In The Spotlight
Joseph El Bitar, vice president and general manager of Hexagon. (Image source: Hexagon)
In an exclusive interview with Oil Review Middle East, Joseph El Bitar, vice president and general manager of Hexagon, speaks about the company's vision for the Middle East and its smart digital reality solutions
What are your main activities in the Middle East currently, and how do you view the market for developing your business in the region?
Hexagon is the global leader in digital reality solutions, combining sensor, software and autonomous technologies. We are putting data to work to boost efficiency, productivity, quality and safety across industrial, manufacturing, infrastructure, public sector and mobility applications. Our technologies are shaping production and people-related ecosystems to become increasingly connected and autonomous – ensuring a scalable, sustainable future.
Our main activities in the Middle East focus on supporting the region’s specific needs with advanced digital solutions. We empower customers to unlock data, accelerate industrial project modernisation and digital maturity, increase productivity, and move the sustainability needle.d our footprint by partnering with local stakeholders, governments and industries to accelerate this transformation.
How are your smart digital reality solutions helping companies in the energy sector to enhance safety and efficiency?
Hexagon’s Asset Lifecycle Intelligence division has been instrumental in integrating AI and digital solutions to improve efficiency and enhance safety in energy services. One of our flagship initiatives is the deployment of a digital backbone (which is also called digital twin or Smart Digital Reality™), which creates a virtual replica of physical assets and integrates with existing solutions. This digital twin enables real-time monitoring, predictive maintenance and optimization of operational systems, resulting in significant cost savings and reduced asset downtime. We go beyond a mere physical replica to create a comprehensive digital solution.
For example, our collaboration with leading EPCs on AWP, Smart Materials and Smart Completion has achieved remarkable results in projects. By utilising AI-driven analytics and digital workflows, we have streamlined project production management (PPM) and automation in project material management. This has resulted in a reduction in the project timeline and a decrease in material wastage
What are the benefits of your new HxGN SDx2 solution? Are there any other products or enhancements you would like to highlight, and how are advancements in AI and technology impacting your offering?
HxGN SDx2 is Hexagon’s next-level, cloud-native SaaS solution that integrates critical data, promoting transparency, efficiency, productivity, and more informed decision-making while mitigating risks and reducing costs. It reshapes operational boundaries for organisations engaged in digital transformation. Its robust features unveil and nurture previously untapped opportunities, positioning organisations for sustainable profitability through engineering and operational excellence.
The key to HxGN SDx2 is unprecedented accessibility and usability of data. It breaks down information silos across the asset lifecycle and improves the relationship between digital and human workflows across projects, assets, and operations. It forms a ‘digital thread’ of information that grows stronger as more systems connect to it and users leverage its power to better inform their day-to-day decisions and responsibilities.
What was your focus at ADIPEC this year?
At ADIPEC this year, our primary focus was on showcasing autonomous technologies and smart digital reality solutions that address the evolving challenges and opportunities in the Middle East region. With the industry's shift towards sustainability and digital transformation, we presented technologies that enhance operational efficiency, improve safety, and support the global transition to cleaner energy.
This year, ADIPEC's theme – “Exploring the power of energy in accelerating an economy-wide transformation that delivers for people, the planet, and our collective prosperity” – aligns seamlessly with our own vision of creating sustainable solutions for the energy industry.
Our theme for this year, “Two worlds, one sustainable reality,” encapsulates our approach to bridging traditional and emerging energy systems. We focus on integrating cutting-edge technologies, digital transformation tools, and advanced data analytics, with existing infrastructures. By doing so, we aim to accelerate the shift toward a sustainable energy reality –one that balances economic growth, environmental stewardship, and social well-being.
Geothermal energy is fast gaining traction as a important source of renewable energy. (Image source: Synergy Consulting)
Synergy Consulting discusses the potential of geothermal energy
Geothermal energy is fast gaining traction as a important source of renewable energy, harnessed from the immense heat stored beneath the Earth’s surface. This heat, originating from the planet’s core, is generated by the decay of radioactive materials and the residual energy left from the Earth's formation over four billion years ago. This geothermal energy that lies within the Earth’s crust can then be tapped to produce electricity or used directly for heating purposes, offering a clean and reliable power source.
Located roughly 2,900 km below Earth’s crust, the core is the hottest part of the planet. Although some of the core’s heat is residual from Earth's formation, the majority is continuously produced by the natural decay of radioactive isotopes like potassium-40 and thorium-232. This process sustains geothermal heat as a renewable resource.
When underground rock formations are heated to extreme temperatures of 700-1,300°C (1,300-2,400°F), they can become magma -– molten rock filled with gas bubbles. Magma exists deep in the Earth’s mantle and lower crust, sometimes rising to the surface as lava. This magma heats nearby rocks and underground water reservoirs, which can be released through natural outlets such as geysers, hot springs, and steam vents.
Geothermal power plants
Geothermal power plants are built on this principle and capitalise on the natural heat by using steam or hot water reservoirs beneath the Earth’s surface to drive turbines connected to electricity generators. In some cases, water is injected into the ground to be heated and brought back to the surface for energy production. This process is not only efficient but also relatively low in emissions compared to fossil fuel-based energy sources.
While still a niche technology, geothermal energy already plays a substantial role in power generation for several countries. Iceland, El Salvador, New Zealand, Kenya, and the Philippines rely heavily on geothermal energy to meet their energy needs. The United States has also been a long-standing pioneer in this field, with its first geothermal district heating system established in 1892 in Boise, Idaho. This system still provides heat to hundreds of homes over a century later.
In 2022, geothermal energy generated approximately 92bn kilowatt-hours (kWh) of electricity across 24 countries, according to the International Energy Agency (IEA). The European Commission notes that deep-geothermal energy has the highest capacity factor among renewable sources, exceeding 80%. This high efficiency makes geothermal a highly scalable option for industrial-scale energy production. Projections from the IEA’s Sustainable Development Scenario anticipate that global geothermal power will triple by 2030, from 92 terawatt-hours (TWh) in 2019 to 282 TWh.
