CERAWeek 2026 took place in an environment marked by heightened geopolitical uncertainty and structural transformation of energy demand. Unlike previous years, a single dominant narrative was not identified, but the convergence of multiple pressures that point to a process of "recalibration" of the global energy system.
Two structural vectors permeated practically all the discussions: (i) the structural growth in energy demand, driven by artificial intelligence and data centers, already treated as a premise, and no longer as a hypothesis; and (ii) geopolitical instability, especially the risks of prolonged disruption in the Strait of Hormuz, with the potential to affect not only prices, but the very organization of global chains.
In this context, the energy transition remains central, but with a clear change in approach: the aspirational discourse gives way to a pragmatism anchored in economic, operational, and geopolitical constraints.
The following is an overview of the main insights of the conference and its consequences for Brazil.
1. A global energy system under pressure
1.1. Rising demand as a structuring premise
The growth in energy demand – largely associated with the expansion of AI and data centers – is no longer the subject of debate but a given. The focus shifts to the question of how to structure the system to meet this additional demand in an environment of increasing constraints, which simultaneously pressures:
- the need for firm and reliable capacity;
- the expansion of infrastructure;
- energy cost;
- the practical feasibility of decarbonization trajectories.
1.2. Geopolitics as a systemic risk, no longer a "background"
The conference reinforced geopolitics as a structuring variable in the energy sector. The possible prolonged interruption in the Strait of Hormuz was discussed not only from the perspective of oil and gas, but as a trigger for systemic disorganization of global chains, with effects on:
- critical industrial inputs (such as helium, essential for semiconductors);
- fertilizers (highly dependent on natural gas, with a direct impact on agricultural commodities);
- global food chains, transport and inflation.
Energy disruption, therefore, ceases to be a sectoral shock to become a first-order macroeconomic risk.
1.3. From the paradigm of efficiency to the logic of safety
Historically, global energy chains have been designed to optimize costs and logistics efficiency. At CERAWeek 2026, the perception was consolidated that the system is now structured, primarily, based on security criteria, with an emphasis on:
- route redundancy;
- diversification of suppliers;
- greater contractual flexibility;
- responsiveness to disruptions.
This redesign tends to generate structural increases in costs and less predictability, but it is seen as inevitable in the current geopolitical environment.
1.4. Price volatility and oil centrality
Geopolitical uncertainty has revived the discussion about price volatility, especially oil. Scenarios of relevant loss of global supply, especially if prolonged, point to:
- sharp rise in prices, with direct effects on inflation, industrial costs and economic activity;
- growing tensions in refined products and downstream chains, even in contexts of apparent stability of international references.
2. Reconfiguring the energy transition
2.1. From rhetoric to implementation
Decarbonization remains a long-term goal, but the tone is markedly more pragmatic. There is greater recognition of:
- significant costs associated with the transition;
- concrete implementation challenges;
- need for prioritization and sequencing of actions and technologies.
The narrative moves away from purely climate goals to explicitly incorporate economic, technological, and geopolitical constraints.
2.2. The "energy trilemma" as a decision-making axis
The balance between energy security, affordability and decarbonization emerges as an explicit axis of decision-making. The instability in the supply of fossil fuels reinforces energy diversification as an instrument of resilience, not just climate policy.
At the same time, there remains recognition that hydrocarbons remain essential not only as a source of energy, but as inputs for multiple production chains, which limits the speed and shape of the transition.
2.3. Technological repositioning
CERAWeek 2026 highlighted a reorganization of the space occupied by different transition technologies:
- reduction of the role of solutions with greater technological uncertainty or high cost, such as large-scale hydrogen;
- greater attention to more mature technologies or those of immediate applicability, such as biofuels and geothermal;
- recognition of the leading role of CCS as an emissions reduction strategy in the oil and gas sector;
- growing appreciation of solutions related to efficiency, system management and demand optimization.
There is, therefore, a clear prioritization of alternatives with economic viability and the ability to scale in the short and medium term.
3. Carbon, costs and market signals
3.1. Explicit recognition of decarbonisation costs
The conference made explicit the gap between climate ambition and economic viability. In this scenario, the demand for economic instruments that:
- internalize the cost of carbon;
- create clear incentives and disincentives (carrot & stick) for lower-emitting projects;
- reduce the asymmetry between regulatory goals and effective market signals.
Without robust carbon pricing mechanisms, the trend is for slower, more segmented, and selective progress on the transition agenda.
3.2. From the entity's emission to the carbon intensity of the product
The discussion about emissions associated with products, and not just companies or facilities, is gaining momentum. This shift in focus points to:
- differentiation of products based on their carbon intensity;
- possible formation of markets and premiums for products with lower emissions;
- more central role of the consumer in the pricing dynamics.
However, challenges remain in harmonizing corporate emissions metrics and methodologies for calculating the carbon intensity of products, which will have relevant implications for reporting standards, certification and international trade.
