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Amin H. Nasser The Quiet Strategist at the Centre of the World’s Energy System By Jane Stevens There are executives who run companies, and then there are those who quietly shape entire global systems. Amin H. Nasser belongs firmly to the latter category. As President and Chief Executive of Saudi Aramco, he occupies a position that extends far beyond corporate leadership. In practical terms, he sits at the nerve centre of the global oil market, overseeing an enterprise whose production capacity and financial strength give it a role often compared to a central bank for energy. Nasser’s rise is not the story of an outsider parachuted into power, but of a deeply embedded insider who climbed steadily through the technical ranks. Born in 1958 in eastern Saudi Arabia, he trained as a petroleum engineer at King Fahd University of Petroleum and Minerals, a path that placed him directly inside the Kingdom’s most important industry. From his first role in 1982 within Aramco’s oil production division, he developed a reputation for methodical expertise, moving through drilling, reservoir management, and production engineering with a quiet persistence that would later define his leadership style. Unlike many global executives, Nasser did not build his career through high profile deal making or public visibility. Instead, his authority grew from operational mastery. By the late 1990s, he was managing major producing departments, including Ras Tanura and Safaniya, some of the most critical assets in the global oil supply chain. His appointment as Senior Vice President of upstream operations in 2008 placed him in charge of exploration and production, effectively making him responsible for the core engine of the company’s output. When he assumed the role of chief executive in 2015, Saudi Aramco was already a giant. What Nasser inherited, however, was not stability but a shifting landscape. Oil prices had become more volatile, geopolitical tensions were intensifying, and the long term future of fossil fuels was increasingly questioned. His response was neither defensive nor reactive. Instead, he pursued a dual strategy that has come to define his tenure: reinforce Aramco’s dominance in traditional energy while gradually engineering its evolution. The most visible demonstration of his leadership came during the company’s historic initial public offering in 2019. Under Nasser, Aramco became the world’s most valuable listed company, a milestone that was as much about signalling as it was about finance. The IPO confirmed Aramco’s central role in global markets and reinforced the idea that, despite the rise of renewables, oil remained deeply embedded in the world economy. Yet Nasser’s influence is not limited to capital markets. His stewardship during crises has arguably been even more consequential. When attacks on Aramco facilities in 2019 disrupted a significant portion of Saudi oil production, the company restored operations in remarkably short order, reinforcing its reputation for resilience and operational discipline. This capacity to maintain stability under pressure is one reason Aramco is often described as the balancing force of the oil market. In recent years, Nasser has become more vocal, though still measured, in his assessment of the global energy transition. He has consistently argued that the world cannot simply abandon hydrocarbons without risking economic disruption, warning that underinvestment in oil and gas could lead to severe supply shocks. His stance is not rooted in denial of change but in a pragmatic reading of demand. As global consumption continues to grow, he has positioned Aramco as both a supplier of last resort and a driver of technological adaptation. This is where his current strategy becomes particularly significant. Under Nasser’s leadership, Aramco is investing heavily in what might be described as transitional energy technologies. Among these, blue hydrogen has emerged as a central pillar. By leveraging existing hydrocarbon resources while capturing carbon emissions, Aramco aims to produce cleaner fuels without abandoning its core strengths. This approach reflects Nasser’s broader philosophy: evolution rather than rupture. Equally important is the company’s work on carbon neutral extraction technologies. These initiatives focus on reducing the emissions intensity of oil production itself, allowing Aramco to maintain output while addressing environmental concerns. In doing so, Nasser is attempting to reconcile two competing realities, the ongoing dependence of the global economy on oil and the growing imperative to reduce its environmental impact. His leadership style plays a crucial role in this balancing act. Colleagues and observers frequently describe him as disciplined, detail oriented, and deeply committed to the organisation. He is known for maintaining close contact with operational teams, often visiting facilities and engaging directly with engineers and workers. This hands on approach, unusual for a chief executive of such a vast enterprise, reinforces a culture that prioritises execution over rhetoric. At the same time, Nasser operates within a unique corporate and national context. Saudi Aramco is not merely a company; it is the financial backbone of Saudi Arabia. Its revenues underpin the Kingdom’s economic ambitions and long term development plans. This places Nasser in a position that blends corporate leadership with national stewardship. His role extends beyond producing and selling oil to ensuring the steady flow of revenue that sustains the state itself. Despite this weight of responsibility, Nasser has maintained a relatively low personal profile. Unlike many global business leaders, he does not cultivate celebrity status. His influence is exercised through systems, infrastructure, and long term planning rather than public persona. This understated presence is, in many ways, part of his effectiveness. In an industry where volatility is constant, consistency becomes a form of power. His reach also extends beyond Aramco. Nasser serves on international advisory boards and corporate boards, including roles that connect him to global finance and policy networks. These positions amplify his influence, allowing him to shape conversations about energy, investment, and economic stability at the highest levels. What makes Nasser particularly significant in 2026 is the convergence of pressures he must navigate. The global energy system is undergoing a slow but undeniable transformation, driven by technological innovation, environmental concerns, and shifting geopolitical dynamics. At the same time, demand for oil remains

