Because of the severe risk of oil pollution and increasing concerns about the sustainability of
sorbent materials, there are considerable interests across the world to develop cost …

Abstract Novel polyimide (PI)/Fe 3 O 4 aerogel microspheres (PFAM) are designed and
prepared via solvothermal method. The resultant PFAM exhibit superhydrophobicity and …

Aerogel with porous structure and ultra-light weight is a potential sorbent for solving oils or
organic solvents pollution. Herein, a type of flexible mesoporous aerogel was fabricated …

The ZIF-67@ PLA honeycomb aerogel was formulated by using the metal–organic frame
(MOF) ZIF-67 through physical mixing and heat-induced phase separation interaction …

Oil spills on the seawater happened along the last decade needs to be addressed to prevent
marine ecosystem destruction. The challenges encourage researchers to develop high …

Effective transformation of biorenewable biomass to high-performance carbon aerogel
furnished a promising approach to the evolution of sorbents for selective oil-water …

The frequent oil spill accidents have created increasingly environmental and ecological
problems. Therefore, the development of effective oil-cleaning materials is of great …

A novel approach was introduced to prepare very low density, highly porous, economic,
reusable, hydrophobic, and magnetic cellulose aerogels from hardwood dissolving pulp via …

A promising and economic aerogel for dealing with environmental problems, such as dye
pollution or oil spillage, is successfully produced from coconut fibers (CFs), the by-product of …

In this study, using chitosan (CS) and carboxymethyl cellulose (CMC) as backbone and
introducing citric acid (CA) to enhance the electrostatic interaction of the system, citric …