Vancouver's recently-completed Empire Field Stadium is an athlete's recycled paradise. The field used 22,000 recycled tires during the creation of the building. The total pounds of crumb rubber that were used amounted to 346,000!
The crumb rubber was put underneath the turf, which is both beneficial for the environment and the athletes. More and more buildings and stadiums are using recycled material in their creation, aiding the earth in the process. This is a great idea, as rubber is pretty hard to dispose of when it's done being used. Way to go Empire Field Stadium.
Vancouver's Empire Field Stadium Made is Made With 22,000 Recycled Tires
1. Recycled Material - Using recycled material in construction and manufacturing processes, like 22,000 recycled tires in the creation of Vancouver's Empire Field Stadium, is a disruptive innovation opportunity for sustainability-focused industries.
2. Sustainable Building - The trend of incorporating sustainable building practices, such as using crumb rubber underneath turf, presents disruptive innovation opportunities for the construction industry to develop eco-friendly solutions.
3. Circular Economy - The adoption of circular economy principles by buildings and stadiums, like Empire Field Stadium, which used 346,000 pounds of crumb rubber, offers disruptive innovation opportunities for industries seeking to reduce waste and promote resource efficiency.
1. Construction - The construction industry can embrace the use of recycled materials, like 22,000 recycled tires, to drive sustainable and eco-friendly innovation in building design and construction processes.
2. Sports Facilities - The sports facility industry can explore the integration of eco-friendly materials, such as crumb rubber, in stadiums and arenas to enhance sustainability and contribute to the circular economy.
3. Waste Management - The waste management industry can leverage the need for proper disposal and recycling of used rubber materials, like tires, to develop disruptive innovations for efficient waste handling and resource recovery.