The Silicon Squeeze Energy Semiconductors Quietly Became the True Currency of the Artificial Intelligence Economy By Editorial Desk In 2026, artificial intelligence has outgrown its identity as a purely digital revolution and settled into something far more tangible, industrial, and demanding. What once lived in lines of code and abstract models now occupies vast stretches of land, hums through warehouse sized data centers, and consumes electricity at a scale that rivals entire nations. The transformation has been so rapid that the global economy is struggling to keep pace, not because of a lack of innovation or capital, but because of something far more fundamental. The world is running into the physical limits of power, infrastructure, and silicon. This moment has given rise to what analysts increasingly describe as the Silicon Squeeze, a new macroeconomic reality where access to energy and advanced semiconductors determines not just technological leadership, but economic survival. Artificial intelligence was initially celebrated as the ultimate efficiency engine, a tool that could compress time, reduce labor costs, and unlock exponential productivity. Those promises remain intact, but they are now accompanied by a growing realization that AI is not lightweight. It is one of the most resource intensive technologies ever deployed at scale. Training a single advanced AI model can consume tens of gigawatt hours of electricity, while operating these systems continuously requires vast computational infrastructure running around the clock. Data centers, once peripheral to the global economy, have become its beating heart. By 2026, their electricity consumption is approaching one thousand terawatt hours annually, placing them among the largest single categories of energy demand worldwide. This surge has created a paradox at the core of the AI economy. On one hand, artificial intelligence is expected to drive a new wave of productivity growth, boosting global GDP and transforming industries from finance to healthcare. On the other hand, the infrastructure required to support it is placing unprecedented strain on national power grids, driving up capital expenditures, and introducing new vulnerabilities into economic systems. The very technology designed to optimize efficiency is now forcing governments and corporations to confront inefficiencies in their physical infrastructure that have been ignored for decades. The scale of investment reflects the magnitude of this shift. Global spending on AI infrastructure has surged beyond six hundred billion dollars annually, with long term projections reaching into the trillions. Tech giants and sovereign funds alike are pouring resources into building data centers, securing chip supply chains, and locking in energy contracts. Yet despite this flood of capital, projects are increasingly delayed or scaled back. The constraint is no longer money. It is capacity. Power grids cannot be expanded overnight. Transmission lines require years of planning and regulatory approval. Critical components such as transformers face supply bottlenecks that stretch across multiple years. The result is a growing disconnect between ambition and execution. This is where the concept of the gating factor emerges. For much of modern economic history, interest rates have been the dominant force shaping investment and growth. In the AI era, that hierarchy is shifting. Power availability is becoming just as important, and in some cases more decisive. A data center cannot operate without a stable and abundant energy supply, regardless of how favorable financing conditions may be. Companies are now selecting locations based not on tax incentives or labor costs, but on access to reliable electricity. Entire regions are being reevaluated through the lens of energy capacity, turning power grids into strategic assets rather than background utilities. The implications extend far beyond corporate strategy. At the national level, access to energy and semiconductors is beginning to resemble a new form of sovereign wealth. Countries that can generate surplus electricity and secure advanced chips are positioning themselves at the forefront of the AI economy. They attract investment, host cutting edge infrastructure, and capture the productivity gains that AI enables. Those that cannot are facing a different trajectory. Without the ability to support data centers or access high performance computing, they risk being locked out of the most dynamic segment of the global economy. This divergence is already visible. Advanced economies with robust energy infrastructure and established semiconductor ecosystems are accelerating ahead, while many developing nations struggle to participate. The gap is not simply technological. It is structural. AI requires a foundation that includes stable grids, high capacity transmission networks, and access to specialized hardware. Without these elements, adoption becomes limited, and the benefits of AI remain out of reach. What emerges is the possibility of a digital era recession, a condition in which countries fall behind not because they lack talent or ambition, but because they lack the physical means to compete. At the same time, even the most advanced economies are encountering limits. The rapid expansion of AI infrastructure is pushing power systems to their edge. Data centers concentrate enormous energy demand in specific locations, creating localized stress on grids that were never designed for such intensity. In some regions, they already account for a significant share of total electricity consumption, and that share is expected to grow sharply in the coming years. Utilities are scrambling to upgrade infrastructure, integrate renewable energy sources, and develop new forms of storage to manage fluctuating demand. These efforts are costly and time consuming, adding another layer of complexity to the AI expansion. Semiconductors represent the second pillar of the Silicon Squeeze. The most advanced AI systems rely on highly specialized chips that are difficult and expensive to produce. Manufacturing is concentrated in a handful of regions, making the supply chain vulnerable to geopolitical tensions and disruptions. Demand has surged far beyond expectations, leading to shortages that ripple across industries. These chips are not just components. They are the engines of the AI economy, and their scarcity reinforces the importance of strategic control over production and distribution. The interaction between energy and semiconductors creates a feedback loop that intensifies the squeeze. More powerful chips enable more complex AI models, which in turn require more energy to operate. As demand

