Adsorptive separation on metal–organic frameworks in the liquid phase
Адсорбционное разделение в жидкой фазе на металлоорганических каркасах
2014-01-01
SCID: 54.1/ky89529h
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adsorptive separationbiobased compound isolationchiral compound separationliquid-phase separationmetal–organic frameworks
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Abstract (AI)
While much attention of the MOF community has been devoted to adsorption and purification of gases, there is now also a vast body of data on the capability of MOFs to separate and purify liquid mixtures. Initial studies focused on separation of petrochemicals in apolar backgrounds, but the attention has moved now to the separation of complex, e.g. chiral compounds, and to the isolation of biobased compounds from aqueous media. We here give an overview of most of the existing literature, with an accent on separation mechanisms and structure-selectivity relationships.
Key Findings
1
Early liquid-phase MOF studies primarily targeted petrochemical separations in nonpolar media.
2
Metal–organic frameworks (MOFs) can perform adsorption-based separation and purification of liquid mixtures, extending beyond their established gas-separation applications.
3
Recent research increasingly addresses complex liquid separations, including chiral compounds and biobased compounds isolated from aqueous solutions.
4
Separation performance is analyzed through adsorption mechanisms and relationships between MOF structure and selectivity.
5
The literature provides a broad overview of existing MOF applications for liquid-phase separation and purification.
Research Object
Metal–organic frameworks used for adsorptive separation of liquid-phase mixtures
Research Subject
Separation mechanisms and structure–selectivity relationships governing the purification of petrochemical, chiral, and biobased compounds, including from aqueous media
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2014-01-01
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