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Energy Transition

GCC energy players need to shift to product-level carbon accounting. (Image source: Adobe Stock)

As global regulations on reducing greenhouse gas emissions become increasingly stringent, energy companies face increasing pressure to address the carbon footprint of individual products, requiring a complete rethink of how emissions are measured, reported and mitigated

This presents both an opportunity and a challenge for GCC energy companies, as their relatively lower-carbon intense products offer a competitive edge to differentiate themselves in increasingly carbon-conscious global markets, according to a new report titled "Rethinking Corporate Decarbonization: From Enterprise Targets to Product Strategies," a collaboration between the World Future Energy Summit, and Strategy& Middle East, part of the PwC network.

Major energy players in the GCC are now required to report their overall carbon emissions - as part of national biennial carbon inventory submissions - under UNFCCC guidelines, and new carbon policies and regulatory frameworks are increasingly emphasising the carbon footprint of products, meaning energy companies must rethink their strategies to stay competitive. This shift reflects demand for transparency regarding the emissions associated with or embedded in individual products along their entire value chain, from extraction of raw materials, through processing, manufacturing, logistics and even end-of-life.

“This marks a pivotal moment for energy players. Setting broad corporate emissions targets is no longer sufficient. By adopting product-level decarbonisation, GCC energy companies can transform regulatory pressures into growth opportunities, securing their position as leaders in the global energy transition,” said James Thomas, partner at Strategy& Middle East.

The report presents a 3D framework which represents a real-time view of the latest global policies impacting sectors and products, enabling GCC energy companies to align carbon accounting and emissions mitigation efforts with regulatory demands and market expectations.

Carbon accounting as a source of competitive advantage

Shifting to product-level carbon accounting offers GCC energy players several strategic advantages, such as enabling tailored emissions reductions to meet market standards, improving compliance with global policies and enhancing product transparency to build customer trust and reputation. It also establishes flexibility for adapting to shifting policies and market dynamics, ensuring long-term resilience.

However, the report notes that many GCC energy players have yet to fully codify and deploy carbon accounting policies at the corporate level, let alone for individual products. Several GCC countries are still developing their regulatory and legislative agenda for carbon emissions. Additionally, robust methodologies and significant data management are needed to accurately allocate emissions from shared facilities, particularly in complex operations.

Four critical areas

The report recommends four critical areas for GCC energy companies to focus on:
1. Develop, codify and deploy robust product-level carbon accounting frameworks that align with global regulations
2. Invest in advanced automation and data management systems for accurate emissions reporting and real-time policy compliance
3. Focus decarbonisation efforts on products exported to high-regulation markets, ensuring compliance and competitive advantage
4. Investing in capabilities to continuously track and respond to shifting carbon policies globally, ensuring adaptability and leadership


As the GCC continues to position itself as a global energy leader, transitioning to product-level decarbonisation represents a pivotal opportunity to lead by example. By taking these steps now, GCC energy companies will be well-positioned to navigate future changes, fostering resilience and growth in a carbon-conscious world.

Handling, storing and transporting hydrogen can pose safety challenges. (Image source: Adobe Stock)

Miro Cavkov, technical director – downstream & energy advisory, Euro Petroleum Consultants, addresses some of the safety challenges associated with hydrogen development

Hydrogen is widely regarded as the "fuel of the future," playing a critical role in global decarbonisation efforts. As industries transition toward cleaner energy systems, hydrogen is emerging as a versatile and efficient alternative fuel source. However, while hydrogen offers immense potential to transform energy systems, its unique properties require a heightened focus on safety during production, storage, and transportation.

Understanding and addressing these safety challenges are critical to realising the full potential of hydrogen in a sustainable and secure energy ecosystem.

Hydrogen is the most abundant chemical molecule in the universe, and as a fuel, it possesses many desirable traits: it is nontoxic, colourless, odorless, and highly combustible, enabling it to serve as a clean and efficient energy source. However, these same properties pose challenges when it comes to handling, storing, and transporting hydrogen safely. Its flammability, extremely low density, and small molecular size make it prone to leaks, which can lead to safety hazards if not properly managed.

