2022
DOI: 10.1016/j.colsurfa.2021.128020
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A quasi-solid-state supercapacitor based on waste surgical masks with high flexibility and designable shape

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Cited by 11 publications
(15 citation statements)
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“…An additional conductive layer has been deposited on the polymer base: CNTs@CNFs@PANI on PU 47 and Au and polypyrrole microcones on PP. 322 Overall, the capacitance values suggest the similar performance level of the waste-derived supercapacitors, regardless of the direct comparison with their analogues from nonrecycled PU and PP, 652–654 which manifest a complex behaviour owing to the dissimilar current density, electrolyte, and other parameters.…”
Section: Major Application Fields: Comparison Of Value-added Performa...mentioning
confidence: 90%
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“…An additional conductive layer has been deposited on the polymer base: CNTs@CNFs@PANI on PU 47 and Au and polypyrrole microcones on PP. 322 Overall, the capacitance values suggest the similar performance level of the waste-derived supercapacitors, regardless of the direct comparison with their analogues from nonrecycled PU and PP, 652–654 which manifest a complex behaviour owing to the dissimilar current density, electrolyte, and other parameters.…”
Section: Major Application Fields: Comparison Of Value-added Performa...mentioning
confidence: 90%
“…As discussed earlier, the widespread application of PP FMs make them the most common waste candidate for functional upcycling. Most upcycling approaches are based on noncovalent interactions such as dip-coating, 49,52,318 electrospraying, 319 soaking, 50 drop-casting, 320,321 sputtering, 322 on-surface preparation of NPs 323 and layer-by-layer assembly. 324 The common approaches have been improved by applying supercritical CO 2 as a solvent for impregnating the active components into surface layers.…”
Section: Polypropylene (Pp)mentioning
confidence: 99%
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“…To better save resources and protect the environment, it is urgent to find a new way to recycle and reuse WFMs. [ 15 ] The widely used face masks have a three‐layer construction, in which the outer and inner layers are polypropylene (PP) spun‐bonded nonwoven fabrics, and the middle layer is a PP melt‐blown nonwoven fabric. PP spun‐bonded nonwoven fabric used in face masks has a 3D porous structure and owns good mechanical flexibility and strength, which can be used as the flexible substrate to prepare flexible ZHCs.…”
Section: Introductionmentioning
confidence: 99%