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Closed-Loop Water Recovery System for Food & Beverage Manufacturing

Hybrid
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About This Project

Australia's food and beverage sector accounts for over 12% of total industrial water consumption. This project partners a leading F&B manufacturer with Harrington University's Sustainable Systems Research Lab to design, pilot, and validate a closed-loop water recovery system capable of reducing freshwater intake by up to 70%. The project combines advanced membrane filtration, real-time sensor analytics, and circular economy principles

Objectives
  • Reduce freshwater consumption by 70% through closed-loop recovery
  • Design a scalable membrane filtration system for F&B processing environments
  • Develop real-time water quality monitoring using IoT sensors
  • Produce a published replication framework for sector-wide adoption
  • Achieve full regulatory compliance with EPA Victoria water reuse standards
Deliverables
  • 1
    Closed-loop system design and engineering specifications
  • 2
    Pilot plant installation and 6-month performance dataset
  • 3
    Life cycle assessment report
  • 4
    Regulatory compliance pathway document
  • 5
    Peer-reviewed publication and industry white paper
Required Expertise
Water Treatment
Circular Economy
Sustainable Manufacturing
Life Cycle Assessment

Milestones

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Project Info

Seeking

Researcher
Research Team
University
Duration18 months
Start DateJul 1, 2026
LocationHybrid