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Vital Metals: Which Ones Make the Energy Transition Possible?

In the summer of 2025, five cities of Nornickel's presence hosted the PonesLos marathon eco-camps for environmental volunteers.

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Renewable energy anchors global decarbonization. Yet every solar panel, wind turbine, and electric vehicle depends on vital metals. Discover how Nornickel's metals fuel the clean energy revolution—and test your knowledge of its pivotal role in a sustainable future.

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In lithium-ion batteries, this metal drives energy density. The higher its alloy share, the longer the EV range—and the smarter energy storage gets. Which metal is it?
In NCM lithium-ion battery production, nickel boosts energy density. The higher its content in the alloy, the greater the battery's power output. Nornickel is a global leader in Class 1 nickel production.

In NCM lithium-ion battery production, nickel boosts energy density. The higher its content in the alloy, the greater the battery's power output. Nornickel is a global leader in Class 1 nickel production.

In NCM lithium-ion battery production, nickel boosts energy density. The higher its content in the alloy, the greater the battery's power output. Nornickel is a global leader in Class 1 nickel production.
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Which Nornickel metal earns the "greenest" title—essential for purifying exhaust gases and powering hydrogen energy?

Anniversary PonesLos-2025 environmental marathon wrapped up
Palladium powers automotive catalytic converters, purifying exhaust gases. In hydrogen energy, it excels as a membrane material for ultra-pure hydrogen. Nornickel supplies over 40% of global palladium—crafted to the highest LPPM* purity standards. You'll find it in nearly every second car catalytic converter worldwide, slashing toxic emissions and cleaner air for over 2 billion people.

* The LPPM (London Platinum and Palladium Market) is the international body that establishes quality standards for platinum and palladium bars eligible for global trading. LPPM compliance verifies the metal's required purity—typically 99.95% or higher—and production at an accredited refiner.
Palladium powers automotive catalytic converters, purifying exhaust gases. In hydrogen energy, it excels as a membrane material for ultra-pure hydrogen. Nornickel supplies over 40% of global palladium—crafted to the highest LPPM* purity standards. You'll find it in nearly every second car catalytic converter worldwide, slashing toxic emissions and cleaner air for over 2 billion people.

* The LPPM (London Platinum and Palladium Market) is the international body that establishes quality standards for platinum and palladium bars eligible for global trading. LPPM compliance verifies the metal's required purity—typically 99.95% or higher—and production at an accredited refiner.

Palladium powers automotive catalytic converters, purifying exhaust gases. In hydrogen energy, it excels as a membrane material for ultra-pure hydrogen. Nornickel supplies over 40% of global palladium—crafted to the highest LPPM* purity standards. You'll find it in nearly every second car catalytic converter worldwide, slashing toxic emissions and cleaner air for over 2 billion people.

* The LPPM (London Platinum and Palladium Market) is the international body that establishes quality standards for platinum and palladium bars eligible for global trading. LPPM compliance verifies the metal's required purity—typically 99.95% or higher—and production at an accredited refiner.
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Which Nornickel metal powers electrical wiring and grids, delivering energy—including renewables—to consumers worldwide?

Copper forms the backbone of superior electrification, powering reliable power grids, data centers, and 5G networks. Nornickel's copper delivers electricity to over 100 million households worldwide. Every 50th high-tech device globally relies on the company's copper. Its standout edge? A remarkably low carbon footprint. By harnessing its own hydroelectric plants, Nornickel crafts in-demand "green" copper—essential for the global energy transition.

Copper forms the backbone of superior electrification, powering reliable power grids, data centers, and 5G networks. Nornickel's copper delivers electricity to over 100 million households worldwide. Every 50th high-tech device globally relies on the company's copper. Its standout edge? A remarkably low carbon footprint. By harnessing its own hydroelectric plants, Nornickel crafts in-demand "green" copper—essential for the global energy transition.