As the world faces increasing demand for energy, geothermal power offers a reliable, clean, and efficient way to augment traditional energy sources. With its high potential for scalability, it could play a crucial role in meeting global energy needs while reducing dependence on fossil fuels.
This article is authored by Synergy Consulting IFA.
The majority of signatories are pursuing investments in new energies. (Image source: Adobe Stock)
The majority of signatories to the Oil & Gas Decarbonization Charter (OGDC) are on track to meet its goals, according to a progress report
The Oil & Gas Decarbonization Charter (OGDC) is one of the landmark initiatives launched at COP28, with objectives including net zero operations by 2050, and reduction of methane emissions to near zero and the elimination of flaring by 2030. 54 oil and gas companies - representing almost 45% of global oil production, have signed up to the Charter.
In the past 12 months, OGDC has established a governance framework and launched a survey to determine signatories’ emissions reduction ambitions and implementation plans to set a baseline to track future progress.
OGDC has also implemented a Collaborate & Share program to disseminate solutions, promote peer-to-peer collaboration and encourage the adoption of best practices to reduce emissions. The initiative has also attracted three new members, with Oil India Limited, PetroChina and Vår Energi joining.
“We are proud of the 54 companies that have already signed up to the Charter and are encouraged by the extent of their engagement in this first major piece of work that helps to establish a base on which to build future success,” said OGDC’s three CEO Champions and founding members – Abu Dhabi National Oil Company (ADNOC) CEO Sultan Al Jaber, Aramco CEO Amin Nasser and TotalEnergies chairman and CEO Patrick Pouyanné, in a joint statement.
Investing in future energies
According to the survey, most of the signatories are already investing in future energies, including renewable energy, energy storage, low-carbon fuels, hydrogen, methane abatement, carbon capture utilisation and storage (CCUS) and carbon removals technologies, and plan to increase investments.
Bjorn Otto Sverdrup, the head of the OGDC Secretariat said: “A survey of oil and gas industry climate performance has never been attempted on this scale. Participants ranged from companies that pioneered decarbonisation decades ago to those still in the early phases – all with different capabilities and reporting methods. The lessons learned will be used to improve reporting visibility and data quality and to create more targeted programs.”
Over the next year, OGDC will focus on providing the resources and guidance the signatories need to reduce their GHG emissions, methane emissions and flaring. OGDC will also help signatories to shape their net-zero roadmaps and develop emissions reporting to ensure progress can be tracked and to demonstrate how collective action can deliver positive climate impact on a global scale.
In the Middle East, Stream telemetry helped a major operator overcome difficulty in geosteering operations caused by harsh drilling conditions. (Image source: SLB)
SLB has launched Stream high-speed intelligent telemetry that increases drilling confidence and performance for complex wells
Designed to overcome the bottlenecks and limitations of conventional mud pulse telemetry, Stream combines proprietary artificial intelligence (AI) algorithms with SLB’s TruLink definitive dynamic survey-while-drilling service.
This provides uninterrupted, high-speed, high-fidelity real-time subsurface measurements with no data limitations, whatever the depth, in even the most challenging conditions.
“Stream is another example of the step change that digital technologies are bringing to our industry, tantamount to going from dial-up to broadband internet,” said Jesus Lamas, president, Well Construction, SLB. “For complex well profiles, transmission has been a huge bottleneck for the data volumes being generated downhole, often constraining drillers to work with a limited picture of the reservoir. Capitalising on advanced AI algorithms in telemetry eliminates these restrictions — enabling optimal drilling decisions for more consistent, higher-performing wells."
Stream has already been deployed in 14 countries, with more than 370 runs and more than 1.5 million feet drilled. In the Middle East, Stream telemetry helped a major operator overcome difficulty in geosteering operations caused by harsh drilling conditions and poor signal quality. Using Stream, the operator was able to receive high-quality data at depths in excess of 50,000 feet — resulting in one of the longest offshore extended reach wells ever drilled.
AI will play a crucial role in accelerating the pace and scale of this transformation. (Image source: Alain Charles Publishing)
The energy transition is a critical challenge facing the world, and as discussions at this year's ADIPEC conference have highlighted, artificial intelligence (AI) is poised to play a pivotal role in driving this transformation.
In a captivating session, Andrew Smart, the senior managing director from Accenture, introduced the distinguished Dr. Anima Anandkumar, a Bren professor of Computing at the California Institute of Technology. Dr. Anima's work at the forefront of physics-informed AI has yielded groundbreaking advancements in the energy sector.
As Dr. Anima explained, "One cannot exist without the other - the two-faceted energy for AI, AI for energy is really perfect."
Her research has focused on bridging the gap between the digital and physical worlds, leveraging AI to accelerate solutions in areas like weather forecasting, carbon sequestration, and nuclear fusion.
A holistic approach
"AI is clearly accelerating by a huge margin what could be done with traditional numerical methods," Dr. Anima noted, highlighting how her team's AI-based weather model is 10,000 times faster than conventional approaches. This enables more robust probabilistic forecasting of extreme weather events, a critical capability as the world grapples with the impacts of climate change.
Andrew Smart emphasised the importance of this work, stating, "When we think about the energy transition, two major works continue to come to mind: pace and scale. It's well established that science has many of the answers, but in order to accelerate and to scale, this is really where we're hoping and expecting AI to play this pivotal role."
Dr. Anima's vision extends beyond weather modelling, as she shared examples of using AI to optimise carbon sequestration and nuclear fusion reactor design - both essential components of the energy transition. "Thinking of both traditional energy sources, making all of those processes more efficient, and at the same time, thinking of renewables, where the prediction is so critical," she said, underscoring the holistic approach needed to harness AI's transformative potential.
As the energy sector continues its transition, the insights and innovations shared at ADIPEC underscore the crucial role that AI will play in accelerating the pace and scale of this transformation.
The panel emphasised South-South collaboration. (Image source: Alain Charles Publishing)
During a panel session at ADIPEC 2024, industry stakeholders discussed ways to increase collaboration between countries in the global South and the global North.
The discussion focused on energy transitions and the role of OPEC in ensuring energy access. Key points included the need for diverse energy sources, with OPEC advocating for all forms of energy, not just renewables. The conversation highlighted energy inequalities, such as Heathrow Airport consuming more energy than Sierra Leone.
