Henrikki Liimatainen
PhD (tech)
Professor, Head of the Research Unit
Novel nanostructured lignocellulose materials
![Henrikki L](https://media-cdn.oulu.fi/styles/main_image/s3/images/medium_HenrikkiLiimatainen.jpg?itok=L9hLlFRx)
Professor Henrikki Liimatainen is head of the Fiber and Particle Engineering Research Unit (approx. 80 persons) and leads Nanostructured Lignocelluloses Research Team (approx. 25 persons).
His research focuses on nano-scale, functional building blocks derived from nature/biogenic lignocellulose materials using green approaches and fabrication of hierarchical and assembled/hybrid designs with advanced properties –Special interest on novel architectures and functionalities and materials´ (smart & responsive) interaction with surroundings (fluids, gases and EM radiation).
Key research areas include:
i) Green fabrication of hierarchical nanohybrid materials (nanocellulose/lignin combined with organic & polymeric/metal/inorganic/biomedical etc. materials (material chemistry; nanomaterial science; DES)
ii) Addressing the structure and fundamental behavior and characteristics of materials
iii) Applications in green electronics, process and environmental and biomedical fields
Examples of research topics: new nanostructured biomaterials and chemicals derived from lignocelluloses - especially fabrication of nano- and microcelluloses, their 1D, 2D and 3D hybrid structures with inorganics/biomaterials: Filaments, films and barriers, aerogels, filters and membranes, nanopapers, smart and responsive materials, green electronics, biomedical applications and templated structures. Colloidal behaviour of lignocellulosic nanoentities and their use as a novel class of bionanochemicals: adsorbents, flocculation agents, surfactants, emulsifiers. Deep eutectic solvents and periodate oxidation in cellulose modification.
Research interests
- Nanostructured biomaterials
- Designing of 1D, 2D and 3D hierarchical structures of lignocelluloses
- Nano- and microcelluloses
- Hybrid materials based on nanostructured lignocelluloses for biomedical, green electronics, environmental, catalytic etc. purposes
- Self-assembly, stimuli response and colloidal interactions of lignocelluloses
- Bionanochemicals: adsorbents, surfactants, emulsions, flocculants
- Deep eutectic solvents in biomass modification
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90014 University of Oulu
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90014 University of Oulu