Date: 
Wednesday, 26 July 2017 - 2:30pm
Category: 
Latest Projects
Country: 
Australia

South Australia Cricket Association (SACA) and Adelaide City Council recently collaborated on the redevelopment of Narnungga (Park 25) which will include a new multi-purpose sports pavilion to replace the existing sporting clubhouses, improved cricket and football fields and a floodlit beach sports facility.

One of the biggest issues historically with the football/cricket field had been its undulating surface and poor drainage. This was in part due to the clay type soils typical of this region coupled with poor natural drainage. Therefore one of the most important aspects of the project was ensuring that the drainage was significantly improved to ensure excellent ongoing playing conditions during the wet and dry season for both SACA and the local South Australian Amateur Football league.

A product was required to be laid underneath the entire oval which had enough strength for ongoing construction loads, had excellent drainage qualities but was also cost effective.

As a result, Megaflo panel drain was chosen for its trafficability, its ability to drain 60% faster than your typical 100mm round slotted pipe and its ease of installation. It was laid flat and connected using various Megaflo fittings and then covered with approximately 200mm of sand. Its strength and shape enabled a trenchless installation, which meant there was no need for gravel backfill and no disposal of trench spoils. This resulted in a significant reduction in installation costs for the client.

Besides the main benefit of using Megaflo® over round pipe for this project, other advantages realised were:

  • Megaflo laid horizontally can remove water from sports surfaces much quicker than traditional round drainage pipes.
  • Megaflo’s larger catchment slots/surface area means an improved infiltration/drawdown rate compared to equivalent round pipe when laid horizontally.
  • Megaflo’s high crush strength when laid horizontally enables it to be placed higher up in the construction profile eliminating the need for additional cover soil to spread the load and make up levels.
  • Internal supports in the flat pipe construction prevents intrusion of the cover geotextile into the core allowing flow rates to be maintained beneath soil confinement pressure.

Download the case study

Narnungga Case Study

 

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