Your BioLNG Development Pathway, VIC
Published 2026-10-31
This brief assesses the candidate route for converting 3,000 wet tonnes per day of food waste into 187,559 kg per day of BioLNG in Victoria. The preferred next investigation is a feedstock contestability audit, as the sheer tonnage exceeds typical single-source availability and competes with existing state-level AD projects. Changes to gas-to-grid viability or feedstock contamination levels will alter the conversion efficiency. The immediate next action is to verify physical site access and local gas infrastructure constraints.
Action plan
Confidence 0%
First / Secure feedstock MOUs and perform waste characterisation studies for food streams.
Next / Assess the physical proximity to Victorian gas transmission infrastructure versus BioLNG transport routes.
Then / Screen conversion technology vendors for high-moisture food waste handling capabilities.
Decision gate / Finalise the candidate route (BioLNG vs Biomethane) once network connection costs and BioLNG offtake premiums are verified.
Developing this pathway in VIC
Confidence 0%
Victoria has a maturing bioenergy landscape with 7 matching renewable gas pathways identified in registry records, including operational sites like the Traralgon Network Support Station and the Lilydale hub [VIC-1]. The market context is driven by the transition away from fossil gas, yet competition for organic waste is high among the 133 recorded bioenergy projects in the state.
Confirm EPA Victoria permission path
- Why it matters for you: A 3,000 tpd facility is a large-scale industrial activity requiring specific environmental protections [VIC-3].
- Evidence needed: Determination of whether the site falls under A07a (large) or A07b (small) organic waste processing categories [VIC-2].
- Next action: Initiate pre-lodgement consultation with EPA Victoria regarding odour and bunding requirements.
- Who confirms it: EPA Victoria.
Evaluate digestate management regulations
- Why it matters for you: The model predicts 180 t/day of dry equivalent digestate; Victorian regulations strictly govern the land application of food-derived residuals [VIC-5].
- Evidence needed: Heavy metal and pathogen testing protocols to meet Victorian waste-to-land standards.
- Next action: Screen local agricultural demand for soil conditioners within a 50km radius of potential sites.
- Who confirms it: Victorian Department of Energy, Environment and Climate Action (DEECA).
Selected scenario and objective
Confidence 0%
As a resource-owner, you are investigating the production of BioLNG from Food and processing organics within Victoria. The modelled scenario utilises 3,000 wet tonnes per day of suitable accepted food waste to produce a modelled output of 187,559 kg per day of BioLNG. Your objective focuses on conversion suitability for local use versus gas delivery. While the model suggests a potential biomethane output of 264,600 Nm³/day as a candidate route, commercial viability is not established due to missing CAPEX, OPEX, and offtake terms. The assumed price of 9.99 AUD/GJ for BioLNG serves as a market benchmark only and is not a verified sale price. Status of the plant remains unsure, with network and site details currently unresolved.
Commercialisation screen
Confidence 0%
Commercial viability not established. While the modelled output of 187,559 kg/day BioLNG is significant, the project lacks verified CAPEX for the liquefaction plant and OPEX for the complex depackaging of 3,000 tpd of food waste. The assumption of 816.66 AUD/t for CO2 is illustrative; biogenic CO2 buyer prices are not verified on Shelby. Furthermore, certificates and funding are excluded from this base case. The next task is to produce a Class 5 capital cost estimate for the AD and liquefaction units. The distinction between electricity MW and gas volume is critical, as the 724,626 kWh/day modelled is a net energy value and does not equate to network injection capacity.
Your next pathway decisions
Confidence 0%
The primary feedstock identified is food waste, which requires specific pre-treatment for depackaging and grit removal to protect anaerobic digesters. The modelled throughput of 3,000 tpd is a significant volume for the Victorian market and requires a detailed collection strategy.
Screen feedstock securement and contamination
- Why it matters for you: Food waste gas yields are highly sensitive to contamination; 3,000 tpd requires diverse sourcing which increases variability.
- Evidence needed: Verified tonnage contracts and contamination percentage assays for specific food streams.
- Next action: Conduct a feedstock contestability scan against existing AD operators like Yarra Valley Water.
- Who confirms it: Feedstock suppliers and logistics partners.
Assess liquefaction vs injection
- Why it matters for you: BioLNG allows for transport fuel use or off-grid delivery, bypassing Victorian gas network injection constraints [VIC-6].
- Evidence needed: Comparison of liquefaction energy parasitic loads against network injection pressures.
- Next action: Perform a candidate route comparison for local heavy vehicle refuelling demand.
- Who confirms it: Technology providers and network operators.
Frequently asked questions
Does 187,559 kg/day BioLNG represent a guaranteed production rate?
No, this is a modelled output based on 346.75 operating days per year and specific gas yields for food waste. Actual production depends on feedstock quality and plant uptime.
Is the CO2 revenue included in the commercial viability?
No, recoverable CO2 mass of 320,274 kg/day is modelled, but sales are not inferred and quality requirements for commercial sale are not yet verified.
Can the digestate be sold immediately as fertiliser?
Commercial viability of digestate is not established; it must first be screened against VIC-5 management requirements and Victorian EPA standards.
Is the 9.99 AUD/GJ BioLNG price a firm offer?
No, this is a market benchmark assumption for the VIC region and does not constitute a verified sale price or offtake agreement.
Sources & References
Pre-feasibility research only, not engineering, financial or legal advice or a guarantee of supply, demand or price.
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