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The Twilight of Oil in an Age of Uncertainty: Regional Analysis

The Twilight of Oil in an Age of Uncertainty: Regional Analysis

Oct 31, 2026

Dramatic aerial twilight view of Riyadh city skyline with lit streets. by Abul Lais via Pexels

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The Twilight of Oil in an Age of Uncertainty: From a Vicious to a Virtuous Cycle

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The global hydrocarbon order is changing. Economic diversification and developing productive economies have become essential for Middle Eastern and North African states, requiring them to address social and political challenges and rethink domestic, regional, and global settlements.

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By Nur Arafeh, Ishac Diwan, Hamza Meddeb, Marwan Muasher
Malcolm H. Kerr Carnegie Middle East Center – Published on Oct 30, 2026

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The Middle East and North Africa (MENA) region has been a major producer and exporter of hydrocarbons since the 1930s. In 2025, around 30 percent of global hydrocarbon exports originated in the MENA region, with collective regional revenues amounting to over $1 trillion.1 Since 2000, when the second oil boom began (the first being in October 1973), MENA has sold $25 trillion worth of oil and gas (adjusted for 2025 prices). As demonstrated by the conflict between the United States and Iran, events in the region remain consequential for international energy markets. But equally, hydrocarbons have shaped the region’s economies, governance structures, and societies in ways that now define the nature of the challenge ahead.

The challenge in question is one of fundamental economic transformation. The global hydrocarbons order is facing profound change, as environmental and geopolitical pressures undermine the foundations on which many MENA economies have rested. In this context, economic diversification is no longer optional; it has become both strategic and urgent. Yet diversification is not merely a technical exercise. It brings with it at least three types of fundamental and interconnected challenges. The first is economic, and involves countries determining how to increase their labor productivity and build sustainable productive capacity outside hydrocarbons in economies long structured around resource rents. The second challenge is social and political, affecting how to renegotiate social contracts that support more inclusive societies. The third is regional, where the success or failure of transformation will depend not only on domestic reform, but on whether a more stable regional order can emerge, one in which economic cooperation prevails over conflict, fragmentation, and escalating tensions. Escaping the current vicious cycle and turning it into a virtuous one is essential for the region’s future.

This paper does not offer a single prescription and acknowledges that the MENA region encompasses countries at very different stages of development, with very different resource endowments, institutional capacities, and political settlements. The analysis focuses on three groups of countries: high-income hydrocarbon exporters (Gulf Cooperation Council (GCC) countries), middle-income hydrocarbon exporters (Algeria, Iraq, Libya, and Iran), and middle-income hydrocarbon importers (Egypt, Jordan, Lebanon, Morocco, and Tunisia). We offer an integrated approach to the economic, political, and regional dimensions of the diversification imperative and the need to strengthen productivity, as well as policy recommendations organized around the five key questions that structured the commission’s deliberations.

The first question is the most fundamental one: Why must MENA countries diversify, and why now? For all the countries examined here, the answer is that, for various reasons, the demand for hydrocarbons is falling in a world shaped by a volatile energy transition and a pressing imperative of energy security. This will inexorably reduce oil and gas exports and revenues over the medium to long term, sharply constraining these countries’ access to foreign exchange and deepening their fiscal pressures. Many of the hydrocarbon exporting countries understand therefore that, because they will not be able to finance employment of their growing labor force in the public sector, they must immediately begin investing in productive jobs if they are to meet future challenges. Energy importers face a different challenge: They realize that it will be impossible in the coming years to export carbon-intensive manufactured goods to Europe as carbon border adjustment mechanisms and other environmental regulations take effect. The war with Iran has exacerbated such tensions. For one thing, oil revenues will fall more rapidly, implying a need to diversify more rapidly. Additionally, the war is likely to force changes in the way in which diversification takes place. The oil importing countries, especially Egypt, Jordan, and Lebanon, will sustain indirect losses, which is one more reason why they need to try harder to improve their labor productivity through growth-enhancing reforms.

