Land Secured. Platform Defined. Infrastructure Underway.
A $550M+ Next-Generation Protein Infrastructure Platform
Project Linear Spine — Hamilton Food Park
Terra Firma Equity Limited has secured an 82.15-hectare (201-acre) strategic industrial landholding in Victoria’s Western District, establishing the foundation for Project Linear Spine — a next-generation, integrated protein processing and export platform.
Positioned within one of Australia’s most productive livestock regions, the development is designed to underpin a vertically integrated national protein supply chain, delivering a Tier-1, multi-species processing and advanced manufacturing precinct.
Platform Capabilities
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Industrial-scale processing capacity across beef and smallstock
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End-to-end supply chain integration, from procurement through to export
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Advanced value-added production and food manufacturing capability
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Export-aligned logistics, servicing domestic and global markets
Strategically located and infrastructure-led, Project Linear Spine will play a critical role in strengthening regional supply chains, supporting producers, and enhancing Australia’s global protein export capability.
Project Linear Spine establishes a new benchmark in integrated processing, infrastructure-led investment, and long-term supply chain capability, forming the foundation of Terra Firma’s institutional-grade protein platform across Australia.
Project Linear Spine — Vision Film
Experience the vision behind Project Linear Spine — Terra Firma Equity Limited’s next-generation protein infrastructure platform, located in Victoria’s Western District.
This film presents the scale, design philosophy, and long-term strategic ambition underpinning Hamilton Food Park — a development engineered to redefine how protein is processed, manufactured, and exported across Australia and into global markets.
Designed for industrial-scale capability, precision-led operations, and vertically integrated supply chain performance, Project Linear Spine establishes a new benchmark in infrastructure-led protein processing and export capability.
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Linear Spine — Core Operating Architecture
Structural & Operational Significance
The 400-metre Linear Spine forms the central operating architecture of the facility, engineered to deliver continuous, high-efficiency production at industrial scale.
End-to-End Integration
Extending from livestock receival (lairage) through to final load-out, the spine enables a fully integrated, unidirectional processing flow — optimising throughput, control, and operational consistency across all stages.
Automated Product Flow
Advanced automation systems minimise manual handling, enabling seamless, near-touchless movement of cartons across processing, packing, storage, and dispatch.
Centralised Logistics
An integrated, multi-storey automated logistics and packaging facility provides high-density, temperature-controlled storage for up to 40,000 cartons, supporting rapid, export-ready distribution.
Structural & Operational Significance
The 400-metre Linear Spine represents the core operating framework of the facility, engineered to deliver continuous, high-efficiency production at industrial scale.
End-to-End Integration
Extending from livestock receival (lairage) through to final load-out, the spine enables a fully integrated, unidirectional processing flow — ensuring consistency, throughput optimisation, and operational control across all stages.
Automated Product Flow
Advanced automation systems significantly reduce manual handling, enabling seamless, near-touchless movement of cartons across processing, packaging, storage, and dispatch.
Centralised Logistics
An integrated, multi-storey automated logistics and packaging facility provides high-density, temperature-controlled storage for up to 40,000 cartons, supporting efficient, export-ready distribution at scale.
Circular Waste-to-Energy & Resource Recovery System
Closed-Loop Infrastructure Model
Within the 82.15-hectare Project Linear Spine, the facility is designed as a fully integrated, closed-loop system, capturing and repurposing water, energy, and operational by-products to reduce environmental impact and enhance operational efficiency.
Water Treatment & Reuse
All process water is captured, treated, and recycled for reuse across the facility.
Integrated stormwater collection systems further support a self-sufficient, resilient water management framework, reducing reliance on external supply.
Waste-to-Energy (Biogas)
Organic waste streams are converted into renewable biogas through anaerobic digestion, with energy redirected back into core operations — lowering emissions and reducing dependence on traditional energy sources.
Energy Efficiency & Recovery
Advanced processing systems and heat recovery infrastructure are designed to optimise energy utilisation, improve operational performance, and minimise overall consumption.
Pathway to Energy Self-Sufficiency
Together, these initiatives establish a scalable pathway toward energy self-sufficiency, reinforcing Terra Firma’s commitment to infrastructure-led sustainability, resource efficiency, and long-term operational resilience.
