Accredited testing of emissions from stationary sources to detect the presence of pollutants, metals, and particulate matter. These services support regulatory compliance, environmental protection, and adherence to permit requirements.
Eurofins Environment Testing Canada, with its expertise in stack emissions testing and monitoring, provides world-class support to your business. Our programmes can be tailored to your specific needs, and our on-site teams consist of engineers, chemists, and specialised technicians experienced in stack emissions testing.
If your facilities or processes are subject to regional or national regulations, you will need to comply with the specific requirements of your permit. With our comprehensive range of state-of-the-art equipment, we deliver stack emissions testing programmes based on internationally recognised protocols.
Our mobile laboratory units provide a clean environment for the preparation and recovery of samples collected at your sites without disrupting your day-to-day operations.
All our stack emissions testing and monitoring programmes include methods tailored to specific applications :
- Emissions monitoring for regulatory compliance
- Process optimisation testing
- Verification of emissions monitoring systems : Verification of CEMS and PEMS in accordance with the U.S. Environmental Protection Agency (EPA) Relative Accuracy Test Audit (RATA) protocols
- Compliance with all Environmental Protection Agency (EPA) testing standards : Testing of combustion gases, TOC, VOCs, particulate matter, halogenated compounds, dioxins, PAHs, and PCBs, as well as ambient air monitoring and compliance with dispersion standards.
Eurofins Environment Testing’s ambient air quality monitoring services measure outdoor air quality. Using advanced technologies, our laboratories detect and quantify pollutants to support compliance with environmental standards and contribute to protecting public health.
Conducting precise measurements to assess the current concentrations of air pollutants.
Performing initial measurements to establish baseline air quality data.
Monitoring air quality in areas affected by traffic to identify pollution sources and impacts.
Managing air monitoring networks and stations to provide continuous and reliable air quality data.
Using advanced modelling techniques to predict the dispersion and impact of air pollutants.
Developing comprehensive test plans to ensure systematic and effective air quality assessments.