This is not a paywall. Registration allows us to enhance your experience across Construction Management and ensure we deliver you quality editorial content.
Registering also means you can manage your own CPDs, comments, newsletter sign-ups and privacy settings.
Inert anodes replace standard carbon anodes with non-consumable materials such as ceramics or alloys, which results in an 85% reduction of emissions from the smelting process.
The capacity of the new electrolyser is about 1 tonne of aluminium per day at a current of 140,000 A.
“As part of our net zero commitment in January this year, we announced sector-beating targets for carbon reduction – net zero by 2050 and to reduce emissions by at least 35% by 2030. Today I am proud to announce that we have made a major step forward on this journey, in a major breakthrough for the industry,” said UK Conservative peer Greg Barker (Lord Barker of Battle), executive chairman of En+ and former UK energy and climate change minister.
He added: “Another breakthrough advantage of this technology is the release of oxygen in the process of aluminium production. One inert anode cell can generate the same volume of oxygen as 70 hectares of forest.”
The January/February 2026 issue of Construction Management magazine is now available to read in digital format.
Powered Access
CM, in partnership with IPAF, has launched a new survey to explore the industry’s views and experiences with powered access machines on construction projects.
This is not a first step towards a paywall. We need readers to register with us to help sustain creation of quality editorial content on Construction Management. Registering also means you can manage your own CPDs, comments, newsletter sign-ups and privacy settings. Thank you.