The second question concerns the current state of play: What is the situation when it comes to diversification efforts in the MENA region? The picture is highly uneven:

  • GCC countries are heavily engaged in investing in productivity and diversification, but the results remain mixed. The most dynamic sectors have been oil products, entrepôt trade, tourism, hospitality, entertainment, and more recently renewables and artificial intelligence (AI) centers.2 However, generating productive jobs has been challenging, and the globally oriented model that underpins Gulf diversification strategies is threated by regional instability. The ability of the GCC countries to navigate a turbulent global energy transition is also in jeopardy.
  • Among the middle-income hydrocarbon exporters (Iraq, Algeria, Libya, Iran), the pattern is one of rent consumption rather than investment. Productivity growth is absent, rent per capita is falling, and there is as yet no credible exit path from this trajectory.
  • Middle-income hydrocarbon importers present an equally troubling picture, as they have been stuck in a severe form of the middle-income trap: They are operating below potential, with fragile social and financial situations, and are failing to pursue growth-enhancing reforms. Savings are low, as is investment, underemployment is rampant, and these countries each face a brewing debt crisis, while state services have been severely rolled back. The main problem is an unbalanced form of capitalism dominated by a closed economic elite that is unwilling to allow space for competition from firms not under its control. Political connections are based on loyalty, not productivity, which represents a key obstacle to transformation.

The third question is political. What are the social and political implications of the current trajectory? Across the MENA region, the social contracts that offered material provision in exchange for political acquiescence are under mounting strain. The generation now entering the labor market is better educated than its predecessors, holds higher aspirations, and has grown up with direct exposure to different global living standards. However, it also faces higher unemployment than preceding generations, deteriorating public services, and more precarious labor markets. The nature of this strain diverges across country groups, reflecting fundamentally different distributional bargains. In the GCC, the rentier bargain is being restructured through nationalization of the labor force and subsidy reform, generating grievances with few formal outlets to express them.3 In middle-income hydrocarbon exporting countries, revenues sustain narrow patronage networks, but cannot finance mass consumption or broad legitimacy. In hydrocarbon importing states, such as Egypt and Jordan, external geopolitical rents that once underpinned the social contract are being eroded, leaving governments with shrinking fiscal space and facing rising social instability.

What unites all three country groups is the dilemma of how to deal with the fact that the reforms needed to build productive diversified economies are politically costly in the short run, even as inaction is economically unsustainable in the long run. Faced with this dilemma, governments have responded across the board by centralizing power and intensifying control, either to manage reform (in the case of the GCC countries) or avoid it (in the case of other states, such as Algeria, Egypt, Jordan, and Tunisia). However, this approach is straining the very foundations on which a durable economic transformation must rest—rule of law, investor confidence, legitimate channels for objection. The difficulties reformist politicians are facing are complex. They must propose attractive reforms that generate support from a coalition of reformist parties or pressure groups, create mechanisms that compensate losers and bring them into the fold, put in place checks and balances to avoid costly mistakes and learn from experience, and finally permit the voicing of grievances to avoid the type of explosion that was common during the decade of Arab uprisings.

The fourth question concerns the external environment. How do regional and global dynamics shape, and potentially undermine, diversification efforts? Falling hydrocarbon revenues will intensify regional competition in the oil and gas market if it is not matched by improved regional cooperation, as countries seek to defend their share of a shrinking market. This reality has become more acute since the beginning of the war with Iran, which dampened global appetite for Gulf oil and gas due to elevated perceived risks. Moreover, increased insecurity has also disrupted Gulf diversification strategies in areas that are highly sensitive to security conditions—foreign direct investment, tourism, or trade.

