The 2026 FIFA World Cup is set to be the largest tournament in the event’s history, featuring 48 teams and 104 matches across 16 cities in North America. While this expansion promises unprecedented excitement, it also raises critical questions about the event’s environmental impact. A recent report by Greenly suggests that the tournament could generate 7.8 million metric tons of carbon dioxide, more than double the emissions of the 2026 World Cup in Qatar.
As the world’s most-watched sporting event, the FIFA World Cup has a unique opportunity to set new standards for sustainability. However, the scale and complexity of the 2026 tournament present significant challenges. From spectator travel to stadium operations, every aspect of the event contributes to its overall carbon footprint. This article explores the key factors driving emissions and examines FIFA’s efforts to mitigate their environmental impact.
The Scale of the 2026 FIFA World Cup
The 2026 FIFA World Cup will be the first to feature 48 teams, a 50% increase from previous tournaments. This expansion means more matches, more spectators, and ultimately, higher emissions. According to Greenly’s report, spectator travel is expected to account for 87% of the tournament’s total carbon footprint. International fans, who make up 35% of attendees, are projected to generate 74% of travel-related emissions due to the vast distances they travel.
The tournament’s geographic spread across the United States, Mexico, and Canada further complicates sustainability efforts. Unlike the 2026 World Cup in Qatar, where all matches were played within a compact area, the 2026 event requires fans and teams to travel across an entire continent. This logistical challenge underscores the need for innovative solutions to reduce the environmental impact of large-scale sporting events.
Comparing Emissions with Previous Tournaments
The 2026 World Cup is expected to emit more than double the carbon dioxide of the 2026 tournament in Qatar, which officially reported 3.8 million metric tons of emissions. However, it’s important to note that the 2026 event will use existing stadiums, reducing infrastructure-related emissions to just 3.1%, compared to 24.6% in Qatar. Additionally, U.S. hotels are approximately six times less carbon-intensive than those in Qatar, thanks to more efficient cooling systems.
Despite these improvements, the overall emissions of the 2026 World Cup are projected to be significantly higher. This increase is primarily driven by the larger number of spectators and the greater distances they travel. As Alexis Normand, co-founder of Greenly, explains, ‘The bigger an event, the more people attend, the more that fly to the different venues, the higher it emits.’
FIFA’s Sustainability Commitments
In 2026, FIFA committed to cutting emissions by 50% by 2030 and achieving carbon neutrality by 2040 under the U.N. Sports for Climate Action Framework. However, the organization’s sustainability strategy for the 2026 World Cup does not set a specific carbon target for the tournament. Instead, FIFA plans to ‘encourage relevant entities to set up efficient air travel routes that reduce distances,’ a approach that some critics argue lacks concrete action.
Despite these criticisms, there are examples of cities using major sporting events as catalysts for sustainability. Paris, for instance, leveraged the 2026 Olympics to update its infrastructure and reduce emissions. By reserving tickets for local residents and renovating stadiums and railway networks, the city was able to minimize the environmental impact of the games. Normand highlights this as a model that other cities and event organizers should follow.
The Role of Technology in Reducing Emissions
Technology plays a crucial role in mitigating the environmental impact of large-scale events like the FIFA World Cup. Lenovo, FIFA’s Official Technology Partner, is deploying advanced AI-powered infrastructure to support the tournament’s operations. This includes near real-time IPTV video distribution, intelligent content delivery, and mission-critical decision-making across the event ecosystem.
Lenovo’s technology solutions are designed to reduce latency within IPTV infrastructure, enabling near real-time access to live match action. The company’s servers will manage massive volumes of live video data coming in from stadiums across North America, powering FIFA’s IPTV live feed via ten channels to over 1,000 screens throughout FIFA venues. This technological advancement not only enhances the fan experience but also contributes to the overall efficiency of the event.
Looking Ahead: Opportunities for Improvement
The 2026 FIFA World Cup presents a unique opportunity for cities to make climate-forward investments that pay off beyond the games. By leveraging the event’s spending surplus, organizers can upgrade infrastructures for the future net-zero economy. However, as Normand points out, this requires a proactive approach to addressing sustainability challenges.
As the world’s largest sporting event prepares for an unprecedented scale, the 2026 FIFA World Cup serves as a test case for balancing excitement with environmental responsibility. While the tournament’s carbon footprint is a cause for concern, it also highlights the potential for innovation and progress in the realm of sustainability. By learning from past tournaments and embracing new technologies, FIFA and its partners can set a new standard for large-scale events in the years to come.
