Highlights from the research within Treesearch

Here you find the program for the research highlight sessions on Day 2 of Treesearch Progress (October 10), where PhD students, postdocs and researchers present their research.

The program is preliminary and might be updated before the conference.

A facile way for concurrent fabrication and surface functionalization of cellulose nanofibrils by lactic acid mediated catalysis

Rahim A. Rafi

Bio-Based Solutions for Sustainable Electronics in a Post-PFAS Era

Jesper Edberg

Biomass blends enable the thermomechanical production of multipurpose and eco-friendly porous structures in sanitary items

Antonio Capezza

Brown can be the new Green! Unbleached fibers for more sustainable tissue products

Cláudia Vicente Esteves

Cellulose Nanofibrils: Studying the biocompatibility of the next-gen bio-nano-material

Karthik Rajasekar

Changing paradigm of wood adhesives: sustainable resins based on high-consistency lignin dispersions

Federica Maria Camilla Ferruti

Colloidal Nanocomposite Latex of Nanocellulose and Poly (Vinyl Acetate) for Sustainable Barrier Coatings: An Alternative to Non-Degradable Plastics

Shahab Nasr

Ecological solutions for recovery of secondary materials from post-consumer fiberboards: Characterisation of generated fines and fibres from impact reactor and TMP refining.

Percy Alao

Electrode design concepts for stretchable batteries using wood-based materials

Aiman Rahmanudin

Esterified lignin nanoparticles for targeted pesticide delivery to plant leaves

Matilda Andersson

Fabrication and Analysis of Cellulose Nanofibrils from Hardwood Pulp Through Fenton-Driven Oxidation

Morassa Raouf

From wood particles to advanced wound dressings

Yagmur Bas

Functionalized Kraft Lignin as A Building Block for Nanoparticles

Taoran Xu

Glycerol modification of cellulose, can we imitate thermoplasticity?

Adrian Eliasson

High performing barrier films of nanocellulose and graphene

Andreas Fall

How Charge Density Dictates the Fate and Diffusion of Nanoparticles in Fibrous Networks

Ahmad Reza Motezakker

Hygroexpansion characterisation of Norway spruce branch wood investigated by microscopic computed tomography

Boris Poupet

Investigating Sulfur Uniformity in High-Strength Packaging by Synchrotron Techniques

Hafizur Rahman

Laser Diffraction for the Defectoscopy of Cellulose Filaments

Damien Pierce

Nanocellulose foils for three-dimensional electronics

Marie Betker

New routes for water removal during the processing of lignocellulosic material concepts.

Maria Sol Malizia

Polysaccharides as adhesives for wood particleboards

Tijana Todorovic

Processing of spent mushroom substrates to fibers using ultra-fine grinding and extrusion

Renald George Swamy

Production of nanofibers and porous biofilm from weat bran extraction residue

Ali Mianehro

Pulp fiber networks of high density – why are properties so good?

Erfan Oliaei

Quantification of resinous wood through X-ray CT imaging segmentation method to provide sawing pattern references for sawmills

Sheng Joevenller

Selective Periodate Oxidation of Birch Polysaccharides: Enhancing Solubility and Enabling Advanced Material Development

Lucas Kurth de Azambuja

Swelling Performance of Cotton Waste Dissolving Pulp During Mercerization in the Viscose Process

Elise Meurs

Tailoring Strength and Toughness of Spun Cellulose Filaments towards Advanced Applications

Dickens Owino Agumba

Toward Photoactive Wallpapers Based on ZnO-Cellulose Nanocomposites

Neha Sepat

Treasure Hunt for Forestry-Based Circular Economy: Synthesis of α-Pinene-based Chiral Diols – Chemically Recyclable and Enzymatically Degradable Polyesters

Ranjani Ganapathy

Tuning pulp properties with new wet-strength additives

Jelka Feldhusen

Unveiling the arrangement of nanocellulose using scanning electron diffraction

Mathias Nero

Unveiling the nature of lignin’s interaction with molecules: a mechanistic understanding of adsorption of Methylene Blue dye

Oleg Tkachenko

X-ray multi-projection imaging for studying the deformation of wood and cellulose-based materials

Korneliya Gordeyeva