The Paris Agreement was emphasised as a reduction of emissions, not a phase-out of fossil fuels. The East Africa pipeline and Uganda's oil projects faced financing challenges but are progressing.
The importance of South-South cooperation and regional collaboration in energy projects was underscored, with examples from Uganda, Cyprus, and Sierra Leone.
His Excellency Haitham Al Ghais, Secretary General of OPEC, explained why fossil fuels will continue to play an important role in the global South.
“We talk about the importance of another factor, which is urbanisation. By 2030 which is less than six years from today, we're going to have over 582 million people, nearly 600 million people, moving into new cities all around the world, again in non OECD developing parts of the world,” he said.
“The Paris Agreement, ladies and gentlemen, is about reduction of emissions. It's not about phasing out or phasing down or keeping the oil under the ground. It's about reducing emissions that includes technology, that includes investing in renewables, investing in all sources of energy.”
“We have the OPEC Fund for International Development, an agency, a sister agency, based in Vienna, that is very active in Africa and other parts of the world in developing and promoting socio economic development projects, energy projects as well as renewable energy projects.”
“We also have the charter of cooperation, which we signed in 2019 which is a platform that is open for oil producers to participate in, whether it's exchange of technologies, exchange of experiences between various member countries and non OPEC producers who are not members of OPEC that can participate in this platform to gain access to the best practices being implemented in our member countries.”
Growing South-South collaboration
Uganda’s Minister of Energy and Mineral Development Ruth Nankabirwa, said, “The East African crude oil pipeline was a negotiated project, and it was a win-win. My president wanted all the oil refined in Uganda, but because we didn't have money to do it by ourselves, we collaborated with investors and we let some of the crude leave the country, while some is refined, which will come with industrialisation.”
Deputy Minister of Energy for Sierra Leone Edmond Nonie, said, “We have big clients in the mining sector who have the capital to pay and have the willingness to pay for lower priced electricity from the grid. So we are embarking on a campaign to connect these mining companies, and once we have these transmission lines out to these companies, we can then do the further, last mile connection to our communities.”
Meanwhile, Cyprus is collaborating with Egypt for energy transmission.
The country’s Minister of Energy, Commerce and Industry, George Papanastasiou, said, “The conversation with my colleagues in Egypt is to utilise the [Egyptian] infrastructure [for export]. Secondly, there are pipelines that cross the eastern Mediterranean, which reach Egypt. And the infrastructure in Egypt, there are two LNG terminals, liquefaction plants in Egypt, which are under-utilised.
“This is possibly the destination in order to reach the markets. Of course, there is the domestic market of Egypt as well, which is very important. We all know that power generation in this country is mostly coming from natural gas. Cyprus is very well positioned, and at the right time in order to support and provide the natural gas and use the infrastructure in order to reach the international markets.”
Young ADIPEC’s Experiential & Edutainment Hub drew students to STEM-focused zones. (Image source: ADIPEC)
ADIPEC 2024 has witnessed an increased participation of young voices around the world, bridging the generational gap to accelerate progress in the global energy transition
Young attendees have brought fresh perspectives to discussions on the future of energy, underscoring ADIPEC’s mission to foster a secure, equitable, and sustainable energy future shaped by voices from across the globe.
The ADIPEC Youth Council, now in its second year, gave university students the chance to join in cross-generational conversations with industry leaders on critical energy issues. Students from institutions like Abu Dhabi Polytechnic (UAE), University of Dar A Salaam (Tanzania), Federal University of Technology Minna (Nigeria), University of Sharjah (UAE), and Abu Dhabi University (UAE) shared their aspirations and innovative ideas for transforming the energy sector.
Under the patronage of Sheikh Nahayan Mabarak Al Nahayan, UAE Minister of Tolerance and Coexistence, and supported by the Abu Dhabi Department of Education and Knowledge (ADEK), the 12th Young ADIPEC programme aims to foster an inclusive, collaborative environment. Students explored real-world opportunities in Youth Talk sessions such as 'Discover Pathways in the Energy Industry', where seasoned professionals outlined the career possibilities open to young visionaries ready to contribute to the energy transition.
Speaking during the session, Rashed Alneyadi, growth and new energies manager at Mubadala Energy emphasised the vital role of emerging talent in driving sustainable progress. He said, “When I was younger, I wanted to be in an industry that enabled me to make an impact. When I thought about it, everything requires energy, from your phone, your house, and even you need energy. In the energy sector, everyone can make an impact. More diversity has been introduced to our industry and more women and men are working hand by hand to help this industry prosper and grow.”
Other popular Youth Talks included ‘Shaping the Future of Leadership in Energy’, where students explored their leadership potential and learned essential skills for success, and ‘Flow of Transition’, a session focused on personal development and charting a career path in the evolving energy landscape.
Cross-generational collaboration
Christopher Hudson, president, dmg events, the organisers of ADIPEC, said, “As a powerful platform for cross-generational collaboration, ADIPEC connects current and future leaders, innovators, and engineers, unlocking new pathways for impactful careers in energy. This year, the event’s expanded youth initiatives highlight the industry’s commitment to investing in future talent and amplifying youth voices in shaping the sector’s transformation.”
Young ADIPEC’s Experiential & Edutainment Hub drew hundreds of students to eight STEM-focused zones, including the Technology for a Sustainable Future zone with activities on carbon capture and the Energy Transition Zone, focused on climate action. The 2030 Careers Zone highlighted roles in demand in the coming years, while the Science Zone covered earth sciences, chemistry, and physics.
In the Methane Abatement Challenge, UAE students presented innovative solutions to reduce methane emissions. In the Flaring category, the Methane Mitigators team from Abu Dhabi International PVT School won for their concept to retrofit catalytic combustion technology in existing flares. The Piphexis team from Yas American Academy earned top honors in the Venting category for methane-trapping filters, while the Triple Bond team from Abu Dhabi International PVT School took the Fugitive Emissions category with a detection and prevention system using satellites, drones, and methane-transforming bacteria.