Russell Hardy The Invisible Hand Guiding the Flow of Global Oil By Nida kanwal Russell Hardy operates at the centre of a system that most people rarely see but which underpins the entire global economy. As Chief Executive of Vitol, he leads the world’s largest independent oil trading company, an organisation whose influence is felt in every corner of the energy market. Unlike producers, who are tied to physical assets, Vitol’s power lies in its ability to move, store, and finance energy flows on a global scale. Hardy’s career is deeply intertwined with the evolution of oil trading itself. Joining Vitol in the mid 1990s, he developed expertise across regions and commodities, gaining a comprehensive understanding of the complex networks that connect supply and demand. This experience has given him a unique perspective on the dynamics of global energy markets. Vitol’s operations are vast and multifaceted. The company trades millions of barrels of oil each day, navigating a web of logistics that includes shipping, storage, and refining. It operates in a space where information is as valuable as infrastructure, and where the ability to respond quickly to changing conditions can determine success or failure. Under Hardy’s leadership, Vitol has strengthened its position as a central player in these networks. His approach is characterised by pragmatism and adaptability. He recognises that the energy market is inherently volatile, shaped by geopolitical events, economic trends, and technological developments. To succeed in this environment, Vitol must remain flexible, ready to shift strategies as conditions evolve. One of the most significant developments during his tenure has been the company’s expansion into renewable energy. Investments in wind and solar projects reflect a broader recognition that the energy landscape is changing. However, Hardy has been careful to ensure that these ventures complement rather than replace Vitol’s core trading activities. This balance is crucial. While the transition to cleaner energy is underway, oil remains a dominant force in the global economy. By maintaining a strong presence in traditional markets while gradually diversifying, Vitol is positioning itself to remain relevant regardless of how the transition unfolds. Hardy’s leadership style is understated but highly effective. He does not seek public attention, reflecting the broader culture of Vitol itself. In an industry where discretion is often essential, this low profile approach allows the company to operate with minimal external interference. Internally, he emphasises expertise, speed, and judgement. Trading requires the ability to make decisions quickly, often with incomplete information. Hardy’s experience and insight provide a steady hand in this high pressure environment. What makes Russell Hardy particularly influential is the nature of the power he wields. Unlike producers, who control supply, or governments, which regulate markets, Vitol operates in the space between, connecting the two. This position gives it a unique ability to shape the flow of energy, influencing prices, availability, and distribution. In many ways, Hardy represents the hidden architecture of the energy system. His work may not be visible to the public, but its impact is profound. By guiding the movement of oil across the globe, he plays a critical role in maintaining the stability and functionality of the modern economy.

Darren Woods The Architect of Relentless Scale in a Changing Energy World By Michelle Clark In the hierarchy of global energy leadership, Darren Woods stands as a figure defined not by flamboyance but by conviction. As Chairman and Chief Executive of ExxonMobil, he has guided one of the most historically dominant energy companies through a period marked by volatility, ideological pressure, and structural change. Where many of his peers have leaned into reinvention, Woods has instead focused on reinforcement, sharpening ExxonMobil’s core strengths while selectively adapting to a world that is increasingly uncertain about the future of fossil fuels. Woods is, at heart, an engineer. That identity is not incidental but central to his leadership philosophy. Trained in electrical engineering, he joined Exxon in 1992 and built his career within the refining and chemical divisions, areas that require precision, efficiency, and a deep understanding of complex systems. This technical grounding has shaped a leadership style that prioritises data, discipline, and long term planning over short term sentiment. When he assumed the role of chief executive in 2017, ExxonMobil was already under pressure. Oil prices had been volatile, activist investors were beginning to challenge traditional strategies, and the broader energy narrative was shifting toward decarbonisation. Woods responded not by retreating but by doubling down on what he viewed as structural realities. His argument was straightforward: global demand for energy would continue to rise, and hydrocarbons would remain a central component of that demand for decades to come. This belief underpins what has become known as his hydrocarbon indispensable strategy. Rather than pivoting aggressively away from oil and gas, Woods has positioned ExxonMobil as a company that will continue to supply these resources at scale while investing in technologies to reduce their environmental impact. Carbon capture, hydrogen, and emissions reduction have become key pillars, but always within a framework that preserves the company’s core identity. Perhaps the most defining move of his tenure has been the acquisition of Pioneer Natural Resources. This was not merely a corporate transaction but a strategic consolidation of power within the Permian Basin, one of the most productive oil regions in the world. By securing a dominant position in this basin, Woods has ensured that ExxonMobil controls a critical share of American oil production, reinforcing its status as the premier Western major. This focus on scale is not accidental. Woods understands that in a capital intensive industry, size brings resilience. Larger operations can absorb shocks, optimise costs, and invest in technologies that smaller competitors cannot afford. By expanding ExxonMobil’s footprint in key regions, he has created a platform that is both robust and adaptable. At the same time, Woods has had to navigate increasing scrutiny from investors and policymakers. The debate around climate change has placed oil companies under intense pressure to demonstrate their commitment to sustainability. Woods’s response has been measured but firm. He acknowledges the importance of reducing emissions but argues that the transition must be grounded in economic reality. Abrupt shifts, he warns, could lead to supply shortages, price spikes, and broader instability. His leadership style reflects this balance. Woods is not a confrontational figure, yet he is resolute in his views. He emphasises capital discipline, often resisting calls for rapid transformation in favour of steady, calculated progress. This approach has helped stabilise ExxonMobil’s financial performance, particularly during periods of market turbulence. Internally, he is known for fostering a culture of accountability and technical excellence. Decision making is rigorous, with a strong emphasis on data and analysis. This has reinforced ExxonMobil’s reputation as a company that values precision and consistency over experimentation. What ultimately defines Darren Woods is his belief in continuity. In a time when many are questioning the future of oil, he remains focused on its present and near term necessity. His strategy is not about resisting change but about managing it on his own terms, ensuring that ExxonMobil remains a central player regardless of how the energy landscape evolves. In doing so, he has positioned himself as one of the most influential figures in shaping the future of the industry.

