Monitoring design, emissions inventories and dispersion modelling across 8,760 hourly weather scenarios, for approvals, licensing and compliance Australia-wide.
Air quality problems rarely stay technical for long. A delayed approval, a dust complaint that escalates, an emissions estimate that does not hold up under peer review: the consequences land on project timelines, budgets and community relationships.
Air Environment provides independent air quality consulting for projects where the science must be defensible and the reporting regulator-ready.
Our air quality modelling consultants design monitoring programs, build emissions inventories, run atmospheric dispersion models across thousands of meteorological scenarios, and deliver clear, structured reports that regulators, stakeholders and legal teams can rely on.
Whether you need a standalone air quality impact assessment for a development application, specialist modelling input to support another consultant's project, or expert testimony for a tribunal matter, the work is built on transparent assumptions and practical recommendations that reduce your uncertainty.
Targeted sampling programs designed to capture representative data for compliance, investigation and regulatory submissions. Sampling strategies are matched to site conditions, emission source types and the specific pollutants of concern.
Monitoring programs that produce defensible, real-world data for approvals, Environmental Protection Licence conditions and community confidence. Program design covers site placement, pollutant selection, QA/QC protocols and clear data reporting.
Independent assessment of potential air quality impacts using monitoring data, emissions information and atmospheric dispersion modelling. Results are presented against relevant national and state air quality criteria with transparent methods and assumptions.
Practical emissions estimation that quantifies source contributions and feeds directly into dispersion modelling inputs. Inventories are built to satisfy regulator expectations and support risk-based decision making.
Greenhouse gas accounting for projects requiring robust source identification, defensible emission factors and transparent reporting aligned to national and state reporting frameworks.
Regulatory-grade dispersion modelling that quantifies pollutant concentrations at sensitive receptors under real meteorological conditions. Models run across a minimum of one year of hourly data (8,760 scenarios) to capture typical and worst-case conditions, with results compared against applicable air quality criteria.
Broader-scale modelling to assess cumulative impacts, background pollutant contributions and regional air quality risk. Used for complex approvals, government airshed management programs and multi-source environments.
Risk-based interpretation that connects monitoring and modelling results to real project decisions: identifying material risks, evaluating compliance margins, recommending practical controls and setting trigger levels for response.
Practical plans that translate technical findings into on-ground actions, including monitoring schedules, Trigger Action Response Plans (TARPs), mitigation strategies and reporting frameworks aligned to licence and approval conditions.
Support for EPL applications, variations and compliance strategies. Documentation is structured for decision-maker review, with defensible evidence and clear alignment to regulatory expectations.
Advice on interpreting air quality guidelines, aligning methods to current state and national standards (including the National Environment Protection Measure for Ambient Air Quality), and responding to regulatory queries with confidence.
Independent technical opinions and expert witness services for court, tribunal and mediation settings. All senior Air Environment consultants have direct experience providing expert testimony where technical credibility is tested under cross-examination.
Air Environment is a specialist air quality consultancy, not a generalist environmental firm that offers air quality as one of twenty services. The difference shows in the work.
Our air quality modelling consultants bring over 30 years of direct experience in atmospheric science, dispersion modelling and regulatory strategy. The team has delivered more than 200 projects across mining, energy, waste, food processing, infrastructure, defence and government, and has provided expert testimony in court and tribunal proceedings where the technical evidence was contested.
Air Environment also operates a NATA-accredited olfactometry laboratory, which means odour and air quality projects benefit from in-house laboratory capability rather than relying on third-party subcontractors.
Every input, method and limitation is documented in the report. Nothing is hidden behind a black box.
Modelling runs real site-specific weather data across 8,760+ hourly scenarios per year, not simplified screening estimates.
Reports are structured for the people who actually review them: regulators, planning authorities and legal teams.
From monitoring design through modelling to expert witness testimony, the project stays with one specialist team.
Air quality assessments demand careful planning, technically sound methods and documentation that holds up under regulatory and stakeholder review. Every stage of the work is designed to produce defensible, regulator-ready outcomes.
Effective monitoring starts before equipment is installed. We design fit-for-purpose programs based on project risk, regulatory context and site conditions. This covers objectives aligned with approval or licence requirements, pollutant and method selection, site placement strategy informed by meteorological conditions, QA/QC protocols, data validation, and clear reporting that satisfies both regulators and project teams. The result is representative, transparent data for approvals, compliance and complaint investigations.
Emissions inventories quantify what is being released, from where, and how much. We identify and characterise emission sources across a site, assign defensible emission factors (drawn from published literature, site-specific testing or mass balance calculations), and compile inventories that feed directly into dispersion modelling inputs. Where source contributions are uncertain, we use sensitivity analysis to test the effect on modelling outcomes.
Dispersion modelling predicts how pollutants travel and disperse once released. Defensible modelling requires the right model setup, validated inputs and careful interpretation. We select fit-for-purpose models, validate meteorological data against site conditions, account for terrain, land surface characteristics and building downwash effects, assess cumulative and background contributions, run scenario and worst-case tests (including source apportionment analysis), and compare predicted concentrations at sensitive receptors against applicable air quality criteria and standards. All inputs, assumptions and limitations are documented.
Technical results need to translate into decisions. We provide risk-based interpretation that connects monitoring and modelling outcomes to real project implications: identifying material risks, evaluating compliance margins against relevant criteria, recommending practical and proportionate controls, setting trigger levels and response frameworks, and delivering conclusions that project teams and regulators can act on with confidence.
