Materials Chemistry of Cellulose

Professor Eero Kontturi

CONTACT:
Materials Chemistry of Cellulose
Department of Biotechnology and Chemical Technology
Aalto University,  Espoo, Finland

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+358503442978

Dr. Timo Pääkkönen

Timo Pääkkönen has an extensive background in cellulose chemistry. It ranges from pulping and bleaching to designing the production processes of novel nanocellulose products. He studied the production of nanocellulose with bromide-free TEMPO-mediated oxidation (D.Sc. (Tech) 2017) under supervision of Prof. Tapani Vuorinen (a collaboration of Aalto University and UPM). In 2015-2017 he worked on a scale-up project of the production of parenchymal nanocellulose at the start-up company Betulium. In 2017 he joined the Materials Chemistry of Cellulose group of Prof. Eero Kontturi as a postdoctoral researcher. Today he designs production processes of CNCs which are based on the hydrolysis of cellulose with pressurized HCl gas.

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Dr. Katja Heise

I have a strong background in chemically modifying and characterizing biopolymers and I am very much interested in structure-property-relationships resulting from tailored modifications of these fascinating materials. My PhD thesis (completed in 2017 at the Institute of Plant and Wood Chemistry, Technische Universität Dresden, Germany) was carried out in collaboration with BASF SE focusing on the synthesis of lignocellulose-based hydrogels for soil applications. I joined Aalto in November 2017 as a shared postdoctoral researcher (together with the group of Prof. M. Kostiainen). My current work lies at the interface between nanocellulose modification, organic synthesis, and polymer sciences, using cellulose nanocrystals (CNC) or nanofibers (CNF) as modification templates.

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 +358503273120

Dr. Iina Solala

+358503442397

Dr. Zhuojun Meng

Dr. Zhuojun Meng received her Ph.D. (2017) degrees in Polymer Chemistry and Bioengineering from the University of Groningen, the Netherlands. She joined Aalto University in August 2018 and works as a postdoctoral researcher in Prof. E. Kontturi´s group. Currently her research interests include surface physical and molecular simulations.

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+358469217670

Dr. Wenyang Xu

I received my M.Sc. (2015) and Ph.D. (2019) degrees in Chemical Engineering from Åbo Akademi University, Finland. I have background in fractionation, chemical modification, characterization, and utilization of wood-derived (bio-) polymers. My PhD thesis was focusing on the utilization of wood-derived biopolymers with different 3D printing techniques for biomedical applications. I joined the group of Materials Chemistry of Cellulose in January of 2019 as a shared postdoctoral researcher (together with Associate Professor Torbjörn Pettersson, KTH). My current research is based on one of the Tandem forest value projects i.e. ‘Strongly adsorbed polymer layers for modification of cellulose surfaces towards new functional materials (STRONGAD)’.

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+358504751741

Dr. Valentina Guccini

Valentina received her PhD from Stockholm University in September 2019 with the thesis titled “Nanocellulose: energy applications and self-assembly”, under the supervision of German Salazar-Alvarez at the Department of Material and Environmental Chemistry. She began to work at Aalto University as Postdoctoral research in November 2019, joining the group of Eero Kontturi at the Department of Bioproducts and Biosystems. Her main interests includes nanocellulose (exp. cellulose nanofibers and nanocrystals) based materials for energy applications, such as lithium ion batteries and fuel cell, and study their morphology and self-assembly in membranes, suspension or inorganic hybrids. Her main investigations tool includes small angle X-ray and neutron scattering (SAXS and SANS). More recently, she focused her research on the engineering of the next generation of carbon-capturing device based on nanocellulose bio-hybrids, focusing also on their interaction with liquid and vapor water. 

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Panagiotis Spiliopoulos

I have graduated from University of Patras as a Materials Scientist (B.Sc) working on graphene’s chemical exfoliation, while my master studies took place in Stockholm University with my thesis titled ‘On the pyrolysis of nanocellulose aerogels’. After joining Materials Chemistry of Cellulose group as a Doctoral Candidate back in 2016, my research interests involve Cellulose-Inorganic hybrids preparation and self-assemblies of cellulosic nanoparticles. I am also working on plenty of microscopy techniques, involving AFM and SEM.

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+358503442894

Karl Mihhels

I am currently working on the topic of algal nanocellulose. I am both investigating more efficient ways to recover nanocellulose from algal biomass, and the peculiar properties of the cellulose itself. I am also interested in the sustainability aspect of the use of algae as a biobased raw material, and consider this topic important in everything I do.

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+358505132852

Yingfeng Wang

 I finished my second master degree in Aalto Universityin one year (2017-2018) with the major of Biomass Refining. Meanwhile, I worked as a research assistant in Biorefineriesgroupand also did my master thesis therewith concentration on simultaneous recycling of cellulose fibers and dyes from dyed cotton waste.I joined Materials Chemistry of Cellulosegroup after I got my master degree and mycurrentresearch fieldismodify hydrolyzed cellulosesby using of hydrolysis reactorin HCl gas.

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Marie Gestranius

Marie Gestranius is a Aalto/VTT doctoral student with several years of experience on bio-based materials in different applications. The research topics related to her PhD is nanocellulose and its behaviour at different interfaces.

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M.Sc. Ville Rissanen (M)

Ville is a Aalto/VTT doctoral student with a background in biochemistry and bioproduct technology. His M.Sc thesis (2016) was concerned with the production and characteristics of cellulose nanofibrils, and he has expertise in the preparation of hydrogels, films, cryogels, and porous aerogel structures from nanocellulosic materials. His current research focuses on functional nanocellulosic structures and their interactions with other materials ranging from inorganic aerosol particles to living microalgae cells.

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