Advanced construction activities at the Snowy 2.0 Tantangara intake diffuser demonstrate sophisticated formwork systems and concrete placement techniques for this critical hydroelectric infrastructure component.
Technical Specifications
Diffuser Slab Construction
| Parameter | Specification | Scale |
|---|---|---|
| Pour Height | 2.5 meters | Substantial elevation |
| Total Concrete Volume | 13,600 m³ | Massive structure |
| Maximum Pour Volume | 340 m³ | Controlled placement |
| Construction Method | Sequential pours | Systematic approach |
Doka System Implementation
| Component | Specification | Capacity |
|---|---|---|
| Ringlock Shoring Height | 11 meters | High-level support |
| Structure Length | 37 meters | Extended span |
| System Weight | 240 tonnes | Heavy-duty framework |
| Top 50 Formwork | 350 m² | Surface area |
| Maximum Pour Capacity | 875 m³ | High-volume capability |
Construction Methodology
Formwork Systems:
- Doka D22 dam bracket system
- Framax Xlife panels
- Ringlock shoring assembly
- Top 50 formwork integration
Execution Strategy:
- Wall elevation pours
- Systematic concrete placement
- Specialized equipment deployment
- Quality control protocols
Key Project Elements
. Technical Innovation:
- Advanced formwork systems
- High-capacity concrete placement
- Precision engineering
- Structural integrity
. Operational Excellence:
- Expert assembly teams
- Systematic construction approach
- Safety protocol adherence
- Quality assurance
. Project Coordination:
- FGJV partnership
- Specialized contractor integration
- Equipment optimization
- Timeline management
Our Partners
- FR2 Infrastructure – Constructability advise and project and planning controls
- Staging Diagrams – Staging diagrams for possession planning
✨ Support Our Mission ✨
Help us continue building tools that simplify complexity!
Every contribution fuels new features and improvements
Thank you for being part of our journey! 🚀
Contact Us
Discover more from Construction Methodology
Subscribe to get the latest posts sent to your email.
Discover more from Construction Methodology
Subscribe to get the latest posts sent to your email.
