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Facile and innovative route for large-scale synthesis of SiO 2 fibers with excellent textural properties and H 2 O adsorption performance is presented. At first, a three-dimensional network of SiO 2 precursor fibers was produced from tailored spun solutions (without any toxic elements and surfactants) by centrifugal spinning, which is a very modern fiber-synthesis technique, with numerous advantages over electrospinning. Upon thermal annealing of the precursor fibers, mesoporous amorphous SiO 2 fibers with an ultrahigh surface area of up to 824 m 2 /g and pore size distribution in the range of 2-10 nm were produced. Owing to the high number of OH groups available on the surface, the produced SiO 2 fibers showed significantly better performance in H 2 O adsorption compared to that of the reference silicagel.

SiO2 Fibers by Centrifugal Spinning with Excellent Textural Properties and Water Adsorption Performance

SiO₂ Fibers by Centrifugal Spinning with Excellent Textural Properties and Water Adsorption Performance