Vicki Hollub The Pioneer Bridging Oil and the Future of Carbon Removal By Sidra Asif Vicki Hollub has emerged as one of the most distinctive and consequential leaders in the global energy sector, combining deep technical expertise with a willingness to embrace new and unconventional ideas. As Chief Executive of Occidental Petroleum, she has reshaped the company’s identity, transforming it into a leader not only in traditional oil and gas production but also in the rapidly developing field of direct air capture. Through this dual focus, she has positioned Occidental at the forefront of efforts to address climate change while still operating within the realities of the modern energy system. Hollub’s career began far from the boardroom, in the oil fields where she built a strong foundation in reservoir management, drilling operations, and production techniques. This hands-on experience has remained central to her leadership philosophy. Unlike many executives who rise through purely financial or managerial paths, Hollub understands the technical and operational core of the business at a granular level. This perspective allows her to make decisions grounded in practical knowledge, giving her credibility with engineers, geologists, and field workers alike. Her rise to the top of Occidental was marked by persistence, discipline, and resilience. Entering a traditionally male-dominated industry, she faced structural and cultural barriers that have historically limited the advancement of women in energy. Rather than positioning herself as an outsider, Hollub built her reputation through performance and technical mastery. When she became CEO, she did so not as a symbolic figure, but as a proven operator with decades of experience. Her leadership style reflects this background: direct, analytical, and focused on measurable outcomes rather than abstract promises. A defining feature of Hollub’s tenure has been her strategic vision for the future of energy. While many leaders in the oil and gas sector have approached the energy transition cautiously, she has taken a more proactive stance. Central to this vision is the development of direct air capture (DAC) technology, which removes carbon dioxide directly from the atmosphere. This approach represents a significant departure from traditional emissions reduction strategies, which typically focus on preventing emissions at the source rather than reversing them after the fact. For Hollub, direct air capture is not a contradiction of Occidental’s core business but a natural extension of it. The company’s longstanding expertise in subsurface geology, enhanced oil recovery, and carbon dioxide management provides a strong foundation for scaling carbon removal technologies. By capturing CO and storing it underground, or even reusing it in industrial processes, Occidental aims to create a closed-loop system that reduces the net environmental impact of fossil fuel use. This integration of legacy capabilities with emerging technologies reflects Hollub’s broader strategic mindset. Rather than viewing the future of energy as a binary choice between fossil fuels and renewables, she sees it as a complex, transitional landscape where multiple solutions must coexist. Oil and gas, in her view, will continue to play a critical role in global energy supply for decades to come. At the same time, new technologies like DAC can help mitigate their environmental consequences, creating a more balanced and sustainable system. Hollub’s approach has also been shaped by her relationship with long-term investors who are willing to support ambitious, capital-intensive projects. This backing has provided Occidental with the financial stability needed to invest in large-scale carbon capture infrastructure, which requires significant upfront costs and long development timelines. Rather than pursuing short-term gains, Hollub has emphasized disciplined investment and long-term value creation, aligning the company’s strategy with broader structural shifts in the energy market. Her leadership style is both pragmatic and forward-looking. She does not dismiss the challenges of climate change, nor does she underestimate the scale of transformation required to address it. At the same time, she remains grounded in the operational realities of the energy industry. This balance allows her to navigate competing pressures—from environmental concerns to shareholder expectations—without resorting to overly simplistic solutions. Importantly, Hollub’s vision challenges conventional narratives about the role of oil companies in a low-carbon future. Instead of positioning Occidental as a company in decline, she presents it as an evolving enterprise capable of adapting its expertise to new challenges. This reframing is significant, as it suggests that traditional energy companies can play an active role in climate solutions rather than being sidelined by them. In an industry often characterized by caution and incremental change, Hollub stands out as a leader willing to take calculated risks. Her commitment to direct air capture, in particular, reflects a belief that technological innovation can unlock new pathways for addressing climate change. While the commercial viability of DAC is still being tested, her early investment in the field positions Occidental as a potential leader if the technology scales successfully. At the same time, Hollub’s strategy is not without controversy. Critics argue that carbon capture technologies could prolong reliance on fossil fuels by offering a way to offset emissions rather than eliminate them. Hollub acknowledges these concerns but maintains that a comprehensive approach to climate change must include both emissions reduction and carbon removal. In her view, the scale of global emissions is simply too large to be addressed by a single solution. Ultimately, Vicki Hollub’s influence lies in her ability to connect traditional strengths with emerging opportunities. She represents a new kind of energy leader—one who does not abandon the past but builds upon it to create a different future. By bridging the gap between oil production and carbon removal, she is helping to redefine what it means to be an energy company in the twenty-first century. Her legacy will likely be measured not only by Occidental’s financial performance, but by its role in shaping the trajectory of the energy transition. Whether direct air capture fulfills its promise or not, Hollub’s willingness to invest in bold, unconventional ideas has already set her apart. In doing so, she has created a model of leadership that is both innovative and grounded in reality—one that recognizes the complexity of the