In this more volatile environment, countries need to imagine growth paths that are more resilient to shocks and less likely to generate them. This requires building regional economic interdependencies, which today remain underdeveloped. It would mean expanding intraregional trade and investment, advancing a regional security architecture that reduces business risk and lessens reliance on any single external guarantor, and diversifying external economic relationships in a world increasingly organized around geopolitical blocs. To be able to sustain diversified relations, stronger regional bargaining power helps. This could come in the form of more robust soft power derived from better management of regional public goods such as defending the environment, improving security, caring for refugees, and preventing states from failing. There are other arguments for improved regional cooperation in the form of the growth of a regional market: the need to bring some accumulated savings in the form of globally placed Sovereign Wealth Funds’ assets closer to home, given rising expropriation risks; the fact that environmental challenges are regional; and the advisability of preserving and diversifying regional trade routes.

The fifth and final question is a holistic one: How do these elements interact, and under what conditions can the region move from a vicious to a virtuous cycle? The elements discussed above can interact positively or negatively. The status quo increases regional tensions, political risk, and doom loops—or self-reinforcing cycles that exacerbate problems—of economic decline and violence. The overlapping aspects of the transition—economic, social, political, and environmental—create structural tensions, but progress on one front can create momentum for broader reforms and a virtuous cycle that facilitates progress:

  • A regional security deal would be much enhanced by regional economic cooperation. Moreover, the financial rates of return to the region of sovereign wealth fund investment would be greater if invested in large rather than small markets. Cooperation is also needed to fight climate change.
  • The ability to implement industrial policy to develop new value chains in a secure regional environment would enable the region to bargain for a fairer role in a fragmented world order.
  • Reduced regional instability and the development of a regional market would create positive incentives for recalcitrant regimes to invest in growth, especially in middle-income countries.

Read the whole article from the Carnegie Endowment for International Peace.

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Türkiye’s COP 31 Targets a More Sustainable Built Future

Türkiye’s COP 31 Targets a More Sustainable Built Future

Oct 30, 2026

Expansive aerial view showcasing the dense urban landscape and architecture of İzmir, Türkiye. by Doğan Alpaslan Demir via Pexels

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COP31: Türkiye Targets a More Sustainable Built Environment

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By Sam Robinson
Sustainability MAGAZINE  –  October 30, 2026

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Ahead of COP31, Türkiye has launched the Antalya Compact for Energy Efficient Buildings to accelerate building decarbonisation and promote more sustainable buildings. Credit: “COP31 Press Conference_12Feb26_COP31 Presidency21” by UNclimatechange, CC BY-NC-SA 4.0

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COP31 President-designate Murat Kurum says the Antalya Compact framework signals a shift from “ambition to implementation” of efficient building practices

Decarbonising the global building stock is central to reducing global emissions. From the carbon emissions associated with construction to the resilience of homes, schools and hospitals in a changing climate, the decisions made today will shape communities and the built environment for generations.

Ahead of COP31 in Antalya, Türkiye, the conference presidency is seeking to accelerate building decarbonisation progress with the launch of the Antalya Compact for Energy Efficient Buildings.

The framework aims to help governments and industry reduce emissions from the built environment while improving the quality, affordability and resilience of buildings worldwide.

Open for endorsement by all participating countries, the Compact advances two of COP31’s Global Targets for 2035: reducing the operational energy intensity of the global building stock by at least 25% against 2020 levels, and accelerating efficient electrification as part of an ambition to increase electricity’s share of global energy consumption to 35%.

Murat Kurum, COP31 President-Designate and Minister of Environment, Urbanisation and Climate Change for the Republic of Türkiye. Credit: Wikimedia Commons

Developed under Türkiye’s COP31 Presidency, with support from the secretariat of the UN Environment Programme-hosted Global Alliance for Buildings and Construction (GlobalABC), the framework outlines a common approach for governments, cities, financial institutions and buildings-sector stakeholders.

“Buildings are at the heart of our cities and of the energy transition,” says COP31 President-Designate Murat Kurum, Minister of Environment, Urbanisation and Climate Change for the Republic of Türkiye.

“With the Antalya Compact, we are moving from ambition to implementation – accelerating practical action to make buildings more efficient, resilient and sustainable around the world.”

