Research project Sustainable nanomaterials for robust bijels generation
The group's research focus on nanoporous carbon membranes for environmental and energy applications. In this project we investigate stabilized bicontinuous interfacially jammed emulsion gels otherwise known as "bijels".
The project aims to develop sustainable nanoparticles - stabilized bicontinuous interfacially jammed emulsion gels (bijels) with high physico-chemical stability. Monoliths with unique tortuous and seminal permeable interfacial layers will also be constructed by employing such a soft matter as templates, and then utilized in gas adsorption and/or waste water treatment.
Project description
Bijels, an innovative class of soft solid materials, consist of two continuous, interpenetrating domains stabilized by a jammed layer of colloid particles at the interface. The unique tortuous, interconnected structures and semi-permeable interfacial layers impart bijels with multiple functions for a wealth of potential applications as energy storage materials, separation membranes, healthcare products, and microreactors, etc.
In view of the state-of-the-art challenges in bijel preparation, this project aims to synthesize robust bijels by using a well-known class of sustainable, renewable nanoparticles from cellulose nanocrystals (CNCs), as stabilizers.
Project members
Project managers
Bo Pang
Post Doc
Jiayin Yuan
Professor
