How to measure the CO₂ sorption capacity and kinetics of materials? (VIDEO)
Date: - Categories: Applications & Technologies
The challenges of CO₂ intensive industries
Industries such as cement and energy production must reduce their CO₂ emissions to limit climate impact. Capturing CO₂ with porous materials is a key solution, but selecting the right material requires both high sorption capacity and suitable sorption kinetics.
TGA analysis to characterize CO₂ capture materials
Thermogravimetric analysis enables precise measurement of CO₂ sorption capacity and kinetics under realistic gas conditions. In our video, discover how we characterize porous materials such as ZIFs for CO₂ capture applications.
From lab to life : the experiment explained
Watch a video presenting a case study on how to measure the CO₂ sorption capacity and kinetics of porous materials like ZIFs.
Our Themys Thermo Gravimetric Analyzer : the perfect solution to study CO₂ sorption materials
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High accuracy and versatility
Hang-down symmetrical beam balance, specifically designed for TGA applications
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Ultra-high temperature capability
To 2400°C with a single furnace
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Modular adaptions
Allowing TGA only, DTA only, TG-DTA, and TMA up to 2400°C, DSC only and TG-DSC up to 1600°C all in one instrument
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External coupling capacity
Designed for evolved gas analyzers for in-depth experiments like temperature programmed desorption (FTIR, MS, GCMS, MSFTIR, or FTIR-GCMS).
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