Energy

Emirates Global Aluminium (EGA), the largest industrial organisation in the United Arab Emirates outside the oil and gas sector, has officially inaugurated the nation’s largest aluminium recycling plant.

Emirates Global Aluminium (EGA), the largest industrial organisation in the United Arab Emirates outside the oil and gas sector, has officially inaugurated the nation’s largest aluminium recycling plant.

Located in Al Taweelah, this facility represents a vital milestone in EGA’s strategic expansion into low-carbon aluminium production and serves as a boost for the development of the UAE’s circular economy.

The inauguration ceremony welcomed dignitaries including Her Excellency Dr. Amna bint Abdullah Al Dahak, Minister of Climate Change and Environment, alongside Her Excellency Dr. Shaikha Salem Al Dhaheri, Secretary General of the Environment Agency - Abu Dhabi (EAD). Also in attendance were EGA’s Chairman Homaid Al Shimmari, Vice Chairman His Excellency Saeed Al Tayer, and various members of EGA’s Board and senior management.

During the event, Her Excellency Dr. Amna bint Abdullah Al Dahak emphasised the broader implications:

“Recycling is the cornerstone of the UAE’s Circular Economy Policy which aims to transform the nation into a global hub for green development by shifting from linear to circular production and consumption, enhancing resource efficiency, and minimising waste. Aluminium represents one of our greatest opportunities to drive this transition from linear to circular model of production. It is infinitely recyclable, protecting our ecosystems while fuelling a sustainable, low-carbon economy. Recycling aluminium waste requires up to 95 per cent less energy compared to producing new primary aluminium from raw ore, saving significant energy and reducing greenhouse gas emissions.”

She further added:

“Emirates Global Aluminium has been a pioneer of our nation’s industry for decades, and today, they are leading the charge as our national champion in aluminium recycling. I congratulate EGA on the strategic growth of its recycling business both here in the UAE and globally, proving that industrial leadership and climate action go hand in hand.”

Capacity and Production Details

The Al Taweelah plant has a production capacity of 185,000 tonnes per year. It processes post-consumer and some pre-consumer aluminium scrap, transforming it into low-carbon premium aluminium billets and T-bars, marketed as RevivAL. EGA also blends recycled metal with primary aluminium produced using solar power, marketed as CelestiAL-R, and with nuclear power, sold as MinimAL-R.

Historically, the majority of aluminium scrap generated within the UAE has been exported for processing outside the country. The Al Taweelah facility rectifies this by offering local capacity, positioning EGA as the largest consumer of aluminium scrap in the UAE.

Construction and Operational Timeline

Constructing the plant required four million hours of work, completed with zero injuries requiring time off. The project utilised more than 26,300 cubic metres of concrete—exceeding the volume of ten Olympic-size swimming pools—and over 4,600 metric tonnes of structural steel, equivalent to two-thirds of the iron weight of the Eiffel Tower.

Initial production commenced in February. However, final commissioning was paused following an Iranian attack on Khalifa Economic Zone Abu Dhabi on 28 March. Commissioning resumed during April, and recycled cast metal production recommenced in early May. The ramp-up to full production will take up to six months, dependent on scrap availability.

Abdulnasser Bin Kalban, Chief Executive Officer of Emirates Global Aluminium, stated:

“The inauguration of Al Taweelah recycling plant is a major milestone in EGA’s development of a global aluminium recycling business. This new plant turns aluminium waste generated in the UAE and elsewhere into new aluminium that makes modern life possible around the world. With this project, we have added a new industrial activity to EGA’s operations in the UAE, in line with Make it in the Emirates and the UAE’s Operation 300bn industrial growth strategy.”

Global Expansion

The plant is part of EGA’s global ambitions. Including a planned acquisition of an 80 per cent stake in Italian company Eco Green, EGA’s total recycling capacity exceeds 400,000 tonnes per year across the UAE, Europe, and the United States, with an additional 200,000 tonnes under development.

This follows acquisitions in Germany and the United States in 2024. EGA Leichtmetall in Germany is expanding more than six-fold, adding a second plant near Hannover with 150,000 tonnes of capacity, expected during 2028. In Minnesota, EGA Spectro Alloys completed a 65,000 tonnes expansion in 2025 and is developing a second phase to add a further 35,000 tonnes by 2027.

Siemens Energy has secured a major contract to supply advanced turbine and generator technology for the 2.6 gigawatt (GW) Taweelah C independent power producer (IPP) project in Abu Dhabi, UAE.

Siemens Energy has secured a major contract to supply advanced turbine and generator technology for the 2.6 gigawatt (GW) Taweelah C independent power producer (IPP) project in Abu Dhabi, UAE.

