In The Spotlight
The Environment Agency – Abu Dhabi (EAD) and the Department of Municipalities and Transport (DMT) have formally entered a pivotal new phase of collaboration.
Tackling environmental waste is no longer just about deploying teams with bin bags; it is evolving into a highly sophisticated, data-driven science.
In a significant move that highlights a modern approach to conservation, the Environment Agency – Abu Dhabi (EAD) and the Department of Municipalities and Transport (DMT) have formally entered a pivotal new phase of collaboration. This partnership, operating under the robust framework of the Abu Dhabi Waste Management Strategy, focuses on delivering an intensive programme of environmental clean-up activities. However, this is not a traditional sweep of public spaces. Instead, it represents a multifaceted initiative that seamlessly combines structured field operations with systematic, rigorous data analysis, perfectly reflecting a shared, overarching commitment to supporting Abu Dhabi’s broader environmental protection and sustainability agenda.
This inter-agency collaboration forms a crucial part of a much larger, cohesive vision designed to unify government efforts across the emirate. The primary objective is to fundamentally transform standard clean-up operations from reactive chores into powerful, proactive strategic tools for long-term environmental monitoring. By pooling resources, expertise, and operational capacities, the EAD and the DMT are setting a new standard for how municipal and environmental bodies can work in tandem. To date, this joint initiative has already seen substantial physical progress on the ground. Four targeted clean-up campaigns have been successfully carried out at carefully selected sites across the region. Building on the momentum of these initial successes, comprehensive plans are currently underway to significantly expand the scope of the project. This expansion includes the delivery of two highly specialised marine operations, which will be executed in addition to a continuous, year-round series of terrestrial and coastal cleaning efforts.
What truly sets this ambitious programme apart is its refusal to stop at the mere physical removal of rubbish from targeted sites. Instead, the initiative adopts a highly systematic, scientific methodology to process the collected materials. Every item of refuse is subjected to a rigorous protocol that includes precise waste classification, accurate weighing, and meticulous documentation. This wealth of information is securely logged within a highly structured field database operating under the umbrella of the Sahim – Citizen Science programme. Once the data is entered, it is subjected to in-depth analysis to identify the most prevalent types of waste polluting both terrestrial and marine environments. This analytical approach provides government authorities with a remarkably clear, evidence-based picture of complex waste patterns and their spatial distribution across different ecosystems.
Furthermore, the collaborative initiative strongly underscores the reality that institutional efforts alone are insufficient; active community participation remains an absolutely essential element in achieving long-term, genuine environmental sustainability. The project actively encourages individuals within the community to adopt highly responsible waste management behaviours in their daily lives. By involving the public, whether directly or through the transparency of the Sahim programme, it actively fosters a vital culture dedicated to maintaining the pristine cleanliness of both natural habitats and shared public spaces. It aims to instil a sense of civic duty and environmental stewardship that resonates well beyond the designated clean-up days.
Ultimately, these combined efforts serve as a sterling model of integration, demonstrating how rigorous physical fieldwork can be perfectly married with high-level institutional support and advanced data analytics. By turning everyday refuse collection into actionable intelligence, the project not only cleans the immediate landscape but also informs future policy and preventative strategies. This holistic, scientifically backed approach reinforces Abu Dhabi's hard-earned position as a true pioneer in knowledge-based, partnership-driven environmental management. As the programme continues to roll out its planned marine and coastal operations throughout the remainder of the year, it stands as a testament to the power of strategic collaboration in the ongoing fight to preserve our natural world for future generations.
The AIJRF has officially launched the advanced and updated edition of its flagship educational initiative.
The AIJRF has officially launched the advanced and updated edition of its flagship educational initiative.
The newly unveiled curriculum, titled the Specialised Programme: Artificial Intelligence Journalism, Agentic AI & Content Creation (AIJD 2.0), represents a critical milestone in harmonising autonomous systems with modern media production.
