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  • Rusal primary aluminum production Inert anode

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    Rusal Produces Low Carbon Aluminum Using Inert Anode Technology

    UC Rusal, a metals segment of En+ Group, successfully produced low carbon aluminum using its proprietary inert anode technology. According to the company, it has achieved the world’s lowest carbon aluminum footprint — less than 0.01 tonnes of CO2eq per tonne of aluminum (based on GHG Protocol’s Scope 1 and 2 guidance for direct and […]

  • Figure 2. Demolition and removal of SPL from an aluminum cell cathode.

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    The SPL Waste Management Challenge in Primary Aluminum

    By Alton Tabereaux, Contributing Editor. Spent potlining (SPL) disposal is one of the largest environmental waste management challenges confronting worldwide primary aluminum smelters due to its toxicity. The International Aluminium Institute (IAI) asserts that 1.6 million tons of SPL were generated from primary aluminum production in 2019,1 making it the second largest waste volume produced […]

  • aluminum 3D-printed additive manufactured components for the Yarilo satellite

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    Rusal Produces 3D-Printed Components for the Yarilo Satellite

    UC Rusal produced an 3D-printed aluminum casing, which has been successfully implemented in a Yarilo satellite launched into space in 2020. The satellite’s mission is to explore and monitor the sun and weather variations in space. The development of the 3D-printed thermoregulatory casings was a joint project carried out by Rusal’s Institute of Light Materials […]

  • Top Ten Aluminum News Stories of 2020

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    Top Ten Aluminum News Stories of 2020

    To say that 2020 has been an interesting year would be a massive understatement. Throughout this wild ride of a year, Light Metal Age (LMA) has been proud to be a valuable resource, providing industry news and technological insights to its readers. On the LMA webpage, we regularly share exclusive featured articles from the print magazine, as […]

  • Krasnoyarsk Smelter implents Eco-Soderberg smelting technology

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    Rusal Converts Krasnoyarsk Smelter to EcoSøderberg Technology

    UC Rusal completed the transition of cell technology at its Krasnoyarsk (KrAZ) aluminum smelter to EcoSøderberg technology. The EcoSøderberg process is one of many developments achieved by Rusal’s Engineering and Technology Center. The process uses an improved design of the exhaust fume removal system which ensures a high degree of hermetic sealing, as well as an optimized anode […]

  • Rusal - Continuus-Properzi - ingot casting line

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    Rusal Commissions Ingot Casting Line for Automotive

    UC Rusal commissioned a new ingot casting complex at the Boguchansky smelter with a capacity of 120,000 tonnes of aluminum alloys per year. The more than 600 million ruble (US$8.7 million) project enables the company to increase its production of value-added products (VAP). “The new foundry complex at the Boguchansky aluminum smelter, the most modern enterprise […]

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    UC Rusal Celebrates 20 Years of Aluminum Leadership

    UC Rusal, one of the world’s major producers of aluminum and alumina, is celebrating its 20th anniversary this year. “At first glance, 20 years seems not long for the company to be in the place that it is currently in,” said Evgenii Nikitin, CEO of Rusal. “Nevertheless, over these years, Rusal has managed to achieve a lot […]

  • Rusal casting table

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    ARTICLE: Rusal Starts Up Pilot Casting Complex to Achieve a Maximum Alloy Purity

    By V. Mann, A. Krokhin, D. Ryabov, and A. Startsev, UC Rusal. The quality and properties of rolled aluminum products directly depend on the quality of the slab production, which determines the desirable structure, geometric dimensions, and purity of the metal. These factors are crucial for reducing costs during the rolling process, as well as […]

  • Rusal Bratsk smelter DGCS

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    Rusal Pledges to Install Modern Gas Cleaning Systems

    UC Rusal plans to install over 20 state-of-the-art dry gas cleaning systems (DGCS) at its smelters by 2025. These advanced systems were developed by the company’s design and scientific divisions and the new equipment will allow the company to capture over 99.5% of hydrogen fluoride and solid fluorides. “This project is truly unique thanks to […]