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- RUSAL Deploys Efficient Eco-Friendly Solution for Electrolyzer Installation
Press-releases
- Main
- Press-center
- Press-releases
- RUSAL Deploys Efficient Eco-Friendly Solution for Electrolyzer Installation
28.01.2026
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.
Traditionally, lining an electrolyzer’s cathode shell is a lengthy and labor-intensive process involving multiple layers of bricks and slabs. To find a more efficient alternative, RUSAL’s Engineering Department developed proprietary technology to apply non-formed materials – a material derived from coal processing by-products – along with specialized compaction equipment.
This advancement has enabled RUSAL to replace a substantial quantity of traditional bricks and slabs, halving both material and installation costs for electrolyzers.
By the end of 2025, RUSAL had introduced non-formed materials across 5,100 electrolyzers at its Bratsk, Irkutsk, Krasnoyarsk, Novokuznetsk, and Sayanogorsk aluminium smelters. This constitutes about 80% of the company’s total, marking a decisive company-wide operational shift.
A key environmental benefit is that during major repairs, at least 50% of the non-formed materials can be processed and reintroduced into the production cycle. This recycling significantly reduces waste, cuts disposal fees by hundreds of thousands of dollars per plant, and advances a closed-loop economy.
Protected by 40 international patents, RUSAL’s technology has already delivered $13 million in savings through lower material costs and faster installation.
Traditionally, lining an electrolyzer’s cathode shell is a lengthy and labor-intensive process involving multiple layers of bricks and slabs. To find a more efficient alternative, RUSAL’s Engineering Department developed proprietary technology to apply non-formed materials – a material derived from coal processing by-products – along with specialized compaction equipment.
This advancement has enabled RUSAL to replace a substantial quantity of traditional bricks and slabs, halving both material and installation costs for electrolyzers.
By the end of 2025, RUSAL had introduced non-formed materials across 5,100 electrolyzers at its Bratsk, Irkutsk, Krasnoyarsk, Novokuznetsk, and Sayanogorsk aluminium smelters. This constitutes about 80% of the company’s total, marking a decisive company-wide operational shift.
A key environmental benefit is that during major repairs, at least 50% of the non-formed materials can be processed and reintroduced into the production cycle. This recycling significantly reduces waste, cuts disposal fees by hundreds of thousands of dollars per plant, and advances a closed-loop economy.
Protected by 40 international patents, RUSAL’s technology has already delivered $13 million in savings through lower material costs and faster installation.
Latest news
03.08.26
RUSAL Develops and Patents Alloy for Electrochemical Protection
Moscow, 3 August 2026 – RUSAL, one of the world's largest aluminium producers, has developed a new aluminium alloy for the electrochemical protection of the underwater hulls of marine vessels and port infrastructure. The AP5M alloy responds to the growing industry demand for superior corrosion protection.
12.05.26
RUSAL Introduces Proprietary Software for Anode Production Automation
Moscow, 12 May 2026 — RUSAL has developed and deployed proprietary software to automate control of anode baking furnaces at its Sayanogorsk Aluminium Smelter as part of a wider modernisation programme to improve production efficiency, process flexibility, and operational performance.
06.04.26
RUSAL Implements Neural Networks to Improve Alumina Quality
Moscow, 6 April 2026 – RUSAL, one of the world's largest aluminium producers, has implemented a proprietary neural network-based technology for controlling aluminium hydroxide particle fractions. The technology improves the quality of alumina, which in turn enhances the quality of the aluminium produced from it and reduces energy consumption during electrolysis.
18.03.26
RUSAL announces results for the year ended 31 December 2025
Moscow, 18 March 2025 – RUSAL (SEHK: 486; Moscow Exchange: RUAL), a leading global aluminium producer, announces its results for the year ended 31 December 2025.
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.