Accelerate Catalyst Development using & Micromeritics Surface Area Porosity Analysers

16 Oct, 2020 | Newsletters
Accelerate Catalyst Development using & Micromeritics Surface Area Porosity Analysers
The investigation of the exposed active surface of a catalyst is generally performed by chemisorption in isothermal conditions while bulk reactivity tests need a temperature increase. Chemisorption under isothermal conditions can be performed by static manometric or dynamic flow techniques, each of these methods provides different piece of information. Temperature programmed methods like TPRe and TPD need a specific dynamic technique.

In this webinar, attendees will learn more about:
– Chemisorption parameters and typical results in isothermal conditions
– Features of static manometric and dynamic techniques
– Temperature programmed reduction, oxidation and desorption procedures and results
– How to measure the activation energy for desorption
– Use of TPR in choosing the best sample activation parameters
Micromeritics 3Flex Advanced Catalyst Characterisation 

Featuring physisorption and chemisorption measurement configurations, 3 Flex is the world’s most advanced surface area analyser that allows samples to be analysed with 3 separate probe gases simultaneously within a single run.
Micromeritics TriStar II Surface and Porosity Analyser

TriStar II is a fully automated 3-station surface area and porosity analyser that delivers high-quality data at an affordable price. Krypton option allows measurements in a very low surface area range.