Every four years, the FIFA World Cup transforms entire cities into temporary hubs of consumption. Millions of food containers, beverage bottles, promotional materials, and consumer products move through stadiums, fan zones, and event spaces in just a few weeks.

How those materials are managed — whether they are reduced, reused, recycled, composted, landfilled, or leaked into the environment — has become an increasingly important measure of event sustainability.

The FIFA World Cup Qatar 2022 was one of the most ambitious attempts to embed circular economy principles into a global sporting event. Working alongside Seven Clean Seas and other partners, the Supreme Committee for Delivery and Legacy implemented a programme that went beyond traditional waste management, incorporating plastic footprint estimation, reduction initiatives, stakeholder engagement through the OneTide programme, material substitution strategies, and support for plastic recovery projects in regions most affected by plastic pollution.

Among the most visible outcomes:

1. The adoption of 100% recycled PET (rPET) beverage packaging across venues;
2. And the achievement of a 77% waste-diversion rate through recycling and composting.

Both achievements deserve recognition. However, they represent two very different dimensions of circularity. Understanding that distinction offers valuable insight as the tournament moves to North America in 2026.

Recycled Content Is Not Circularity

The transition to 100% rPET beverage packaging was a significant achievement. By replacing virgin-plastic bottles with recycled-content alternatives, the tournament reduced demand for newly produced plastic and helped strengthen markets for recycled materials.

Yet while recycled content is an important component of circularity, it is not the same as circularity itself.

A recycled bottle is unquestionably preferable to a virgin-plastic bottle, but it does not eliminate the need for waste management infrastructure. Nor does it reduce the total number of bottles consumed.

In simple terms, recycled content improves the environmental profile of a product, while waste prevention reduces the need for that product altogether. Both are valuable, but they are not the same thing.

The Importance of Waste Diversion Rates

The tournament's reported 77% waste-diversion rate highlights a different dimension of circularity than the shift to 100% rPET bottles.

While recycled-content packaging reflects a procurement decision, diversion rates reflect the effectiveness of the systems that manage materials after use. Achieving high diversion requires collection infrastructure, waste segregation, operational coordination, and processing capacity to function together at scale.

For this reason, diversion rates are often one of the strongest indicators of operational sustainability performance. They demonstrate how successfully an event can keep materials within productive use rather than sending them to disposal.

Yet diversion rates also reveal an important limitation in how sustainability performance is often measured.

A venue could achieve a high diversion rate while still generating large volumes of waste. The metric tells us how waste was managed, not whether it was avoided in the first place.

As major sporting events continue to evolve their sustainability strategies, the challenge is no longer simply to recycle more. It is to have in place systems that reduce material consumption and waste generation from the outset.

The North American Challenge

As the World Cup moves to the Americas this summer, the sustainability conversation enters a different context.

The United States and Canada possess significantly more developed waste-management infrastructure than many regions of the world. Collection systems are widespread, recycling markets are mature, and environmental reporting frameworks have become increasingly sophisticated.

On paper, this should create favourable conditions for strong waste-management outcomes.

But according to Earth Action's Plastic Overshoot Day 2025 report, the United States is the second-largest generator of plastic waste, generating approximately 32.3 million tonnes of plastic waste annually and nearly 100 kilograms of plastic waste per person every year. While only a fraction of this becomes mismanaged waste (contributes 2% to global mismanaged plastic waste), the sheer volume of material entering the system creates an enormous environmental burden.

This highlights a critical reality: countries with advanced waste-management systems can still face substantial plastic pollution challenges if overall consumption remains high.

In many ways, North America's challenge in 2026 differs from the one faced by Qatar in 2022.

Qatar's sustainability efforts focused heavily on building systems capable of managing event-generated waste effectively. North America's challenge is likely to centre more heavily on reducing overall material consumption while maintaining high diversion and recovery rates.

FIFA 2026 Reversed Its Ban on Plastic Water Bottles in North America - What Do We Think?

One of the most notable sustainability discussions ahead of FIFA World Cup 2026 has been FIFA's decision to reverse its earlier support for reusable water bottles in stadiums. FIFA has stated that the change is driven by safety concerns, arguing that heavier reusable bottles could be thrown onto the pitch and pose a risk to players, officials, and spectators.

The decision has drawn criticism from sustainability advocates, many questioning whether commercial considerations may have influenced the decision as the restriction of reusable containers could increase sales of single-use bottled beverages within venues.

While opinions differ, the controversy highlights a broader challenge facing major sporting events: how should event organisers balance operational realities with circular economy ambitions?

The discussion surrounding reusable bottles highlights a limitation of even the most effective waste-management systems: they operate downstream of consumption. This is why sustainability practitioners increasingly distinguish between waste management and waste prevention. The former focuses on managing materials after use; the latter focuses on reducing the amount of material entering the system in the first place.

In that sense, the FIFA 2026 water bottle debate is not really about bottles. It is about the next stage of circularity and the challenge of designing systems that balance safety, practicality, commercial realities, and environmental performance simultaneously.

As expectations around sustainability continue to rise, the future of event circularity will increasingly be defined not by how much waste is recycled, but by how much waste can be avoided altogether. Every event is different, and solutions that work in one venue, city, or region may not be appropriate elsewhere.

For organisations seeking to improve the environmental performance of sporting events, festivals, exhibitions, and other large-scale gatherings, achieving this transition requires more than good intentions. It requires robust data, thoughtful design, stakeholder engagement, and a clear understanding of local waste-management realities.

Our experience at FIFA World Cup Qatar 2022 demonstrates that meaningful progress is possible when circularity is embedded into event planning from the earliest stages. The challenge for future events is not whether to act, but how to translate ambition into practical, measurable outcomes.