Built for Industrial Scale
Hamilton Food Park is designed as a Tier-1, industrial-scale processing and export facility, positioned to support Australia’s growing domestic demand and global protein export markets.
At full capacity, the facility is expected to deliver approximately 1,200 head of beef per day and up to 15,000 smallstock per day, supported by integrated value-added manufacturing, export-ready packaging, and advanced cold-chain logistics infrastructure.
National-Scale Capability
Beyond throughput, the development is engineered to deliver national-scale processing capability, enabling supply chain resilience, operational efficiency, and consistent product delivery across domestic and international markets.
Designed for Expansion
The platform is built with long-term scalability at its core, allowing for future expansion across processing, manufacturing, and logistics — ensuring the infrastructure remains aligned with evolving market demand and global export growth.
Infrastructure for the Future
Hamilton Food Park represents a future-focused infrastructure platform, combining scale, integration, and operational efficiency to support the next generation of Australia’s protein industry.
Core Facilities | Integrated High-Throughput Infrastructure
Hamilton Food Park is a next-generation, fully integrated industrial platform, bringing together livestock procurement, primary processing, fabrication, value-added manufacturing, cold-chain logistics, and export distribution within a single, unified system.
End-to-End Integration
Designed as a single-stage operating model, the platform enables seamless coordination across all processing stages — enhancing throughput, strengthening traceability, and delivering greater operational control across the entire supply chain.
High-Throughput Infrastructure
The facility is engineered for continuous, high-efficiency production at scale, supported by integrated systems that optimise product flow, reduce handling, and improve overall operational performance.
Domestic & Global Market Alignment
Built to serve both domestic demand and global export markets, Hamilton Food Park delivers an end-to-end infrastructure solution, supporting consistent supply, quality assurance, and export readiness.
Infrastructure-Led Performance
Hamilton Food Park establishes a new benchmark in integrated, high-throughput processing infrastructure, reinforcing long-term supply chain resilience, reliability, and performance across Australia’s protein industry.
Engineering Excellence in Processing
Project Linear Spine is engineered as a precision-designed, high-performance processing environment, delivering consistent outcomes through structured, infrastructure-led design.
Linear Processing Architecture
A linear, unidirectional configuration optimises spatial efficiency and enables continuous product flow across all processing stages — enhancing throughput, control, and operational consistency.
Workflow Discipline & Operational Control
The system strengthens workflow discipline, product handling, and process control, reducing operational complexity while improving efficiency across both primary and secondary processing.
Compliance, Hygiene & Product Integrity
Engineered to meet stringent regulatory requirements, the facility supports enhanced compliance outcomes, superior hygiene standards, and robust food safety protocols, ensuring product integrity at scale.
Industrial-Grade Performance
Collectively, these design principles deliver a high-efficiency, industrial-grade processing platform, aligned with modern manufacturing standards and built for long-term operational performance.
Smart Integration | Intelligent Infrastructure Systems
Project Linear Spine is designed as a digitally enabled, intelligence-led infrastructure platform, integrating advanced systems to optimise operational performance, visibility, and control across the entire facility.
Operational Visibility & Control
Centralised data systems provide real-time monitoring across processing, utilities, logistics, and product flow — enabling enhanced decision-making, performance optimisation, and operational efficiency.
Integrated Systems Architecture
The platform coordinates critical infrastructure components, including utilities management, processing operations, and automated product movement, within a unified digital framework — reducing complexity and improving system-wide performance.
Automation & Performance Optimisation
Intelligent systems support continuous optimisation of throughput, resource utilisation, and operational efficiency, reinforcing consistency and reliability across all production stages.
Future-Ready Infrastructure
Engineered to align with evolving manufacturing standards, Project Linear Spine is built as a future-ready industrial platform, capable of adapting to advancements in automation, data systems, and infrastructure technologies.
Infrastructure-Led Innovation
Terra Firma’s approach reflects a commitment to precision-engineered, adaptable infrastructure, supporting long-term performance, scalability, and innovation across industrial protein manufacturing.
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Automation & Digital Integration | Industry 4.0
Project Linear Spine is engineered to embrace the next generation of Industry 4.0, integrating advanced automation, real-time monitoring, and intelligent systems to transform industrial processing environments.
