TexirC

Textile waste chemical recycling

Establishing chemical recycling technology for fiber-to-fiber recycling of synthetic textile fibers.
TexirC WP4 graphical summary

This subproject is dedicated to the utilisation and chemical recycling of synthetic fibres, mainly polyesters and polyamides, from fabrics. The focus is on exploring solvolytic methods to optimise a mild depolymerisation process, as well as potential purification steps, to generate a product that is suitable for repolymerisation and eventual fibre spinning. The methods developed here will not be specific for textiles but will also be suitable for recycling general polyamide or polyester side streams and waste.

Publications

Chemical Recycling of Polyurethanes

Ariana Voitsekhovski 2025 Master thesis

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News

A close-up of various electronic waste pieces, including circuit boards, wires, and metal fragments in different colours.
Research & Art Published:

VTT, Aalto University and GTK: How to ensure Finland captures the multi‑billion growth potential of mineral economy

Finland is rising to the forefront of the mineral economy through new research initiatives and closer collaboration
Field of rapeseed
Cooperation, Research & Art Published:

Environmental impact of bio-based plastics may exceed fossil-based alternatives, study finds

For the environment, what really matters is the life cycle of a plastic and how it is used.
A disassembled battery with its components laid out side by side: metal casing, inner sheets, crushed mass, powders, and coloured granulates.
Press releases, Research & Art Published:

Five things everyone should know about the materials powering the green transition

The green transition depends on more than just clean energy — it requires a massive, complex supply of critical raw materials, especially metals and minerals. From mining and refining to recycling and innovation, here are five key things everyone should know about the materials powering a sustainable future.
Copper
Research & Art Published:

Battery demand is growing exponentially – BATCircle3.0 provides a leap in battery material and recycling research in Finland

The three-year BATCircle3.0 project, led by Aalto University, offers a strategic focus on new openings for battery materials refining and battery recycling.

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