Solar-powered aluminium: the Emirates’ gamble

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Solar-powered aluminum to be developed near Dubai, says Emirates Global Aluminium Emirates Global Aluminium (EGA) on Monday January 18 via a press release.
The United Arab Emirates (UAE) will become the first country in the world to develop aluminum using solar energy.
Solar energy will be extracted from a huge 1GW power plant near the emirate of Dubai, managed by the Dubai Electricity and Water Authority (DEWA).
Thanks to the development of this “clean” technology, the Emirates are affirming their commitment to the energy transition of their national industry.

The world’s first solar-generated aluminum

CelestiAL aluminum will be carbon-neutral

This aluminum, which will be marketed under the name CelestiAL, will be produced using solar energy from a DEWA solar park.
This is a major step forward for the aluminum industry, which is very difficult to decarbonize.
The UAE has invested heavily in obtaining the solar energy needed to melt this chemical element.

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EGA’s Managing Director reminded the audience of aluminum’s essential role in sustainable development.
It is therefore important to ensure that it is produced using clean energy.
It is estimated that EGA will produce 40,000 tonnes of clean aluminum in its first year.

CelestiAL to supply the world

EGA plans to export its CelestiAL aluminum all over the world.
Indeed, demand for zero-carbon materials is strong, as they enable companies to comply with environmental regulations.

The Emirates and Dubai in the throes of energy transformation

5GW for the Al Maktoum solar power plant

The United Arab Emirates built the huge Mohammed bin Rashid Al Maktoum solar power plant.
Today, its capacity is 1013MW.
In the near future, DEWA will be installing new solar panels and thermodynamic solar power plants, greatly increasing the plant’s output.
By 2030, this solar park will be one of the largest in the world, with a capacity of 5GW.
By 2021, it will power 320,000 homes and save 1.6 million tonnes of CO2 per year.

Dubai aims to become the world’s most sustainable city

Solar aluminum production will be part of Dubai’s Carbon Emissions Reduction Strategy.
The ambition is for 75% of Dubai’s energy production to come from green energies.
In addition, DEWA’s director claims that Dubai has already reduced its carbon emissions by 22% in 2019.
Indeed, the country is investing drastically in photovoltaics.
However, the UAE remains one of the world’s largest producers of hydrocarbons.
In fact, the Emirates have developed economically largely thanks to oil.
But with aluminum now produced using solar energy, the country is now turning to renewable energies for all its industrial production.

An NGO identified 531 participants linked to carbon capture and storage technologies at COP30, illustrating the growing strategic interest of industry players in this technical lever within climate negotiations.
Driven by rising demand from China and India, the global carbon neutrality market is expected to grow by 7.3 % annually through 2035, supported by sustained investment in capture technologies.
Japan plans to increase its carbon capture, utilisation and storage capacity thirtyfold by 2035, but reliance on cross-border infrastructure may delay the government’s targets.
PETRONAS secures Malaysia’s first CCS permit and strengthens its upstream presence in Suriname, aligning an integrated strategy between CO₂ capture and low-cost offshore exploration.
The Peruvian government announces a 179 million tonne emissions target by 2035, integrating carbon market tools and international transfers to reach its climate goal.
The Paris Agreement Crediting Mechanism formalizes a landfill-methane methodology, imposes an investment-based additionality test, and governs issuance of traceable units via a central registry, with host-country authorizations and corresponding adjustments required.
Sinopec and BASF have reached a mutual recognition agreement on their carbon accounting methods, certified as compliant with both Chinese and international standards, amid growing industrial standardisation efforts.
NorthX Climate Tech strengthens its portfolio by investing in four carbon dioxide removal companies, reinforcing Canada’s position in a rapidly expanding global market.
With dense industrial activity and unique geological potential, Texas is attracting massive investment in carbon capture and storage, reinforced by new federal tax incentives.
GE Vernova and YTL PowerSeraya will assess the feasibility of capturing 90% of CO₂ emissions at a planned 600-megawatt gas-fired power plant in Singapore.
The carbon removal technology sector is expanding rapidly, backed by venture capital and industrial projects, yet high costs remain a significant barrier to scaling.
A Wood Mackenzie study reveals that the EU’s carbon storage capacity will fall more than 40% short of the 2030 targets set under the Net Zero Industry Act.
A bilateral framework governs authorization, transfer and accounting of carbon units from conservation projects, with stricter methodologies and enhanced traceability, likely to affect creditable volumes, prices and contracts. —
Carbon Direct and JPMorganChase have released a guide to help voluntary carbon market stakeholders develop biodiversity-focused projects while meeting carbon reduction criteria.
Japan and Malaysia have signed a preliminary cooperation protocol aiming to establish a regulatory foundation for cross-border carbon dioxide transport as part of future carbon capture and storage projects.
Green Plains has commissioned a carbon capture system in York, Nebraska, marking the first step in an industrial programme integrating CO₂ geological storage across multiple sites.
The price of nature-based carbon credits dropped to $13.30/mtCO2e in October as a 94% surge in September issuances far outpaced corporate demand.
Driven by the energy, heavy industry and power generation sectors, the global carbon capture and storage market could reach $6.6bn by 2034, supported by an annual growth rate of 5.8%.
Article 6 converts carbon credits into a compliance asset, driven by sovereign purchases, domestic markets, and sectoral schemes, with annual demand projected above 700 Mt and supply constrained by timelines, levies, and CA requirements.
The GOCO2 project enters public consultation with six industrial players united around a 375 km network aiming to capture, transport and export 2.2 million tonnes of CO2 per year starting in 2031.

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