This pioneering programme is the direct evolution of the Professional Diploma in Artificial Intelligence Journalism and Media of the Metaverse (AIJD). When originally introduced by the AIJRF in 2021, the AIJD made history as the first Arab and international professional diploma exclusively dedicated to Artificial Intelligence Journalism. The launch of AIJD 2.0 reflects the organisation's unwavering commitment to continuously updating its applied programmes. It serves as a direct response to the rapid transformation of the content creation industry and the growing integration of Fourth Industrial Revolution technologies into modern newsrooms.
A central driver behind this comprehensive redesign is the urgent need to meet emerging professional requirements and labour-market demands projected through the year 2030. The media industry is no longer solely reliant on basic automation; it is rapidly adopting Agentic AI, AI agents, multimodal models, and intelligent automation. To ensure media professionals are adequately prepared for this shifting paradigm, AIJD 2.0 pivots heavily toward these advanced systems, ensuring that participants are not merely observers of this technological wave, but highly skilled practitioners.
To achieve this ambitious educational goal, the AIJRF has implemented a highly rigorous training methodology. The programme fundamentally departs from purely academic models by utilising a framework based on 20 per cent theoretical knowledge paired with 80 per cent practical application. This intensive focus on applied learning ensures that students spend the vast majority of their time working directly with the tools of Agentic AI, rather than simply studying their underlying concepts in the abstract.
Spanning a comprehensive 40 applied training hours, the Specialised Programme is meticulously structured across seven distinct modules. Within this extensive framework, participants will receive hands-on, practical training on an impressive roster of more than 40 different technological applications. These encompass traditional artificial intelligence frameworks, generative AI models, and cutting-edge Agentic AI tools. By interacting with such a diverse ecosystem, participants learn to design and produce sophisticated content, whilst mastering the intricacies of operating multifaceted digital platforms.
A cornerstone of the AIJD 2.0 curriculum is its commitment to project-based learning. The programme requires the completion of seven distinct applied projects, with one specialised assignment directly linked to each of the seven modules. Furthermore, participants must complete an integrated final project under specialist supervision, which is ultimately presented to the diploma's assessment committee. This rigorous structure empowers participants to move beyond theoretical knowledge, enabling them to develop practical systems for content production, digital platform management, media monitoring, and operational automation.
Crucially, while the programme is heavily anchored in future technologies, it maintains a strong human-centric philosophy. The AIJRF ensures that the curriculum emphasises the development of intelligent media organisations using traditional and Agentic AI without sacrificing the human element. The programme is distinctly designed to preserve the leading, irreplaceable role of human professionals in strategic decision-making, nuanced creativity, editorial supervision, and ethical governance.
The launch of AIJD 2.0 marks a transformative moment for media professionals globally. By bridging the gap between advanced Agentic AI systems and practical content creation, the AIJRF is cultivating a new generation of digital architects. These talented individuals will not only navigate the complexities of the Fourth Industrial Revolution but will actively define the future standards of intelligent, ethically governed journalism.
The Sharjah Digital Department (SDD) has launched a comprehensive initiative to fortify the readiness of its governmental workforce.
The unyielding evolution of artificial intelligence is profoundly reshaping the structure of global public administration.
This transition demands a modern workforce that is not only technologically aware but highly proficient in deploying advanced digital tools. In a decisive move to remain at the vanguard of this technological shift, the Sharjah Digital Department (SDD) has launched a comprehensive initiative to fortify the readiness of its governmental workforce. By bridging the gap between theoretical knowledge and practical execution, the department ensures its professionals can seamlessly harness artificial intelligence to elevate complex day-to-day operations.
To facilitate this ambitious upskilling endeavour, the Sharjah Digital Department has formed a strategic partnership with the Shams AI Club, situated at Sharjah Media City (Shams). Together, they hosted a highly specialised training workshop titled “Artificial Intelligence and Digital Media”. This bespoke educational programme constitutes a critical component of the SDD’s ongoing efforts to cultivate its employees’ technological capabilities. The primary objective is to solidify the workforce's ability to seamlessly apply artificial intelligence frameworks across various operational verticals. By undertaking this focused upskilling, the department aims to drive greater operational efficiency, enhance daily workplace productivity, and significantly elevate the overall structural quality of institutional outputs.
