Investors
Disclosure of information
Reports and presentations
Share capital
For shareholders
Debt portfolio
Analyst center
Standard Conditions of Sale
Sustainability
Approach and policies
Health and labor safety
Environment
Social investment
Sustainability reports
Order products
Our products
Investors
Sustainability
Career
Press-center
Suppliers
Innovations
- Main
- Press-center
- Press-releases
- Statement regarding the situation in Norilsk
04.06.2020
Statement regarding the situation in Norilsk
Moscow, 4 June 2020 – As one of the main shareholders in Norilsk Nickel, RUSAL is very concerned regarding the recent accident and diesel fuel spill incident at the thermal power plant owned by Norilsk Nickel.
RUSAL will insist on the most stringent investigation of the circumstances on site to prevent such accidents as this happening in the future.
‘We have already addressed the Norilsk Nickel Chairman of the Board of Directors, calling for an unscheduled Board meeting to discuss this most serious situation. We also plan to initiate discussions over the appointment of the first Deputy Director for Ecology to be based in Norilsk’ - Maxim Poletaev, RUSAL’s Deputy Director commented.
RUSAL will insist on the most stringent investigation of the circumstances on site to prevent such accidents as this happening in the future.
‘We have already addressed the Norilsk Nickel Chairman of the Board of Directors, calling for an unscheduled Board meeting to discuss this most serious situation. We also plan to initiate discussions over the appointment of the first Deputy Director for Ecology to be based in Norilsk’ - Maxim Poletaev, RUSAL’s Deputy Director commented.
Latest news
04.02.26
RUSAL Develops First Ultra-Strong Composite Material for 3D Printing
MOSCOW, February 4, 2026 - RUSAL, a leading global aluminium producer, has unveiled a breakthrough in a composite material for 3D printing. The new metal matrix composite designated RS-770K offers a tensile strength 30% greater than that of the strongest aluminium powder alloys, opening new frontiers for additive manufacturing in high-performance applications.
28.01.26
RUSAL Deploys Efficient Eco-Friendly Solution for Electrolyzer Installation
Moscow, January 28, 2026 – RUSAL, a global leader in aluminium production, is rolling out non-formed materials (NFM) developed using its own patented technology for electrolyzer assembly. The new materials simplify installation, reduce costs, and allow the reuse of materials, compared to the usual bricks and slabs used in the industry.
03.12.25
RUSAL Goes Greener: Innovative Aluminium Can made from 75% Recycled Aluminium and ALLOW INERTA to Appear Soon
Moscow, 3 December 2025 – RUSAL, a global leader in aluminium production, has advanced to the second phase in the production of a batch of rolling slabs with a record-low carbon footprint. The figure came to less than 3 t CO2/t of aluminum (Full Scope), which is the company’s lowest ever recorded within its ongoing production operations. These ingots will be delivered to partners for further rolling into strip and manufacturing Russia’s first low-carbon aluminium beverage cans. Building on the successful launch of the initiative in June 2025, this milestone confirms the full industrial-scale operation of the Company’s sustainable manufacturing solutions.
01.10.25
RUSAL has Developed a Revolutionary Technology for Treatment of Aluminium Scrap by Electrolysis
Moscow, October 1, 2025 – RUSAL, one of the world's largest aluminium producers, has pioneered a technology for producing high-quality aluminium from scrap by electrolysis. This technology makes it possible to recycle off-grade scrap with impurities into a metal with a record low carbon footprint.
02.09.25
RUSAL Becomes the First to Implement Machine Hearing Technology in Alumina Production
Moscow, September 2, 2025 - RUSAL, one of the world’s largest aluminium producers, has introduced machine hearing technology into alumina production. This innovation utilizes mathematical algorithms to analyze acoustic vibrations from mill operations, enabling the optimization of bauxite ore loading, reducing equipment wear, and lowering energy consumption.