Patrick Pouyanné The Executive Rewriting the Identity of a Modern Energy Giant By Afef Yousfi Patrick Pouyanné has distinguished himself as a leader willing to redefine not only strategy but identity itself. As Chairman and Chief Executive of TotalEnergies, he has overseen one of the most deliberate transformations among the global energy majors, steering a legacy oil company into a broader, more complex energy enterprise without abandoning the foundations that made it powerful in the first place. Pouyanné’s rise to the top of the energy world did not follow the traditional path of a petroleum executive. Educated at École Polytechnique and École des Mines, two of France’s most prestigious institutions, he began his career in public administration, serving in various government roles. This early exposure to policy, regulation, and national economic planning shaped a perspective that continues to define his leadership. Unlike many of his peers, Pouyanné approaches energy not only as a commodity business but as a system deeply intertwined with state interests, infrastructure, and long term societal needs. When he joined Total in 1997, he entered a company still largely defined by its upstream oil operations. Over the following years, he moved through a range of roles spanning refining, chemicals, and exploration. This breadth of experience proved critical. By the time he assumed the role of chief executive in 2014, he had developed a comprehensive understanding of the company’s entire value chain, from extraction to end use. This holistic view would later underpin his efforts to reshape the organisation. His early tenure was marked by adversity. The collapse in oil prices shortly after he took charge forced immediate action. Pouyanné responded with a focus on cost reduction, efficiency, and capital discipline. These measures stabilised the company and restored investor confidence, but they also revealed something deeper about his approach. He was not a leader driven by ideology or fashion, but by a pragmatic assessment of conditions and a willingness to act decisively when required. It was this pragmatism that laid the groundwork for his most ambitious move, the transformation of Total into TotalEnergies. Announced in 2021, the rebranding was more than symbolic. It signalled a fundamental shift in how the company viewed itself and its future. Rather than remaining a traditional oil and gas producer, it would evolve into a multi energy company, integrating hydrocarbons with electricity, renewables, and low carbon technologies. This transition was not without risk. Rebranding a company of such scale involves more than changing a name. It requires aligning strategy, investment, culture, and public perception. Pouyanné approached this challenge with characteristic clarity. He framed the transition not as a rejection of oil and gas but as an expansion of capabilities. Hydrocarbons would remain central, but they would be complemented by growing investments in solar, wind, and electricity distribution. Under his leadership, TotalEnergies has built one of the most significant renewable portfolios among the traditional majors. The company has invested heavily in solar projects across multiple continents and has become a major player in offshore wind. These initiatives are part of a broader effort to establish a strong presence in electricity markets, recognising that the future of energy will increasingly revolve around electrons as well as molecules. At the same time, Pouyanné has maintained a firm commitment to oil and gas. He has been particularly active in regions such as Africa, where TotalEnergies plays a major role in developing energy infrastructure. These projects are often complex, involving not only technical challenges but also political and social considerations. Pouyanné’s background in public administration has proven valuable in navigating these environments, allowing him to engage effectively with governments and stakeholders. His approach to the energy transition is grounded in realism. Pouyanné acknowledges the urgency of reducing emissions but emphasises the continued importance of hydrocarbons in meeting global demand. He has often argued that the transition must be managed carefully, ensuring that new energy systems are developed without undermining economic stability. This balanced perspective has positioned him as a pragmatic voice in a debate often dominated by extremes. Financial discipline remains a cornerstone of his strategy. While TotalEnergies has expanded into renewables, it has done so with a focus on profitability. Pouyanné is acutely aware that the success of the transition depends not only on technological innovation but also on financial viability. By maintaining strong cash flows from oil and gas operations, the company is able to fund its investments in new energy without compromising its financial health. His leadership style is direct and often refreshingly candid. Pouyanné is known for speaking openly about the challenges facing the industry, whether related to market conditions, regulatory pressures, or the complexities of the transition. This transparency has earned him credibility among investors, policymakers, and even critics. He does not attempt to present a simplified narrative but instead engages with the nuances of the situation. Internally, he has worked to foster a culture that embraces change while maintaining operational excellence. Transforming a company of TotalEnergies’ scale requires more than strategic decisions at the top. It involves aligning thousands of employees around a new vision, encouraging innovation while preserving the discipline that has long defined the organisation. Pouyanné’s ability to balance these priorities has been a key factor in the company’s progress. His influence extends beyond the boundaries of TotalEnergies. As one of the most prominent figures in the global energy sector, he participates in international discussions on climate, investment, and energy policy. His perspective, shaped by both experience and forward thinking, contributes to a more nuanced understanding of the transition. What ultimately defines Patrick Pouyanné is his willingness to confront complexity. He does not view the future of energy as a simple shift from one source to another but as a multifaceted transformation involving technology, economics, and society. By positioning TotalEnergies at the intersection of these forces, he has created a company that is both rooted in its past and oriented towards the future. In a time of profound change, Pouyanné stands out as a leader who is neither constrained by

