Industry Report: The Environmental Footprint of the Global Live Events Industry
Executive Summary The live events industry—spanning concerts, festivals, conferences, trade shows, sporting events, and community gatherings—has a massive and multifaceted environmental footprint. This report consolidates data across carbon emissions, fuel usage, waste generation, water consumption, infrastructure development, land use, hotel construction, food and beverage operations, merchandise production, production materials, electronic equipment manufacturing, live broadcasting, virtual events, touring, ticketing systems, and security. Despite growing awareness and the adoption of sustainability certifications, the industry continues to operate on models of growth and spectacle that intensify environmental impacts.
1. Carbon Emissions Live events contribute up to 10% of global CO₂ emissions. A typical event emits approximately 117 tonnes of CO₂ equivalent:
78% from audience travel
7% from accommodation
6–10% from production and materials
4% from food and beverage services Mega-events exacerbate this impact significantly due to international travel, large-scale production, and long operating hours.
2. Waste Generation The industry produces over 550 million tonnes of waste annually, including:
Single-use plastics (cups, wristbands, utensils)
Scenic materials (wood, PVC, foam, steel)
Marketing collateral and branding assets
Food waste and catering disposables Scenic waste from large tours or expos can reach hundreds of tonnes per year.
3. Fuel and Energy Use Events consume an estimated 120+ billion litres of fossil fuels annually:
International travel (artists, audiences)
Freight and logistics
Diesel generators for off-grid or temporary setups Electricity demand for AV, lighting, air conditioning, and refrigeration is significant, especially in multi-day events and large venues.
4. Water Consumption Water is used extensively for:
Guest accommodation (~300 litres per person per night)
Sanitation and hygiene (portable toilets, cleaning, handwashing stations)
Catering and bar operations
Landscaping and dust suppression in outdoor venues Large festivals may use up to 1–2 million litres of water per event.
5. Land Use and Infrastructure New venue construction and event infrastructure lead to:
Land sealing and habitat disruption
Increased storm water runoff
Permanent urban sprawl Material use for venues often includes concrete and steel, major contributors to global CO₂ emissions (concrete accounts for 4–8%).
6. Hotel Construction for Events Many hotels are built to support mega-events (Olympics, World Cups), with long-term impacts:
High embodied carbon from construction
Ongoing water and energy consumption
Land use change and increased urban pressure Hotels often operate at high environmental loads due to laundering, air conditioning, and high guest turnover.
7. Production Materials & Scenic Design Events rely heavily on custom-built, often single-use materials:
Timber, plywood, PVC, polystyrene, metal trussing
Foam and scenic paints often non-recyclable or toxic Materials are frequently flown or shipped internationally, further increasing carbon emissions. Disposal post-event is rarely circular or regenerative.
8. Electronics and AV Equipment Production Core technologies include:
LED walls, projectors, intelligent lighting, sound systems
Control systems, media servers, network gear These require mining of rare earth minerals (lithium, cobalt, neodymium), high water use in manufacturing, and generate e-waste due to short upgrade cycles. Most equipment is produced in regions with limited environmental oversight.
9. Stadium and Venue Construction Large-scale venue and stadium projects often result in:
Over 500,000 to 1,000,000 tonnes of embodied CO₂ per stadium
Long-term water and energy use
Major land use change, urban pressure, and ecosystem disruption These are typically built for mega-events with limited long-term usage.
10. Live Broadcasting
Involves high energy use from satellite uplinks, OB trucks, and control rooms
Increases on-site infrastructure and emissions
Requires massive data transmission and storage, dependent on energy-intensive data centres
11. Virtual Events Though seemingly greener, virtual events still have an environmental cost:
Significant energy use from global data centres
Dependence on manufactured electronics (laptops, webcams, VR)
Digital waste and rapid tech turnover
12. Touring Touring is one of the most emissions-intensive aspects of the live events industry:
Extensive air and ground transport for personnel and freight
Frequent hotel stays and one-night builds
Scenic builds rarely reused from city to city
Amplifies carbon emissions per audience member compared to localized events
13. Food & Beverage
High emissions from meat and dairy served at events
High levels of food waste from over-catering and spoilage
Refrigeration and packaging create energy use and plastic waste
Bottled drinks and disposable serveware compound the issue
14. Merchandise
Often mass-produced with synthetic textiles and plastics
Fast fashion-style overproduction leads to waste and unsold stock
Typically sourced from countries with low labour and environmental protections
High transport emissions due to global supply chains
15. Ticketing & Access Infrastructure Ticketing companies form an integral part of the event lifecycle, with impacts stemming from digital operations, hardware deployment, and auxiliary services:
Digital Infrastructure: Ticketing platforms rely on high-energy-use data centers to process millions of transactions
Email & App Communication: Increases server load and digital emissions
Access Hardware: RFID wristbands, scanners, kiosks generate e-waste
Printed Materials: Still used in some regions, contributing to logistics and paper waste
Merchandising & Upsells: Platforms often integrate F&B and merch sales, increasing footprint
Tour Planning & Analytics: Ticketing data shapes tours, increasing travel-linked emissions While seemingly low-impact, these platforms contribute to the amplification of event reach and audience size, and as such, should be seen as part of the broader event emissions ecosystem.