Chartek ONE performs reliably in both cold and warm climates. (Image source: Adobe Stock)
International, a protective coating brand of AkzoNobel, has introduced the next evolution in epoxy passive fire protection (PFP)
Chartek ONE has been introduced as a single-coat, mesh-free solution that simplifies PFP application for assets in the energy sector by maximising efficiency, streamlining installation processes and enhancing health and safety.
As a 100% solids, boron-free two-pack material, Chartek ONE provides enhanced durability and combined corrosion, cryogenic and hydrocarbon protection. It provides three hours of jet and pool fire protection across a wide operating temperature range, effectively shielding assets from all fire types.
Chartek ONE can accelerate installation of PFP systems both in the workshop and onsite, lowering installed weight, reducing labour and material costs whilst achieving the same fire protection, which is particularly important for industries with strict weight requirements, such as offshore oil and gas. In doing so, Chartek ONE can reduce workshop hours by up to 59%, saving users both time and money throughout projects and over the lifetime of the asset.
Introduced for customers in the Middle East, Chartek ONE availability in other regions is planned for 2025.
Benefitting from technical experience
“Chartek stands at the forefront of the industry, offering a comprehensive range of solutions that reflect our heritage and track record of success,” remarked Robin Wade, global fire protection manager at AkzoNobel. “Our investment in research, development and PFP capabilities enable us to provide our customers with the best possible outcomes.
“Chartek ONE was developed in our Felling facility which is one of the world’s largest UKAS-accredited PFP testing centers for intumescent PFP. Patented polysiloxane modified thio-ether and epoxy technology resolves many of the pain points found in the provision and longevity of epoxy PFP in one simple solution. International is a dedicated partner and through the celebrated history of Chartek, we are committed to excellence in technical support, product specific engineering solutions, and delivering class-leading products.”
Chartek benefits from a presence in the industry spanning more than half a century. As passive fire protection, it excels in the most demanding conditions and the range is one of the world's most complete portfolio of epoxy intumescent PFP coatings available, according to the company.
Formulated and tested against critical industry standards for energy assets including NORSOK M-501:2022 Edition 7 and ISO 22899 (standard and high heat flux jet fires), Chartek ONE is free from boron and has a 100% solids formula to reduce occupational risks and improve HSE performance and footprint.
“We are thrilled to be introducing Chartek ONE for our Middle East customers at ADIPEC 2024,” added Andy Holt, business development manager - Middle East at International. “Crafted to offer our customers superior safety, reliability, and peace of mind, Chartek ONE showcases our continued dedication to sustainability and innovation.
“This single-coat, mesh-free solution will drastically simplify PFP projects for our customers, minimizing downtime and reducing overall project costs. Our commitment to considering the environmental impact of our work is an integral part of the development process. Chartek ONE’s 100% solids, boron-free formula, stands as a testament to this commitment.”
ADIPEC 2024 unveiled AI Zone. (Image source: ADIPEC)
The potential of Artificial Intelligence (AI) to transform the energy industry and accelerate decarbonisation has emerged as a critical topic of conversation amongst energy ministers and business leaders at ADIPEC 2024
On the opening day, Sultan Ahmed Al Jaber, UAE Minister of Industry and Advanced Technology and ADNOC managing director and Group CEO, emphasised the critical need for industry leaders to come together and support era-defining breakthroughs such as AI.
In a session titled 'The power of AI for the energy transition', top executives from the private sector - including Tayba Al Hashemi, CEO, ADNOC Offshore, ADIPEC 2024 chairperson; Michel Lutz, chief data officer and digital factory head of Data & AI, TotalEnergies, and Magzhan Kenesbai, acting managing director, AIQ - explored how AI is transforming business operations, and offered their expert insights on the long-term implications of wide-scale AI implementation.
Speaking to his company’s experience with AI, Lutz said, “We are using AI to improve operational efficiency, which supports our company's development in the renewables space. This allows us to better assist our clients in understanding their behaviour and what they need.”
Building on this sustained focus on AI’s role in the energy industry, speakers across ADIPEC’s 10 different conferences emphasised the pressing need to address the challenges and opportunities surrounding this transformative technology. Alongside other top CEOs and energy executives, Tengku Muhammad Taufik, president and Group CEO, PETRONAS, urged industry players to adopt a measured and holistic approach to AI, saying,“Before we perfect artificial intelligence, we need to address fundamental issues. AI can initiate either a virtuous or vicious cycle, depending on how we utilise this technology and how we feed it. While AI consumes a significant amount of energy and its production requires vast resources, it nonetheless helps economies and societies grow. It is up to us to respond wisely to the fork in the road ahead.”
Anima Anandkumar, Bren professor of computing and mathematical Sciences, Caltech, highlighted the evolving impact of AI on both the energy industry and the environment, saying, “We should consider not just the energy reduction achieved using AI, but also the time and money saved by employing these AI models. AI is helping us take corrective action in response to natural disasters and other climate-related issues, and the more data we have available, the better our AI models will become. The impact that AI can have in designing from scratch and creating simulations enhances our work in energy and technology.”
ADIPEC’s commitment to accelerating AI-enabled energy solutions and projects was reflected in the event’s inaugural AI Zone, which featured AI studios and demo pods that showcased transformative solutions from leading energy and AI businesses. This dynamic space provided attendees with a comprehensive view of the innovations shaping the future energy system.
The space also played host to the dedicated AI Conference, where leaders from the energy, technology, and government sectors worked together to develop a strategic roadmap for integrating AI into the energy landscape.
The newly launched Digitalisation & Technology Conference delved into how next-generation technologies, including AI, can unlock decarbonisation and efficiency opportunities presented by Industry 4.0. Sessions covered advancements in new materials, the Industrial Internet of Things (IIoT), and carbon capture, utilisation, and storage (CCUS), with a focus on sustainable scaling of these technologies.
