The SLR Air Quality, Dust and Odour team consists of over 70 specialist consultants operating worldwide providing air quality advice to clients across SLR’s seven core sectors.
The global air quality team has experience with the assessment of impacts associated across all business sectors including: urban renewal and development (residential, industrial and retail), quarrying and mining, petrochemicals, transport and infrastructure, renewable energy, oil and gas, intensive agriculture, waste management and wastewater treatment.
How can SLR help?
Air quality monitoring
- Compliance monitoring, recordkeeping and reporting
- Ambient air quality and meteorological monitoring
- Quality assured monitoring for air pollutants, dust and odour
- Real-time data analysis and reporting
Air quality modelling and assessment
- Atmospheric dispersion modelling
- Human health risk assessments
- Landfill gas risk assessments
- Odour and dust impact assessments
- Bio-aerosol risk assessments
- Transport emissions impact assessments
Air quality management
- Strategic air quality planning
- Licensing/Permitting of industrial installations
- Fugitive emissions management and nuisance investigation
- Process and plant due diligence and engineering studies
- Public relations
- Expert witness and testimony
With our specialist in-house expertise, members of the SLR air quality team are able to undertake a full compliance/best practice assessment of an existing installation or help to support planning decisions regarding new development and the impact of change of land-use.
Whether your project involves simple screening of impacts or detailed atmospheric dispersion modelling, the SLR air quality team has the staff and experience to meet your needs.
Air Quality Impact Assessment
Managing air quality is an important index for promoting sustainable development. Air pollution occurs when impurities are released in the air, either from natural or man-made (anthropogenic) sources. Our team provides expert advice across a wide range of services, covering all aspects of air quality assessment, and the sustainable management of operations.
Air quality in the intensive animal industry
Intensive Animal Industries have the potential to generate emissions of dust and odour that can adversely impact the surrounding community. We have extensive experience in odour and dust assessments, having performed numerous impact studies for a range of intensive livestock operations including broiler farms, cattle feedlots and piggeries. SLR uses best practice techniques to model odour dispersion and dust concentration levels.
Air quality services for quarries
Fugitive dust emissions from quarrying activities such as blasting, crushing, screening, stockpiling and haulage have the potential to result in health or nuisance impacts in the surrounding community and potentially result in complaints from members of the public or regulatory actions. SLR uses best practice techniques to quantify and model dust emissions from fugitive dust sources.
Ambient Air Quality
Ambient air quality refers to the quality of air in or surrounding environment. It is typically measured at locations that are sensitive to changes in air pollutant concentrations. Whether they are associated with surrounding neighbours, sensitive groups, such as the elderly or sick, or sensitive natural environments. SLR have extensive experience in the design, installation and generation of ambient air quality monitoring programs across the Asia Pacific region.
PLUMECAST is a risk management tool designed to improve site safety, increase productivity and minimise the risk of off-site impacts. Predicting optimum timing for blasting provides the opportunity to reduce downtime, thereby increasing profitability. PLUMECAST can also be used to provide evidence to regulators and other key external stakeholders, such as community groups, of the use of best practice blasting management tools for minimising off-site impacts.
Process Emissions Monitoring
Quantifying process emissions is essential to managing compliance risks, minimising the potential for off-site air quality impacts and ensuring processes are effectively balanced.