Pre-feasibility Scan: Victorian Biomethane and Renewable Gas Landscape

Published 2026-10-25

Victoria shows emerging signals for renewable gas, underpinned by seven identified high-capacity facilities totalling approximately 56.1 MW. The ecosystem is currently dominated by landfill gas capture and anaerobic digestion for grid support and onsite utilities. While commercial frameworks for biomethane injection are developing, existing operations by utilities like Yarra Valley Water and private firms like Nova Power establish a proven technical baseline for the state's circular economy goals.

Feedstock Availability and Trends

Confidence 75%

Feedstock sourcing in Victoria is currently concentrated in two primary streams: municipal solid waste (MSW) for landfill gas and commercial organic waste for AD. The Lilydale renewable energy hub is scheduled to begin accepting waste in November 2025, indicating a growing regional demand for organic waste processing capacity (Public Registry, 2024). Agricultural residues from the Goulburn Valley and Gippsland regions represent significant latent potential for renewable gas, though systematic state-wide mapping of these specific volumes is not available on Shelby. The transition away from landfilling under state waste policies is expected to redirect organic streams toward controlled AD environments, enhancing the quality and consistency of gas yields compared to traditional landfill gas recovery.

Strategic Implementation Pathways

Confidence 80%

For stakeholders entering the Victorian market, the focus should remain on securing high-quality feedstock contracts and evaluating the feasibility of gas-to-grid upgrading versus onsite power generation. Monitoring the ramp-up of the Lilydale renewable energy hub through late 2025 will provide critical data on organic waste market pricing and throughput efficiencies. Proponents should also track the development of hydrogen-blending trials in the Victorian gas network, which may create future co-location opportunities. Given that community supply/demand signals are not yet verified, early-stage developers should prioritise sites with existing industrial footprints or proximity to heavy gas users to minimise infrastructure costs.

Local Renewable Gas Ecosystem

Confidence 85%

The Victorian renewable gas ecosystem is characterised by a mature landfill gas capture sector and an increasing shift toward dedicated anaerobic digestion (AD) facilities. Major operators include Energy Developments Lfg (Victoria) Pty Ltd and LMS Energy, who manage significant assets such as the Broadmeadows (12.2 MW) and Hallam Road (9 MW) sites (Public Registry, 2024). A notable trend is the involvement of water authorities; Yarra Valley Water's Lilydale renewable energy hub signifies a shift toward processing organic waste streams for utility-led energy recovery. The Traralgon Network Support Station, operated by Nova Power, demonstrates the role of AD in providing 10 MW of network reliability. While current outputs largely focus on electricity generation, these sites provide the infrastructure foundation for potential biomethane upgrading as state gas substitution roadmaps evolve.

Offtake and Economic Context

Confidence 60%

Economic returns for Victorian renewable gas projects are currently tied to the National Electricity Market (NEM) for power generation and Victorian Energy Upgrades (VEU) incentives where applicable. Specific pricing for bulk biogenic CO2 and hydrogen buyer prices is not available on Shelby and cannot be verified for pre-feasibility modelling. Offtake for biomethane as a direct natural gas substitute is influenced by east-coast wholesale gas pricing, which remains volatile (Shelby Markets, 2024). While the technical viability of gas injection is demonstrated globally, Victorian projects currently focus on behind-the-meter use or electricity export. The absence of a formalised national renewable gas certification scheme remains a factor in the bankability of premium 'green gas' offtake agreements.

Planning and Regulatory Environment

Confidence 70%

Navigating the Victorian planning environment requires compliance with the Environment Protection Authority (EPA) Victoria guidelines and local council planning schemes. Facilities like the Wollert and Berwick sites have established precedents for large-scale energy recovery operations in peri-urban zones. Key regulatory hurdles include odour management, digestate handling, and grid connection agreements with distributors like AusNet or Jemena. The Victorian Government’s Gas Substitution Roadmap provides a strategic backdrop, yet project-specific approvals remain contingent on rigorous environmental impact assessments. Administrative signals for community supply/demand are not yet approved in Shelby's internal data, suggesting that proponents must lead their own stakeholder engagement strategies for new site developments.

Frequently asked questions

What is the total identified renewable gas capacity in Victoria?

Based on Shelby's internal records, there are 7 matching facilities with a combined published capacity of 56.1 MW.

Who are the major operators in the Victorian biomethane space?

Key operators include Nova Power, Yarra Valley Water, Energy Developments Lfg (Victoria) Pty Ltd, and LMS Energy.

Are biogenic CO2 prices available for Victorian projects?

No, bulk biogenic CO2 and hydrogen buyer prices are not verified on Shelby at this time.

When will the Lilydale renewable energy hub become active?

The facility is expected to begin accepting waste in November 2025 and will ramp up operations thereafter.

Which facility has the highest recorded capacity in the state?

The Broadmeadows landfill gas site, operated by Energy Developments Lfg (Victoria) Pty Ltd, has a capacity of 12.2 MW.

Sources & References

sqmresearch.com.au

Pre-feasibility research only, not engineering, financial or legal advice or a guarantee of supply, demand or price.

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