Recognising that distinct sectors naturally require tailored technological solutions, the collaborative programme meticulously targeted professionals whose roles are most acutely impacted by generative technologies. The specialised workshop brought together dedicated employees operating within the media, marketing, and design departments. Throughout the intensive sessions, the central focus remained on developing both foundational knowledge and highly practical, actionable skills. Facilitators guided attendees through the nuances of utilising sophisticated artificial intelligence tools to actively support digital content creation, streamline intensive media production workflows, and optimise digital marketing campaigns. The extensive programme highlighted multiple avenues for applying emerging technologies in ways that directly contribute to heightened institutional performance and the refinement of administrative operations.
The structural success of technological adoption relies heavily on visionary leadership and rigorous strategic alignment. H.E. Eng. Lamia Al Hosan Al Shamsi, the Director of the Sharjah Digital Department, articulated that the successful integration of artificial intelligence is fundamentally dependent on cultivating skilled professionals who can apply these systems effectively within the contemporary workplace environment. She emphasised that continuous investment in the digital capabilities of employees remains a paramount priority. Such investments ensure that disruptive technologies yield stronger organisational performance, improved departmental outputs, and greater systemic efficiency across the government sector.
Underscoring this long-term vision, H.E. added: “SDD is committed to developing a work environment that keeps pace with technological advancements by investing in the digital capabilities of its employees. These capabilities are a key enabler of the Sharjah Digital Transformation Strategy 2026-2028, which focuses on building a more future-ready government, strengthening a culture of innovation, and empowering government professionals to apply emerging technologies in support of sustainable digital transformation.”
To guarantee that attendees walked away with a robust understanding of the technological shift, the workshop covered a meticulously curated syllabus. The curriculum explored the historical evolution and fundamental principles of artificial intelligence before transitioning into highly technical territory. Participants deeply explored the mechanics of advanced language models and the precise deployment of artificial intelligence applications tailored for digital media and marketing. Crucially, the training addressed complex competencies such as intricate prompt engineering and the automated generation of high-resolution images and video content. Furthermore, the sessions dedicated substantial time to exploring the ethical use of artificial intelligence and the future of work.
The initiative’s distinctly practical focus ensured that participating government employees were thoroughly equipped with the actionable knowledge required to integrate advanced digital tools into their daily responsibilities more efficiently. This focused empowerment directly reflects Sharjah’s unwavering commitment to cultivating a digitally proficient government workforce capable of leveraging state-of-the-art innovations to deliver significantly enhanced public services.
Trinasolarhas officially joined forces with the Al-Raebi for Trading and Solar Energy Systems Company.
The Republic of Yemen is standing at a critical juncture in its energy evolution, driven by surging electricity demand and an urgent need for more resilient, sustainable infrastructure.
In a landmark move to address these pressing domestic requirements whilst accelerating the broader regional transition towards renewables, Trinasolarhas officially joined forces with the Al-Raebi for Trading and Solar Energy Systems Company.
Announced in Sana'a on 20 July 2026, the entities have signed a comprehensive Memorandum of Understanding (MoU). This agreement establishes a formal framework to explore collaboration on a massive 1.5 gigawatt (GW) solar project pipeline across Yemen, spanning a strategic window between 2026 and 2029. The initiative signals a robust commitment to diversifying the nation's power supply through advanced solar deployment.
Fusing Global Expertise with Local Market Insight
The foundational strength of this MoU lies in the complementary capabilities of both organisations. Navigating the Yemeni energy sector requires deep, nuanced local market knowledge, a vital asset that Al-Raebi has cultivated over years of domestic operation. Conversely, executing utility-scale infrastructure demands world-class technological prowess and global project management experience—areas where Trinasolar excels on the international stage.
