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Emirates Water and Electricity Company (EWEC) has signed an agreement with Khalifa University of Science and Technology to jointly develop advanced energy system tools aimed at strengthening the stability and resilience of the UAE’s rapidly decarbonising power sector.

The collaboration will focus on developing intelligent, software-based solutions to support grid stability as renewable energy penetration accelerates across Abu Dhabi and the wider UAE. The initiative comes as EWEC advances a major transformation of the water and power sector, targeting nearly emissions-free water production by 2030 and meeting 60 per cent of Abu Dhabi’s electricity demand from renewable and clean energy sources.

EWEC’s strategy includes the large-scale rollout of utility-scale solar photovoltaic (PV) capacity, forecast to exceed 30GW by 2035, alongside 8GW of battery energy storage systems. The transition is further supported by the decoupling of water and power production through low-carbon reverse osmosis desalination.

As variable renewable energy sources become increasingly integrated into the grid, managing system stability has become a critical priority. Under the agreement, EWEC and Khalifa University will develop intelligent software modules to support the integration of large-scale PV generation and energy storage into the power system. These tools will include predictive modules to forecast power ramping requirements, providing advisory support to operators to ensure secure operation within system limits.

The partnership will also deliver machine learning-based tools to estimate system inertia and forecast frequency deviations, alongside recommendations to mitigate potential grid stability risks.

Ahmed Ali Alshamsi, Chief Executive Officer of EWEC, said the collaboration supports EWEC’s broader role in shaping the UAE’s energy future through strategic planning and the deployment of large-scale solar and battery assets, while accelerating the transition to near-zero-emission water production via reverse osmosis. He added that integrating advanced analytics and AI-driven forecasting into operations will help build a future-ready water and power sector and support progress towards the UAE Net Zero by 2050 Strategic Initiative.

His Excellency Professor Ebrahim Al Hajri, President of Khalifa University, said the partnership demonstrates the role of academia in addressing real-world energy challenges and positions the university at the intersection of innovation and national strategy. He noted that the collaboration will harness advanced deep learning and intelligent modelling to support resilient, data-driven power systems, while transferring knowledge to the next generation of Emirati engineers and system operators.

Beyond technical development, the partnership includes a structured knowledge-transfer programme comprising technical documentation, training and a multi-day operational workshop. Emirati participation is embedded within the project team, with monthly reporting on skills transfer and national capacity-building outcomes.

The initiative aligns with EWEC’s long-term strategy to deliver a smarter, cleaner and more resilient energy system, combining advanced analytics with world-class infrastructure to ensure grid stability, accelerate decarbonisation and strengthen national capabilities.

Ecolab, a global leader in sustainability solutions for water, hygiene and infection prevention, has signed a non-binding MoU with the Saudi Water Authority (SWA) aimed at accelerating water innovation and supporting the Kingdom’s long-term sustainability ambitions.

The agreement reflects a shared commitment to advancing more efficient, resilient and circular water systems in line with Saudi Arabia’s Vision 2030.

The MoU was formalised during the US-Saudi Water Summit 2025, held last month in Palo Alto, California. The summit brought together international water sector leaders to discuss emerging challenges, technological advances and collaborative models capable of transforming water management across the Kingdom. Against a backdrop of rising demand, climate pressures and industrial expansion, the agreement highlights the growing importance of public-private partnerships in securing Saudi Arabia’s water future.

Under the MoU, SWA and Ecolab will collaborate to position sustainable water management as a strategic enabler of national development. By improving water efficiency and reuse, the partnership aims to help safeguard scarce water resources while enhancing water quality across key sectors. These efforts are also expected to deliver wider environmental and economic benefits, including reduced energy consumption, lower CO2 emissions and improved operational efficiency for industrial and commercial operators.

The framework for cooperation includes the exchange of technical insights and best practices across sectors such as data centres, refineries, petrochemicals, heavy industry, desalination, manufacturing, food and beverage, and hospitality.

