Modest emissions reductions are forecast for 2026, fulfilling Paris Agreement obligations, while policy intensification is needed to reconcile climate ambition with energy security and economic resilience amid escalating geopolitical turbulence.
The European Union is poised to continue its emissions-reduction trajectory in 2026, building on the significant progress documented in the European Environment Agency’s (EEA) latest assessment. However, intensifying geopolitical tensions, energy security imperatives, and trade confrontations introduce substantial uncertainties that could either accelerate or undermine the bloc’s decarbonization pathway.
Overall Emissions Outlook and Geopolitical Context
According to the EEA Report 08/2025, Trends and Projections in Europe 2025, total net greenhouse gas emissions in the EU fell by 2.5% in 2024, reaching 37% below 1990 levels. Projections indicate that 2026 will see continued reductions at approximately 2-3% annually, with the EU collectively expecting to achieve a 54% net emissions reduction by 2030 compared to 1990 levels—falling just one percentage point short of the legally binding 55% target.
These projections, however, operate within an unprecedented geopolitical environment. The EU’s December 2025 agreement to permanently phase out Russian gas imports by late 2026 for LNG and September 2027 for pipeline gas represents the most decisive step toward energy independence since the Ukraine conflict began. This forced decoupling from Russian energy—which represented nearly 45% of EU gas imports in 2021—fundamentally reshapes the emissions trajectory, creating both risks and opportunities for 2026 forecasts.
Energy Security Dynamics and Emission Implications
The accelerated phase-out of Russian fossil fuels has produced countervailing pressures on emissions. On one hand, renewable energy deployment has surged, reaching 25% of gross final energy consumption in 2024, with the power sector achieving 47% renewable penetration. This transition led to a 6% decrease in energy-sector ETS emissions in 2024, positioning the sector for further substantial reductions in 2026.
On the other hand, the EU has substantially increased liquified natural gas imports from the United States, which now supplies 57% of Europe’s LNG. While this diversification strengthens energy security, it maintains fossil fuel dependency in the near term. The EU’s energy security framework revision, expected in the first half of 2026, will determine whether the bloc continues prioritizing short-term supply security over accelerated electrification—a decision with direct implications for 2026 emissions outcomes.
Industrial Competitiveness Pressures
Geopolitical fragmentation poses severe challenges to industrial decarbonization. EU industrial electricity prices remain approximately twice those in the United States and 50% higher than in China, posing a risk of carbon leakage as energy-intensive industries consider relocation. This competitiveness crisis—highlighted in the Draghi Report as Europe’s “slow agony”—creates political pressure to prioritize industrial survival over emissions reductions.
The January 2026 launch of the Carbon Border Adjustment Mechanism (CBAM) intensifies these tensions. While CBAM aims to prevent carbon leakage by imposing carbon costs on imported steel, cement, aluminum, fertilizers, hydrogen, and electricity, it has provoked fierce diplomatic pushback from China, India, Brazil, and Turkey. Such trade confrontations risk slowing industrial emissions reductions in 2026 if companies delay decarbonization investments amid regulatory and market uncertainty.
Sectoral Projections
Transport: The transport sector remains the largest source of EU emissions. The EEA projects that current policies would achieve only 1990 emission levels by 2030, implying modest 1-2% annual reductions through 2026. However, US policy reversals have decimated EU prospects for electric vehicle exports. Simultaneously, Chinese EV overcapacity redirected from US markets now floods Europe with low-cost vehicles, undercutting EU manufacturers. This competitive squeeze could slow domestic EV adoption if European automakers face financial distress, potentially stalling transport emissions reductions in 2026.
Industry: Industrial emissions showed minimal change in 2024, with reductions partly attributed to production cuts rather than decarbonization. The 2026 outlook hinges on whether industries can navigate the trilemma of high energy costs, Chinese competition, and decarbonization mandates. The EU’s proposed Industrial Accelerator Act and Grid Package, expected in early 2026, aim to lower electricity prices and support “made in Europe” manufacturing. Success in implementing these measures could enable continued stability in industrial emissions; failure risks either carbon leakage or emergency fossil-fuel subsidies that increase emissions.
Agriculture: Agricultural emissions decreased approximately 1% between 2023 and 2024. The EEA projects only a 10% reduction below 2005 levels by 2030 under current policies, suggesting marginal annual reductions below 1% through 2026. Geopolitical pressures compound this challenge: CBAM’s extension to fertilizers sparked fierce opposition from France and Italy, concerned about farmer cost burdens and food security. Political resistance to agricultural emission policies may further slow progress in 2026.
Buildings and Renewables: Renewable capacity expansion—particularly solar, which reached 406 GW in 2025—provides a bright spot. However, grid connection delays now reach 7-10 years, threatening to bottleneck emissions reductions in electrified heating and transport. The EU’s proposed Electrification Act and Grid Package, scheduled for adoption in March 2026, will determine whether infrastructure constraints limit the pace of decarbonization.
Paris Agreement Alignment
The EEA’s assessment reveals that projected 54% emissions reductions by 2030 fall short of the 55% commitment and significantly trail the 62-67% reduction necessary for 1.5°C alignment. Current and planned measures project emissions reaching only 69% below 1990 levels in 2040 and 78% in 2050—far below the 90% target for 2040 and the climate-neutrality target by 2050.
Meanwhile, the land use, land-use change, and forestry (LULUCF) sector presents particular concern, with the EEA reporting that the EU is “off track” to meet its LULUCF target due to declining forest carbon sequestration. This undermines the bloc’s overall carbon removal capacity, essential for achieving net-zero emissions.
Geopolitical instability introduces profound uncertainty into these projections. An “Age of Competition” characterized by geoeconomic confrontation, weaponized supply chains, and fragmented climate cooperation threatens the multilateral foundations of the Paris Agreement. Conversely, energy security imperatives could accelerate renewable deployment if framed as strategic autonomy rather than climate policy alone.
The 2026 emissions trajectory will ultimately reflect Europe’s ability to navigate three simultaneous transitions: from Russian energy sources to a diversified mix, from fossil fuels to renewables, and from industrial decline to clean-tech competitiveness. The EEA Report 08/2025 underscores that while modest emissions reductions are forecast for 2026, fulfilling Paris Agreement obligations demands policy intensification that reconciles climate ambition with energy security and economic resilience amid escalating geopolitical turbulence.
This Report was submitted by Climate Scorecard European Union Manager, Syaliza Mustapha.
Engagement Resources
- Trends and projections in Europe 2025, EEA report (2025)
- Lal, A., Tavoni, M., Preuss, N. et al. Aligning EU energy security and climate mitigation through targeted transition strategies. Nat Commun (2026). https://doi.org/10.1038/s41467-025-67595-7
- https://climate.ec.europa.eu/eu-action/climate-strategies-targets/2040-climate-target_en