The Fog of War Economy Energy shocks, fragile supply chains, and strategic uncertainty are reshaping global resilience in 2026 By Rizwan Zulfiqar Bhutta In April 2026, the global economy finds itself navigating a landscape defined less by clear signals and more by uncertainty, distortion, and risk. The aftermath of escalating tensions and conflict across the Middle East has not only disrupted energy flows but has fundamentally altered the mechanics of global trade, pricing, and monetary policy. While a fragile ceasefire has offered a momentary sense of relief, it has done little to resolve the deeper structural imbalances now embedded in the system. Oil and gas prices remain elevated, hovering between thirty and forty percent above pre war levels, and the ripple effects are being felt far beyond the energy sector. What has emerged is a new economic condition best described as the Fog of War Economy, where decision making is constrained by incomplete information, volatile inputs, and the constant threat of renewed disruption. This environment has turned April into a decisive moment for central banks. Policymakers are caught between competing imperatives that are increasingly difficult to reconcile. On one side lies inflation, still fueled by high energy costs and supply chain inefficiencies. On the other lies growth, which is showing signs of fragility in key regions, particularly in Europe and parts of Asia. The traditional tools of monetary policy appear less effective in this context, as interest rate adjustments cannot directly address supply side shocks rooted in geopolitics. The result is a growing sense that central banks are operating with limited visibility, forced to make high stakes decisions in an environment where the underlying variables remain unstable. At the core of this instability is what economists are calling the Triple Deficit, a convergence of fiscal strain, current account imbalances, and energy dependency. Governments that expanded spending during previous crises are now facing rising borrowing costs, even as they attempt to shield households and industries from the impact of higher energy prices. At the same time, countries reliant on imported fuel are seeing their trade balances deteriorate, as elevated prices increase the cost of essential imports. This combination is particularly acute in emerging markets and energy dependent economies in Europe, where the margin for policy error is rapidly shrinking. The contrast between resilience and vulnerability has become one of the defining narratives of this period. The United States, supported by domestic energy production and a relatively insulated supply chain, has demonstrated a degree of economic stability that has surprised many observers. Consumer demand remains steady, and corporate balance sheets, while under pressure, have not yet reached a breaking point. This resilience is not absolute, but it highlights the advantages of structural factors such as energy independence and diversified industrial capacity. In Europe, the picture is markedly different. Energy intensive sectors, including manufacturing, chemicals, and heavy industry, are facing a sustained period of margin compression. Companies that once operated with predictable input costs are now grappling with volatility that makes long term planning exceptionally difficult. For many firms, the issue is not just higher prices, but unpredictability. Contracts negotiated under one set of assumptions quickly become unviable as energy costs fluctuate, forcing businesses to absorb losses or pass them on to consumers. Neither option is sustainable indefinitely. Asia presents a similarly complex landscape. Export driven economies are contending with both higher input costs and weaker external demand, as global growth slows under the weight of uncertainty. Countries that rely heavily on imported energy are particularly exposed, facing a dual challenge of maintaining industrial output while managing currency pressures linked to widening trade deficits. The interplay between these factors is creating a fragile equilibrium, one that could be disrupted by even minor shifts in geopolitical conditions. Amid this uncertainty, the risk of a wave of corporate insolvencies is becoming increasingly tangible. As summer approaches, companies operating on thin margins may find themselves unable to absorb continued cost pressures. Small and medium sized enterprises are especially vulnerable, lacking the financial buffers and hedging capabilities of larger corporations. The consequences of widespread insolvencies would extend beyond individual firms, affecting employment, credit markets, and overall economic stability. What begins as a sector specific strain could quickly evolve into a broader systemic issue. The response to this environment has been a fundamental shift in how businesses and governments think about supply chains. For decades, the dominant model was built around efficiency, minimizing inventory and optimizing logistics to reduce costs. This Just in Time approach relied on the assumption that global trade would remain stable and predictable. That assumption no longer holds. In its place, a new paradigm is emerging, one that prioritizes resilience over efficiency. Just in Case logistics is not