The current framework ensures that both companies will thoroughly evaluate emerging opportunities to support large-scale solar projects not only within Yemen but also across the wider Middle East. Together, they will carefully assess specific technical requirements, viable project opportunities, and future commercial cooperation models.
Todd Li, President of the Asia Pacific, Middle East and Africa Region at Trinasolar, articulated the vision behind the partnership. Maintaining his exact phrasing, he noted:
"This MoU marks an important step in strengthening Trinasolar's presence in Yemen and supporting the country's renewable energy development. By combining Trinasolar's PV module technology and global project experience with Al-Raebi's strong local market knowledge, we look forward to exploring opportunities that can contribute to Yemen and the wider Middle East's long-term energy security and sustainable development."
The Technological Engine: TOPCon 3.0 Modules
Central to this prospective 1.5 GW pipeline is the integration of cutting-edge hardware. The collaboration highlights the potential supply of Trinasolar's latest TOPCon 3.0 modules. These components are meticulously engineered to support high-efficiency solar power generation, making them well-suited for utility-scale developments and large commercial projects.
In regions like the Middle East, where high temperatures and intense solar irradiance demand robust solutions, the TOPCon 3.0 architecture provides enhanced durability and superior energy yield. By prioritising the deployment of such premium modules, the partnership aims to maximise generation capacity, ensuring that arrays operate at peak efficiency.
Addressing the Demand for Clean, Affordable Energy
Yemen's domestic energy landscape has long required revitalisation. As demand for clean, reliable, and affordable energy solutions continues to grow at an unprecedented rate, large-scale solar deployment is widely expected to play an increasingly dominant role. Transitioning towards photovoltaic infrastructure allows the nation to reduce its reliance on traditional fuel sources, thereby enhancing energy security and fostering long-term economic stability.
Abdullah M. Raebi, Chief Executive Officer and Director of Al-Raebi for Trading and Solar Energy Systems Company, emphasised the transformative potential of this alliance. In his own words, he stated:
"We are pleased to establish this framework for cooperation with Trinasolar, one of the world's leading solar technology companies. This collaboration reflects our commitment to delivering high-quality and reliable solar solutions to the Yemeni market and supporting the country's increasing demand for clean and affordable energy."
Shaping the Future of Middle Eastern Renewables
While the immediate focus remains firmly fixed on the Yemeni market between 2026 and 2029, the implications of this 1.5 GW exploratory pipeline resonate across the entire Middle East. By demonstrating the commercial and operational viability of such a large-scale international partnership, Trinasolar and Al-Raebi are laying down a blueprint for subsequent renewable energy frameworks in the region.
As both companies move forward with their technical assessments and project viability studies over the coming months, the global energy sector will be watching closely. This strategic endeavour not only promises to elevate Yemen's domestic power capabilities but also stands as a testament to the power of cross-border collaboration in the pursuit of a sustainable, solar-powered future.
Rakiza Fund I and specialist water investor IV3 Aqua have officially agreed to acquire Majis Industrial Services SAOC from the global energy investment group OQ.
Oman’s ongoing journey toward comprehensive economic diversification has received a fresh and substantial boost, highlighting the vital role of private-sector participation in modern nation-building.
In a landmark transaction that firmly underscores the Sultanate’s strategic priorities, Rakiza Fund I and specialist water investor IV3 Aqua have officially agreed to acquire Majis Industrial Services SAOC from the global energy investment group OQ. This high-profile acquisition marks a pivotal milestone in expanding private investment within critical infrastructure, directly supporting the manufacturing and industrial growth objectives outlined in Oman’s ambitious Vision 2040 framework.
Powering the SOHAR Port and Freezone
Majis operates as the premier integrated industrial water utilities provider within the SOHAR Port and Freezone, functioning as a vital cornerstone for one of the nation's most active and strategic economic hubs. The organisation delivers a comprehensive, mission-critical portfolio of essential services, ranging from cooling seawater and industrial process water to dependable potable water distribution and advanced wastewater treatment. By securing this foundational asset, the acquiring consortium aims to inject fresh operational expertise, enhanced financial resilience, and long-term sustainability into Oman’s thriving industrial backbone, ensuring that regional businesses have uninterrupted access to indispensable utility services.
