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. 2019 Oct 24;9(59):34359–34376. doi: 10.1039/c9ra06879a

MOF adsorption capacities, adsorption equilibrium time, and optimal pH for common metal ions.

Metal MOF Adsorption capacity (mg g−1) unless otherwise indicated Partition coefficient (PC) (L g−1) Adsorption equilibrium time (min) Optimal pH Reference
Hg MOF-74-Zn 63 1.32 90 6 119
LMOF-263 380 30 4–10 120
MIL-101-Thymine 52 0.26 200 6 121
UiO-66-NHNHC(S)NHMe 769 137.88 5–240 115
Pb MOF-5 290 7.0 360 5 122
Ln(BTC)(H2O)(DMF)1.1 Ln = Dy 5.07 1.45 5–240 123
MIL-53(Al) 492.4 0.65 120 124
UiO-66-NHC(S)NHMe 233 4.92 240 115
HKUST-1-MW@H3PW12O40 98.18 26.97 120 7 125
Cd Cu3(BTC)2-SO3H 88.7 0.89 10 6 126
UiO-66-NCH(S)NHMe 49 0.28 240 115
TMU-16-NH2 126.6 17.34 30 6 127
HS-mSi@MOF-5 98 2.62 4 7 115
Cr TMU-30 145 Cr(vi) 2.05 8 2–9 128
Cu-BTC 48 Cr(vi) 0.98 7 129
ZJU-101 245 Cr(vi) 0.88 15 130
UiO-66-NHC(S)NHMe 118 Cr(iii) 0.88 5–240 115
Cu Ln(BTC)(H2O)(DMF)1.1 Ln = Dy 3.87 2.16 20 3.5 123
ZIF-8 800 1912.05 30 4 131
UiO-66(Zr)–2COOH 11 183.33 60 6 132
MOF-5 290 649 180 5.2 133