City Tattersalls Club Redevelopment

City Tattersalls Club Redevelopment

Integrated acoustics, ventilation, and fire engineering for a heritage-led mixed-use redevelopment, balancing performance, compliance, and buildability across complex interfaces.

Project Overview

The City Tattersalls Club Redevelopment is a major mixed-use project in the Sydney CBD, combining the adaptive reuse of a heritage-listed club with new residential and hotel towers. The development integrates high-density living, hospitality, and member facilities within a constrained urban site, while preserving and enhancing the heritage fabric. The project requires complex coordination between new and existing structures, managing interfaces between active club spaces and sensitive uses above. E-LAB is supporting the delivery of a high-performing, compliant development that balances heritage constraints with modern performance expectations.

SECTOR

Location

Services

Project Timeline

CLIENT

Project Value

Our Approach

  • Acoustic and vibration design across heritage refurbishment, residential, hotel, and mixed-use spaces
  • Environmental noise assessment considering CBD context and surrounding activity
  • Façade acoustic design aligned with heritage constraints and residential amenity targetsInternal acoustic design for apartments, hotel rooms, and high-noise club environments
  • Vibration and structure-borne noise assessment between existing and new structures
  • Development of acoustic natural ventilation strategies integrated with façade design
  • Airflow modelling and coordination with ESD and mechanical systems
  • Performance-based fire engineering strategy across heritage, podium, and towers
  • Egress, compartmentation, and smoke management strategies for complex mixed-use conditions
  • Preparation of Fire Engineering Brief and Report, and coordination across disciplines

Outcome

  • Enabled a viable redevelopment balancing heritage preservation with high-density outcomes
  • Replaced complex façade plenum strategy with targeted acoustic solutions, improving usability
  • Delivered cost savings through simplified, buildable façade and services design
  • Recovered net saleable area by removing inefficient façade requirements
  • Managed complex mixed-use interfaces between active and sensitive spaces
  • Reduced risk of noise and vibration transfer across integrated structures
  • Delivered coordinated acoustic, ventilation, and fire strategies supporting approvals
  • Enabled large-scale hospitality and event use without impacting residential amenity
  • De-risked design and procurement through clear, integrated documentation
  • Protected long-term performance and value of both heritage and new assets

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