Five Game-Changing Strategies for Tackling Food Waste at Stadia and Special Events

July 10, 2023

2 minutes, 44 seconds read

Five Game-Changing Strategies for Tackling Food Waste at Stadia and Special Events

Stadia and special events often generate large amounts of food waste, contributing to environmental challenges and economic losses. However, by implementing practical strategies, we can significantly reduce and manage food waste. In this blog, we will explore five effective approaches to tackle this issue, ensuring sustainability and responsible waste management.

Identify opportunities to initially reduce waste:

One of the most effective ways to manage food waste is by reducing it at the source. Stadia and event organizers can identify opportunities to minimize waste by offering smaller portions at lower price points.

By providing customers with options for smaller sizes or portion-sharing, attendees can enjoy their favorite snacks without generating excessive waste. Additionally, encouraging vendors to use eco-friendly packaging materials can further contribute to waste reduction.

Recover and recycle all edible foods:

Rather than discard perfectly good food, stadia and event organizers should establish partnerships with local food banks or charitable organizations to recover and redistribute surplus edible food.

By implementing a structured food recovery program, excess food can be donated to those in need, reducing waste and benefiting the community. Proper training and coordination with vendors and staff are essential to ensure the safe handling and redistribution of surplus food.

Offer compost bins to immediately segregate waste:

Providing easily accessible compost bins throughout the stadium or event venue is a simple yet effective strategy for waste management.

These bins can be strategically placed at concession stands, dining areas, and other high-traffic locations. 

Partner with nearby farms to compost:

Collaborating with nearby farms or community gardens can be mutually beneficial for stadiums and local agricultural initiatives. By partnering with farms equipped to handle large-scale composting, stadia can divert food waste from landfills and contribute to the production of nutrient-rich soil amendments.

The compost generated can then be used to enrich the soil for on-site landscaping or donated to local farms for agricultural purposes, fostering a closed-loop system.

Use an onsite solution, such as a biodigester:

Investing in onsite solutions like biodigesters can be an innovative way to manage food waste within stadia and event venues. Biodigesters are specialized machines that utilize microorganisms to break down organic waste and convert it into water fertilizer.

This sustainable technology not only reduces food waste, but eliminates the need to handle, manage, and transport it offsite. Biodigesters can handle large volumes of food waste efficiently, making them an ideal solution for high-traffic venues.

Despite biodigesters and other solutions, most stadium food waste ends up in landfills due to logistical challenges. On game days with 60,000 guests, up to 13 tons of mixed waste is generated, hindering effective segregation. Stadiums prioritize guest experience, making waste sorting difficult. Limited time between events adds pressure, making thorough on-site sorting impractical. Consequently, mixed waste, including food waste, is disposed of in non-recyclable black garbage bags, harming the environment. Sustainable waste management practices and partnerships can mitigate these challenges, reducing the environmental impact of stadia and events.

Managing food waste at stadia and special events requires a comprehensive approach that addresses waste reduction, recovery, and recycling. By implementing the strategies outlined above, venues can significantly reduce their environmental impact, enhance sustainability practices, and contribute to the overall well-being of the community. By embracing responsible waste management practices, stadia and event organizers can pave the way for a more sustainable future.