Understanding the structure and adsorption behaviour of porous materials requires flexible and reliable measurement techniques. In modern research, combining micropore and mesopore analysis with vapor sorption and adsorption at elevated pressures is essential for gaining meaningful insights into advanced materials.
In this webinar, Prof. Simon Krause (Ulm University) will provide insights into how adsorption methods are applied in his research on porous materials. The presentation will include selected application examples such as N2 isotherms and vapor sorption, as well as a perspective on CO2adsorption measurements at elevated pressures and their relevance for current research.
Complementing this user perspective, we will introduce how the BELSORP MAX X HP supports these measurements by offering a versatile platform for comprehensive material characterisation across multiple adsorption regimes.
Topics include:
- Insights into adsorption-based research on advanced porous materials
- Application examples: N2 isotherms and vapor sorption
- Adsorption at elevated pressures – challenges, considerations, and research perspectives
- How the BELSORP MAX X HP enables flexible measurements of isotherms up to 9 bar
- Key factors influencing data quality and reproducibility
- Live Q&A session with both speakers
Who should attend:
- Researchers working with porous and functional materials
- Scientists in catalysis, energy storage, and environmental applications
- Lab professionals interested in practical adsorption measurement strategies
Why attend:
Gain first-hand insight into how adsorption techniques are applied in academic research and how versatile instrumentation can support evolving experimental needs. Learn from a real user perspective and explore how to approach complex measurements, including emerging applications such as CO2 adsorption at elevated pressures.
Presented by:
- Prof. Dr. Simon Krause – Institute of Inorganic Chemistry II, Ulm University
- Dr. Klaus Friedel – Teamleader DACH Adsorption & Catalysis