In its natural state, hydrogen is relatively benign and is typically produced at low pressures (20–30 bar) with minimal associated risks. However, the real safety concerns arise post-production when hydrogen must be stored and transported. To ensure efficiency and profitability, hydrogen must often be compressed or liquefied, which introduces significant technical and logistical challenges.

As hydrogen becomes a key energy carrier for industrial and commercial applications, safe and effective storage and transport mechanisms are crucial. These methods vary depending on hydrogen's physical state (gaseous, liquid, or chemically bound) and the specific requirements of end users.

As the demand for hydrogen grows, technological innovations are emerging to address the safety and operational challenges associated with its use. For instance, advancements in materials science are enabling the development of hydrogen-compatible pipelines, storage tanks, and compression systems. Digital tools, such as real-time leak detection sensors and predictive maintenance algorithms, are further enhancing safety in hydrogen infrastructure.

Hydrogen safety is not a one-size-fits-all challenge. Each industry, company, and application must evaluate the most suitable approach based on specific operational requirements and risk profiles. Achieving safe and sustainable hydrogen systems will require a combination of innovative technologies, stringent safety standards, and cross-industry collaboration.

By addressing these challenges proactively, hydrogen can fulfill its potential as a cornerstone of the global energy transition, enabling industries to reduce their carbon footprint while meeting growing energy demands.

You can read the full article in the latest edition of Oil Review Middle East, at https://oilreviewmiddleeast.com/magazines/orme_2024_12_20/spread/?page=18

The Oman Net Zero centre will progress the country's net-zero objectives. (Image source: Adobe Stock)

Oman has established the Oman Net Zero Centre, which will support the Sultanate in achieving its net-zero by 2050 goals

The centre will develop and refine net-zero strategies, collaborating with relevant authorities to ensure alignment with national objectives; progress and monitor the implementation of zero neutrality projects, including energy efficiency projects; and provide technical support to government and private agencies.

The Centre will adopt programmes and plans to achieve the goals across various sectors, in addition to following up on the implementation of supporting projects and initiatives, addressing the challenges they may face, and submitting the necessary periodic reports. It will also be responsible for developing and updating the national plan for enhancing energy consumption efficiency, monitoring its implementation across various sectors, evaluating energy consumption levels in approved projects, and proposing necessary improvements in coordination with relevant authorities.

Technical support

As part of its responsibilities, the Centre will work to provide technical support and advice to various entities to reduce carbon emissions and raise energy use efficiency. It will also promote the adoption of the latest international practices and technologies, while supporting scientific research, innovation, and developing national capabilities.

It will also manage requests for carbon, hydrogen, and low-carbon product certifications, ultimately issuing certificates in coordination with the Ministry of Finance and the Environment Authority. The Center will also oversee the registration and approval of requests for carbon certificate trading at the domestic level, ensuring alignment with international carbon credit frameworks.

Maintaining and updating a comprehensive inventory of carbon emissions from various sources will be another area of its activities, along with efforts to promote public awareness and community engagement.

The move follows the acceleration of Oman’s carbon reduction efforts with the launch in November of the Net 3 initiatives of the National Net Zero Program, a new package of projects and initiatives in sectors including energy, industry, cities, transport and buildings.

Oman has made considerable strides towards achieving its net-zero objectives. In the energy sector for example, Oman has made substantial progress in developing its renewable energy and hydrogen sectors, capitalising on its renewable resources and vast tracts of available land. According to the IEA, Oman is set to be a competitive low-emissions hydrogen supplier by the end of the decade, with the aim of producing 1mn tonnes of green hydrogen by 2030, and a number of major projects are being progressed. It could be the Middle East’s largest hydrogen exporter by then, according to the energy agency.

The project will support Aramco's emissions reduction objectives. (Image source: Adobe Stock)

Aramco is significantly advancing its net-zero ambitions with the signing of a shareholders’ agreement with Linde and SLB to progress the development of a Carbon Capture and Storage (CCS) hub at Jubail, set to become one of the largest globally

Under the terms of the shareholders’ agreement Aramco will take a 60% equity interest in the CCS hub, with Linde and SLB each owning a 20% stake.

The first phase of the hub, due for completion by late 2027, will have the capacity to capture nine million metric tons of CO2 from three Aramco gas plants and other industrial sources, with the potential for expansion in later phases. The captured CO2 will be transported through a pipeline network and stored below ground in a saline aquifer sink, leveraging the Kingdom’s geological potential for CO2 storage.

