. 2016 Mar 11;6:22734. doi: 10.1038/srep22734

Table 5. Water adsorption capacities of reported micro-mesoporous materials, and studied commercial as well as synthesized zeolite samples.

Material	Capacity, g g⁻¹	Material	Capacity, g g⁻¹	Material	Capacity, g g⁻¹	Material	Capacity,g g⁻¹
NaX⁴⁴	0.33	ETS-10⁵	0.14	AlPO-18²	0.30	SG⁴⁶,⁴⁷	0.06
KX⁴⁴	0.26	HETS-10⁵	0.18	Cu-BTC²	0.32	SG/LiBr-17%⁴⁶,⁴⁷	0.22
RbX⁴⁴	0.20	ALPO-5⁵	0.30	NaX³	0.19	SG/MgCl₂-17%⁴⁶,⁴⁷	0.20
CsX(5)⁴⁴	0.27	MCM-48⁵	0.83	MgNaX³	0.21	SG/CaCl₂-17%⁴⁶,⁴⁷	0.33
CsX(30)⁴⁴	0.22	KIT-1⁵	0.81	LiX³	0.24	SG/CaCl₂-26%⁴⁶,⁴⁷	0.31
CsX(45)⁴⁴	0.19	SBA-1⁵	0.44	CaNaA³	0.16	SG/CaCl₂-33%⁴⁶,⁴⁷	0.28
Li-LSX⁴⁴	0.35	SBA-15⁵	0.84	SG³	0.18	SG/Na₂SO₄⁴⁷,⁴⁸	0.85
Na-LSX⁴⁴	0.30	SiMCM-41⁵	0.71	AS/CaCl₂³	0.18	SBA-15/CaCl₂-43%⁴⁹	0.47
K-LAX⁴⁴	0.25	AlMCM-41⁵	0.84	Silica aerogel⁵⁰	1.35	MCM-41/CaCl₂-42%⁴⁹	0.51
CaY⁵	0.34	AlMCM-41⁵	0.77	Alumina aerogel⁵⁰	1.25	SG/CaCl₂-33.7%⁴⁹	0.42
HY⁵	0.20	FSM-16⁵	0.78	Mixed SiO₂–Al₂O₃⁵⁰	1.15	Bentonite/CaCl₂⁴⁷,⁵¹	0.45
KY⁵	0.29	MIL-101(Cr)⁶,¹⁷	1.01	SiO₂ aerogel/LiBr⁵²	0.80	Kaolinite/CaCl₂⁴⁷,⁵¹	0.30
LiY⁵	0.36	MIL-101(Cr)⁶,¹⁷	1.43	SiO₂ aerogel/CaCl₂⁵³	1.17	Attapulgite (AT)⁵⁴	0.11
RbY⁵	0.34	MIL-101(Cr)⁶,¹⁷	1.37	SiO₂ xerogel/CaCl₂⁵³	1.13	AT/LiCl-10%⁵⁴	0.20
CaNaA⁵	0.16	MIL-100(Fe)⁶,¹⁷	0.65	SG type A⁵⁵	0.40	AT/LiCl-20%⁵⁴	0.26
NaA⁵⁶	0.29	MIL-100(Cr)-Cl⁶,¹⁷	0.67	SG type RD⁵⁵	0.45	AT/LiCl-30%⁵⁴	0.44
MgA⁵⁶	0.42	MIL-100(Cr)-F⁶,¹⁷	0.61	SG/CaCl₂⁵⁷	0.80	AT/LiCl-40%⁵⁴	0.44
NaY⁵⁶	0.34	MIL-100(Cr)-SO₄⁶,¹⁷	0.61	SG/CaCl₂⁵⁸	0.60	13X zeolite⁵⁴	0.20
MgY⁵⁶	0.42	HKUST-1⁶,¹⁷	0.42	Zn(NDI-H)⁵⁹	0.44	SG⁵⁴	0.25
NaX⁵⁶	0.34	HKUST-1⁶,¹⁷	0.55	Zn(NDI-NHEt)⁵⁹	0.30	Vermiculite/LiNO₃⁶⁰	0.51
MgX⁵⁶	0.45	ISE-1⁶,¹⁷	0.22	Zn(NDI-SOEt)⁵⁹	0.29	Kaolin/CaCl₂⁴⁷,⁶¹	0.30
AlPO-36, 37, 40⁵	0.30–0.33	Basolite™ C300⁶,¹⁷	0.6	MIL-101-H⁶³	1.29	Wakkanai siliceous shale ⁶²	0.27
AlPO-41, SAPO-41⁵	0.22–0.28	Basolite™ A100⁶,¹⁷	0.2	MIL-101-NH₂⁶³	0.81	WSS/LiCl-5%⁶²	0.39
AlPO-8, 34, 35, 42, 43, 44, 47⁵	0.30–0.35	Basolite™ F300⁶,¹⁷	0.3	MIL-101-NH₂:-UR2⁶³	0.55	WSS/LiCl-10%⁶²	0.58
AlPO-14, 17, 26, 33, 39⁵	0.23–0.28	MOF-801-P¹⁸	0.36	MIL-101-NH₂:-Mal⁶³	0.71	WSS/CaCl₂-5%⁶²	0.32
AlPO-20, 25, 28⁵	0.17–0.21	MOF-801-SC¹⁸	0.28	MIL-101-NH₂:-3SO₃H⁶³	0.70	WSS/NaCl-5%⁶²	0.35
LiNaX⁶⁴	0.38	MOF-802¹⁸	0.09	MIL-101^a-H:COOH⁶³	1.02	WSS/NaCl-10%⁶²	0.49