simply a tactical adjustment but a strategic transformation. Companies are increasing inventory levels, diversifying suppliers, and investing in redundancy across their operations. These measures come at a cost, raising expenses and tying up capital that could otherwise be deployed elsewhere. However, in an environment defined by disruption, the cost of preparedness is increasingly seen as a necessary investment rather than an optional expense. The shift reflects a broader recognition that reliability has become as important as efficiency in determining competitiveness. Energy security has become a central pillar of this new approach. Governments are rethinking their energy strategies, seeking to reduce dependence on volatile external sources and build more stable domestic capacity. This includes accelerating investments in renewable energy, expanding storage capabilities, and securing long term supply agreements with trusted partners. These initiatives are capital intensive and time consuming, but they are being driven by a clear imperative. In a Fog of War Economy, access to reliable energy is not just an economic concern but a strategic necessity. The financial implications of this shift are significant. Ensuring energy security requires substantial upfront investment, which in turn places additional pressure on public finances already strained by the Triple Deficit. At the same time, higher costs are being passed through to businesses and consumers, contributing to persistent inflationary

Torbjörn Törnqvist The Trader Navigating the Grey Zone Between Old and New Energy By Michelle Clark In the often opaque world of global commodity trading, few figures command as much quiet influence as Torbjörn Törnqvist. As co founder and Chief Executive of Gunvor Group, he operates at the intersection of markets, logistics, and geopolitics, shaping the movement of energy across continents with a precision that rarely attracts public attention but consistently drives global outcomes. Törnqvist’s career is rooted in the mechanics of trade rather than the extraction of resources. This distinction is crucial. Where oil executives often think in terms of reserves and production, traders think in flows, arbitrage, and timing. Törnqvist developed his expertise in this environment, learning to interpret signals from markets, politics, and infrastructure in order to anticipate where value would emerge. This perspective has defined both his leadership and the evolution of Gunvor itself. Founded in the early 2000s, Gunvor initially focused on trading crude oil, particularly from Russia and Eastern Europe. It quickly grew into one of the largest independent trading houses in the world, leveraging relationships, logistics, and financing capabilities to expand its reach. Under Törnqvist’s guidance, the company diversified beyond its early focus, building a portfolio that includes refined products, natural gas, and increasingly, transitional fuels. What sets Törnqvist apart is his ability to read structural change without abandoning core strengths. As the global energy system begins to shift, he has recognised that trading will not diminish in importance but will become more complex. The rise of liquefied natural gas, the growth of biofuels, and the increasing integration of renewable energy all create new forms of arbitrage and new logistical challenges. Gunvor has moved decisively into these areas, positioning itself not just as a trader of oil but as a trader of energy in its broadest sense. His expansion into LNG reflects a particularly strategic insight. Natural gas, especially in liquefied form, has become a critical bridge fuel in the transition to lower carbon systems. By investing in infrastructure and trading capabilities in this space, Törnqvist has ensured that Gunvor remains central to one of the fastest growing segments of the market. Similarly, the company’s involvement in biofuels signals an understanding that regulatory pressures and environmental concerns are reshaping demand. Despite this forward looking strategy, Törnqvist has not lost sight of the fundamentals. Oil remains a cornerstone of Gunvor’s operations, and its trading continues to generate significant revenue. This balance between innovation and continuity defines his approach. He does not chase trends for their own sake but integrates new opportunities into a framework that remains grounded in profitability and efficiency. Leadership in the trading world requires a particular temperament. Decisions must often be made quickly, based on incomplete information, and with significant financial risk. Törnqvist’s style is measured but decisive. He fosters a culture that values expertise, discipline, and responsiveness, ensuring that Gunvor can adapt to rapidly changing conditions without losing coherence. His low public profile is not accidental. In a business where discretion is often essential, visibility can be a disadvantage. By keeping a relatively quiet presence, Törnqvist allows the company to operate with flexibility, avoiding unnecessary scrutiny while maintaining strong relationships across the industry. Yet his influence is far from limited. As one of the leaders of a top tier trading house, his decisions affect pricing, supply chains, and market stability. When Gunvor moves cargoes or shifts strategies, the effects ripple across the global system. This makes Törnqvist a central figure in the hidden architecture of energy. In many ways, he represents the future of trading. As the energy system becomes more diversified, the role of intermediaries will grow more complex. Traders will need to navigate not only physical flows but also regulatory frameworks, environmental considerations, and technological change. Törnqvist’s ability to operate in this evolving landscape positions him as one of the most significant yet understated figures in global energy. He is not a public advocate or a visible reformer. Instead, he is a strategist working within the system, adapting it from within. In doing so, he ensures that Gunvor remains not just relevant but essential, a company that thrives in the grey zone between the old energy world and the one that is gradually emerging.

