Nornickel
Where Innovation Drives Sustainable Mining

Vitaly Busko, Vice President of Innovation

Nornickel, the largest palladium and nickel producer in the world, is advancing sustainable mining practices through strategic investments in best-in-class technologies. It also produces copper, platinum, cobalt, rhodium, silver, gold, iridium, ruthenium, selenium, tellurium and sulphur.

“We instill confidence in the future through our agility in adapting to evolving industry needs with a strong focus on sustainability and innovation,” says Vitaly Busko, vice president of innovation.

Algorithms at Work in the Mine

In an industry where quality and reliability are non-negotiable, clients turn to Nornickel because every shipment reflects uncompromising standards. It collaborates with them as a technology partner to develop solutions aligned with their long-term business strategies—an approach that deepens loyalty and reinforces lasting relationships.

Vertical integration ensures consistency, with each stage of extraction, processing and delivery under Nornickel’s direct control. Employing AI across its key production and logistics processes, it turns data into decisions, enhancing operational efficiency and supply chain transparency.

Smelting operations have also been reshaped. AI systems control temperature regimes and chemical reactions to create stability across processes that once fluctuated with human experience. In mines, autonomous drilling and blasting solutions model rock conditions and guide rig positioning with pinpoint accuracy, reducing waste and raising ore yield.

Nearly 70 percent of its core production processes are now supported by predictive AI. The company is preparing for the next leap with domain-specific multimodal language models, designed to accelerate office workflows, streamline reporting and give employees more time to focus on high-value tasks.

Optimizing Operations in Extreme Environments

Sufficiently supplied spare parts are lifelines in remote Arctic facilities, where winter storms can sever supply routes for weeks. Traditional supply chains make every delay costly. Nornickel eliminates this risk through additive manufacturing. With 3D printing capabilities installed on-site, critical components are produced within hours instead of weeks, keeping operations moving even under extreme conditions.

Its digital parts library allows rapid reproduction of optimized designs using advanced materials and post-processing. This reduces downtime, cuts costs and strengthens resilience across the production chain.

Computer modeling amplifies the impact. Digital twins of complex equipment like melting furnaces enable engineers to simulate different operating scenarios and test efficiency gains before implementing changes on the ground. In flotation machines, modeling helped redesign aeration units, increasing nickel and copper recovery by several percentage points.

These advances are not hypothetical. Air hubs created through 3D printing have already passed industrial tests, confirming simulation results in live conditions. Together, additive manufacturing and modeling represent a new era of industrial resilience, where ingenuity reduces vulnerability and operations thrive in the harshest landscapes.

Shaping Long-Term Palladium Demand

Creating entirely new markets for mined metals is rare, yet Nornickel has made it a defining ambition to develop new, sustainable demand for palladium through its Palladium Center.

The Palladium Center is not an auxiliary initiative; it is a blueprint for how a metals producer can actively shape global markets rather than simply serve them. By leading development from laboratory to commercialization, Nornickel is ensuring that palladium remains essential to the technologies of tomorrow.

“Our target is to develop 100 new palladium-based materials by 2030,” says Busko.

Its portfolio already comprises 25 products, many of them with transformative potential. Catalysts for hydrogen electrolyzers and fuel cells are undergoing successful trials with leading Chinese manufacturers. In water treatment, palladium-based electrodes have delivered an 18 percent reduction in energy use during industrial operation. Palladium alloys are cutting operational material costs in fiberglass production by as much as 25 percent.

Leveraging AI, Nornickel models the structure of new materials like alloys, thin nanolayers, 2D materials and quantum dots. Predictive simulations allow researchers to focus only on the most promising options, accelerating breakthroughs in energy systems, microelectronics and spintronics. These innovations promise more durable components, higher energy efficiency and more sustainable industrial processes.

A blend of tradition and reinvention defines Nornickel’s path forward. The company remains the world’s most reliable supplier of palladium and nickel, but its true distinction lies in how it combines that heritage with a relentless push into new technologies and markets.

AI has made production more innovative, efficient and sustainable. Additive manufacturing and digital modeling have built resilience into supply chains that span some of the world’s most challenging geographies. The Palladium Center has created a platform for entirely new industries, ensuring long-term demand for metals that will drive the energy transition.

Commercialization is structured for speed. A hybrid model combines world-class external expertise with its growing center of excellence. Promising technologies are scaled through partnerships and licensing agreements, enabling rapid market entry.

What ties these advances together is a philosophy of partnership. Customers not only trust the unparalleled quality and consistency of its metals but also value its commitment to advancing their future ambitions through strategic investments in best-in-class technologies.

Nornickel mines not only today's resources but also tomorrow's possibilities—building confidence, creating new markets and redefining mining operations in a world of ongoing transformation.