Energy Planning

Sustainable Energy, Sustainable Future

Australia, New South Wales – Snowy 2.0 Tantangara Intake Transition Tunnel, Travelling Formwork Implementation

The Snowy 2.0 project has achieved a significant milestone with the completion of specialized travelling formwork at the Tantangara intake transition tunnel. This engineering achievement facilitates the complex geometric transition from rectangular to circular tunnel profiles, marking a crucial step in Australia’s largest renewable energy project.

Technical Specifications

The travelling formwork system incorporates advanced engineering solutions for the tunnel’s geometric transformation:

  • Precision-engineered timber sections
  • Modular panel design
  • Variable geometry accommodation
  • Integrated worker access systems
  • Rail-mounted mobility system

Installation Parameters

ComponentSpecificationDetails
Maximum Section Weight45 tonnesIndividual component
Total System Weight115 tonnesFully assembled
Crane Capacity750 tonnesCrawler crane
Installation Depth50 metresBelow ground level
Rail System Length70 metresMovement track

Construction Sequence

PhaseDurationKey Activities
Off-site Fabrication6-8 weeksLaser-cut components
Assembly3-4 weeksFrame and panel installation
Installation1 weekCrane operations and positioning
Commissioning2 weeksTesting and verification

More Info


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