COP31: Key Sustainability Targets
  • 35% – Target share of global final energy consumption to be met by electricity by 2035.
  • 50% – Reduction in the projected growth of global municipal solid waste targeted by 2035.
  • 25% – Target reduction in building-sector energy intensity by 2035, compared with 2020 levels.
  • 15% – Minimum global circular material use rate targeted for 2035 to advance green industrialisation.
  • 9–20 November 2026 – Dates of COP31, taking place in Antalya, Türkiye, with a focus on accelerating climate action and implementing existing commitments.

Tackling the built environment’s carbon footprint

According to the UN Environment Programme’s (UNEP) ‘Global Status Report for Buildings and Construction 2025–2026’, buildings account for nearly 40% of energy-related carbon emissions and energy demand.

Meanwhile, the global building footprint continues to expand. In 2024, total building floor area increased by 1.7%, reaching 272 billion square metres.

This growth makes the sustainability of both new construction and existing buildings increasingly important. Improving the environmental performance of new developments avoids locking in emissions for decades, while renovating existing properties offers opportunities to reduce resource consumption and improve comfort.

The investment challenge also remains substantial, with UNEP estimating that an additional US$3.6tn in cumulative energy efficiency investment is needed by 2030 to align investment levels with the 2050 net-zero pathway.

Martin Krause, Director of the Climate Change Division at UNEP. Credit: UNEP

In the report’s foreword, Martin Krause, Director of UNEP’s Climate Change Division, writes: “Over the past decade, global building floor area has expanded rapidly, while energy demand and emissions have grown more slowly. Energy efficiency, cleaner power and better design have delivered tangible progress.”

Despite highlighting that building decarbonisation is failing to keep pace with construction rates, he suggests that the efficiency gains recorded “show that the sector can grow while reducing its climate impact and that policies, markets and technology can align.”

He also argues that buildings should be viewed as an opportunity to deliver wider social and environmental benefits, from meeting housing needs and reducing costs to strengthening resilience against climate extremes and supporting inclusive economic growth.

“Energy efficiency, cleaner power and better design have delivered tangible progress. ”
Martin KrauseDirector of UNEP’s Climate Change Division

Six priorities for sustainable buildings

The Antalya Compact identifies six areas for action, giving countries a framework to integrate building sustainability into their climate and development strategies.

These include strengthening the environmental performance of new and existing buildings, accelerating renovation, reducing energy demand, expanding electrification and improving building flexibility. The framework also calls for greater investment and capacity to support implementation at scale.

In practice, this could mean stronger building standards, renovation programmes and investment in social housing, schools, hospitals and other public infrastructure.

Electrifying heating, cooling and cooking also reduces reliance on fossil fuels, particularly as electricity generation becomes cleaner.

 

The Compact recognises that countries will follow different pathways according to their national circumstances, starting points and resources. Its six action areas are intended to provide a shared direction while allowing flexibility in implementation.

The framework builds on the Déclaration de Chaillot, endorsed by more than 70 countries in 2024, which called for a rapid, fair and effective transition towards near-zero-emission and resilient buildings.

The Intergovernmental Council for Buildings and Climate was subsequently established at COP29 in Baku, Azerbaijan, to strengthen international cooperation and support implementation.

For Yves-Laurent Sapoval, co-chair of GlobalABC, the transition must deliver benefits that extend beyond emissions reductions.

“Half of the buildings that will exist in 2050 have yet to be built and most existing buildings need to be renovated,” he says. “The choices we make today will shape our cities and communities for decades to come.”

Yves-Laurent Sapoval, co-chair of the Global Alliance for Buildings and Construction. Credit: LinkedIn

He adds that sustainable buildings should also provide “homes people can afford to heat and cool, schools where children can learn comfortably, and hospitals that can deliver essential services without wasting energy”.

From commitments to implementation

The Antalya Compact provides a framework for turning international climate ambitions into practical action across the construction and property sectors. I

ts success, however, will depend on countries translating commitments into effective policies, renovation programmes and investment.

The COP31 Presidency is encouraging governments and stakeholders to endorse the Compact, with the Intergovernmental Council for Buildings and Climate’s ministerial meeting on 12 November offering a further opportunity to build momentum.