Key areas of partnership

The collaboration also covers support for water source selection, regulatory development and performance monitoring, alongside workshops focused on advanced digital solutions such as smart water systems and predictive maintenance. In addition, the partners will explore pilot projects within Saudi industrial cities, applying Ecolab’s global technologies under local operating conditions, and identify opportunities to support innovation initiatives, including Rabigh Oasis, the Global Water Innovation Prize (GWIP), collaborative research and development roundtables, and broader innovation promotion programmes.

Ecolab has maintained a strong presence in Saudi Arabia for more than four decades through its Nalco Water business, supporting major industrial players in optimising water use. Today, its solutions are deployed across energy, manufacturing, food and hospitality, helping organisations conserve water, reduce energy consumption and strengthen long-term business resilience while meeting sustainability goals.

His Excellency Abdullah bin Ibrahim Al-Abdulkarim, President of the Saudi Water Authority, highlighted the partnership as a step toward building a world-class water sector that safeguards resources, supports national growth, and demonstrates how innovation and sustainability can secure water for future generations in line with Vision 2030.

Stefan Umiastowski, Ecolab’s Senior Vice President & CEO for India, Middle East, and Africa, said, “This collaboration represents an important step in advancing Saudi Arabia’s Vision 2030 commitment to long-term water sustainability in a region where water is one of the most critical resources. As digitalization and AI reshape economies and create new demand patterns, intelligent water management has become essential for sustainable growth. By combining Ecolab's global innovation capabilities with the SWA’s vision and local expertise, we're creating a powerful platform to scale water transformation across the Kingdom's most strategic industries.”

Overall, the MoU demonstrates how closer collaboration between government and industry can translate sustainability ambitions into measurable outcomes, supporting the transition towards Net Zero while enhancing industrial competitiveness and water security across Saudi Arabia.

Holcim has launched Women in Sustainable Construction (WISC), a long-term leadership and capability-building initiative across its UAE and Oman operations aimed at advancing the role of women in technical, operational, sustainability and leadership functions.

Announced on the International Day of Women and Girls in Science, the programme is designed to strengthen upskilling, industry engagement and mentorship, while reinforcing Holcim’s positioning as a leader in low-carbon and circular construction.

The initiative aligns with Holcim’s NextGen Growth 2030 strategy and broader ambition to drive sustainable transformation across the built environment.

“Delivering Holcim’s NextGen Growth 2030 strategy and driving sustainable construction requires diverse ways of thinking, leading and collaborating,” said Ali Said, CEO of Holcim UAE and Oman. “Women in Sustainable Construction is about expanding who leads that change and strengthening the next generation of talent needed to enable innovation and long-term transformation across our industry.”

Holcim said the programme reflects its belief that accelerating decarbonisation and circularity depends not only on materials and technology, but also on inclusive leadership and diverse technical expertise. WISC is structured to create pathways for women to influence the future of construction, particularly in engineering, sustainability and innovation-focused roles.

“Advancing sustainable construction is as much about people and leadership as it is about materials and technology,” said Anna Griffin, Head of Sustainability and Advocacy at Holcim UAE. “By investing in skills, visibility and inclusive leadership, we are helping build the capabilities needed to transform the construction sector and support the UAE’s climate and net-zero ambitions.”

The initiative is built around three core pillars. The first focuses on technical and leadership skills, offering targeted training, workshops and participation in industry conferences to provide exposure to global best practices in sustainability, decarbonisation and innovation.

The second pillar centres on industry engagement and partnerships, connecting participants with regional and international platforms focused on energy transition, circularity and the low-carbon economy, positioning Holcim at the heart of dialogue around the future of sustainable construction.

The third pillar emphasises mentorship and professional growth, including structured mentoring pathways, cross-functional exposure and community engagement through corporate social responsibility programmes.

Holcim said the programme is supported by a dedicated governance structure to ensure alignment with business objectives and national sustainability goals, embedding the initiative within its corporate culture and long-term strategy.