The partnership brings together the robust local market experience and extensive regional network of Rakiza Fund I—which is co-managed by Oman Infrastructure Investment Management and Equitix—alongside the proven technical capabilities of global water infrastructure investor IV3 Aqua. Industry leaders have expressed immense confidence in the transaction's capacity to unlock new value for all stakeholders involved. Khalid al Khatib, Chief Executive Officer of Rakiza, emphasised the compelling nature of the asset during the announcement: "As the leading integrated water utilities platform in SOHAR, Majis combines strategic importance, a high-quality customer base and long-term contracted revenues, making it a highly attractive investment that aligns with our long-term strategy,"
Expanding Proven Technical Expertise
For IV3 Aqua, this strategic acquisition builds firmly upon an already established operational footprint across the Sultanate. The firm previously delivered the Qurayyat Independent Water Project, successfully operating a major seawater reverse osmosis desalination facility capable of producing 200,000 cubic metres per day. Expanding their operational portfolio to include Majis significantly broadens their capability to deliver large-scale, reliable utility solutions tailored specifically to heavy industrial demands, strict environmental regulations, and complex logistical requirements across the region.
Key stakeholders have underlined that as manufacturing hubs expand rapidly across the region, safeguarding environmental standards and resource security remains paramount. Representatives from IV3 Aqua noted: "As Oman advances its Vision 2040 ambitions, reliable and resilient water infrastructure will play an increasingly important role in enabling sustainable industrial expansion," Furthermore, maintaining high environmental standards is viewed as integral to attracting foreign direct investment.
Optimisation and Future Growth
Meanwhile, OQ views the divestment as part of a disciplined capital allocation and active portfolio optimisation programme. Following previous successful partial divestments across various energy and industrial sectors, OQ continues to streamline its corporate operations, allowing the group to redeploy capital toward new growth opportunities that align closely with national economic priorities, shareholder value, and long-term financial goals.
This major transaction signals robust and enduring international investor confidence in Oman’s rapidly evolving infrastructure market. By championing dynamic public-private partnerships and drawing long-term institutional capital into essential utilities, the Sultanate is effectively future-proofing its industrial landscape against forthcoming challenges. As Majis enters this next exciting chapter of corporate growth, the enhanced focus on operational excellence, sustainable development, and reliable service delivery promises to deliver enduring benefits for businesses, local communities, and the broader regional economy for years to come.
Ashghal has recently unveiled a series of remarkable sustainability milestones achieved across its various building projects since 2022.
The construction industry has historically been associated with immense resource consumption and substantial waste generation.
However, a significant environmental paradigm shift is currently underway in the Middle East. At the forefront of this ecological transformation is Qatar's Public Works Authority, widely recognised as Ashghal. By deploying an advanced, integrated system for waste management, Ashghal has recently unveiled a series of remarkable sustainability milestones achieved across its various building projects since 2022. By prioritising the reusing and recycling of construction and demolition materials, the organisation is systematically reducing the environmental footprint of the nation's rapidly expanding infrastructure.
This ambitious environmental strategy is deeply intertwined with the country's long-term developmental blueprints, specifically the Qatar National Vision 2030 and the Third National Development Strategy. For Ashghal, the transition towards a circular economy is no longer merely a theoretical aspiration but a highly operational reality. The authority's integrated approach dictates that materials previously condemned to landfills are now rigorously managed, recovered, and treated as highly valuable commodities. This systematic methodology not only enhances overall resource utilisation efficiency but also plays a crucial role in mitigating the sheer volume of waste typically generated by large-scale urban development and building initiatives.
