Governments across the globe are taking measures to monitor and reduce the particulate pollutant to foster environmental justice for their community. How can you aid in these pollution-reduction efforts and comply with regulations? By implementing real-time air particulate monitoring using instruments like the Thermo Scientific™ 5014iQ™ and 5030iQ™ particle monitors.
Air monitoring instruments with advanced technology for accurate and real-time measurement are critical to meet the most stringent of the measurement requirements posed by the regulatory agencies. Particulate monitoring has also increased in significance, and the technique has gained traction worldwide.
This webinar will delve into the importance of real-time monitoring of particulate pollutants and discuss how Thermo Fisher Scientific’s recent launch of the 5014iQ Particle Monitor with beta attenuation technology and 5030iQ Particle Monitor with beta attenuation technology coupled with nephelometry achieves this monitoring capability.
Learn how you can effectively and efficiently monitor ambient air particulates.
Attendees will gain an understanding of key technologies and more:
- Beta Attenuation (Gravimetric) technology
- Beta Attenuation (Gravimetric) technology and Nephelometry (optical)
- Instrument technical performance and global compliance
- Advancements including enhanced user interface and connectivity
Who should attend this webinar?
- Regulatory agencies and research institutes
- Industrial sectors like mining outfits and cement producers
- Individuals in roles such as air quality program managers, air monitoring technicians, and metrology lab experts
- Decision makers like technical leads or instrumentation and procurement managers
About the event speakers:
Jeffrey Ambs has over 30 years of experience in the ambient and emissions measurement field. Jeff graduated with a Masters degree from the University of Minnesota and has proceeded to work in multiple areas in aerosol/PM measurement. He worked in the IH field to reduce worker exposure to coal dust and diesel engine emissions in underground coal mines.
From extensive field and laboratory investigations he moved to instrumentation development with a diesel PM sampling system to his current Ambient Particulate Monitor and Gas Analyzer product research and development.
His work has come full circle being responsible for the development of a personal dust monitor that is worn by workers to monitor dust exposure in underground coal mines.
Ekta Suman has over a decade of experience in new product development and product management within Life Science, Biotechnology, Semiconductor Filtration, and Water Filtration/Purification industries.
Ekta has Masters degree in Chemical Engineering from University of New Hampshire. In her current product management role at Thermo Fisher Scientific, she is responsible for leading global ambient Particulate Monitoring marketing and product strategy.