2021 TAPPI NANO Webinar Series: Exploiting CNF water interactions in new applications Webinar

2021 TAPPI NANO Webinar Series: Exploiting CNF water interactions in new applications Webinar

Webinar
Monday, October 25, 2021 to Monday, October 25, 2021

9AM - 10AM (ET)

We present two examples of new material innovations using porous and moisture responsive 2D- and 3D structures from nanocelluloses. First, we present how hygroscopic and nanoporous networks from cellulose nanofibrils (CNFs) act as capturing elements for colloidal sized nano- and microplastic particles. These hygroscopic nanocellulose assemblies display unique water transport properties, which can transport micro- and nanoplastics into the structure. Secondly, the same inherent properties allow the fabrication of biocompatible CNF hydrogels used as bio-sourced platforms for sustainable chemicals production. In this application, photosynthetic micro-organisms are bound within hydrogels based on TEMPO-oxidized CNF (TCNF), which improves their light-to-product conversion efficiency and decreases their water and energy consumption when compared to traditional suspension culturing. In both cases, the water interactions of nanocelluloses, usually seen as a drawback, are the core contributors that provide advantages for these systems over traditional solutions.

Learning Outcome:

  1. Describe how the unique properties of nanocellulose can be utilized in new application areas.
  2. Give examples of how the water interactions of nanocelluloses are utilized in capturing membranes and bioactive platforms for chemicals production.

 

Who Should Attend: 

Typical Jobs
Scientist
R&D Directors
Professors

Types of Companies
Chemical / Biotechnology / Pulp and Paper
Chemical / Biotechnology / Pulp and Paper
University

Ilona Leppänen and Ville Rissanen

webinar speaker.jpgIlona Leppänen is working as a Research Scientist at VTT in the Functional cellulose team and pursuing a doctoral degree in Bioproduct Technology at Aalto University. She is interested in biobased economy and circular solutions and is developing innovative biodegradable and bio-based materials, such as fibres, films and membranes.

 

speaker 2.pngVille Rissanen is a research scientist at VTT Functional Cellulose team and a doctoral candidate at Aalto University School of Chemical Technology, with a background in biochemistry and bioproduct technology. His research focuses on assembling high-performance nanocellulosic structures and investigating their interactions with other materials ranging from inorganic aerosol nanoparticles to living microalgae cells. The objective of his work is to combine basic and applied research in order to create novel functional structures from sustainable bio-based materials promoting circular bioeconomy.

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