COP31 – key partners

United Nations Environment Programme (UNEP)

Executive Director: Inger Andersen | HQ: Nairobi, Kenya

UNEP is the UN’s leading environmental authority and a key source of research and policy guidance on climate change. Through GlobalABC, it helps coordinate international action on building decarbonisation, energy efficiency and climate resilience. Its Global Status Report for Buildings and Construction provides essential evidence on the sector’s emissions, energy demand and investment needs, making it particularly relevant to the article.

UN-Habitat

Executive Director: Anacláudia Rossbach | HQ: Nairobi, Kenya

UN-Habitat works with governments and local authorities to promote sustainable urban development, adequate housing and resilient communities. At COP31, it is co-hosting the Resilient Cities, Buildings and Cooling Pavilion alongside GlobalABC, the Cool Coalition and Türkiye’s İLBANK. Its work connects building efficiency with urban planning, sustainable cooling and climate-resilient housing.

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100% Renewables Is Doable: A Path Forward

100% Renewables Is Doable: A Path Forward

Oct 19, 2026

A vast array of solar panels in a solar farm, illustrating renewable energy and sustainability. by K via pexels

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100% renewables is doable, even in oil countries

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Oil- and gas-producing countries could strengthen their economies by accelerating domestic renewable energy deployment while maintaining fossil fuel exports, according to LUT University professor Christian Breyer. In an interview with pv magazine, he pointed to Norway as an example of how electrification can maximize the economic value of fossil fuel resources, while arguing that Russia’s political choices are preventing it from exploiting similar opportunities.

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Emiliano Bellini

By Emiliano Bellini

PV Magazine 19 October 2026

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Expanding renewable energy is not necessarily at odds with the economic interests of countries that depend heavily on oil and gas exports. On the contrary, replacing fossil fuels in domestic energy consumption with renewable electricity could allow these countries to increase export revenues while developing cleaner and more efficient energy systems at home.

These are the findings of a new study conducted by researchers at LUT University in Finland, who identified Norway as a particularly successful example of this approach. The country has combined substantial oil and gas production with extensive renewable electricity generation, widespread electric vehicle adoption, and increasing electrification of heating.

“The most clever oil and gas producing countries do so, see Norway,” Christian Breyer, professor for Solar Economy at Finland’s LUT University, told pv magazine, referring to investments in renewable energy and electrification.

He explained that reducing domestic fossil fuel consumption allows exporting countries to retain more of their oil and gas production for international markets. At the same time, electrification can improve the efficiency of domestic energy use and reduce emissions. “This allows them to export more fossil fuels whereas domestically they have a highly efficient and clean energy system,” he said, describing the strategy as economically advantageous.

However, Breyer argued that Norway remains an exception rather than the rule. Many fossil fuel exporters have yet to fully exploit the economic opportunities associated with their energy resources, particularly when it comes to developing renewable electricity generation and electrifying domestic demand.

The development of renewable energy in fossil fuel-exporting economies does not necessarily send contradictory signals to importing countries, according to Breyer. He noted that several Middle Eastern countries have begun investing in large-scale solar PV projects without undermining their oil and gas export businesses.

In his view, the continued demand for fossil fuels is largely independent of whether producing countries accelerate their own energy transitions. He compared fossil fuel dependence to other forms of addiction, arguing that consumers may continue purchasing products despite being aware of their long-term economic and environmental costs.

The situation in Russia presents a markedly different picture. Although the country has developed some solar and wind power capacity, renewable energy deployment has remained relatively limited compared with its resource potential. The expansion of the sector has also stalled since Russia’s full-scale invasion of Ukraine in 2022.

Breyer suggested that Russia could, in principle, benefit from the same strategy pursued by Norway and increasingly considered by other fossil fuel-producing economies, including countries in the Middle East, the United States, and Canada.

Such a transition could reduce domestic fossil fuel consumption and create additional economic value from the country’s energy resources. Greater deployment of distributed renewable energy systems could also contribute to electricity supply diversification and, with appropriate grid design and storage, improve resilience against disruptions.