Copper forms the backbone of superior electrification, powering reliable power grids, data centers, and 5G networks. Nornickel's copper delivers electricity to over 100 million households worldwide. Every 50th high-tech device globally relies on the company's copper. Its standout edge? A remarkably low carbon footprint. By harnessing its own hydroelectric plants, Nornickel crafts in-demand "green" copper—essential for the global energy transition.
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Which Nornickel metal safeguards lithium-ion battery stability and safety in NCM chemistry?

In NCM cathodes (nickel-cobalt-manganese), cobalt delivers structural stability and safety under high loads—vital for long-term energy storage and reliable portable electronics. Nornickel is Russia's sole producer of high-grade electrolyte cobalt and a global market leader. In 2025, the company unveiled an upgraded Monchegorsk facility with up to 3,000 tons annual capacity. Its standout edge? A low carbon footprint from hydropower, meeting the strictest ESG standards.

In NCM cathodes (nickel-cobalt-manganese), cobalt delivers structural stability and safety under high loads—vital for long-term energy storage and reliable portable electronics. Nornickel is Russia's sole producer of high-grade electrolyte cobalt and a global market leader. In 2025, the company unveiled an upgraded Monchegorsk facility with up to 3,000 tons annual capacity. Its standout edge? A low carbon footprint from hydropower, meeting the strictest ESG standards.

In NCM cathodes (nickel-cobalt-manganese), cobalt delivers structural stability and safety under high loads—vital for long-term energy storage and reliable portable electronics. Nornickel is Russia's sole producer of high-grade electrolyte cobalt and a global market leader. In 2025, the company unveiled an upgraded Monchegorsk facility with up to 3,000 tons annual capacity. Its standout edge? A low carbon footprint from hydropower, meeting the strictest ESG standards.
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How does nickel drive energy storage systems (ESS)?
Birdwatching tower in Losiny Ostrov National Park
In NCM-cathode lithium-ion batteries, nickel drives high energy density—storing more power in less space, essential for mobile devices and compact stationary systems. Nornickel produces Class 1 nickel for high-performance batteries serving the global market.

In NCM-cathode lithium-ion batteries, nickel drives high energy density—storing more power in less space, essential for mobile devices and compact stationary systems. Nornickel produces Class 1 nickel for high-performance batteries serving the global market.

In NCM-cathode lithium-ion batteries, nickel drives high energy density—storing more power in less space, essential for mobile devices and compact stationary systems. Nornickel produces Class 1 nickel for high-performance batteries serving the global market.
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Which Nornickel metals are essential for advancing "green" hydrogen powered by renewables?
In water electrolysis, palladium and platinum act as the most effective reaction "accelerators." Without these metals, a global hydrogen transition is technically impossible.

In water electrolysis, palladium and platinum act as the most effective reaction "accelerators." Without these metals, a global hydrogen transition is technically impossible.

In water electrolysis, palladium and platinum act as the most effective reaction "accelerators." Without these metals, a global hydrogen transition is technically impossible.
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What renders palladium virtually irreplaceable in "green" hydrogen production?
Fuel cells fail fast if hydrogen carries impurities. Palladium uniquely lets only hydrogen atoms pass through—like a perfect molecular sieve. Nornickel safeguards the technological purity of tomorrow's global energy.
Fuel cells fail fast if hydrogen carries impurities. Palladium uniquely lets only hydrogen atoms pass through—like a perfect molecular sieve. Nornickel safeguards the technological purity of tomorrow's global energy.
Fuel cells fail fast if hydrogen carries impurities. Palladium uniquely lets only hydrogen atoms pass through—like a perfect molecular sieve. Nornickel safeguards the technological purity of tomorrow's global energy.
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Room to grow

The energy transition is complex, but you've mastered the first steps. Dive into the "Environment" section to level up your expertise. 

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You're a confident energy transition expert

You clearly see how materials power "green" energy. Dive into our case studies—and emerge as a true ESG ambassador

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You're a true energy transition expert!

You clearly grasp metals' vital role in sustainable development. Admit it—do you already work for Nornickel?

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