Search results for "Waste Removal"

showing 1 items of 1 documents

PREPARATION AND CHARACTERIZATION OF BIOPOLYMERIC POROUS STRUCTURES FOR ADVANCED APPLICATIONS

Porous biopolymers received an increasing academic and industrial interest finding application in several fields such as tissue engineering, bioprocess intensification and waste removal. Tissue engineering combines the knowledge of materials science and bioengineering in order to develop structures able to substitute and restore the normal function of injured or diseased tissues. In this context, polymeric 3D or 2D scaffolds are widely investigated as temporary cell guidance during the tissue restore. Porous biomaterials can offer a versatile and cost effective way for immobilization of filamentous microorganisms in submerged fermentation processes for the production of biologically active …

Bioprocess intensificationBiopolymerElectrospinningTissue EngineeringParticulate leachingImage ProcessingPorous structureSettore ING-IND/22 - Scienza E Tecnologia Dei MaterialiMelt mixingSurface functionalizationWaste RemovalGrapheneBiopolymers; Porous structure; Melt mixing; Electrospinning; Particulate leaching; Image Processing; Bioremediation; Tissue Engineering; Bioprocess intensification; Waste Removal; Graphene; Surface functionalization;Bioremediation
researchProduct