Through Women in Sustainable Construction, Holcim aims to demonstrate that building a sustainable future requires investment not only in innovative solutions, but also in the people who drive change across the construction industry.

Seequent, the Bentley Subsurface Company, will participate in the fifth edition of the Future Minerals Forum (FMF), taking place in Riyadh, Saudi Arabia, from 13-15 January 2026.

The company will use the event to showcase its geoscience technologies, highlighting its role in advancing data-driven mineral exploration in Saudi Arabia and engaging with industry leaders on the future of the regional mining sector.

Seequent’s participation aligns with its commitment to supporting the objectives of Saudi Vision 2030 and will underline its involvement in major mining projects across the Kingdom. Visitors to the company’s stand will be able to explore its portfolio of solutions, including MX Deposit, Imago, Leapfrog, Evo platform and Oasis Montaj, and see how these technologies integrate to form a connected digital ecosystem for exploration and mining.

Dr. Janina Elliott, Segment Director for Mining at Seequent, said, “Seequent’s participation in this dynamic event underscores our longstanding vision to promote sustainable mining practices and digital innovation in the Middle East. It also highlights our expertise in the geoscience and data-driven exploration sector, as well as our position as a market leader trusted by nine of the world’s top ten mining companies.”

As part of the FMF 2026 programme, Dr. Elliott will take part in a panel discussion titled ‘Tackling the Data Challenge in Geological Surveying and Exploration’.

Ahead of the forum, Seequent will host a pre-FMF workshop in partnership with AGC Al Haytham Mining Company on 12 January 2026, prior to the signing of a memorandum of understanding between the two organisations. Titled ‘Unlocking Integrated Workflows – Seequent Solutions for Exploration and Resource Modelling’, the workshop will be led by Amjad Alashqar, Seequent’s Regional Manager of Business Development. The session will focus on how digital integration can reduce operational risks, improve decision-making and strengthen collaboration across exploration and mining teams.

FMF 2026 will provide a platform for Seequent to engage with C-suite executives, policymakers and international mining stakeholders. The company continues to expand its footprint in the Middle East, with offices in Saudi Arabia and the United Arab Emirates, and supports major industry players and regional giga-projects through its advanced geoscience technologies.

THi Holding Management Corporation (THi) has marked a major milestone in its Middle East expansion with the groundbreaking of the THi Ras Al Khaimah Smart Manufacturing Industrial Park, officially launching construction of its first industrial park project in the region.

The development is the first project under THi’s Middle East industrial and real estate platform and forms a central pillar of the company’s long-term strategy to support advanced manufacturing and industrial localisation. The park is being developed on a site spanning more than 300,000 sq m within the Al Hamra area of Ras Al Khaimah Economic Zone (RAKEZ), and is intended to serve high-value manufacturing and industrial companies seeking modern, scalable and high-specification facilities in the UAE.

The groundbreaking ceremony was attended by representatives from local authorities, financial institutions, and regional and international industrial partners, highlighting the project’s strategic importance to Ras Al Khaimah’s broader industrial development ambitions.

Designed as a high-standard industrial development, the THi Ras Al Khaimah Smart Manufacturing Industrial Park will be tailored to the needs of advanced and smart manufacturing sectors. The project is planned to accommodate a range of industries, including new energy, advanced manufacturing, logistics and industrial technology. Sustainability considerations and efficient infrastructure planning have been embedded into the design, reflecting growing demand for environmentally responsible and operationally efficient industrial facilities.

THi will act as developer, asset manager and operator of the project, overseeing the full lifecycle from construction through to long-term management and operations. Construction will be delivered in phases, aligned with tenant requirements and operational readiness, allowing flexibility as market demand evolves.

“The commencement of construction at Ras Al Khaimah marks an important step in THi’s international expansion,” said Frank Wu, Founder of THi. “This project reflects our commitment to bringing our industrial development and operational experience into the Middle East, and to building high-quality industrial platforms that support long-term manufacturing growth and economic diversification in the region.”