ENERGYai will combine large language model technology with cutting-edge agentic AI. (Image source: Adobe Stock)
ADNOC and AIQ has announced at ADIPEC the launch of ENERGYai, the first-of-its-kind custom-built agentic artificial intelligence (AI) solution for the global energy transformation
ENERGYai will combine large language model technology with cutting-edge ‘agentic’ AI – AI ‘agents’ that are trained in specific tasks across ADNOC’s value chain. These specialised AI agents bring a new level of autonomy and precision to critical tasks, from seismic analysis to energy efficiency and real-time process monitoring. Designed for seamless integration into existing workflows, the agents harness state-of-the-art machine learning and predictive analytics, improving decision-making and operational efficiency.
This innovation underscores ADNOC’s commitment to pioneering sustainable, data-driven solutions that elevate industry standards. Developed by AIQ in collaboration with G42 and Microsoft, ENERGYai will integrate best-in-class technologies, including open subsurface data universe (OSDU) frameworks and OpenAI models.
Sultan Ahmed Al Jaber, UAE Minister of Industry and Advanced Technology and ADNOC managing director and Group CEO, said, “ENERGYai marks a major milestone in ADNOC’s journey to be the world’s most AI-enabled energy company and a key enabler of the global energy transformation. It will be a powerhouse for value creation and sustainable energy production and will leverage petabytes of data to better empower our people and unlock innovative solutions across our value chain. As AI accelerates the pace of progress and transforms industries, ENERGYai will help future-proof ADNOC, reinforce our position at the forefront of AI deployment and ensure we continue to provide secure and sustainable energy to the world.”
Peng Xiao, Group CEO of G42, said, "ENERGYai embodies G42’s commitment to transforming global energy through AI, delivering real-time, data-driven insights and deploying agentic AI to enhance efficiency, resilience, and sustainability. By combining ADNOC’s industry leadership and petabytes of historical data with G42’s advanced AI capabilities, and collaborating with Microsoft, we are creating a strong foundation for the future of energy—empowering leaders to make strategic choices that drive sustainable progress."
“Across the full value chain of traditional and renewable energy sectors, AI technologies can optimize energy usage, improve safety, reliability and efficiency, reduce emissions and accelerate low- and no-carbon energy solutions,” said Darryl Willis, corporate vice president - energy and resources industry at Microsoft. “We are pleased to be collaborating with ADNOC and AIQ in the development of AI-powered solutions that can drive economic growth, address energy security and equity, and advance a net-zero future for all.”
Trained on ADNOC’s 80 years of data, the ambitious three-year development programme for ENERGYai will begin testing with real-world datasets by the end of 2024 in a number of specific areas. It is projected that ENERGYai will accelerate by up to 75% the building of detailed geological models using very large and diverse datasets to support planning and development of large-scale CO2 storage solutions.
In development planning, ENERGYai will accelerate plans from 1-2 years to weeks, minimising costs and emissions in the process. ENERGYai can analyse multiple scenarios in parallel and this ability to run detailed, highly advanced simulations across all variables helps make faster and more accurate decisions. Further along the value chain in the downstream business, the platform's future-proof and scalable design integrates seamlessly with ADNOC’s existing technologies and platforms.
Exclusive interview with Maurits van Tol
Rockwell Automation interview with Sebastien Grau
Rockwell Automation interview with Michael Sweet
ADIPEC 2023 - Exclusive interview with Wissam Chehabi, Fishbones
Rockwell Automation interview with Kalypso’s Rodrigo Alves & Knowledge Lens’ Ganesh Iyer
The A1-96/3 well is located around 35 km from the Wafa field. (Image source: Adobe Stock)
Eni and BP have resumed their exploration activities in Libya after halting drilling operations in the onshore region in 2014, according to Libya’s National Oil Corporation (NOC)
This follows the formal revocation of force majeure status by Eni and NOC in August 2023 on exploration areas A&B (onshore) and C (offshore), where Eni is operator with 42.5% along with bp (42.5%) and Libya Investment Authority (15%), as a result of a favourable security assessment. Some of these areas are close to the Wafa gas facilities that export production to Italy.
On October 26, Eni began its exploration activities in the Area B (96/3) of Ghadames Basin, where the first exploratory well, A1-96/3 (Hasheem Prospect), was drilled. This well is the first under the contractual obligations for Area B in Ghadames Basin, according to the Fourth Bid Round Contract of 2007. Mellitah Oil & Gas, which has extensive experience in the region, particularly in developing and managing the Wafa field, is overseeing the drilling operations and all related activities for this well.
Several promising geological formations in the A1-96/3 well are set to be tested, which are expected to contain both oil and gas. The well is projected to reach a final depth of approximately 3,147 m.
The A1-96/3 well is located around 35 km from the Wafa field and approximately 650 km from the capital, Tripoli.
Eni is the leading international gas producer in Libya, where it has been operating since 1959, and currently has a large portfolio of assets in exploration, production and development. Production activities are operated through the joint venture company Mellitah Oil and Gas BV (Eni 50%, NOC 50%).
Repsol and OMV are also set to restart operations sin the Murzuq Basin and Sirte Basin respectively, NOC says.
Onshore Middle East is the cheapest source of new production, with an average breakeven price of just US$27 per barrel. (Image source: Adobe Stock)
Onshore Block 2 is Petronas Abu Dhabi's third exploration concession. (Image source: Adobe Stock)
Haytham Yehia, general manager, Middle East and Central Asia Region, Shell Lubricants. (Image source: Shell Lubricants)
Haytham Yehia, general manager for Middle East and Central Asia Region for Shell Lubricants, discusses the outlook for the lubricants market in the region and the impact of sustainability considerations
What is the outlook for the base oil and lubricants market in the GCC region, and are there any trends you would highlight?
The GCC region offers a dynamic and evolving landscape for the lubricants market. The growth we’re seeing across both industrial and consumer sectors is not just driven by economic activity, it’s driven by a deep shift in how industries are approaching efficiency and performance. In the UAE, the rise in construction and infrastructure projects is fuelling demand, while Iraq’s oil and gas sector is seeing a resurgence, pushing growth in the lubricants market.
But it’s not just about volume, it’s about the shift towards higher-performing, synthetic lubricants. As more modern engines and industrial equipment are introduced, the need for advanced lubrication solutions becomes critical. At Shell, we’re focused on meeting these demands with products designed for today’s challenges and tomorrow’s innovations. Markets like the UAE, Iraq, and Oman are at the forefront of this transformation, and the trends we’re seeing here will set the stage for the broader region.
