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 …

A new synthesis strategy was adopted to convert cellulose to a biodegradable sorbent with
properties of very high oil absorption and retention capacities, excellent oil-water selectivity …

Superabsorbents are highly appealing materials for use in cleaning up oil and chemical
spills. However, the development of a low-cost, highly efficient superabsorbent remains a …

Cellulose-based aerogels reveal great potential as sorbents for oil sorption due to their
biodegradability and the renewability of raw material. Nevertheless, the widely reported …

At present, the research and development of adsorbents for oil/water separation are mostly
focused on polymer materials. The third generation of aerogels are made from …

Hypothesis Cellulose-based aerogel, due to its rich reserves, environmental friendliness
and porous structure, is considered as a new type of adsorbents for treating oil and water …

As a green, abundant, and environmentally friendly natural polymer, cellulose has received
continuous attention in environmental sustainability. Cellulose aerogel with 3D network, low …

A facile and cost-effective synthesis method of biocompatible cellulose aerogels using
recycled cellulose fibers of paper waste and Kymene crosslinker is successfully developed …

Oil spills and oily wastewater have become a major environmental problem in recent years,
directly impacting the environment and biodiversity. Several techniques have been …

Cellulose aerogels achieve excellent absorption of waste oil and organic pollutant, which
has received lots of attention recently. It is still a big challenge to obtain aerogels with both …