The development follows a Memorandum of Understanding signed between RAKEZ and THi in 2024, which established a framework for collaboration in industrial development and education. The agreement supports the creation of advanced manufacturing infrastructure and knowledge transfer in Ras Al Khaimah.

Commenting on the project’s launch, RAKEZ Group CEO Ramy Jallad said, “We are pleased to welcome THi to the emirate and see this project move from strategic intent to on-the-ground delivery. The scale and ambition of this industrial park reflect the confidence global partners place in both RAKEZ and the emirate as a base for advanced manufacturing. Through our collaboration, we are enabling high-value industrial activity, skilled job creation, and long-term industrial innovation aligned with Ras Al Khaimah’s economic priorities.”

Drawing on extensive experience in industrial and manufacturing-focused real estate, THi plans to use the Ras Al Khaimah project as a foundation for further expansion across the Middle East, adapting its global expertise to regional market and regulatory requirements.

UAE-based fuel technology company Fuelre4m has announced new results showing its fuel treatment can deliver consistent fuel efficiency and emissions reductions across buses, trucks, and heavy equipment operating in real-world conditions.

Independent testing led by the National Technical University of Athens (NTUA), one of Europe’s leading engineering and applied sciences universities, evaluated Fuelre4m’s technology under tightly controlled laboratory conditions using a commercial diesel engine running on standard B10 biodiesel. The tests recorded 3.5–6.7% lower fuel consumption at identical engine speed and mechanical torque, alongside consistent efficiency improvements of 15–21% in the dominant mid-load operating range of approximately 1,400–1,550 RPM.

“The laboratory result establishes a conservative baseline under fixed torque, while real-world operation allows the same efficiency improvement to reduce torque demand, improve gear behaviour, and compound over time, resulting in larger total fuel savings across a complete duty cycle. Crucially, the only variable introduced during testing was the treatment of the fuel itself, with no changes to engine hardware, electronic calibration, operating limits, or fuel specification,” Fuelre4m said.

The NTUA laboratory findings are now being reinforced by repeatable real-world trials across UAE transport and industrial fleets. These include city and intercity buses operating on Dubai service corridors, mixed fleets incorporating VDL and King Long buses, and heavy trucks and off-highway equipment operating under high-load conditions. Once sufficient fuel contact time is achieved, measured fuel efficiency improvements frequently match or exceed laboratory results. Fixed-route trials on UAE buses show directional fuel consumption reductions of approximately 14–17%, with the strongest improvements consistently appearing in the mid-RPM “working bands” that dominate urban and intercity duty cycles.

Trials were conducted across mixed fleets spanning multiple manufacturers, engine sizes, and emission standards, confirming that the benefits are not limited to a single platform or technology generation. No adverse impacts were observed on drivability, engine temperatures, or aftertreatment systems. Quarry and heavy-equipment trials, including large off-highway haul trucks, demonstrated reduced fuel consumed per unit of work, with several recording double-digit efficiency improvements while maintaining or increasing productivity.

Commenting on the findings, George Papalambrou, Associate Professor of Control Systems at NTUA, who oversaw the independent testing, said, “We were genuinely surprised by the consistency and magnitude of the mid-range efficiency improvements. The results were not isolated to a single operating point and were observed under multiple control regimes. This is a positive development not just for one sector, but potentially for all industries relying on internal combustion engines, including shipping and maritime transport.”

Rob Mortimer, CEO of Fuelre4m, said, “For decades, the industry has optimised engines around the assumption that fuel behaviour is fixed. These results show that when you improve how fuel behaves, efficiency and emissions improve immediately, using the engines already operating across the UAE today.”

Fuelre4m is expanding controlled in-service validation programmes across the UAE in collaboration with fleet operators, government entities, and industrial partners. These programmes will focus on high-utilisation routes, long-duration performance validation, and quantified emissions reduction under representative operating conditions. Further independent testing using fully instrumented dynamometer facilities is also planned to extend validation into transient operation and regulatory-grade certification environments.