SAPO-34⁶⁴	0.28	UiO-66¹⁸	0.43	MIL-101^b-H:COOH⁶³	0.91	AC1/Na₂SiO₃-10%⁴⁷,⁶⁵	0.17
AlPO-5⁶⁴	0.24	MOF-808¹⁸	0.59	AC¹¹,⁴⁷	0.67	AC2/Na₂SiO₃-10%⁴⁷,⁶⁵	0.23
AlPO-17⁶⁴	0.28	MOF-841¹⁸	0.51	OAC¹¹,⁴⁷	0.56	AC07/Na₂SiO₃/CaCl₂⁴⁷,⁶⁶	0.85
AlPO-18⁶⁴	0.39	DUT-67¹⁸	0.50	RAC (N₂)¹¹,⁴⁷	0.60	AC12/Na₂SiO₃/CaCl₂⁴⁷,⁶⁶	0.50
Attagulgite/CaCl₂⁶⁴	0.40	PIZOF-2¹⁸	0.68	RAC (H₂)¹¹,⁴⁷	0.62	A1-6.7⁴⁷,⁶⁷	0.55
NaEMT⁵	0.32	MOF-804¹⁸	0.23	ROAC (N₂)¹¹,⁴⁷	0.73	A2-7.7⁴⁷,⁶⁷	0.53
CaL⁵	0.20	MOF-805¹⁸	0.33	ROAC (H₂)¹¹,⁴⁷	0.76	A3-8.7⁴⁷,⁶⁷	0.46
KL⁵	0.17	MOF-806¹⁸	0.34	SI 144 B⁶⁸	0.94	Zeolite 3A⁴⁷,⁶⁷	0.21
ZSM20⁵	0.46	Mg-MOF-74¹⁸	0.60	HMS 3⁶⁸	0.76	SG⁴⁷,⁶⁷	0.35
ZSM34⁵	0.29	Co-MOF-74¹⁸	0.50	AL 300⁶⁸	0.58	FAM-Z05⁶⁹	0.21
Na-Omega⁵	0.27	Ni-MOF-74¹⁸	0.49	TI ⁶⁸	0.16	Carbon aerogel⁷⁰	0.13
Mordenite⁵	0.15	CAU-6¹⁸	0.30	ZR 3⁶⁸	0.10	a-Carbon aerogel-41⁷⁰	0.38
Erionite⁵	0.22	CAU-10¹⁸	0.29	NB 3⁶⁸	0.09	a-Carbon aerogel-54⁷⁰	0.54
Analcime⁵	0.05	Basolite A100¹⁸	0.20	Z25⁷¹	0.14	HKUST-1⁴⁷,⁷²	0.55
KP⁵	0.12	Basolite A300¹⁸	0.65	Z40⁷¹	0.14	MIL-100(Fe)⁴⁷,⁷²	0.81
NaP⁵	0.24	Basolite C300¹⁸	0.55	Z40-H⁷¹	0.45	MIL-101(Cr)⁴⁷,⁷²	1.28
CaP⁵	0.22	Zeolite 13 × ¹⁸	0.33	Z40-HW⁷¹	0.47	DUT-4⁴⁷,⁷²	0.28
VPI⁵	0.35	MCM-41¹⁸	0.77	1-MOF⁷³	0.20	ZIF⁴⁷,⁷²	0.02
SAPO⁵	0.55	BPL carbon¹⁸	0.00	2-MOF⁷³	0.29	LTA_3A^{This work}	0.25
VAPO⁵	0.14	Clinoptilolite-K⁷⁵	0.06	SG⁴⁷,⁷⁴	0.09	LTA_4A^{This work}	0.25
GeAPO-5, MnAPO-5⁵	0.32–0.36	Clinoptilolite-Na⁷⁵	0.10	SG/Li10⁴⁷,⁷⁴	0.47	LTA_5A^{This work}	0.25
SAPO-5⁵	0.46	Clinoptilolite-Ca⁷⁵	0.13	SG/Li20⁴⁷,⁷⁴	0.72	LTA_SS^{This work}	0.26
SAPO-40⁵	0.46	SG²	0.11	SG/Li30⁴⁷,⁷⁴	0.90	NaX^{This work}	0.32
AlPO-11, MgAPO-11, SAPO-11⁵	0.12–0.18	NaA²	0.09	SG/Li40⁴⁷,⁷⁴	1.20	NaY^{This work}	0.33
VAPO-11⁵	0.09	LiA²	0.10	SG⁴⁷,⁷⁶	0.23	P1^{This work}	0.34
SAPO-42⁵	0.27	Li-LSX²	0.12	SG/LiCl⁴⁷,⁷⁶	0.67	P2^{This work}	0.42
GaAPO-44⁵	0.20	PbY²	0.15	SG/Ca(NO₃)₂⁴⁷,⁷⁷	0.21	P3^{This work}	0.43
GeAPO-34⁵	0.27	NiY²	0.15	SG/LiNO₃⁴⁷,⁷⁸	0.22	P4^{This work}	0.97
SAPO-17⁵	0.54	NaY²	0.15	SG-Meso-A/50CaCl₂⁷⁹	0.42	P5^{This work}	0.64
SAPO-20⁵	0.34	LiY²	0.19	SG-Meso-B/50CaCl₂⁷⁹	0.47	P6^{This work}	1.30
NaETS-4⁵	0.15	LaNaY²	0.19	SG-Micro/50CaCl₂⁷⁹	0.28	P7^{This work}	1.39
CaETS-4⁵	0.19	SAPO-34²	0.28	SG/MgSO₄⁸⁰	0.40

SG is short abbreviation for silica gel.