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. 2024 Aug 1;29(15):3644. doi: 10.3390/molecules29153644

Table 1.

CO2 adsorption capacity of the studied materials and other well-known MOFs from the literature at 298 K and 318 K.

Compound BET (m2 g−1) CO2 Uptake (cm3 g−1) T (K) Qst (kJ/mol) Ref
CIM91 378 48.18 298 23 This work
37.24 318
[BMIM][Cl] (20 wt%) non-porous 21.43 298 34 This work
16.99 318
[BMIM][Cl] (10 wt%) non-porous 40.95 298 36 This work
33.26 318
[BMIM][Cl] (5 wt%) 348 33.32 298 27 This work
33.60 318
[BMIM][PF6] (40 wt%) 15 31.32 298 27 This work
24.17 318
[BMIM][PF6] (20 wt%) 27 50.76 298 55 This work
39.23 318
[BMIM][PF6] (10 wt%) 86 38.26 298 39 This work
34.03 318
Zn2(TRZ)2(BPDC) 470 17.02 298 29.5 [34]
UiO67 2113 22.9 298 16 [35]
48.6 273
UiO67-IL 846 22.4 298 26 [35]
42,7 273
[BMIM][BF4]/MIL-53(Al) 28.26 70.6 293 31 [36]
MIL53(Al) 472.7 161.3 293 27 [36]
ZIF-8 1768 10.32 298 - [37]
[BMIM][Tf2N]8@ZIF-8 1639 15.30 298 - [37]
[C4MIM]2[NiCl4]@ZIF-8 768 40 300 - [38]
UiO66 838 79 273 - [39]
45 303