Integrated Automation & Intelligence
The platform seamlessly combines automation, operational monitoring, and data-driven systems, enabling a coordinated and intelligent operating environment across all facility functions.
Performance, Traceability & Food Safety
Advanced digital systems enhance throughput, traceability, and food safety, providing real-time operational visibility and control across processing, manufacturing, and logistics.
Operational Efficiency & Workflow Optimisation
Automation-driven workflows improve efficiency, reduce manual intervention, and support consistent, high-quality production outcomes across all stages of the supply chain.
Scalable, Export-Ready Infrastructure
Terra Firma’s infrastructure is designed for scalability, performance, and precision, delivering consistent quality assurance and supporting export-ready manufacturing aligned with global standards.
Strategic Location | Western District, Victoria
Project Linear Spine is strategically located at 8525 Henty Highway in Victoria’s Western District — one of Australia’s most productive and established livestock regions.
Proximity to Supply
The site provides direct access to high-volume cattle and smallstock supply, supported by strong regional producer networks and established agricultural infrastructure.
Logistics & Connectivity
Positioned along key arterial transport routes, the facility benefits from efficient connectivity to major freight corridors, the Port of Portland, and broader Victorian logistics infrastructure — supporting reliable domestic distribution and export operations.
Infrastructure Advantage
This strategic location enables operational efficiency, supply chain integration, and long-term scalability, reinforcing the platform’s role within Australia’s evolving protein supply chain.
Positioned for Long-Term Growth
Hamilton Food Park is embedded within a high-performing agricultural region, providing a strong foundation for sustained throughput, supply reliability, and future expansion.
Economic Impact | Jobs, Regional Growth & National Value
Project Linear Spine is expected to deliver a material economic impact across Victoria’s Western District, supporting regional development, employment, and long-term industry growth.
Employment & Regional Development
The development is projected to create over 2,000 direct jobs across processing, manufacturing, and logistics, while generating significant indirect employment across livestock production, transport, and supporting industries.
Strengthening Regional Supply Chains
By expanding local processing capability, the platform will support regional producers, improve supply chain efficiency, and enhance value capture within Australia, reinforcing the long-term viability of the agricultural sector.
National Infrastructure Value
Project Linear Spine represents a strategic infrastructure investment, strengthening Australia’s domestic processing capacity and supporting its position in global protein export markets.
Long-Term Economic Contribution
The development establishes a foundation for sustained economic growth, delivering employment, industry capability, and long-term value across regional and national supply chains.
Industry Transition | Evolving Australia’s Protein Platform
Project Linear Spine is positioned to support the structural evolution of Australia’s protein industry, accelerating the transition toward enhanced domestic processing, boxed meat exports, and value-added production.
Strengthening Sovereign Processing Capability
The platform is designed to expand domestic processing capacity, improving value retention within Australia and reducing reliance on offshore processing.
Value Capture & Supply Chain Optimisation
Through integrated infrastructure, the development enhances value capture across the supply chain, supporting producers, improving efficiency, and strengthening end-to-end operational performance.
Global Market Positioning
Aligned with premium export demand, Project Linear Spine supports Australia’s position in high-value global protein markets, delivering consistent, export-ready products at scale.
Future-Focused Infrastructure
As a long-term infrastructure solution, the platform responds to evolving market dynamics and export opportunities, ensuring Australia remains competitive through integrated, large-scale processing capability.
Supporting Industry Growth
Project Linear Spine represents a commitment to the next phase of industry growth, delivering infrastructure that enables scalability, resilience, and sustained global relevance.
Forged from the Land. Built for the Future.
Project Linear Spine represents a transformational step forward in Australia’s industrial and protein infrastructure landscape.
A Unified National Platform
Bringing together producers, processing, advanced manufacturing, and global export markets within a single, integrated system — the platform establishes a new standard for scale, efficiency, and supply chain control.
Driving Regional & National Growth
Designed to support regional development, strengthen domestic supply chains, and expand export capability, Project Linear Spine delivers long-term value across industry, communities, and the broader economy.
Infrastructure for the Next Generation
As a future-focused infrastructure platform, it lays the foundation for sustained industry growth, global competitiveness, and national capability at scale.
A Platform Built to Endure
Project Linear Spine is more than a development — it is a long-term industrial platform, engineered to support Australia’s evolving role in global protein markets.