However, Breyer sees the main obstacles as political rather than technological or economic. He is skeptical that international sanctions or Russia’s increasing technological dependence on China would, by themselves, fundamentally change the country’s renewable energy prospects. Instead, he argued that progress would depend on policy decisions prioritizing long-term national economic interests.

“It would require clever policy making to the advantage of the country and its people,” he said.

Breyer was particularly critical of the economic and human consequences of Russia’s invasion of Ukraine, arguing that the destruction of economic value, loss of life, and damage to the country’s international reputation illustrate the consequences of political decisions that run counter to long-term national interests.

“Rational advantageous choice are often not considered if irrational ruling is prevailing,” he said.

For Breyer, the contrast between Norway and Russia illustrates a broader challenge facing fossil fuel-exporting countries. Their resource wealth provides an opportunity to finance renewable energy deployment, electrify domestic energy systems, and improve economic efficiency. Whether that opportunity is realized ultimately depends on political priorities and the willingness of governments to pursue long-term economic benefits.

Breyer and his colleagues presented the results of their research in the paper “Sustainable energy transition options for Russia,” published in Energy Reports.

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MENA Should See AI Data Centres for Sustainability Needs

MENA Should See AI Data Centres for Sustainability Needs

Oct 18, 2026

Above is an aerial view of Riyadh at night featuring the iconic Kingdom Centre Tower, by Abul Lais via Pexels

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MENA urged to classify AI data centres as critical loads

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ETDatacenters

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The World Economic Forum (WEF) has called for Middle East and North Africa (MENA) countries to classify artificial intelligence (AI) data centres as “critical dynamic loads”. This recommendation aims to address rising electricity demand, water scarcity, and extreme heat threatening the region’s AI infrastructure ambitions.

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Highlights

  • WEF urges MENA to classify AI data centres as “critical dynamic loads”.
  • MENA’s electricity capacity needs 40 per cent increase by 2030, but only 15 per cent projected.
  • AI server racks consume 30-100 kW, compared to 3-10 kW for traditional web workloads.
  • Cooling accounts for over 40 per cent of data centre electricity use in MENA.

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The World Economic Forum (WEF) has urged countries in the Middle East and North Africa (MENA) to classify artificial intelligence (AI) data centres as “critical dynamic loads”. This move aims to overhaul energy planning, as rising electricity demand, water scarcity, and extreme heat could threaten the region’s ambitions for AI infrastructure.

The WEF report indicates that MENA’s electricity capacity needs to increase by 40 per cent by 2030. However, current projections show only 15 per cent growth, raising concerns about supporting energy-intensive AI facilities. The report highlighted that AI server racks consume 30 to 100 kilowatts of power, significantly more than the 3 to 10 kilowatts for traditional web workloads.

Cooling requirements also pose a challenge, accounting for over 40 per cent of data centre electricity consumption in the region. Extreme temperatures and limited water availability increase operating costs and resource pressures.

The WEF recommended that governments distinguish AI data centres from conventional industrial and commercial electricity consumers. It also proposed mandatory energy-demand forecasts and coordination mechanisms involving developers, utilities, grid operators, and regulators.

Projects exceeding 10 megawatts of IT load should submit detailed electricity-demand forecasts as part of grid-connection applications, according to the report. Behind-the-meter electricity generation could accelerate data centre deployment by 12 to 36 months, reducing dependence on utility grid connections.

Key Recommendations

The WEF outlined four areas for action: smarter infrastructure design, integrated energy systems, advanced cooling and water management, and forward-looking regulation. It recommended greater use of solar power combined with battery storage, on-site electricity generation, and AI-based energy management.

Closed-loop cooling systems and treated wastewater were also suggested. Small modular nuclear reactors and enhanced geothermal systems could offer longer-term power solutions, though their commercial viability remains a constraint.

Regional governments are urged to harmonise regulatory standards and promote cross-border cooperation. This would improve infrastructure efficiency and investment confidence.