Air quality work needs to withstand review. We produce structured reports aligned with state and national guidance, with every assumption, method and conclusion documented and traceable. Reports support development applications, EPL submissions, peer reviews, independent technical reviews, and expert testimony for court and tribunal proceedings.
Air Environment has delivered air quality consulting and modelling across more than 15 industry sectors. Each carries different regulatory frameworks, emission source types and community expectations.
Dust management, blast fume assessment, tailings emissions, regulatory approvals
Landfill gas, odour, composting facilities, waste-to-energy approvals
Coal, gas, solar and wind farm assessments, greenhouse gas accounting
Odour and particulate assessment for breweries, abattoirs, rendering plants
Odour impact assessment, buffer distance evaluation, licence support
Road dust, construction impacts, residential encroachment assessment
Airshed studies, policy advice, independent technical review for local and state agencies
Expert witness and independent opinion for court, tribunal and mediation
Our team's experience across these industries means the work accounts for sector-specific regulatory frameworks, emission source types and community expectations from the outset.
We clarify what the project needs to demonstrate, which regulators and criteria apply, and what level of assessment is proportionate to the risk.
Monitoring, sampling and modelling scoped to be credible, efficient and aligned with regulatory expectations for your jurisdiction.
Results are interpreted in context. We test assumptions, run worst-case scenarios, quantify uncertainty where needed, and identify where compliance margins are tight.
Regulator-ready documentation with transparent methods and conclusions, plus ongoing support through submissions, reviews and stakeholder engagement if needed.
Andrew’s reporting and evidence provided to the court was thorough, clear, compelling and to the point and resulted in the client achieving a successful outcome.
I would recommend Air Environment for any matter involving the detailed analysis and interpretation of meteorological data and the development of atmospheric meteorological models.
Nice work!
Andrew and the team proved to be very flexible and responsive in accommodating changes and providing strategic and technical advice. I would highly recommend Air Environment and will certainly use them again.
Air quality, odour and dust issues can escalate quickly when approvals, complaints or compliance are involved. These FAQs cover how we work, what you’ll need to provide, and what “defensible” looks like in practice.
The scope depends on the project, but most air environment consulting engagements follow a common sequence: define the regulatory requirements and project risk, design and deploy monitoring if needed, build an emissions inventory, run atmospheric dispersion modelling, compare results against applicable criteria, and deliver a structured report. Some projects need all of these steps. Others need only targeted modelling support or a peer review of existing work.
Air quality modelling consultants use regulatory-grade atmospheric dispersion models to simulate how emissions travel from a source, disperse through the atmosphere, and arrive at sensitive receptors such as homes, schools or workplaces. The model runs across at least one full year of real hourly meteorological data (8,760 scenarios), accounting for wind speed, direction, atmospheric stability, terrain and building effects. The output is a set of concentration predictions at each receptor, compared against national and state air quality criteria to determine whether impacts are acceptable under typical and worst-case conditions.
Defensible work is transparent and review-ready. We document assumptions, use fit-for-purpose methods, apply quality checks, and present conclusions clearly so regulators and stakeholders can understand how we reached them. If the work ends up in a tribunal or peer review, every number in the report is traceable to a documented input.
It depends on the jurisdiction. In Queensland, air quality is regulated by DETSI (the Department of Environment, Tourism, Science and Innovation). In Victoria, EPA Victoria administers the Environment Protection Act 2017, which includes a General Environmental Duty requiring proactive risk management. NSW EPA uses its Approved Methods framework. Western Australia is regulated by DWER, and South Australia, Tasmania and the Northern Territory each have their own EPA. The regulatory framework, criteria and expectations differ between states, which is why air quality assessments need to be tailored to the specific jurisdiction.
Yes. We can help you stabilise the situation fast, clarify likely drivers, recommend practical immediate actions, and design a credible path to evidence and resolution. For sites already under regulatory pressure, the priority is usually to demonstrate that you are taking the issue seriously with a structured, defensible response.
A short brief is usually enough to start: site location, the issue, process and operational descriptions, deadlines, approvals context, and any existing monitoring or modelling data. We will tell you what else is needed after an initial review, and typically the first task in any project after commissioning is the preparation of a request for information letter.
Yes. Air Environment delivers air quality consulting and modelling across all Australian states and territories, including regional and remote locations. The team has also supported international projects across Asia-Pacific, the Middle East, and North and South America. Project logistics are scoped on a case-by-case basis.
Yes. All senior Air Environment consultants have direct experience providing expert testimony in court, tribunal and mediation settings. We also provide independent technical reviews and peer reviews of other consultants' air quality work. These services are structured for contexts where the technical evidence will be tested under cross-examination or formal regulatory scrutiny.
Air quality work often connects to other environmental disciplines.
Field surveys, odour impact assessment and management plans for approvals and compliance.
Learn more →NATA-accredited olfactometry and odour sample analysis per AS EN 13725.
Learn more →Weather station deployment and atmospheric data that feeds directly into modelling inputs.
Learn more →Long-term climate analysis for infrastructure planning and environmental impact studies.
Learn more →Atmospheric monitoring and plume analysis tools for real-time environmental intelligence.
Learn more →Real-time community odour reporting to help identify and respond to odour sources.
Learn more →