16. Security Operations Security for large-scale events (e.g., COP, World Cup, APEC, Olympics) has a substantial environmental footprint:
High Personnel Deployment: Thousands of staff transported via ground and air
Temporary Infrastructure: Fencing, surveillance towers, lighting, and crowd control setups
Energy Demand: From scanners, communication systems, floodlights, and drones
Technology Use: Bodycams, biometric systems, and wireless devices add to e-waste and power use
Water & Catering: Significant logistics for hydration, meals, and sanitation for personnel Security operations are often overlooked in environmental assessments, but they consume large quantities of energy and materials, especially at mega-events with heightened geopolitical risk.
Author’s Reflection
“To walk gently on this Earth” is a phrase rooted in Indigenous worldviews particularly among Native American and Aboriginal cultures that speaks to a way of living with humility, respect, and deep awareness of our impact on the land and all living beings. It’s more than poetry. It’s a spiritual and ecological principle reminding us that we are not separate from nature, but part of it.
This is a principle I try to live by. And yet, I often find myself in conflict with my chosen career in live events.
In 2010, I sat on a panel at a leading events summit discussing future trends. At the time, I predicted that events would move toward being smaller, more focused, more intimate and above all, more mindful. Sustainability was gaining urgency in the news, and a younger generation was becoming increasingly mobilised around climate action. I truly believed the events sector would follow suit.
How wrong I was.
Over the past decade, live events have grown bigger, brighter, louder and more polluting than ever before. Mega-events have become the norm. I was never invited back to that panel, perhaps because I expressed a desire for this industry to shift toward a model more in harmony with nature and with each other.
At the time, the London 2012 Olympics were being marketed as the “greenest Games in history.” In collaboration with brilliant journalists at The Guardian, I helped investigate those claims. The sustainability framework used was BS 8901, a specification for sustainable event management. After thorough research, our findings were sobering: far from being green, London 2012 was likely the most environmentally damaging event in history at that time.
Despite these findings, BS 8901 was embraced internationally. Microsoft was one of the first global corporations to achieve certification. The UN adopted it as the standard and rebranded it as ISO 20121. This certification has since been used across hundreds of events worldwide often to mask, rather than reduce, the true environmental impact of the industry.
It pains me to say it, but the live events sector does not “walk gently” on this Earth. It does the opposite—stomping heavily, moving ever further from an ecosystem in harmony with nature.
This isn’t just about the choices of event professionals. Today, the explosion of mega-events from Live Nation to global sporting federations, from CES to the spectacles in the UAE, Qatar, and Saudi Arabia has created a system where scale and spectacle are rewarded, and environmental cost is a footnote. The reality is stark: as practitioners, we are often left with two options—be part of these projects, or go home.
This isn’t a call to romantic idealism. It’s an honest reflection on where we are. Until audiences, clients, and institutions shift their values, event professionals alone cannot drive systemic change. But we can still choose to speak, to question, and to remember that a different way could be possible even if it’s not the one currently being funded.
Additional Reflections & Observations
The Paradox of Growth vs. Sustainability The live events industry faces a fundamental paradox: the drive for growth, scale, and spectacle directly conflicts with the imperative for environmental sustainability. Expanding audience sizes and revenues often result in increased carbon emissions, resource consumption, and waste generation. To truly embrace sustainability, the industry may need to redefine what success means, prioritizing resilience, ecological responsibility, and community impact over sheer size and profit.
The Role of Technology – A Double-Edged Sword Technological advances offer promising pathways to reduce environmental impact, such as virtual and hybrid event models that can lower travel-related emissions. However, these alternatives come with their own costs, including substantial energy demands from data centers and the environmental footprint of electronic device production and disposal. Likewise, emerging green technologies in production and infrastructure hold potential but require wider adoption and supportive investment to effect meaningful change.
The Power and Limits of Certifications Sustainability certifications like ISO 20121 provide valuable frameworks for event management, yet their impact can be limited if used merely as compliance checklists or marketing tools. Without transparent reporting, ongoing stakeholder engagement, and a commitment to challenging industry norms, these certifications risk enabling superficial “greenwashing” rather than driving transformative practices.
