EGA’s nuclear-powered aluminium debuts as ENEC power decarbonises smelting

EGA

Nuclear-powered aluminium enters the market as Emirates Global Aluminium partners with ENEC. Nuclear-powered aluminium reduces Scope 2 emissions at EGA’s UAE smelters. Nuclear-powered aluminium targets fast-growing demand for low-carbon, “green” metal.

How the Barakah link enables low-carbon tonnes

EGA received carbon-free electricity from ENEC’s Barakah plant. The power supported production of nuclear-powered aluminium under EGA’s MinimAL brand. The first shipment went to Egypt’s Canex Aluminum for downstream use. As a result, EGA broadens its certified low-carbon portfolio beyond solar. The company already supplies CelestiAl solar aluminium to BMW.

Why this matters for auto and packaging supply chains

Large buyers now prioritise embedded-carbon reductions. Nuclear-powered aluminium offers baseload, zero-carbon power without intermittency. Therefore, it complements solar aluminium in meeting 24/7 load. Buyers can hedge energy mix risks while hitting Scope 3 targets. Meanwhile, producers gain a credible route to near-term decarbonisation at scale.

Global demand for low-carbon aluminium is rising sharply. EGA expects demand to triple by 2040. Consequently, nuclear-powered aluminium could secure premiums in autos, packaging, and construction. It may also anchor long-term offtakes tied to clean power availability.

EGA continues to diversify energy sourcing. The ENEC partnership supplies about a quarter of UAE electricity. This strengthens energy security and emissions performance. In turn, it positions UAE metal as a competitive low-carbon choice.

The Metalnomist Commentary

Nuclear baseload changes the economics of green smelting in sunny regions. Expect more hybrid portfolios that blend nuclear, solar, and grid contracts. Premiums will depend on auditable LCA data and 24/7 matching, not labels alone.