The Project

Project Details

The Melbourne Park Redevelopment represents a multi-million dollar refurbishment as part of a $700+ million transformation of one of Australia’s most iconic sporting venues. This comprehensive project significantly enhances every aspect of the customer experience while rejuvenating the external design of the venue that hosts the Australian Open and major entertainment events. The redevelopment required waterproofing solutions capable of meeting the performance standards of a world-class facility that serves tens of thousands of visitors during major events.

 

To meet the highest performance and sustainability standards, the project focused on:

 

  • Delivering reliable waterproofing protection across multiple construction stages while maintaining venue operations and event schedules
  • Providing durable systems suited to high-traffic public areas, amenities and external structures exposed to Melbourne’s variable climate
  • Ensuring long-term performance and minimal maintenance for infrastructure supporting major international sporting and entertainment events

Envirosystems Solution

 

Envirosystems was specified across Stages 1, 2 and 3 of the redevelopment of the iconic Rod Laver Arena at Melbourne Park. The phased approach required waterproofing solutions that could be integrated seamlessly across multiple construction stages while the venue continued to host major events.

 

The Envirosystems specification delivered comprehensive waterproofing protection throughout the multi-stage redevelopment, ensuring reliable performance across diverse applications within the complex. The systems provided the durability and long-term protection essential for a landmark sporting venue that serves millions of visitors and hosts internationally significant events year after year, contributing to the overall enhancement of Melbourne Park as a world-class destination.

Products Used

Enviro Epoxy B-LV

  • Exceptional Versatility
  • Long-Lasting Protection in Demanding Environments
  • Superior Adhesion Across Challenging Surfaces
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