Determining Storage Capacity and Heat of Adsorption for Metal Organic Frameworks using the ASAP 2050 and HPVA-100 from Micromeritics

Topics Covered

High-Pressure Sorption Analysis
ASAP 2050 and HPVA-100 Analyzers
Applications
About Micromeritics Analytical Services

High-Pressure Sorption Analysis

In a continuing effort to expand its service offerings to serve more customer needs, Micromeritics Analytical Services ( MAS ) can now perform high-pressure sorption analysis using the Micromeritics ASAP 2050 Accelerated Surface Area and Porosity analyzer or the Particulate Systems HPVA-100 High Pressure Volumetric analyzer. Both instruments are ideally suited for determining the storage capacity and heat of adsorption for metal organic frameworks (MOFs), as well as other materials such as zeolites, carbons, and novel crystalline materials.

ASAP 2050 and HPVA-100 Analyzers

While retaining many design elements of Micromeritics’ popular ASAP 2020, the ASAP 2050 analysis manifold is equipped with a pressure transducer capable of operating from vacuum to 10 bars. This design allows the ASAP 2050 to collect high-resolution isotherms which may be used for determining the Heat of Adsorption. The Particulate Systems HPVA-100 operating pressure ranges from high vacuum to 200 bars. The span of the sample temperature during analysis can vary from cryogenic to 500 oC.

Applications

These instruments may be used with a large variety of gases including: methane, ethane, ethylene, propane, propylene, butane, carbon dioxide, carbon monoxide, nitrogen, oxygen, argon, and nitrous oxide. The pressure capabilities vary between the two instruments, but both are particularly well suited for pressure swing adsorption ( PSA ) research applications.

About Micromeritics Analytical Services

Micromeritics Analytical Services is a contract laboratory specializing in the physical characterization of fine particles. Analytical services conducted in this cGMP laboratory environment include particle size distribution, B.E.T. surface area, pore size distribution, pore volume distribution, density, water vapor adsorption, active surface area, crystallite size, percent metal dispersion, isosteric heat of adsorption, surface energy, mass spectrometry, microscopy, method development, and much more.

Source: Micromeritics Instrument Corporation.

For more information on this source please visit Micromeritics Instrument Corporation.

Date Added: Jul 2, 2010 | Updated: Sep 11, 2013
Ask A Question

Do you have a question you'd like to ask regarding this article?

Leave your feedback
Submit