To what extent is sustainability a factor impacting the lubricants market?
Sustainability is no longer a nice-to-have; it’s a necessity. At Shell, we believe that our role in the market goes beyond providing lubrication solutions, it’s about supporting a sustainable future. Our introduction of the Shell PANOLIN range in the Middle East is a testament to that commitment, addressing the uptick in demand for more sustainable products, especially in sectors such as construction, agriculture, renewable power, hydropower and offshore wind sectors. These biodegradable lubricants provide high performance lubrication while also having the ability to degrade naturally. Biodegradable lubricants help to contribute to a more sustainable future, offering greater protection for wildlife and ecosystems in the event that they come into contact with the environment, in comparison to conventional lubricants. This enables our customers to reduce the risks of operating in sensitive environments.
The portfolio includes biodegradable lubricants for hydraulics, gears, universal tractor transmission oils, engine oils (HDEO), turbine oils, and greases for machine lubrication, including leading OEM-approved products. They are designed with the future in mind, delivering high performance while minimising environmental impact.
How is the carbon-neutral lubricants market developing, and what is the role of these products in reducing emissions and promoting sustainable practices across industries?
The move towards carbon-neutral lubricants is a powerful shift that’s changing the way industries operate. In the Middle East, industries are beginning to embrace carbon-neutral solutions, not just to meet regulatory requirements but as proactive lever in reducing their emissions. At Shell, our carbon-neutral lubricants, alongside initiatives such as our sustainable packaging innovations at the Oman plant, are tangible solutions for businesses to help reduce their environmental impact while maintaining operational efficiency.
Carbon neutrality is about more than just compensating emissions, it’s about designing products and solutions that actively help our customers avoid and reduce their carbon footprints. As industries shift towards more sustainable practices, the role we want to play is to provide our customers products and services that help make their transition possible, and our continued innovation in this space helps ensure we stay ahead of the curve.
How is EV adoption impacting the lubricants market in the region?
The shift to electric vehicles brings both new opportunities and challenges. While traditional lubricants like engine oils are in lower demand for EVs, the need for specialised fluids is increasing. These include transmission fluids, greases, and thermal management fluids, which play a critical role in enhancing the efficiency, longevity, and safety of EV batteries and other key components.
EVs also shift the focus from friction management to thermal management, with cooling fluids becoming more important. In fact, EVs typically use double the amount of coolant compared to internal combustion engines, highlighting the growing importance of thermal management in electric mobility.
While regions like China, Europe, and the US lead in EV adoption, the Middle East, particularly countries like the UAE, is making significant investments in EV infrastructure. This is already beginning to influence demand for EV-specific lubricants. As the UAE targets net-zero emissions by 2050, addressing emissions from transport will be key to achieving this goal.
At Shell, we’re dedicated to advancing reliable, scalable solutions that support the growth of EVs. We’re leveraging our global expertise in advanced fluids to work with OEMs and co-engineering partners to optimise EV performance and efficiency. Our immersion cooling technology, for example, plays a crucial role in managing battery temperatures, ensuring safety and prolonging battery life.
Capt Ammar Al Shaiba, Maritime & Shipping Cluster CEO, AD Ports Group. (Image source: AD Ports Group)
Mark Moffat, CEO of IFS. (Image source: IFS)
The new process will improve efficiency and reduce carbon footprint. (Image source: Honeywell)
Honeywell has launched a new process to improve the efficiency and sustainability of light olefin production
The naphtha to ethane and propane (NEP) technology generates a tunable amount of ethane and propane from naphtha and/or LPG feedstocks, generating more high-value ethylene and propylene with reduced production of lower-value by-products compared to a traditional mixed-feed steam cracking unit and resulting in net cash margin increases. An NEP-based olefins complex also reduces CO2 intensity per metric ton of light olefins produced by 5 to 50% versus a traditional mixed-feed steam cracker.
More efficient production
“The petrochemical industry faces strong competition and challenges in obtaining raw materials globally,” said Matt Spalding, vice president and general manager of Honeywell Energy and Sustainability Solutions in MENA. “Our technology helps to enable more efficient production of ethylene and propylene, two chemicals which are in high demand, while also helping our customers lower their carbon emissions.”
The new solution is a part of Honeywell’s Integrated Olefin Suite technology portfolio to enhance the production of light olefins.
The programme will optimise asset lifecycle, enhance machinery performance and improve overall reliability. (Image source: Adobe Stock)
TotalEnergies will support the refinery with its global oil and feedstock supply capacity. (Image source: Adobe Stock)
Joseph El Bitar, vice president and general manager of Hexagon. (Image source: Hexagon)
In an exclusive interview with Oil Review Middle East, Joseph El Bitar, vice president and general manager of Hexagon, speaks about the company's vision for the Middle East and its smart digital reality solutions
What are your main activities in the Middle East currently, and how do you view the market for developing your business in the region?
Hexagon is the global leader in digital reality solutions, combining sensor, software and autonomous technologies. We are putting data to work to boost efficiency, productivity, quality and safety across industrial, manufacturing, infrastructure, public sector and mobility applications. Our technologies are shaping production and people-related ecosystems to become increasingly connected and autonomous – ensuring a scalable, sustainable future.
Our main activities in the Middle East focus on supporting the region’s specific needs with advanced digital solutions. We empower customers to unlock data, accelerate industrial project modernisation and digital maturity, increase productivity, and move the sustainability needle.d our footprint by partnering with local stakeholders, governments and industries to accelerate this transformation.
How are your smart digital reality solutions helping companies in the energy sector to enhance safety and efficiency?
Hexagon’s Asset Lifecycle Intelligence division has been instrumental in integrating AI and digital solutions to improve efficiency and enhance safety in energy services. One of our flagship initiatives is the deployment of a digital backbone (which is also called digital twin or Smart Digital Reality™), which creates a virtual replica of physical assets and integrates with existing solutions. This digital twin enables real-time monitoring, predictive maintenance and optimization of operational systems, resulting in significant cost savings and reduced asset downtime. We go beyond a mere physical replica to create a comprehensive digital solution.
