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TexirC

Textile waste fractionation

Separation of cellulose and polyester fibres from a blend using surface chemistry methods
TexirC_WP3_main_image

The goal of this work package is to establish strategies for textile waste separation into chemically different fractions, mainly cellulose fibres and polyester fraction. We are interested in separation of the fibre fractions without their dissolution or deterioration. 

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News

Doctoral researcher Giiguulen Enkhsaikhan in a laboratory environment
Research & Art Published:

Giiguulen Enkhsaikhan: More sustainable textiles with hemicellulose

Aalto University's doctoral researcher's presentation of hemicellulose won the third prize in the Marcus Wallenberg Young Researchers’ Challenge event in November
Various circular samples on white cards, including green, yellow, and beige, with a sprig of green leaves.
Research & Art Published:

Keys to growth: A new era of game-changers in the forest industry

Wood can be shaped into almost anything in the hands of researchers, but transforming the forest industry also requires risk-taking and fresh thinking. That’s why experts say now is an incredible time to study the field.
Luana Dessbesell
Cooperation, Research & Art Published:

Accelerating the sustainable development and commercialization of bio-innovations

Aalto University and industrial partners are developing new methods and tools to help identify technological risks and bottlenecks—and to integrate sustainability into the development process from the beginning.
A close-up of a hand holding a small wooden block with diagonal stripes and a notch in the centre, against a light background.
Press releases, Research & Art Published:

Researchers Unlock a Stronger, Greener Way to Bond Wood: Finnish pulp fiber could be used to bond wood for the construction industry

Researchers at Aalto University have developed a groundbreaking wood bonding method using primarily pulp fibers from Finnish forestry. The resulting bonding interface is twice as strong as natural wood while highly resistant to water. This breakthrough could transform sustainable construction by reducing reliance on petroleum-based adhesives.

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