The scale of material recovery achieved by Ashghal over the past few years is unprecedented for the region. According to the latest project data, the authority has successfully reused or transferred a staggering 2.5 million cubic metres of excavation materials. Rather than discarding this massive volume of earth and rock, Ashghal strategically redirected it to the specialised recycling yards operated by the Qatar Primary Materials Company (QPMC). At these dedicated facilities, the excavated matter is processed and readied for integration into future construction endeavours, thereby drastically lowering the sector's dependence on the extraction of virgin raw materials. In addition to the earthworks recovery, Ashghal has completely recycled more than 300,000 tonnes of general construction and demolition waste, further cementing its commitment to sustainable building practices.
Beyond earth and rubble, the organisation has implemented highly granular resource recovery protocols directly at the project sites. Timber, a material frequently discarded after limited use in scaffolding and concrete formwork, has seen an exceptional rate of recovery. Ashghal has managed to repurpose approximately 80,000 tonnes of timber waste within the very perimeters of its active project sites. This localised reuse not only prevents landfill overflow but also cuts down on the logistical emissions associated with transporting waste. The authority has also established strict sorting mechanisms for other common project by-products. Consequently, an impressive 7,000 tonnes of plastic waste, 3,000 tonnes of paper waste, and 1,000 tonnes of scrap metal have been successfully diverted to officially approved recycling facilities.
Perhaps most remarkably, Ashghal’s comprehensive waste diversion efforts extend well beyond conventional construction debris. The authority has also taken responsibility for the everyday biological waste generated across its extensive network of project sites and workforce accommodations. Nearly 8,000 tonnes of food waste have been successfully recovered through this holistic environmental programme. Rather than allowing this organic refuse to decompose in municipal dumps and generate harmful greenhouse gases, Ashghal has ensured it is systematically converted into organic compost or expertly processed at designated treatment facilities. This organic conversion process represents a vital component of the circular economy, transforming discarded meals into agricultural inputs that can support local landscaping and greening projects. Such detailed attention to every waste stream highlights the meticulous nature of the authority's operations.
Through these multifaceted initiatives, Qatar's Public Works Authority is proving that massive infrastructure development does not have to come at the expense of the environment. By carefully managing, reusing, and recycling millions of tonnes of varied waste materials, Ashghal is establishing a robust blueprint for the future of sustainable construction. These achievements highlight how proactive governmental leadership can drive industry-wide change, encouraging private contractors and developers to adopt similar green methodologies. Ultimately, the organisation's unwavering dedication to circular economy principles ensures that Qatar continues to build its physical landscape while simultaneously protecting its natural ecosystem for generations to come.
Aramine and sensmore have announced a partnership to introduce an automated, battery-powered Aramac L140B loader into the underground production environment at Cemex in Germany.
The future of European resource extraction has taken a significant leap forward.
Aramine and Sensmore have announced a partnership to introduce an automated, battery-powered Aramac L140B loader into the underground production environment at Cemex in Germany. This collaboration transforms a proven underground machine into a fully autonomous production system designed for real operating conditions.
As Europe actively seeks secure access to critical raw materials, underground extraction must become safer, more efficient, and less dependent on scarce skilled labour. Autonomous machines represent a practical path to achieving these vital goals by greatly reducing operator exposure to demanding underground environments.
Marc Melkonian, co-president at Aramine in charge of the equipment division, highlighted the strategic importance of this development. "The next step is to take raw materials under our feet, under our ground, in Europe, and not on the other side of the world. For that, we are not going to send people underground, but we are going to send machines that are capable to do it by themselves," said Melkonian.
The hardware driving this initiative is the Aramac L140B loader, provided by Aramine. Launched in 2016 to introduce new technology into underground mining, this battery-powered machine was explicitly designed with the openness required for autonomous control. Featuring a 1.3-tonne payload, it is engineered specifically for the distinct challenges of narrow-vein mining. The L140B successfully combines productivity, manoeuvrability, and operational flexibility in confined underground spaces. Operating with zero local CO2 emissions, the loader supports safer mining environments whilst enabling the transition toward fully autonomous production.
