High-pressure adsorption measurements are becoming essential for applications such as hydrogen storage, CCUS, and gas separations but achieving accurate, repeatable results at elevated pressures often requires constant operator involvement and complex workflows.
In this new product launch webinar, Micromeritics experts introduce a next-generation approach to high-pressure adsorption designed to deliver publication-grade accuracy, true walk-away automation, and throughput you can plan around. Through engineering insights, real-world use cases, and a short system demonstration, you’ll see how modern automation and instrument design are redefining what “performance under pressure” really means in today’s lab.
Want to know more?
Palestrante
- Jason Exley - Product Manager, Malvern Panalytical
- Joshua Ingram - Engineering Services Manager and Lead Engineer for the AccuSorp HP, Malvern Panalytical / Micromeritics
- Dr. Julian Hungerford - Sr. Applications Scientist, Malvern Panalytical / Micromeritics
- Taco van der Maten - Market Development Manager Hydrogen / CCUS, Malvern Panalytical / Micromeritics
Mais informações
Who should attend?
- Researchers and scientists working in hydrogen storage, CCUS, gas separations, and porous materials
- R&D and university laboratories developing or evaluating materials under elevated pressures
- Industrial and production labs responsible for repeatable, high-pressure adsorption measurements and throughput
- Anyone currently using or considering high-pressure adsorption techniques who wants more accurate data with less operator intervention
What will you learn?
- Understand the key challenges of high-pressure adsorption measurements and why traditional approaches often limit accuracy and efficiency
- Learn what “performance under pressure” means in practice—from pressure control and thermal stability to automation and repeatability
- See how walk-away operation and parallel workflows can increase throughput without compromising data quality
- Explore real-world application areas such as hydrogen storage, CCUS, and gas separations, where high-pressure adsorption is critical
- Gain insight into how modern instrument design and software support confident, publication-ready results