For example, our collaboration with leading EPCs on AWP, Smart Materials and Smart Completion has achieved remarkable results in projects. By utilising AI-driven analytics and digital workflows, we have streamlined project production management (PPM) and automation in project material management. This has resulted in a reduction in the project timeline and a decrease in material wastage
What are the benefits of your new HxGN SDx2 solution? Are there any other products or enhancements you would like to highlight, and how are advancements in AI and technology impacting your offering?
HxGN SDx2 is Hexagon’s next-level, cloud-native SaaS solution that integrates critical data, promoting transparency, efficiency, productivity, and more informed decision-making while mitigating risks and reducing costs. It reshapes operational boundaries for organisations engaged in digital transformation. Its robust features unveil and nurture previously untapped opportunities, positioning organisations for sustainable profitability through engineering and operational excellence.
The key to HxGN SDx2 is unprecedented accessibility and usability of data. It breaks down information silos across the asset lifecycle and improves the relationship between digital and human workflows across projects, assets, and operations. It forms a ‘digital thread’ of information that grows stronger as more systems connect to it and users leverage its power to better inform their day-to-day decisions and responsibilities.
What was your focus at ADIPEC this year?
At ADIPEC this year, our primary focus was on showcasing autonomous technologies and smart digital reality solutions that address the evolving challenges and opportunities in the Middle East region. With the industry's shift towards sustainability and digital transformation, we presented technologies that enhance operational efficiency, improve safety, and support the global transition to cleaner energy.
This year, ADIPEC's theme – “Exploring the power of energy in accelerating an economy-wide transformation that delivers for people, the planet, and our collective prosperity” – aligns seamlessly with our own vision of creating sustainable solutions for the energy industry.
Our theme for this year, “Two worlds, one sustainable reality,” encapsulates our approach to bridging traditional and emerging energy systems. We focus on integrating cutting-edge technologies, digital transformation tools, and advanced data analytics, with existing infrastructures. By doing so, we aim to accelerate the shift toward a sustainable energy reality –one that balances economic growth, environmental stewardship, and social well-being.
In the Middle East, Stream telemetry helped a major operator overcome difficulty in geosteering operations caused by harsh drilling conditions. (Image source: SLB)
Dale McMullin, chief technology officer, IFS Energy & Resources. (Image source: IFS)
The webinar will explore the latest trends in offshore operations. (Image source: AD Ports)
The offshore operations landscape is evolving at an unprecedented pace, making it crucial to keep up with advancements in efficiency and sustainability.
Oil Review Middle East is hosting an exclusive webinar on 20 November at 2pm GST, entitled ‘The future of offshore operations: innovation, efficiency and sustainability’. It will bring together industry leaders and experts to explore the latest trends in offshore operations, focusing on groundbreaking innovations that are driving sustainable and efficient practices. One of the highlights will be a presentation on SAFEEN Green—a revolutionary unmanned surface vessel (USV) shaping the future of the offshore industry.
Key highlights:
Offshore trends: expert insights into industry shifts and sustainability influences
Complex challenges: addressing the environmental and resource-focused dynamics shaping operations
AD Ports Group vision: discover how SAFEEN Green is setting new benchmarks for sustainable operations
Innovation in SAFEEN Green: A closer look at the groundbreaking technology behind this transformative USV.
Practical insights: Learn strategies to boost efficiency and encourage responsible practices in offshore work.
Speakers are Erik Tonne, managing director and head of market analysis, Clarksons Platou; Tarek Al Marzooqi, CEO, SAFEEN Subsea, AD Ports Group; and Ronald J Kraft, CTO, Sovereign Global Solutions ME and RC Dock Engineering BV.
Don’t miss out on this opportunity to gain exclusive insights into the future of offshore operations!
Register here
The webinar will address the latest advancements in isolation gasket technology. (Image source: Adobe Stock)
The webinar will discuss how AI surveillance applications can enhance operational efficiency and improve standards in onshore and offshore operations. (Image source: Adobe Stock)
Geothermal energy is fast gaining traction as a important source of renewable energy. (Image source: Synergy Consulting)
Synergy Consulting discusses the potential of geothermal energy
Geothermal energy is fast gaining traction as a important source of renewable energy, harnessed from the immense heat stored beneath the Earth’s surface. This heat, originating from the planet’s core, is generated by the decay of radioactive materials and the residual energy left from the Earth's formation over four billion years ago. This geothermal energy that lies within the Earth’s crust can then be tapped to produce electricity or used directly for heating purposes, offering a clean and reliable power source.
Located roughly 2,900 km below Earth’s crust, the core is the hottest part of the planet. Although some of the core’s heat is residual from Earth's formation, the majority is continuously produced by the natural decay of radioactive isotopes like potassium-40 and thorium-232. This process sustains geothermal heat as a renewable resource.
When underground rock formations are heated to extreme temperatures of 700-1,300°C (1,300-2,400°F), they can become magma -– molten rock filled with gas bubbles. Magma exists deep in the Earth’s mantle and lower crust, sometimes rising to the surface as lava. This magma heats nearby rocks and underground water reservoirs, which can be released through natural outlets such as geysers, hot springs, and steam vents.
Geothermal power plants
Geothermal power plants are built on this principle and capitalise on the natural heat by using steam or hot water reservoirs beneath the Earth’s surface to drive turbines connected to electricity generators. In some cases, water is injected into the ground to be heated and brought back to the surface for energy production. This process is not only efficient but also relatively low in emissions compared to fossil fuel-based energy sources.
While still a niche technology, geothermal energy already plays a substantial role in power generation for several countries. Iceland, El Salvador, New Zealand, Kenya, and the Philippines rely heavily on geothermal energy to meet their energy needs. The United States has also been a long-standing pioneer in this field, with its first geothermal district heating system established in 1892 in Boise, Idaho. This system still provides heat to hundreds of homes over a century later.
