief Technology Officer Geert Olbrechts frames the work as connecting catalysis, materials science and process technologies to industrial solutions.

Why it matters

Demand for selective precious-metal catalysts and reagents is tied to pharmaceutical and fine-chemical API synthesis, where chirality control affects product efficacy and safety.

Key facts

Companies	Umicore
Chemicals	catalysts, reagents, active pharmaceutical ingredients (APIs)
Timing	2026 Nobel Prize in Chemistry
End uses	pharmaceutical, fine chemical, specialty chemical, healthcare, agriculture, advanced materials, specialty ingredients

Market context

Asymmetric catalysis uses chiral catalysts to build one specific mirror-image form of a molecule, which matters because the two forms of a chiral compound can differ sharply in biological activity and safety. Precious-metal catalysts based on metals such as rhodium, ruthenium, iridium and palladium are central to this chemistry, along with the ligands and reagents that steer selectivity. Pharmaceutical active ingredient manufacturing is the main driver of demand, with fine and specialty chemical producers following closely. Demand for these materials tends to track new drug development and generic API production, and it is shaped by metal prices, since catalyst loadings are often expressed in precious metal content that is recovered and recycled. Suppliers that combine catalyst design with metal refining and recovery can compete on both performance and supply security, while buyers typically weigh selectivity, purity and metal price exposure when choosing catalyst sources.

Source: official release on umicore.com. Summary and context written by Market Krystal.

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Umicore highlights manganese role in steel, EV batteries and catalysis

admin — Wed, 21 Oct 2026 00:00:00 +0000

Umicore highlights manganese's central role in steelmaking, EV batteries and industrial catalysis, noting that around 90% of refining capacity, particularly for battery-grade high-purity manganese sulphate monohydrate (HPMSM), is concentrated in China. The company says it uses manganese in nickel manganese cobalt (NMC) cathode materials and has developed lithium-manganese-rich (LMR) cathode-active materials that can be produced at its sites in Finland and Poland. Manganese acetate and manganese carbonate from its Cobalt and Specialty Materials business are used mainly as catalysts, including in purified terephthalic acid (PTA) production.

Key facts

Companies	Umicore
Chemicals	manganese, high-purity manganese sulphate monohydrate (HPMSM), nickel manganese cobalt (NMC) cathode materials, lithium-manganese-rich (LMR) cathode-active materials, manganese acetate, manganese carbonate, purified terephthalic acid (PTA), polyethylene terephthalate (PET)
Capacity	Around 90% of global manganese refining capacity, particularly for battery-grade HPMSM, is concentrated in China
Location	Finland and Poland (Umicore sites producing LMR cathode-active materials)
End uses	steelmaking, electric vehicle batteries, energy storage, chemical catalysts for PTA production, PET polymers, coatings and inks driers, fertilizers, animal feed, agrochemicals

Market context

Manganese is used mainly in steelmaking, where it removes impurities and improves strength, and it is also a key input for lithium-ion battery cathodes, especially nickel manganese cobalt chemistries used in electric vehicles and energy storage. Manganese compounds such as acetate and carbonate serve as catalysts and driers, including in the production of purified terephthalic acid, a building block for PET polymers. Other uses include coatings and inks, fertilizers, animal feed and agrochemicals. Battery-grade high-purity manganese sulphate is a specialised intermediate, and refining capacity for it is heavily concentrated in one country, which makes supply chains sensitive to trade policy, export controls and shifts in regional refining investment. Buyers and investors typically watch such concentration when assessing security of supply and price volatility, particularly as battery demand grows and cathode producers look for alternative chemistries that reduce cobalt or nickel content.

Source: official release on umicore.com. Summary and context written by Market Krystal.

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Umicore highlights ruthenium recycling as supply tightens across electronics demand

admin — Thu, 17 Sep 2026 00:00:00 +0000

Umicore describes ruthenium as a scarce platinum group metal, mined at roughly 25 tonnes annually as a by-product of platinum and palladium. The company says it is one of the major recyclers and refiners of ruthenium, recovering material from spent catalysts, used electronics and industrial by-products. Recovered metal is largely returned to the market, with a share reintegrated into Umicore's own value chains. Umicore also cites ruthenium's use in hardening coatings, extending alloy lifetimes, and forming ultra-thin corrosion and diffusion barriers in microchips.

Why it matters

Tight ruthenium supply and fast demand growth from electronics, data centers and AI are driving price volatility, which raises the value of recycled material for buyers and refiners.

Key facts

Companies	Umicore
Chemicals	ruthenium, platinum, palladium
Timing	2005
End uses	alloys and jewelry, wear-resistant coatings, microchips and electronics, data centers and AI, electrochemistry, pharmaceuticals, plastics and advanced materials, flavors and fragrances, catalysts

Market context

Ruthenium is a platinum group metal used mainly as a hardening agent in alloys, a wear-resistant coating, and a catalyst component in chemical processes. It is also a key material in thin-film layers for microchips, where it serves as a corrosion and diffusion barrier. Demand is supported by electronics manufacturing and, more recently, by data center and AI hardware, all of which depend on advanced semiconductor structures. Because ruthenium is mined only as a by-product of platinum and palladium, its output does not respond quickly to price signals, which makes supply inflexible. Recycling from spent catalysts, electronic scrap and industrial residues therefore becomes an important secondary source. Buyers and refiners tend to watch recovered volumes closely, since changes in recycled supply can ease or intensify price swings in a small and specialized metals market.

Source: official release on umicore.com. Summary and context written by Market Krystal.

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Umicore Introduces CTO Geert Olbrechts, Outlining Recycling and Advanced Materials Focus

admin — Tue, 15 Sep 2026 00:00:00 +0000

Umicore has introduced Geert Olbrechts, its Chief Technology Officer and Executive Vice President Recycling, who outlines the company's focus on recycling, advanced materials and low-carbon technologies. He highlights the Precious Metals Refining site in Hoboken, Belgium, which can treat more than 200 complex material streams and recover 17 valuable metals within a single integrated system. The company is steering its resources through its CORE 2028 strategy.

Why it matters

Umicore's closed-loop recycling capacity for critical metals used in batteries, fuel cells and wind and solar equipment supports secondary supply as demand for non-ferrous metals grows with the energy transition.

Key facts

Companies	Umicore
Chemicals	non-ferrous metals, critical metals, precious metals
Capacity	Integrated process can treat more than 200 complex material streams and recover 17 valuable metals within a single system
Location	Hoboken, Belgium
End uses	batteries, fuel cells, wind turbines, solar panels

Market context

Umicore is a materials technology and recycling group whose operations span precious metals, battery materials and catalysts. Recycling of end-of-life material is an increasingly important source of metals such as cobalt, nickel, lithium, platinum-group metals and silver, which are used in rechargeable batteries, fuel cells, catalysts and electronics. Demand for these materials is closely tied to electric vehicles, energy storage, hydrogen equipment and renewable power generation, including wind turbines and solar panels. Recovering metals from complex scrap through integrated refining can supply part of that demand without new mining, which tends to ease pressure on primary supply and can influence the relative economics of recycled versus mined feedstock. For buyers and investors, the key variables are the range of feedstock a recycler can process, the number of metals it can recover from each stream, and how refining capacity keeps pace with the energy transition.

Source: official release on umicore.com. Summary and context written by Market Krystal.

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