Accelerated industrialization and frequent marine petroleum spills have led to the
generation of oily wastewater, which poses a significant threat to the environment. There is …

Combining membrane separation with advanced oxidation technology can make the
membrane self-cleaning, extending its service life. However, the preparation of composite …

Nanofiber membrane separation technologies are promising for separation of emulsions,
but it is still limited by membrane fouling. Herein, a new low-pressure driving Co 3 O …

Superwetting membranes have considerable potentials in the field of water treatment,
especially for oil-water separation, however it still keeps great challenges to prepare ones …

Recently, the development of renewable cellulose materials has attracted significant
attention due to their remarkable properties of good biocompatibility, cost-affordable and …

To mitigate food spoilage caused by microbial contamination and extend the shelf life of
food, antibacterial and eco-friendly biological packaging materials as an alternative to …

Multifunctional materials for the simultaneous separation of oil-in-water or water-in-oil
emulsions and adsorption of heavy metal ions are urgently needed for treating industrial …

Due to the intricate components of wastewater and physical stacking of graphene oxide
(GO), the current GO membranes exhibit the fatal defects of low porosity and poor anti …

Global food security is a critical issue, necessitating greater attention to the relationship
between agricultural productivity and the ecological environment. Super-wetting materials …

Since the massive discharge of oily wastewater seriously affects both humans and natural
development, the performance of conventional membrane materials in terms of interfacial …