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Countries Most Vulnerable to Fossil Fuel Phaseout Insights

Countries Most Vulnerable to Fossil Fuel Phaseout Insights

Oct 16, 2026

Wide shot of an empty Conoil gas station in Nigeria, showcasing fuel pumps and canopy. by Bashir Hussaini Ahmed via Pexels

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Countries most vulnerable to fossil fuel phaseout generate just 6% of global output, climate analysis finds

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by Potsdam Institute for Climate Impact Research

Edited by Gaby Clark, reviewed by Robert Egan

Phys.org – 15 October 2026

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Countries highly vulnerable to the phase-out of oil, gas and coal account for just 6% of global economic output, countries in Africa stand to benefit from their vast solar energy potential, and the economic interests of the U.S., Europe and China are affected by climate policy in surprisingly similar ways. A study by the Potsdam Institute for Climate Impact Research (PIK) published in Nature Sustainability now shows, for 169 countries around the world, how the fight against global heating affects national assets—and what geopolitical challenges and opportunities arise as a result.

The comprehensive dataset compiled by the research team shows how climate policy affects national assets in four ways: it reduces demand for fossil fuels, potentially leading to losses in oil, gas and coal revenues; it reduces climate-related damage to the national economy; it creates new economic opportunities for solar and wind energy development; and it increases the value of a country’s capacity to absorb and store CO₂ from the atmosphere—whether “naturally” via forests or “managed” through the stewardship of natural areas.

“Based on our data analysis, we can map how countries could gain or lose from different aspects of decarbonization by the end of this century, depending on the level of ambition in climate policy,” reports Guanna Pan, PIK researcher and lead author of the study. “We explore geopolitical tensions that may arise from some countries experiencing losses, but we also show how national interests can foster international cooperation, and how this can be further strengthened through targeted incentives.”

Five groups of countries with similar interests

To better understand potential economic gains and losses across countries, the research team has identified clusters—that is, groups of states in which climate policy generates similar economic opportunities and risks, and potentially shared interests. According to the study, 19 fossil fuel–dependent countries would potentially oppose ambitious measures.

By contrast, 51 countries in the Global South have a strong interest in a rapid climate transition as they would otherwise face particularly severe climate damage. Likewise, 13 countries “with high potential for renewable energy”—the majority of which are in Africa—and 17 countries “with high carbon sequestration capacity” would also naturally favor swift action in the fight against global heating.

However, these four clusters do not carry all that much political weight: the group of oil-, gas- and coal-dependent countries accounts for only 6% of global economic output, and the three groups of countries that especially stand to benefit from climate protection account for only 13% combined.

The remaining 81% of economic output is accounted for by the fifth cluster—the 69 “economies with moderate impacts”—which includes the EU, China and the U.S. In this group of countries, the economic benefits of climate policy are, in absolute terms, considerable in many cases, particularly due to avoided climate damage. Calculated as a percentage, however, they are not as large as in the three clusters of strong winners.

Climate policy safeguards long-term prosperity

In summary, the research team notes that humanity as a whole must take a collective interest in climate action, but that the differences in gains and losses between countries need to be fully understood. The study provides the necessary guidance and concludes with the recommendation that, where interests diverge, climate cooperation should be strengthened through “package deals.” This means that concessions on climate protection for hesitant countries should be linked with promises regarding trade or research and development; it could also mean simply offsetting losses through financial transfers.

“In view of the current resurgence of opposition to a committed climate policy, it is important to recognize that climate policy does not merely devalue certain assets—namely those of fossil fuel suppliers,” emphasizes Ottmar Edenhofer, PIK director and one of the co-authors. “Our study also demonstrates quite precisely how new assets are simultaneously being built up. Overall, climate policy revalues the capital stock of economies in a new and sustainable way, thereby safeguarding long-term prosperity.”


 

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MENA-Forum is a global professional services forum that helps consultants, contractors, and clients with their building and/or infrastructure development challenges.

 

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