Keratin is one of natural polymers with super wettability, which is an alternative sustainable
polymer to fabric separators for high-performance supercapacitors (SCs). However, the …

This work reports a scalable method to synthesize hierarchically porous, hetero-atom doped
activated carbon nanosheet from waste biomass− human hair, and demonstrates the use of …

Keratin proteins extracted from wool fibers by sulfitolysis were electrospun for the production
of active nanofiber membranes (NFMs). The keratin NFMs were composited with nylon …

In this work, N, O, S co-doped hierarchical porous carbons are developed utilizing low cost
and sustainable keratin obtained from chicken feathers as a precursor. The intrinsic …

The thickness of separators has a great influence on electrochemical performance and
battery safety. However, the solution for the inevitable trade-off between separators …

This work exploits the advantage of asymmetric configuration over symmetric supercapacitor
in designing high energy density flexible devices from two active electrode materials–keratin …

High-performance textile electrodes exhibit considerable potential for use as electronic
devices in the wearable energy field. As silk fibroin protein can be dissolved, silk fabric is …

Keratin is widely used in the biomaterial application, but the keratin prepared by the physical
or chemical approach has relatively low molecular weight and mechanical properties. Here …

This research work has concerned the development of volatile organic compounds (VOCs)
removal filters from biomaterials, based on keratin extracted from chicken feather waste and …

Herein, we demonstrate a three-component FK/PVA/PEO nanofiber membrane by
electrospinning and vapor-assisted crosslinking. We have used feather-derived-keratin (FK) …