Nanocellulose membranes could efficiently separate oily wastewater because of their super-hydrophilic and underwater super-oleophobic property nano-porous structure. However, the practical application storage nanocellulose is limited by low water permeation flux easy corrosion bacteria, respectively. Herein, with high permeate antibacterial were fabricated grafting tetrakis(hydroxymethyl) phosp...

Abstract Tree bark is normally a side-stream product but by an integrated biorefinery approach, valuable compounds may be recovered and used to replace fossil-based products. Norway spruce was extracted obtain cellulose, which chemically treated produce cellulose oxalate (COX) homogenized yield nanocellulose. The nanocellulose Pickering emulsions with almond oil hexadecane as organic phases. CO...

Biopolymers have attracted considerable attention in various biomedical applications. Among them, cellulose as sustainable and renewable biomass has shown potential efficacy. With the advancement nanotechnology, a wide range of nanostructured materials surfaced with to offer substantial . The progress at nanoscale regime (nanocelluloses) diverse forms like nanocrystals, nanofibres bacterial nan...

Nanocellulose, the most promising bionanomaterial, is obtained either from degradation of natural polymers or by activity bacteria and microorganisms. These biomaterials present various advantages, including full recyclability, biodegradability, lack harmful effects on human body environment. Furthermore, nanocelluloses are candidates to fabricate thin transparent layers, fibers, hydrogels, aer...