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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.

 

The M4 Inflow Control System will be showcased at ADIPEC 2024. (Image source: TAQA)

TAQA, an international company offering leading well solutions for the energy industry, has revealed the next-generation inflow control system

The M4 Inflow Control System dictates the flow of undesired fluid (such as water and gas) and avoids any binary (open/close) effect that can result in instability or even stop production. Enabling operators to optimise their reservoir performance while sustainability managing fluid production, the new system excels in controlling water in ultra-light and light applications and enhances gas production control, providing stability and flexibility in diverse reservoir conditions.

Supercharging reservoir performance

“With the largest portfolio of inflow control systems more than 20 years of inflow control devices expertise, the M4 Inflow Control System represents the pinnacle of our innovation so far,” remarked Mojtaba Moradi, subsurface engineering manager of TAQA. “This new generation offers water control by gradually reducing inflow as water production increases, avoiding premature well shut in.
“Its main benefit is precision control based on reservoir production. The device allows operators to maximise output without risking shutting wells in, so they can manage production continuously and efficiently, which translates into obvious financial benefits.”

According to TAQA, the M4 Inflow Control System technology incorporates an advanced pilot control system that is super sensitive to density, making it suitable for a wide range of oil types, including ultra-light, light, medium, and heavy oils. It also features advanced multi-phase control, allowing the device to perform independently of its orientation in the wellbore.

TAQA also offers a ‘plug and play’ integration with its full portfolio of inflow systems and has been built to optimise performance in all types of wells in all reservoir types. Additional operational features such as last-minute capacity change, and the ability to circulate to the bottom have also been incorporated into the design.

Although not limited to any oil viscosity, so far, the system has demonstrated excellent performance with oil viscosities as low as 0.5cP tested together with water to define the operating and control points at various water cuts. A full qualification matrix of debris, erosion and cycle testing has also been completed.

FROG offers predictive intelligence and customisable alerts. (Image source: Micron Eagle Hydraulics)

The first product developed under its Fluid Fitness Technology (FFT) programme, Micron Eagle Hydraulics has launched an advanced digital transformation solution called fluid-fitness remote online guardian (FROG) that provides live remote monitoring for critical industrial fluids

FROG offers predictive intelligence and customisable alerts to monitor industrial liquids such as hydraulic fluids, lubricants and certain fuels in real-time. With contamination detection, it helps prevent costly downtime, improve operational efficiency and support sustainability. This ensures proactive asset management, extending the lifespan of equipment, transforming maintenance practices and driving enhanced performance.

Mark Burnett, business development director at Micron, said, “FROG is a genuine industry game-changer and has already been adopted by a major operator that immediately realised its benefits.

“FROG acts as a radar for fluid fitness, communicating early-warning data to support the process of identifying potential equipment failures, while helping to optimise performance and asset integrity.”

The solution comes with a sleek and intuitive interface, allowing users to define precise set points for various elements such as contamination levels, temperature, relative humidity and pressure. Its cloud-based dashboard provides real-time data accessible to maintenance teams and management, whether offshore or onshore, via desktop or mobile device. It’s a preventative approach – one with visibility of system fluid health and notification of issues.

Combined with the appropriate fluid conditioning unit, FROG forms a patented solution that has already secured contracts in the UK, Middle East and Africa. 

Advanced analytics tools allow the identification of trends to facilitate proactive maintenance without disrupting existing workflows. In offshore oil and gas, monitoring lubricating and functional system fluids is crucial for safety and operational efficiency. It ensures the reliability of critical equipment in harsh environments.

Contrary to traditional fluid monitoring that relies on an elongated process, FROG communicates 'live' insights into the condition of systems fluids, reducing the potential for error. FROG helps reduce the need for frequent handling and disposal of fluids, contributing to a lower environmental impact by minimising waste and hazardous disposal requirements.

FROG's data has the scope to reduce environmental impact by minimising fluid waste through precise monitoring and proactive maintenance.