Idan Ofer The Financier Connecting Energy, Shipping & Power By Pual Smith Where many figures in the energy world derive their influence from operational control, Idan Ofer represents a different kind of power, one rooted in capital, networks, and strategic positioning. As the driving force behind Quantum Pacific Group and a key shareholder in multiple energy and infrastructure ventures, he operates across industries, linking shipping, power generation, and finance into a cohesive and highly influential portfolio. Ofer’s origins lie in maritime business, an industry that has long been the backbone of global trade. Shipping is the invisible engine that moves commodities across the world, and through this sector, Ofer developed a deep understanding of the physical realities of global commerce. This perspective is essential. Energy is not just produced and consumed; it is transported, stored, and financed, often across vast distances and complex logistical chains. Ofer’s early involvement in shipping placed him at the heart of these processes. From this foundation, he expanded into energy and infrastructure. Through investments in companies such as Kenon Holdings and its stake in OPC Energy, he has established a significant presence in electricity generation. This move reflects a broader strategic vision, one that recognises the growing importance of power markets in the global energy system. What distinguishes Ofer is his ability to connect seemingly disparate sectors.  Shipping, power generation, and finance are often treated as separate domains, yet in reality they are deeply interconnected. Oil and gas must be transported, fuels must be converted into electricity, and all of this requires capital. By operating across these areas, Ofer creates synergies that enhance both efficiency and influence. His approach is fundamentally strategic rather than operational. Unlike a chief executive who manages daily activities, Ofer focuses on long term positioning. He identifies opportunities, allocates capital, and builds networks that can generate value over time. This perspective allows him to respond to changes in the global economy with agility, shifting investments as conditions evolve. In the context of the energy transition, his role becomes particularly significant. As the world moves towards electrification, the importance of power generation and distribution increases. At the same time, the continued demand for oil and gas ensures that shipping remains essential. Ofer’s portfolio bridges these worlds, positioning him at a critical junction in the evolving energy landscape. His influence is also amplified by his connections to global finance. Access to capital is a determining factor in the development of energy infrastructure, and Ofer’s network enables him to participate in projects that might be beyond the reach of more narrowly focused players. This financial dimension adds another layer to his impact. Despite his extensive reach, Ofer maintains a relatively low public profile. This discretion reflects a broader philosophy that prioritises effectiveness over visibility. His influence is exercised through investments and partnerships rather than public statements, making it less visible but no less significant. There is also a degree of adaptability in his approach that mirrors the shifting nature of the energy system. Rather than committing exclusively to one form of energy, he spreads risk across multiple sectors. This diversification not only protects his portfolio but also allows him to participate in different aspects of the transition. Ofer’s role highlights the importance of capital in shaping the future of energy. While engineers and executives design and operate systems, it is investors who determine which projects are funded and which ideas become reality. In this sense, his influence extends beyond individual companies to the broader direction of the industry. He is not a traditional energy leader, yet his impact is undeniable. By connecting shipping, power, and finance, Idan Ofer operates at a level that transcends individual sectors. He is a facilitator of systems, a strategist who understands that the future of energy will be defined not only by what is produced but by how it is moved, financed, and integrated. In a world where the boundaries between industries are increasingly blurred, Ofer stands as a figure who has already adapted to that reality. His networked approach to business reflects the complexity of the modern energy system, and his ability to navigate that complexity ensures that he remains a central, if often unseen, force within it.

Gary Heminger The Veteran Who Still Shapes the Engines of Refining By Michelle Clark Even after stepping down from the chief executive role at Marathon Petroleum, Gary Heminger remains a figure of considerable influence within the energy industry. His career, spanning decades in refining and midstream operations, has left an imprint on the infrastructure that underpins modern fuel supply. In a sector often overshadowed by upstream exploration and production, Heminger represents the critical but less visible domain where crude oil is transformed into the products that power everyday life. Heminger’s journey is rooted in the downstream segment of the industry. Beginning his career in refining, he developed a deep understanding of the processes that convert crude into fuels such as petrol, diesel, and jet fuel. This area of the business demands precision, efficiency, and an ability to manage complex systems. Unlike exploration, where uncertainty is inherent, refining is about optimisation, ensuring that every barrel is processed in the most effective way possible. Over time, Heminger rose through the ranks, eventually becoming chief executive of Marathon Petroleum. Under his leadership, the company expanded its refining capacity and strengthened its position in midstream logistics. Pipelines, storage facilities, and distribution networks became central to its operations, creating an integrated system that connects production with consumption. One of his most significant contributions was his focus on scale and integration. Heminger understood that in refining, size can provide a competitive advantage. Larger operations can achieve economies of scale, reduce costs, and respond more effectively to market fluctuations. By expanding Marathon’s footprint and integrating its assets, he created a system that was both efficient and resilient. His tenure also coincided with significant changes in the energy landscape. The rise of shale production in the United States altered supply patterns, increasing the availability of domestic crude. At the same time, environmental regulations and shifting demand required refiners to adapt. Heminger navigated these changes with a focus on flexibility, ensuring that Marathon could process different types of crude and produce a range of products. Even after his retirement from the chief executive role, Heminger’s expertise continues to shape the industry. As an advisor and industry figure, he provides insights into the complexities of refining and logistics. His understanding of infrastructure is particularly valuable, as the transition to new energy systems will still rely on existing networks. His leadership style has always been grounded in practicality. Heminger is not known for grand visions or sweeping statements. Instead, he focuses on execution, ensuring that systems function efficiently and reliably. This approach reflects the nature of the downstream sector, where success is measured in consistency and performance rather than innovation alone. What makes his influence enduring is the centrality of refining to the global economy. Despite the growth of renewable energy, liquid fuels remain essential for transportation, aviation, and industry. The infrastructure that Heminger helped build and optimise continues to support these needs, making his legacy both tangible and ongoing. There is also a broader lesson in his career about the importance of often overlooked segments of the industry. While upstream production attracts attention, it is downstream operations that ultimately deliver energy to consumers. Without refining and logistics, crude oil has little practical value. Heminger’s work highlights this reality, emphasising the interconnected nature of the energy system. In the context of transition, his insights remain relevant. As new fuels and technologies emerge, the question of how they will be processed, transported, and distributed becomes critical. Heminger’s experience provides a framework for thinking about these challenges, ensuring that innovation is supported by practical infrastructure. Gary Heminger may no longer be at the forefront of corporate leadership, but his impact endures. He represents continuity in an industry undergoing change, a reminder that even as new technologies emerge, the systems that deliver energy must remain robust and efficient. His career is a testament to the importance of execution, integration, and long term thinking in a sector that is both complex and essential.