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. 2023 Nov 15;9(12):e22341. doi: 10.1016/j.heliyon.2023.e22341

Table 3.

Low-pressure and high-pressure CO2 adsorption capacity of different MOF materials.

Adsorbent Pressure Temperature (K) Surface area (m2/g) CO2 uptake(mmol/g) Ref
Low-pressure CO2 adsorption capacity in common MOFs.
Mg-MOF-74 1 atm 298 1495 8.5 [141]
Co-MOF-74 1 atm 298 1080 7
Ni-MOF-74 1 atm 298 1070 5.8
Zn-MOF-74 1 atm 298 816 5.5
UMCM-150 1 bar 298 3236 2.6
UMCM-150 1 bar 295 2134 5.1
Bio-MOF-11 1 atm 273 6.0 [142]
MOF-74-Co3 1 atm 298 2065 3.9 [143]
amino-MIL-53 (Al) 313 675 6.7 [144]
High-pressure CO2 adsorption capacity in common MOFs.
MOF-210 50 bar 298 6240 65.2 [125]
MOF-205 50 bar 298 4460 38.1
MOF-200 50 bar 298 4530 64.3
MOF-177 50 bar 298 4500 35.2
IRMOF-1 32 bar 298 2833 21.7 [145]
IFMOF-3 32 bar 298 2160 18.7
IRMOF-6 32 bar 298 2516 19.5
IRMOF-11 32 bar 298 2096 14.7
MOF-177 32 bar 298 4508 33.5
MOF-505 32 bar 298 1547 10.2
MOF-74 32 bar 298 816 10.4
MOF-2 32 bar 298 345 3.2
MIL-100 50 bar 304 1900 18 [146]
MIL-101a 50 bar 304 2800 28
MIL- 101b 50 bar 304 3780 34
MIL-101c 50 bar 304 4230 40