In 2022, geothermal energy generated approximately 92bn kilowatt-hours (kWh) of electricity across 24 countries, according to the International Energy Agency (IEA). The European Commission notes that deep-geothermal energy has the highest capacity factor among renewable sources, exceeding 80%. This high efficiency makes geothermal a highly scalable option for industrial-scale energy production. Projections from the IEA’s Sustainable Development Scenario anticipate that global geothermal power will triple by 2030, from 92 terawatt-hours (TWh) in 2019 to 282 TWh.
As the world faces increasing demand for energy, geothermal power offers a reliable, clean, and efficient way to augment traditional energy sources. With its high potential for scalability, it could play a crucial role in meeting global energy needs while reducing dependence on fossil fuels.
This article is authored by Synergy Consulting IFA.
The majority of signatories are pursuing investments in new energies. (Image source: Adobe Stock)
AI will play a crucial role in accelerating the pace and scale of this transformation. (Image source: Alain Charles Publishing)
Ampelmann’s portfolio of gangways is ready for operations on any type of floating structure. (Image source: Ampelmann)
The collaboration will help organisations simplify management processes. (Image source: Adobe Stock)
TotalEnergies will support the refinery with its global oil and feedstock supply capacity. (Image source: Adobe Stock)
Iso-Smart is an all-in-one asset monitoring system that provides real-time, accurate data. (Image source: GPT Industries)
Human factors need to be taken into account when addressing safety. (Image source: Adobe Stock)
Comparison of conventional workflow with DUG MP-FWI imaging. (Image source: DUG)
HE Abdulsalam bin Mohammed Al Murshidi, the president of Oman Investment Authority (OIA)
By using analytics to augment and empower the workforce, pipeline operators can optimise operations and improve asset availability. (Image source: Adobe Stock)
Capt Ammar Al Shaiba, Maritime & Shipping Cluster CEO, AD Ports Group. (Image source: AD Ports Group)
The system can activate notification and hazard mitigation equipment to notify workers and safeguard facilities. (Image source: MSA Safety)
TotalEnergies and SONATRACH will develop gas resources in Algeria's north-east Timimoun region, (Image source: Adobe Stock).
The advanced solution will improve vessels safety through automated monitoring. (Image source: AIQ)
The programme is designed to strengthen leadership and safety culture in the oil and gas industry> (Image source: Adobe Stock)
The programme will optimise asset lifecycle, enhance machinery performance and improve overall reliability. (Image source: Adobe Stock)
To improve differentiation, hard hats can be customised with different colours and logos. (Image source: MSA Safety)
The article discusses how the neuroscience behind Critical Error Reduction Techniques aligns with safety practices. (Image source: Adobe Stock)
Brady will be demonstrating its safety signs at ADIPEC. (Image source: Brady)
The new range has been launched in response to the demand for compact and lightweight lifeboats. (Image source: VIKING)
The expansion is expected to increase the plant’s processing capacity from 2.5 to up to 4 billion standard cubic feet per day (bscfd). (Image source: Aramco)
As a result of the upgrade, production increased and performance was optimised. (Image source: CS Combustion)
Latest news
rThe article explores the importance of incorporating human factors into all risk assessments. (Image source: Canva)
Haytham Yehia, general manager, Middle East and Central Asia Region, Shell Lubricants. (Image source: Shell Lubricants)
Joseph El Bitar, vice president and general manager of Hexagon. (Image source: Hexagon)
The exhibition is expected to see extensive participation from local and international companies and manufacturers. (Image source: Expo Centre Sharjah)
In the Middle East, Stream telemetry helped a major operator overcome difficulty in geosteering operations caused by harsh drilling conditions. (Image source: SLB)
Dale McMullin, chief technology officer, IFS Energy & Resources. (Image source: IFS)
Aerzen boasts of a wide range of trend-setting blowers and compressors. (Image source: Aerzen)
Young ADIPEC’s Experiential & Edutainment Hub drew students to STEM-focused zones. (Image source: ADIPEC)
Chartek ONE performs reliably in both cold and warm climates. (Image source: Adobe Stock)
ADIPEC 2024 unveiled AI Zone. (Image source: ADIPEC)
ENERGYai will combine large language model technology with cutting-edge agentic AI. (Image source: Adobe Stock)
Al Masaood Group’s participation this year is led by the Projects & Engineering Services Division. (Image source: Al Masaood Group)
Visitors can find the Caterpillar Booth #9430 in Capital Suite 19. (Image source: Al-Bahar)
ADIPEC 2024 is spotlighting the pivotal role of AI in the energy transition. (Image source: ACP)
Capt Ammar Al Shaiba, Maritime & Shipping Cluster CEO, AD Ports Group. (Image source: AD Ports Group)
Brady will be demonstrating its safety signs at ADIPEC. (Image source: Brady)
The article discusses how the neuroscience behind Critical Error Reduction Techniques aligns with safety practices. (Image source: Adobe Stock)
As a result of the upgrade, production increased and performance was optimised. (Image source: CS Combustion)
SandTrapXL mitigates solids production. (Image source: Halliburton)
ADIPEC will bring together ministers and business leaders from across the globe. (Image source: dmg events)
More Articles
Brady will be demonstrating its safety signs at ADIPEC. (Image source: Brady)
The article discusses how the neuroscience behind Critical Error Reduction Techniques aligns with safety practices. (Image source: Adobe Stock)
Understanding and leveraging the benefits of reflexes offers a powerful opportunity to prevent serious injuries. (Image source: SafeStart)
Ampelmann’s portfolio of gangways is ready for operations on any type of floating structure. (Image source: Ampelmann)
The "State-to-Error Risk Pattern". (Image source: SafeStart)
The new standard will help to improve offshore safety. (Image source: Adobe Stock)
HSE KSA takes place in September this year. (Image source: SafeStart)
Matt Overcasher and Steve Manypenny, field technicians with Columbia Gas of Ohio, received the Community Hero award. (Image source: Blackline Safety)
HSE GOM will bring together leaders from the offshore community to share insights and best practices for enhancing safety. (Image source: Adobe Stock)
Larry Wilson, author and CEO, SafeStart, explains the contributing factors to critical errors. (Image source: Canva)
The qualification is suitable for a variety of road users, including those operating off-road and heavy vehicles. (Image source: Adobe Stock)