From Data To Action
GREENHOUSE GAS
EMISSIONS MODELLING
Project-Level
Greenhouse Gas
Emissions Modelling
Forward estimation and predictive GHG modelling under every Australian state, territory, and Commonwealth environmental approval framework. We support everything from EIS submissions to Environmental Authority applications, providing expert navigation of a fragmented regulatory landscape.
Jurisdictions Covered
All 8 States & Territories + Commonwealth
Covers all state and territory GHG assessment frameworks, including federal EPBC Act requirements.
Emission Thresholds Range
250 – 100,000 tCO₂-e
From small-scale urban development assessments up to large-scale Safeguard Mechanism facilities.
Scope Coverage
Scope 1, 2 & 3 Emissions
Comprehensive life-cycle greenhouse gas modelling, including full value-chain and downstream emissions.
Our GHG Emissions Modelling
Predictive Forward
Estimation and Reporting

Quantitative Precision
Advanced Full Scope Analysis
ARTEH provides specialist, predictive greenhouse gas emissions modelling to quantify the carbon footprint of your projects before they commence. Our work sits at the intersection of environmental engineering and data science, delivering the high-fidelity carbon analysis required to understand and manage emissions across complex industrial, infrastructure, and resource extraction portfolios.

Dynamic Analysis
Data for Reducing Impact
We model multiple project iterations to identify which engineering choices offer the greatest carbon reduction. This allows your team to weigh trade-offs between operational efficiency and emissions intensity, ensuring that the selected design pathway is both commercially viable and environmentally optimised.

Audit-Ready Data
Transparent Calculation
Our engine maintains a permanent digital record of every input and emission factor applied to your model. By linking calculations directly to primary source data, we create a clear audit trail that provides stakeholders and independent verifiers with full confidence in your reported carbon figures.
Get In Touch
Let ARTEH Help
You Get Started
You Get Started
We have the best tools, techniques, systems, and people. All waiting for your call. Enquire today and discover the benefits of project level end-to-end climate and emission assessment support, contact us today!
Jurisdictional Coverage
GHG Emissions Modelling Under Every Australian Regulatory Framework
Each Australian state and territory applies different emission thresholds, assessment methodologies, and disclosure requirements for project approvals. We model to the specific regulatory expectations of your project’s jurisdiction.
EPBC Act / EPR Act 2025
Commonwealth
The reformed federal framework mandates Scope 1, 2, and 3 disclosure for any project triggering EPBC assessment. Proponents must demonstrate emissions management strategies aligned with the Safeguard Mechanism and national climate targets.
Scope 1 + 2 + 3 Mandatory
EP Act 1994 / Guideline ESR/2024/6819
Queensland
Environmental Authority applications require categorisation of GHG emission profiles. Medium-to-high emitters must provide comprehensive inventories, Scope 3 estimates, and a formal GHG Abatement Plan applying the avoidance-first hierarchy.
GHG Abatement Plan Required
EP Act 1986 / Factor Guideline (Nov 2024)
Western Australia
One of the most prescriptive frameworks nationally. Projects exceeding 100,000 tCO₂-e trigger assessment with mandatory linear reduction trajectories to net zero by 2050. Strict anti-splitting rules prevent threshold evasion.
Linear Trajectory to Net Zero
EP&A Act 1979 / Large Emitters Guide 2024
New South Wales
A structured eight-step modelling methodology for projects exceeding 25,000 tCO₂-e. The EIS-phase mitigation plan transitions into a legally binding Climate Change Mitigation and Adaptation Plan (CCMAP) attached to the environment protection licence.
25,000 tCO₂-e Threshold
EP Act 2017 / GED Publication 2048
Victoria
Victoria’s General Environmental Duty applies universally with no minimum emission threshold. All businesses must identify, assess, and minimise GHG emissions. Major projects undergo Environment Effects Statement assessment with bespoke scoping.
No Minimum Threshold
PDI Act 2016 / EP Act 1993
South Australia
Impact Assessed Development requires detailed EIS preparation including climate resilience modelling. A new Climate Change EPP is being drafted to formalise binding requirements for emissions limits across all industrial operations.
Climate Resilience Modelling
EA Act 1994 / NT GHG Guide
Northern Territory
Uniquely granular requirements mandating gas-by-gas identification (CO₂, CH₄, N₂O, CFx, HFCs, SF₆). Full life-cycle assessment with greenhouse gas efficiency benchmarking against global comparators is required.
Gas-by-Gas Reporting
EMPCA 1994
Tasmania
Level 2 activities require whole-of-life GHG estimates with Scope 1, 2, and 3 inventories. Proponents selecting higher-intensity technologies face a rigorous burden of proof to justify deviation from best practice.
Whole-of-Life Estimates
Planning Act 2023
Australian Capital Territory
The lowest volumetric threshold in Australia at just 250 tCO₂-e per year, reflecting the ACT’s urban-centric focus. Modelling captures construction emissions, lifecycle energy consumption, waste disposal, and transport matrices.
250 tCO₂-e Threshold
ARTEH Makes it Effortless
We manage complex Australian compliance logic automatically in the background so your internal team can stay completely focused on running day-to-day operations. We practice smooth onboarding procedures to fast-track your reporting cycles and give you total clarity.
Ready to simplify compliance, reporting, and sustainability management?
Our Modelling Scope
Emissions Modelling Deliverables
Each engagement is scoped to the specific regulatory requirements of your jurisdiction, project type, and greenhouse gas emission profile.
Predictive GHG Inventories
Comprehensive Scope 1, 2, and 3 emission quantification over the full operational life of the project. We use NGER Act methodologies and align with the GHG Protocol and ISO 14064 standards.
Dynamic Emissions Trajectories
Forward-looking emission curves demonstrating alignment with jurisdictional net-zero targets and interim reduction milestones. This includes linear trajectory modelling where required, such as in WA and NSW.
GHG Abatement Plans
Formal strategies applying the mitigation hierarchy (avoid, reduce, substitute, and offset) with commercial and technical justification for all technology selections.
Best Practice Benchmarking
Greenhouse gas efficiency benchmarking against comparable domestic and international operations, demonstrating that your project utilises best available technology and practices.
Climate Resilience Assessment
Modelling the physical impacts of climate change on your project site, including heatwave exposure, hydrological changes, and flood risk, as required under SA, QLD, and Victorian frameworks.
Life-Cycle Analysis
Cradle-to-grave emissions modelling from raw material extraction through to end-product disposal, including embodied energy in construction materials and land-use change emissions.
Scope Clarity
What We Do and Don’t Cover