While Aramine provides the physical platform, sensmore acts as the automation system provider. The software company turns the L140B into an intelligent, autonomous production machine. The integration encompasses the entire automation stack, safety architecture, machine control, and operational interfaces required for active production use. At Cemex in Rüdersdorf, sensmore connected the automated L140B to the entire production process, including the conveyor belt, functional safety networks, and site infrastructure. Consequently, the machine operates not as an isolated robot, but as an integral part of the continuous underground workflow.
"Autonomy in heavy industry only creates real value when it is vertically integrated into the production environment," said Maximilian Rolf, CEO and Co-founder of sensmore. "At Cemex, we are integrating the Aramine L140B into the entire underground process. That is how autonomous machines become part of industrial reality today".
The operational impact of this deployment is already highly visible. Christian Zinnecker, coordinator underground operations, extraction & blasting at Cemex, noted the project's significance. "Implementing this system is a major milestone for us. It helps improve productivity, reduces operator exposure to underground risks, and supports our journey toward safer and lower-emission mining operations" said Zinnecker.
The automated Aramac L140B boasts remarkable endurance, operating autonomously for up to eight hours, compared with around five hours in manual, manned mode. This substantial increase translates into greater machine availability, a reduction in repetitive tasks, and a significantly safer working environment underground.
Together, Aramine, sensmore, and Cemex are demonstrating that autonomous underground extraction is no longer a future concept. It is becoming an industrial reality: safer for people, easier to operate, and fully ready to support the next generation of underground resource production.
Emirates Global Aluminium (EGA) has announced significant progress in restoring production at its Al Taweelah facility, achieving crucial early milestones ahead of schedule.
Emirates Global Aluminium (EGA) has announced significant progress in restoring production at its Al Taweelah facility, achieving crucial early milestones ahead of schedule.
The industrial site suffered substantial damage on the 28th of March when Iranian attacks on the Khalifa Economic Zone Abu Dhabi forced an emergency shutdown.
Safety and Infrastructure Recovery
Following the incident, EGA emphasised that the safety of employees and contractors remains its highest priority. Two employees sustained injuries requiring hospitalisation; both have since been discharged to continue their recoveries. The company quickly established a dedicated team tasked with delivering a safe restoration of the Al Taweelah facilities.
Repairs to damaged infrastructure have progressed rapidly. Basic utilities are now restored across the complex, and the availability of natural gas and electricity is projected to ramp up to meet the demands of the restart programme.
Smelter and Reduction Cell Progress
EGA must progressively restore 1,262 reduction cells to resume hot metal production at the smelter. The company has completed anode removal across all reduction cells. Bath cleaning is approximately 90 per cent complete, and frozen metal has been removed from over 20 per cent of the cells. The first restored reduction cell was restarted on the 26th of May, and 89 reduction cells have been restarted so far. While hot metal production could take up to a year to return to pre-incident levels, EGA is working to accelerate this timeline.
Casthouse, Recycling, and Refining The Al Taweelah Casthouse produced its first cast metal on the 4th of May. The facility is currently remelting the frozen metal extracted from the reduction cells to manufacture finished aluminium products, alongside casting new hot metal from the restored reduction cells.
Before the March incident, the recycling plant had recently commenced final commissioning and cast metal production. Commissioning work resumed in April, followed by recycled cast metal production in early May. The ramp-up to full production is anticipated to take up to six months, maintaining the original timeline based on scrap availability.
At the alumina refinery, first alumina production is expected early in the third quarter. A rapid ramp-up to full production will depend on the optimisation of bauxite supply chains, though the broader ramp-up of hot metal production is not reliant on the refinery reaching full capacity.
Leadership Perspective
Abdulnasser Bin Kalban, Chief Executive Officer of Emirates Global Aluminium, said: "We are rapidly and safely actioning a clear, disciplined plan to restore production at Al Taweelah, which is one of the most important aluminium production complexes in the world. All opportunities to accelerate the timeline further are being explored, and we will achieve our goal of emerging stronger than ever before. Our people have risen to this challenge, and I commend their continued heroism and dedication to EGA's bright future."