Net-zero ambitions

The project will support Aramco’s ambition to achieve net-zero Scope 1 and Scope 2 greenhouse gas emissions across its wholly-owned operated assets by 2050. It also complements the company’s blue hydrogen and ammonia initiatives.

Ashraf Al Ghazzawi, Aramco EVP of Strategy & Corporate Development, said, “CCS plays a critical role in furthering our sustainability ambitions and our new energies business. This announcement represents a step forward in delivering on our strategy to contribute to global carbon management solutions and achieve our emission mitigation goals. Aramco’s collaboration with SLB and Linde demonstrates the importance of global partnerships in driving technological innovation, reducing emissions from conventional energy sources and enabling new, lower-carbon energy solutions. This CCS hub is among several programmes that will enable us to meet rising demand for affordable, reliable, and more sustainable energy.”

Oliver Pfann, Linde EVP EMEA, added, “Carbon capture and sequestration is essential for achieving the Kingdom’s emission reduction targets. Linde is proud to collaborate with Aramco and SLB, contributing Linde’s innovative technology and experience in delivering world-scale decarbonization projects.”

Gavin Rennick, SLB president, New Energy, said, “Leveraging our proven portfolio of CCS technologies and extensive experience in complex CCS projects around the world, we are confident that SLB will play a critical role in advancing this important initiative. This project aligns perfectly with our commitment to industrial decarbonisation, and we look forward to collaborating closely with Aramco and Linde to make it a success.”

Lara Sidawi Moore addressing the conference. (Image source: Energy Intelligence)

The geopolitics and energy transition nexus was the focus of the Energy Intelligence Forum which took place from 25-27 November in London

The Forum provided a platform for energy leaders to debate and shape sustainable solutions to the energy challenges of the 21st century and explore collaborative solutions for industrial decarbonisation. Energy leaders explored the potential impact of industrial policy, geopolitical competition, and Trump’s election on these industries.

The event highlighted the urgent need for innovation in carbon removal technologies to mitigate rising greenhouse gas emissions. Temperatures will rise by 1.5°C in the next 10 to 15 years, according to Dr. Hoesung Lee, the sixth chair of the Intergovernmental Panel on Climate Change (IPCC) and winner of Energy Intelligence’s Energy Economist of the Year. “Global emissions must peak by 2025, but this won’t happen.”

Efforts to decarbonise the industry were a key focus, with hydrogen, electrification, carbon capture, and nuclear are all competing to be the top solution for energy-intensive sectors like steel, chemicals, shipping, and aviation. According to Anne-Laure de Chammard, executive board member at Siemens Energy, there is a still a long way to go on this front. “Sectors with clear targets and incentives are progressing faster than those without clear signals,” she noted, adding that small modular reactors can play a key, timely, role to provide electricity for the expanding demand of data centres around the world. “You can build one in roughly one year.”

BP Plc CEO Murray Auchincloss was hopeful that that onshore wind developments in the US could be accelerated, following promises from the President-Elect to curb regulations.

“We think it [the Trump presidency] is a strong chance to help the US get back to putting construction forward, getting regulatory reform in place, and getting faster permitting and really allowing construction to move forward. That's what we're most hopeful for, because the US has been struggling in that space,” Auchincloss commented.

Darren Woods, chairman & CEO of ExxonMobil, was awarded Energy Intelligence’s 2024 Energy Executive of the Year for leadership in growth and innovation, including the acquisition of Texas-based oil and gas exploration and production company Pioneer, and advancements in carbon capture, hydrogen, and lithium.

TotalEnergies was awarded the 2024 Energy Innovation Award in recognition of its commitment to the energy transition, having invested over US$70bn in low-carbon initiatives since 2015 and ambitiously working to reduce Scope 1, 2, and 3 emissions.

Lara Sidawi Moore, deputy CEO and chairperson of the Executive Committee of Energy Intelligence commented, “Our choices now, we hope, will help to craft a unified framework to provide energy security, stability, and prosperity to future generations. We urgently need greater foresight, collaboration, and determination to help drive the world toward a more sustainable, resilient, and secure energy future.”

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