Karim Amin, a member of the executive board of Siemens Energy, noted that the project will feature the first 'HL-class' gas turbine in the UAE.

Driving grid stability and sustainability

The project represents the third power plant on the Taweelah site to be equipped by Siemens Energy. The combined-cycle facility is designed to deliver critical operational flexibility and strengthen grid stability,  and will play a pivotal role in enabling large-scale renewable energy integration across the Emirate of Abu Dhabi.

Also, the plant’s design allows for the future utilization of carbon capture and storage units. This aligns directly with the UAE’s broader strategic goal to achieve climate neutrality by 2050.

Global supply chain and project partners

The comprehensive scope of supply features:

• Three SGT5-9000HL gas turbines, manufactured in Berlin, Germany
• Two SST5-5000 steam turbines, manufactured in Muelheim, Germany
• Five generators, comprising SGen5-3000W and SGen5-2000P models, manufactured in Charlotte, USA
• Associated auxiliary systems

The project is being developed by the Abu Dhabi National Energy Company (TAQA) alongside an international consortium that includes Saudi Arabia’s Al Jomaih Energy and Water Company and Singapore’s Sembcorp Industries. Engineering, procurement, and construction duties are being handled by the contractor, China Energy Engineering Group Corporation, while the Emirates Water and Electricity Company (EWEC) will serve as the sole procurer of the generated electricity.

Siemens Energy’s global footprint

As a major force in global energy technology, Siemens Energy accounts for an estimated one-sixth of the electricity generated worldwide. Covering almost the entire energy value chain, from conventional gas and steam turbines to hydrogen-operated hybrid power plants and wind energy through its subsidiary Siemens Gamesa—the company supports the transition to a sustainable energy future.

The company employs approximately 105,000 people across more than 90 countries. In the 2025 fiscal year, it generated €39.1 billion in revenue.

Siemens Energy continues to cement its role as a key architect of the global energy transition by combining cutting-edge German and American engineering with localized strategic partnerships. The Taweelah C project not only underscores the company's commitment to the UAE's economic development but also serves as a vital blueprint for balancing immediate grid reliability with long-term de-carbonization objectives.

Beam Global participated alongside Platinum Group UAE at this annual business gathering. The expansive event attracted over 122,500 visitors and was hosted by the UAE Ministry of Industry and Advanced Technology.

The transition towards sustainable urban development is accelerating across the Middle East.

San Diego-based Beam Global recently exhibited at the highly anticipated Make it in the Emirates (MIITE) 2026 event on 7 May to showcase its innovative, 'off-grid' EV charging solutions and connect with key regional decision-makers.

Showcasing Innovation at the Make it in the Emirates 2026 Exhibition

Beam Global participated alongside Platinum Group UAE at this annual business gathering. The expansive event attracted over 122,500 visitors and was hosted by the UAE Ministry of Industry and Advanced Technology. The ADNEC Group, in collaboration with the Ministry of Culture, the Abu Dhabi Investment Office, and the ADNOC Group, organised this massive exhibition.

At the event, Beam Middle East presented a comprehensive portfolio of 'off-grid' EV charging solutions in Abu Dhabi. These advanced products are designed for rapid deployment, completely removing the need for traditional construction or complex grid connections.

Rapid Deployment of Resilient Energy Infrastructure

The company's innovative solutions deliver reliable, independent energy where traditional power grid access is limited or highly vulnerable. Key advantages of these systems include:

• Delivering clean power without the need for construction or grid connection.
• Providing rapid deployment capabilities that save significant time.
• Ensuring reliable power delivery when grids are constrained or vulnerable.
• Supporting sustainable city development through innovative energy infrastructure.

Exhibited products included a dedicated BeamBike installation located conveniently at the Marina Parking at ADNEC. This installation provided a firsthand look at these clean technologies.

Empowering Autonomous Vehicle Charging Technology

The MIITE event provided Beam Global with direct access to crucial investors across various sectors, including government, defence, and transportation. This strategic engagement directly supported the company's regional growth strategy and ongoing expansion across the Middle East.

Desmond Wheatley, chief executive officer of Beam Global, emphasised the immense importance of this exhibition. “MIITE is a gathering of all the most influential decision makers in the UAE,” he stated. “We are demonstrating Beam Middle East's portfolio of products to members of the royal family, senior government officials, autonomous vehicle operators, and other prospective customers."

He noted that the impressive scale of the event clearly demonstrated that the UAE is open for business. Wheatley added: "We are getting the attention that we deserve – the sort of attention that I believe will lead to material orders as we continue to grow our presence in this very vibrant market."