Jebel Ali Operations and Logistics
While Al Taweelah recovers, EGA’s Jebel Ali site continues to produce aluminium at full capacity. Inbound deliveries of major raw materials currently exceed requirements, leading to increasing raw material stockpiles in the UAE. EGA possessed significant volumes of metal in transit and overseas warehouses at the onset of the conflict, allowing continued supply to some customers. Although outbound logistics constraints in March caused a temporary suspension of new shipments, EGA has successfully established alternative logistics routes using ports outside the Strait of Hormuz. The company is selling more metal than it produces at Jebel Ali, gradually reducing UAE stockpiles, though a full return to pre-crisis shipment levels requires the re-opening of the Strait.
The new automotive logistics hub in Dubai is specifically designed to strengthen core industry verticals and effectively expand Hellman's global network capabilities.
The global supply chain landscape is constantly evolving to meet the demands of fast-growing industries.
On June 8th, 2026, Hellmann Worldwide Logistics officially broke ground on a brand-new, dedicated facility. This new automotive logistics hub in Dubai is strategically located within the highly sought-after Jebel Ali Free Zone (Jafza).
This significant project marks a major milestone in the company's long-term growth agenda. It is specifically designed to strengthen core industry verticals and effectively expand the company's global network capabilities. By establishing this site, Hellmann aims to support the expanding operational needs of its existing automotive customers in the region while creating scalable capacity for future growth.
Strengthening the Middle East automotive logistics market
The decision to invest in dedicated, industry-focused infrastructure allows Hellmann to enhance its ability to deliver highly resilient logistics solutions. These solutions are specifically tailored to the growing Middle East automotive logistics market. Market projections indicate that this sector is expected to expand at an annual rate of around 4% to 6% through the year 2030. The United Arab Emirates plays a strategically vital role in this context. The country serves as a key gateway connecting Europe, Asia, and Africa. Furthermore, the UAE offers strong multimodal connectivity and robust infrastructure for comprehensive global supply chain offerings.
The built-to-suit facility is currently being developed by INDU Logistics to meet these regional demands which is part of the INDU Group. Once completed, it will serve as a dedicated automotive hub seamlessly integrated within Hellmann's Middle East network.
The massive facility, spanning approximately 28,000 square meters is meticulously designed to manage the full spectrum of automotive spare parts logistics. The operational layout includes several specialized zones to maximize efficiency:
- It utilises high-density bin storage to organize smaller components efficiently and securely.
- The facility incorporates extensive pallet racking systems for standard freight and inventory management.
- It features specialised handling areas dedicated entirely to oversized and bulky automotive components.
This site will provide the scalable infrastructure necessary to support efficient, high-volume distribution across the GCC, Africa, and selected international markets.
Delivering high-performance logistics solutions
Industry leaders recognise the immense importance of this strategic development. Lee I'Ons, the regional CEO for IMEA at Hellmann Worldwide Logistics, highlighted the strategic value of the project by stating:
“The UAE is a strategically important market within our global network. By establishing this dedicated automotive hub in Jafza, we are systematically expanding our regional capabilities and creating further scalable, industry-focused infrastructure. This enables us to deliver competitive, high-performance logistics solutions for our customers and to support their long-term growth,”
Similarly, Abdulla Al Hashmi, global chief operating officer for Parks and Economic Zones at DP World, emphasized the broader regional impact:
“Hellman's investment in Jebel Ali Free Zone reflects the rapid pace at which the automotive industry is growing in the Middle East, with customers looking for faster, more reliable access to critical spare parts across multiple markets. By continuing to build specialized infrastructure in Dubai, we are supporting our partners in managing uncertainty and keeping their operations moving,”
The groundbreaking of this new facility represents a forward-thinking approach to modern supply chain management. Hellmann, by combining a prime geographic location with highly specialized storage capabilities, is well-positioned to serve a rapidly expanding market. Businesses looking to optimise their supply chains should continuously monitor these infrastructure developments to stay ahead of industry trends.
