Physical Storage Using Nanostructured and Porous Materials - Hydrogen Generation, Storage, and Utilization - page 131

FIGURE 7.8 Hydrogen storage capacity at 77 K, and 1 bar of (a) the products and (b) the benchmark
materials are shown for comparison. IRMOF stands for isoreticular MOF and MDC for MOD derived.
Source : Reproduced with permission from Yang et al. [48]. (See color insert.)
supports can significantly improve H 2 enclathration kinetics and capacities
in THF-H 2 O clathrate hydrate with respect to bulk solutions, suggesting
potential for accelerated gas-storage kinetics in clathrate-based technologies
using polymer hydrogels [51].
Besides experimental studies, theoretical or computation studies have
been carried to gain a better understanding of the hydrogen storage capacity
and mechanism of calthrate hydrates [52, 53]. For instance, a very recent