Atmospheric water harvesting on MIL-100(Fe) upon a cyclic adsorption process

Marcia P. Silva,Ana M. Ribeiro,Claudia G. Silva,Kyung Ho Cho,U-Hwang Lee,Joaquim L. Faria,Jose M. Loureiro,Jon-San Chang,Alirio E. Rodrigues,Alexandre Ferreira

Social Science Research Network（2022）

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摘要

•The potential of MIL-100(Fe) as a water vapor adsorbent was evaluated.•H2O adsorption equilibrium isotherms follow a Type VI isotherm due to two different cages.•High regeneration capability during adsorption/desorption cycles is observed.•TSA proposed process presents a maximum H2O productivity of 86.8 l·day−1.

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关键词

MIL-100(Fe),Water,Adsorption,Air,TSA

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