
The Gulf’s 3.5 million tonnes of aluminum output is at risk because of the Iran war, and could trigger a global supply crisis according to analysts Wood Mackenzie.
Emirates Global Aluminium has halted operations in Abu Dhabi, after its Al Taweelah site sustained “significant damage” during an Iranian attack on March 28. That takes 1.6 million tonnes a year of production offline and it could take a year to repair. Aluminium Bahrain (Alba)’s facility was also hit by Iran on March 28 and its 1.6 million-tonne-a-year plant may now be working at just 30% of capacity. Qatar’s Qatalum is operating at around 60% capacity.
The Gulf accounts for around 23% of global, non-China aluminum production. Most Gulf output is sold overseas and the regional crisis is having a knock-on effect globally. Aluminum is in high demand from fast-growing industries such as electric vehicles, solar panels, wind turbines, and data centres. Prices are now at their highest level in four years.
latest_posts
- 1
2024 Eurovision winner Nemo returns trophy over Israel's participation - 2
Humpback whale stranded on Germany's Baltic coast frees itself - 3
Help Your Business with Master Web based Promoting Arrangements - 4
Grasping the Elements of Medical caretaker Pay rates: Factors That Shape Your Pay - 5
Holiday spots Well known With Americans In 2024
This widow influencer is using jokes to cope after her husband's death. It's OK if people don't get it.
Find the Techniques for Powerful Review Propensities: Opening Your Scholarly Potential
Ukraine confirms defence and energy ministers at second attempt
Fisherman Attacked by Great White Shark Says ‘My Left Foot Was in His Mouth’
Congolese rape survivors search in vain for medicine after USAID cuts
Noctourism: the new safari travel trend that's changing the wildlife we can photograph in Africa
Understanding climate change in America: Skepticism, dogmatism and personal experience
NASA Artemis II tracker: Crew less than 60,000 miles from moon ahead of Monday flyby
Story of ‘first Black Briton’ rewritten by advances in ancient DNA technology