4. Structural tensions that will shape the sector
CERAWeek 2026 highlighted a set of tensions that are not conjunctural, but structural, and that tend to influence regulations, business strategies, and capital flows:
- energy security versus decarbonization;
- cost versus climate ambition;
- long-term planning versus short-term volatility;
- economic efficiency versus systemic resilience.
These tensions put pressure on governments, regulators, and companies to seek more flexible contractual, regulatory, and financing models capable of accommodating shocks and trajectory revisions without paralyzing investments.
5. Implications for Brazil
The scenario discussed at CERAWeek brings important signals for Brazil's strategic positioning on the global energy board.
5.1. Energy security, domestic supply and new frontiers
The centrality of energy security reinforces the relevance of decisions on:
- development of new exploratory frontiers;
- expansion of domestic production;
- reduction of external dependence in strategic segments.
The country, with its resource base and energy diversity, can convert this agenda into a competitive advantage, as long as it is aligned with a long-term vision for the transition.
5.2. Opportunities for Brazil
Some Brazilian differentials in a world increasingly attentive to the carbon footprint:
- a relatively clean energy matrix, with potential for valorization in scenarios of differentiation by emissions;
- relevant and consolidated position in biofuels;
- high capacity for CO2 geological storage;2;
- capacity to insert itself in global chains associated with carbon management and the supply of energy with lower emissive intensity.
These elements can favor the country both in attracting investments and in inserting new value chains linked to the energy transition.
5.3. Risks and challenges
On the other hand, Brazil faces relevant risks, including:
- absence or lack of clear economic signals for decarbonization (especially in carbon pricing);
- possible regulatory lag in relation to other jurisdictions;
- growing global competition for capital aimed at energy transition projects.
The lack of regulatory clarity and a carbon price signal may reduce the attractiveness of projects in the country compared to other markets that are more advanced in this debate.
5.4. Strategic points of attention
Among the main points of attention for Brazil, the following stand out:
- the need to structure carbon pricing mechanisms that guide commercial strategies and the selection of projects in the medium and long term;
- alignment between energy, industrial and climate policy, avoiding contradictions between incentives and targets;
- development of infrastructure compatible with new patterns of demand and supply, including to support increased consumption associated with digitalization.
6. Strategic directions and contractual impacts
6.1. Strategic drivers for companies and investors
Against the backdrop of increased volatility and uncertainty, some key strategic directions:
- incorporating geopolitics as a structural variable in decision-making;
- map exposure to carbon costs and opportunities for product differentiation by emissions intensity;
- prioritize solutions and technologies with economic viability and scalability;
- closely monitor regulatory developments, especially in carbon markets;
- consider the impact of energy demand growth on planning, costs, and investment needs.
6.2. Possible repercussions on contracts and disputes
An environment of greater geopolitical disruption and more vulnerable supply chains tends to produce material effects on contracts and commercial relationships in the energy sector, including:
- more frequent triggering of force majeure clauses;
- disputes around the allocation of risks of supply interruption, abrupt increase in costs or logistical impossibility;
- contractual renegotiations and questions about the economic and financial balance of long-term contracts.
The scenario highlights parallels with situations observed during the COVID-19 pandemic, with regard to the need for reinterpretation and eventual readjustment of contracts in the face of extraordinary events. In this context, the following are relevant:
- review of contractual clauses related to force majeure and hardship;
- assessment of exposure to vulnerable global chains;
- preparation for renegotiation and dispute resolution scenarios.
7. Final considerations
CERAWeek 2026 confirms that the global energy sector is going through a phase of profound recalibration: demand grows structurally, geopolitics moves to the center of the board, security overrides efficiency, and the energy transition is reconfigured from the perspective of economic and operational viability.
For Brazil, this scenario presents both opportunities and risks. The differential of a relatively clean matrix and the position in biofuels can be valuable assets, as long as they are accompanied by regulatory clarity, robust carbon pricing mechanisms, and alignment between energy, industrial, and climate policies.
Companies and investors that incorporate these changes (in strategy, economic-financial modeling, and contractual structuring) are likely to be better positioned to navigate a more volatile, fragmented, and security- and carbon-demanding energy market.
How we can help
COSRO has a highly qualified multidisciplinary team in the energy, technology and infrastructure sectors, which works in an integrated way to offer complete solutions to our customers. We have professionals with extensive experience in structured projects, M&A transactions, joint ventures, project financing and public-private partnerships in the oil and gas, LNG, electric power and renewables, critical minerals, hydrogen, decarbonization and digital infrastructure segments, central topics on the agenda of CERAWeek 2026. Together with the firm's other practices, we are prepared to advise them at all stages of the cycle of an energy and infrastructure project, from the identification and evaluation of opportunities to the structuring of financing operations and the allocation of capital necessary for feasibility. Our firm is also well-positioned to assist in the assessment of supply chainrisks, the modeling of collateral for obtaining financing, and regulatory advice focused on the energy transition and energy
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