Estructuración de armazones organometálicos en monolitos para aplicaciones medioambientales
DOI:
https://doi.org/10.29105/qh11.02-286Keywords:
Metal-organic frameworks, structuring; monoliths, 3D-printing, MOFAbstract
Metal-organic frameworks (MOF) -powder crystalline materials with high surface areas and porosities- have found
tremendous applications in storage, separation, purification, energy, catalysis, and drug delivery. Several techniques have
been employed to obtained structured MOF to reduce high-pressures drops, fouling and obstruction, when used in packed
beds. Extrusion is the technique most used to obtain monolithic structures while the three-dimensional printing technique
has emerged recently to obtain MOF monolith with desired and tailor-made properties. This work is a compilation of the
most recent studies on the structuring of MOFSs in monoliths and their uses for the removal of air and water pollutants.
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