What We Provide
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Forward estimation of project-level GHG emissions for environmental approvals (EIS, EA, EES, DA)
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Predictive modelling under all state, territory, and Commonwealth regulatory frameworks
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Scope 1, 2, and 3 inventories using NGER methodologies for pre-approval submissions
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Dynamic emissions trajectories aligned to jurisdictional net-zero targets
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GHG abatement plans, mitigation hierarchy analysis, and offset strategy development
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Climate resilience and adaptation modelling for project sites
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Cross-jurisdictional threshold analysis and regulatory strategy advice
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Modelling under the EPBC Act / Environment Protection Reform Act 2025

Outside Our Scope
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NGER scheme annual compliance reporting — we recommend specialist NGER reporters for operational facilities
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Safeguard Mechanism baseline administration or annual compliance submissions
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Retrospective emissions reporting for existing operational facilities
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Carbon credit generation, issuance, or trading under the Australian Carbon Credit Unit scheme
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Corporate-level AASB S2 climate financial disclosure preparation
(see the ARTEH Platform for automated climate risk reporting)
Our Approach
How a GHG Emissions Modelling Engagement Works
Every modelling engagement is built around the specific environmental approval requirements of
your jurisdiction and project type.
Regulatory Scoping
We identify your jurisdictional triggers, applicable thresholds, and the specific modelling outputs required by your planning authority or EPA.
Boundary & Source Mapping
We define project assessment boundaries, map all emission sources across Scope 1, 2, and 3, and establish the required modelling methodology framework.
Predictive Modelling
We build the emissions inventory using NGER methodologies, model dynamic reduction trajectories, and develop an abatement plan based on mitigation hierarchy analysis.
Approval-Ready Deliverables
We compile your GHG Assessment Report and Mitigation Plan, formatted to the precise regulatory specifications required for your formal submission.
Everything You Need to Know
Frequently Asked Questions
What is project-level greenhouse gas emissions modelling?
Project-level GHG emissions modelling is the predictive quantification of a proposed project’s greenhouse gas emissions across Scope 1, 2 and 3 before construction begins. It is required by Australian environmental planning authorities as part of Environmental Impact Statements (EIS), Environmental Authority (EA) applications, and development assessments to demonstrate that a project’s emissions profile aligns with jurisdictional net zero targets and the mitigation hierarchy has been applied.
Which Australian jurisdictions require GHG emissions modelling for project approvals?
All eight Australian states and territories now require some form of GHG emissions assessment for major project approvals, in addition to the Commonwealth under the EPBC Act (and the Environment Protection Reform Act 2025). Requirements vary significantly: Western Australia mandates linear net zero trajectories for projects exceeding 100,000 tCO₂-e, New South Wales applies an eight-step methodology above 25,000 tCO₂-e, Queensland requires formal GHG Abatement Plans, Victoria has no minimum threshold under its General Environmental Duty, and the ACT applies the lowest threshold nationally at just 250 tCO₂-e per year.
What is a GHG Abatement Plan and when is it required?
A GHG Abatement Plan is a formal document required by several Australian jurisdictions — notably Queensland and New South Wales — that applies the mitigation hierarchy (avoid, reduce, substitute, offset) to demonstrate how a project will minimise its greenhouse gas emissions over its operational life. It must include quantified Scope 1, 2, and 3 emissions inventories, best-available-technology justification, and alignment with jurisdictional net zero targets. In Queensland, it is required for any Environmental Authority applicant classified as a medium-to-high emitter (25,000+ tCO₂-e per year).
Does ARTEH provide NGER or Safeguard Mechanism reporting?
No. ARTEH specialises in forward estimation and predictive emissions modelling for the pre-approval phase of project development. We do not provide retrospective NGER compliance reporting or Safeguard Mechanism baseline administration for operational facilities. However, our modelling uses NGER Act methodologies to ensure that the emissions inventory we produce for your approval submission aligns seamlessly with future NGER reporting obligations. For corporate-level climate disclosure and AASB S2 reporting, see the ARTEH Platform.
What emission scopes does ARTEH model?
ARTEH models all three greenhouse gas emission scopes as defined by the GHG Protocol: Scope 1 (direct emissions from owned or controlled sources), Scope 2 (indirect emissions from purchased electricity, heat or steam), and Scope 3 (value-chain emissions including upstream supply chain and downstream product use). All calculations use NGER Act methodologies and are aligned to ISO 14064 to ensure regulatory acceptance and future compliance readiness.
Climate requirements?
Arteh Keeps It Simple.
Arteh Keeps It Simple.
Emissions reporting can be complex, time consuming and full of jargon —Arteh makes it simple. Track emissions, set targets, and stay compliant with ease, all in one intuitive platform.
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Net-Zero?
Net-Zero?
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