The presentation attracted considerable interest from conference participants. Industry representatives noted the practical relevance of Nornickel’s innovations for the market, as well as the significant potential of palladium in emerging high-tech applications.
Palladium is the most extracted metal among the PGMs and benefits from a geographically diversified supply chain.
From a chemical perspective, PGMs complement each other in many applications. Nornickel’s research shows that palladium alloys with other PGMs frequently outperform individual metals in terms of efficiency and durability.
Nornickel’s approach to palladium innovation is closely aligned with key global megatrends: the energy transition, sustainable development, and digitalisation. Promising application areas include solar and hydrogen energy, biofuels, and next-generation electronics, where palladium can help reduce the cost of conductive components, hard drives, and OLED displays. In existing markets, the company is focused on improving performance and economics for end users.
"Our goal is to become a technological partner for producers of PGM-based products. We focus on identifying applications where palladium delivers a strong competitive edge, bringing together leading scientific teams to develop prototypes, conducting large-scale industrial trials, optimising the product, and transferring the technology to manufacturers. This approach allows us to create more efficient materials and open up new markets for palladium applications," said
Since its launch, the Centre has built a portfolio of 25 products. By 2030, the portfolio is expected to exceed 100 projects, generating an additional annual demand of 40—50 tonnes of palladium.
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