Regional Growth and Strategic Leadership

This strategic push aligns with broader ongoing regional ambitions. Abu Dhabi intends to lead the world in autonomous transportation, matching Beam Global's recently announced patented wireless and autonomous vehicle charging technology. Furthermore, the Gulf region plans to spend US$1 trillion on sustainable infrastructure over the coming decade. Management strongly believes its products are ideally suited to capture a lucrative portion of this investment.

During the event, Wheatley was joined by Ivan Tlacinac, managing director for Beam Europe, and Uros Toskovic, sales lead for Beam Middle East. Notable highlights included a meeting with Her Excellency Alia Bint Abdulla Al Mazrouei, Minister of State for Entrepreneurship. Wheatley also addressed audiences during a panel discussion and described the BeamPatrol product to senior officers from the Dubai police.

Beam Global continues to develop, patent, design, and manufacture unique technology solutions that power modern transportation and enable robust 'smart city' services. The company’s wider product range encompasses the Beam EV ARC, BeamBike, BeamSpot, BeamWell, BeamPatrol, Beam AllCell custom batteries, and the ARC Mobility trailer. Listed on Nasdaq under the symbol BEEM, the innovator operates globally with headquarters in California and additional facilities spanning Illinois, Serbia, and the UAE. Professionals looking to understand these innovations can learn more about Beam Global's sustainable infrastructure.

The combined strategic insights from ADNOC, Masdar, and Microsoft provide a definitive blueprint for decisive corporate action.

Global energy demands are rising at an unprecedented pace across the world. 

Simultaneously, the international community is striving to achieve strict net-zero emissions targets. To successfully navigate these complex challenges, rapid artificial intelligence development provides a critical and timely pathway. The recent "Powering Possible" report, jointly released by ADNOC, Masdar, and Microsoft, explores this vital intersection of industries. By actively focusing on AI and energy transition collaboration, these prominent industry leaders aim to drastically reshape our global energy systems.

The intersection of global megatrends 

The current market is uniquely defined by three converging megatrends that demand immediate attention. First, continuous population growth and rapid industrialisation persistently drive higher global energy demand. Second, binding international climate agreements necessitate an urgent and comprehensive shift towards decarbonisation. Finally, the exponential growth and deployment of advanced computational models create entirely new technological opportunities.

Properly harmonising these three significant factors is absolutely essential for long-term stability. The integration of these sectors with strategic investment in clean power generation and the implementation of intelligent policies can create a highly efficient framework. The transformation actively ensures an equitable energy landscape for developing and developed nations alike.

Fostering sustainable Artificial Intelligence solutions 

Harnessing smart computing power is no longer optional; it is a fundamental necessity for modern utilities. AI solutions directly enable energy providers to monitor, manage, and optimise their vast infrastructural networks. The joint paper by ADNOC, Masdar, and Microsoft carefully outlines seven critical areas for targeted collaboration between sectors. By seamlessly merging the expertise of the technology and energy sectors, organisations can quickly accelerate the transition to a modernised grid.

These transformative advancements focus on practical, real-world applications designed to enhance operational efficiency:

• Implementing advanced predictive algorithms to accurately track and achieve significant methane reduction.
• Utilising sophisticated data analytics to enhance overall grid resilience and actively prevent widespread power outages.
• Deploying robust machine learning models to effectively harmonise fluctuating power supply with changing consumer demand metrics.

Key areas for tech and energy partnerships 

Isolated corporate efforts are simply insufficient to achieve ambitious international sustainability goals. Meaningful progress fundamentally requires deep, cross-sector partnerships to tackle systemic vulnerabilities. Technology firms inherently possess unparalleled computational prowess, whilst energy corporations hold the vital physical infrastructural assets. When these powerful entities align their core operations, the potential for positive environmental impact multiplies exponentially.

Building net-zero energy system innovations 

The goal of this strategic alignment is comprehensive and lasting decarbonisation. Net-zero energy system innovations rely heavily on the continuous processing of massive, complex datasets. AI seamlessly processes this intricate information to suggest immediate efficiency improvements across extensive global supply chains. Also, these tools help identify structural weaknesses before they compromise overall system integrity.

Organisations must heavily invest in continuous clean power generation to successfully fuel these highly demanding technological processes. The technology sector can grow responsibly by proactively addressing the immense electricity requirements of large data centres. Collaborative frameworks ensure that future technological advancements do not negatively compromise our fragile global environment.

The dynamic intersection of cutting-edge technology and sustainable power generation represents a monumental opportunity for global progress. By actively prioritising collaborative investments, international stakeholders can successfully overcome our most pressing environmental challenges. The combined strategic insights from ADNOC, Masdar, and Microsoft provide a definitive blueprint for decisive corporate action. Embracing these intelligent methodologies ultimately ensures a resilient, equitable, and clean energy future for everyone.