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Evaluation of Adsorbents for Trace Pollutant Capture and Environmental Remediation

Join us for this in-depth scientific webinar exploring the latest innovations in materials characterization technology and how they are being employed in the development of next generation advanced materials trace pollutant capture.

From improving indoor air quality to carefully minimising the effect of toxic pollutants on industrial processes, the ability to effectively and reliably capture certain pollutants in the air is as vital as it is challenging. Where one pollutant resides, you will usually find others, along with other elements, most notably H2O vapor.

With recent innovations in advanced materials characterization technology, researchers can now analyze their materials for multi-component gas capture, sorption capacity, and competitive adsorption under real-world environments.

This webinar explores how adsorbent materials perform in capturing trace pollutants under realistic operating conditions, with an emphasis on practical evaluation methods and real-world relevance.

What You'll Learn

Application Areas
• Industrial air purification and emissions control
• Pollutant remediation from Livestock and Agricultural Industry
• Environmental remediation and air quality management
• Semiconductor and cleanroom contamination control
• CO2 Direct Air Capture system development
• Adsorbent screening and Filter material development

Agenda

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Trace Ammonia capture using prototypical adsorbent materials
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Removal of SOx, NOx, and VOCs from gas streams
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COâ‚‚ capture via direct air capture (DAC) systems
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Testing under realistic humidity and, temperature conditions
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Breakthrough analysis and performance comparison of adsorbents

About the Speaker

Dr. Aamir Hanif

Product Scientist, Surface Measurement Systems

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