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Lignin in Sustainable 3D Printing through Neutron Scattering

The surge in demand for green and sustainable materials to replace energy-intensive, fossil-derived resources has drawn significant attention to lignin, one of the most abundant biopolymers on Earth. Despite its abundance, lignin remains underutilized and represents significant untapped potential for next-generation materials. This project addresses key challenges arising from lignin’s structural heterogeneity and limited processability […]

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Readily biodegradable vinyl polymers from biobased resources

The project aims at developing deep and relevant knowledge in polymer chemistry (monomer synthesis and polymerization procedures) and structure-property relationships (biodegradability and properties) with the aim to accelerate the capacity to transition into more sustainable materials. The main goals of the are: I. Design and synthesis of monomers that upon radical polymerization result in polymers with

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Tailored Lignin-Derived Materials for Remediation of Water, Soil, and Sediments

This project aims to develop value-added lignin-derived materials and explore their potential in mitigating pollution from both emerging and regulated contaminants, including PFAS and other micropollutants. The target materials include lignin-derived carbons and biochars with tailored surfaces, modified lignins, lignin-based composites, and 3-D materials.

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Quantification of fungal damage in Scots pine round timber by X-ray CT imaging

The rising problem of pine forests experiencing various forms of damage, notably in young forests situated in northern Sweden, is a mounting cause for worry. The culprit behind this damage is Scots pine blister rust, Törskate (in Swedish), a fungus that specifically attacks the tree’s trunk and branches. The primary goal of this project is

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Characterization of water transport in lignocellulosic systems

The aim of the doctoral project is to understand water transport phenomena in lignocellulosic systems better. The focus thereby lies on the characterization of cellulosic dispersions as well as wood-based materials employing state-of-the-art techniques such as nuclear magnetic resonance spectroscopy (NMR), environmental scanning electron microscopy (ESEM) neutron scattering as well as magnetic resonance imaging (MRI).

Characterization of water transport in lignocellulosic systems Läs mer »