Botany Waste Management Facility

Botany Waste Management Facility

Acoustic and vibration strategy for a large-scale waste facility, managing environmental risk to support approvals, compliance, and operational performance.

Project Overview

The Botany Waste Management Facility is a major resource recovery and waste processing development designed to support long-term capacity across the Sydney metropolitan area. The facility includes large-scale processing halls, plant and equipment, heavy vehicle movements, and 24/7 operations within a complex urban-industrial interface. The scale and intensity of operations, combined with proximity to sensitive receivers, create significant environmental and regulatory challenges. E-LAB is supporting the project to manage noise and vibration risks while aligning operational efficiency with strict compliance requirements.

SECTOR

Location

Services

Project Timeline

CLIENT

Project Value

Our Approach

  • Detailed environmental noise impact assessment to support planning approvals
  • Development of project-specific operational noise criteria aligned with EPA requirements
  • Advanced modelling of plant, equipment, truck movements, and site activities
  • Assessment of cumulative impacts from surrounding industrial and infrastructure sources
  • Prediction of noise under multiple operating and worst-case scenarios
  • Development of mitigation strategies including enclosure design, screening, and plant selection
  • Site layout optimisation to minimise impacts on surrounding receivers
  • Vibration assessment and development of control and isolation measures
  • Preparation of documentation and engagement support with EPA and DPHI
  • Strategic input to navigate complex regulatory requirements and approval pathways

Outcome

  • Clear, defensible pathway through a complex environmental approvals process
  • Strong engagement position with EPA and DPHI on operational noise outcomes
  • Robust modelling supporting planning submissions and reducing approval risk
  • Successful challenge of baseline criteria to reflect real industrial noise context
  • Removal of unreasonable compliance constraints, including sensitive receiver classification
  • Cost-effective mitigation strategies avoiding overdesign and unnecessary capital spend
  • Optimised site layout balancing environmental performance and operational efficiency
  • Reduced risk of future compliance issues and community complaints
  • Commercially viable outcome aligned with regulatory and project objectives

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