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PUBLICATIONS

Methane Storage in Paddlewheel-Based Porous Coordination Cages

Published

Author(s)

Casey A. Rowland, Gregory R. Lorzing, Eric J. Gosselin, Benjamin Trump, Glenn P. A. Yap, Craig Brown, Eric D. Bloch

Abstract

Although gas adsorption properties of extended three-dimensional metal-organic materials have been widely studied, they remain relatively unexplored in porous molecular systems. This is particularly the case for porous coordination cages which typically display negligible surface areas. Herein, we report the synthesis, characterization, activation, and gas adsorption properties of a family of carbazole-based cages. The chromium analog displays a coordination cage record BET surface area of 1235 m2/g. With precise synthesis and activation procedures, two previously reported cages similarly display high surface areas. The materials exhibit high methane adsorption capacities at 65 bar with the chromium (II) cage displaying CH4 capacities of 194 cm3/g and 148 cm3/cm3. This high uptake is a result of optimal pore design, which was confirmed via powder neutron diffraction experiments.
Citation
Journal of the American Chemical Society
Volume
140
Pub Type
Journals

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Keywords

Metal Organic Frameworks, Methane Storage
Materials

Citation

Rowland, C. , Lorzing, G. , Gosselin, E. , Trump, B. , Yap, G. , Brown, C. and Bloch, E. (2018), Methane Storage in Paddlewheel-Based Porous Coordination Cages, Journal of the American Chemical Society, [online], https://tsapps.nist.gov/publication/get_pdf.cfm?pub_id=926147 (Accessed October 27, 2025)

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Created August 17, 2018, Updated October 12, 2021
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