Audience Behaviour as a Catalyst for Change Event audiences are increasingly aware of environmental issues and can be powerful agents of change when engaged effectively. However, ticket affordability, event accessibility, and ingrained cultural expectations often constrain sustainable choices. Empowering audiences through education, transparent impact disclosures, and incentivizing greener behaviours will be crucial in shifting industry dynamics.
Equity and Inclusion in Sustainability Environmental stewardship must be pursued alongside social equity. Mega-events frequently cause displacement, strain local infrastructure, and exploit vulnerable workers. Sustainable event strategies must therefore include justice-oriented approaches, respect Indigenous rights, and foster community empowerment to ensure a truly holistic model of sustainability.
The Urgency of Systemic Change While incremental improvements are valuable, the scale and speed of climate challenges demand systemic transformation. Collaboration among industry leaders, governments, sponsors, and local communities is essential to rethink event financing, infrastructure development, consumption patterns, and long-term legacies for a sustainable future.
The Challenge of Scope 1, 2, and 3 Emissions in Live Events
A significant obstacle in addressing the environmental footprint of live events lies in the complexity of accounting for Scope 1, 2, and particularly Scope 3 emissions.
Scope 1 emissions are direct emissions from sources owned or controlled by the event organizer, such as on-site fuel combustion (generators, vehicles).
Scope 2 emissions cover indirect emissions from purchased electricity, heating, and cooling.
Scope 3 emissions are all other indirect emissions occurring in the value chain, including audience and artist travel, supply chain manufacturing, waste disposal, and vendor operations.
Scope 3 emissions often constitute the largest share of a live event’s carbon footprint, primarily due to travel, freight, and supply chains. However, they are also the most difficult to measure and control because they involve numerous third parties and complex logistics that span globally.
This complexity presents two major challenges:
Measurement and Reporting — Accurately quantifying Scope 3 emissions requires comprehensive data sharing across multiple stakeholders, many of whom may not prioritize transparency or have the capacity to collect detailed data. This often leads to underreporting or inconsistent methodologies, reducing reliability and comparability.
Accountability and Influence — Event organizers frequently have limited control over many Scope 3 emission sources, such as how audiences travel to the event or how suppliers produce their materials. Without systemic collaboration, it is challenging to implement meaningful reductions or incentivize greener practices throughout the entire value chain.
Given these difficulties, many live events rely heavily on Scope 1 and 2 emissions management, while Scope 3 remains an aspirational goal. Yet, ignoring Scope 3 risks missing the majority of the event’s true environmental impact.
Addressing this challenge requires:
Enhanced data collaboration and transparency among event stakeholders
Standardized measurement protocols and reporting frameworks tailored for the live events sector
Strategic partnerships with suppliers, venues, and transportation providers to influence emissions beyond direct control
Engagement with audiences to promote sustainable travel and behaviours
Recognizing the inherent complexity of Scope 3 is critical for a holistic and honest sustainability strategy in live events, aligning with broader industry efforts toward full value chain responsibility.
Appendices Appendix A: Methodology and Sources
Emissions estimates derived from studies by Julie’s Bicycle, A Greener Festival, and the Carbon Trust.
Water and waste statistics compiled from industry surveys and sustainability audits (e.g., Glastonbury, SXSW, and London 2012 Olympic reports).
Infrastructure data based on World Green Building Council and UNEP construction reports.
Hotel data referenced from STR Global and UNWTO.
Appendix B: Event Certification Frameworks
ISO 20121: Event Sustainability Management Systems
BS 8901: British Standard for Sustainable Events
A Greener Festival Award
EcoEvent Certification
Appendix C: Suggested Tools and Strategies
Travel carbon calculators (e.g., TRACE, Green Globe)
Waste audit tools (WRAP, Event Cycle)
Digital twin and simulation for material planning
Water reduction and circular sanitation strategies
Localized procurement platforms
Appendix D: Industry Environmental Footprint Comparison
Industry
Annual Global CO₂ Emissions (approx.)
Key Environmental Challenges
Live Events
100–150 million tonnes CO₂
Travel, venue builds, broadcast, virtual infra, materials
Aviation
~2.5 billion tonnes CO₂
Jet fuel use, global reach, non-CO₂ effects
Global Fashion
~2.1 billion tonnes CO₂
Textiles, water use, pollution, waste
Global Construction
~3.5 billion tonnes CO₂
Cement, steel, land change, energy use
Music Industry
~250 million tonnes CO₂
Touring, streaming, manufacturing
Sports Industry
~300 million tonnes CO₂
Travel, venue ops, merchandising, mega-event scale
Further Reading
“Sustainable Event Management” by Meegan Jones
“The Environmental Impact of Music” by Kyle Devine
Reports by Julie’s Bicycle: https://juliesbicycle.com
A Greener Festival Reports: https://www.agreenerfestival.com
UN Sustainable Development Goals: https://sdgs.un.org