Fig. 3: Dynamic CH3I adsorption performances of MFU-4l variants, MFU-Zn-X (X = Cl, OH, and SCN).
From: Strategies for high-temperature methyl iodide capture in azolate-based metal-organic frameworks
a CH3I breakthrough curves obtained at 150 °C and a CH3I partial pressure of 0.2 bar. b Comparison of CH3I breakthrough uptakes across different adsorbents. Note that all uptake values stem from breakthrough curves collected using the same setup under conditions described in (a), with the exception of the data for ECUT-300-200-Ac, which was sourced from the literature. c CH3I breakthrough curves obtained at 150 °C and a CH3I partial pressure of 0.01 bar. d Comparison of CH3I breakthrough uptakes across different adsorbents. Note that all uptake values stem from breakthrough curves collected using the same setup under conditions described in (c). e, f CH3I breakthrough curves for (e) MFU-Zn-OH and (f) MFU-Zn-SCN at 150 and 250 °C, under a CH3I partial pressure of 0.01 bar. g CH3I breakthrough curves for MFU-Zn-SCN, obtained at 150 °C with a CH3I partial pressure of 0.01 bar, under dry and humid (RH = 50%) conditions. h Results from the recyclability tests for CH3I adsorption using MFU-Zn-SCN at 150 °C under a CH3I partial pressure of 0.01 bar.
