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5487 results for Article
Department of Electrical Engineering and Automation
Department of Finance

Elias Huttunen

Doctoral Researcher

Aalto University
Valokuva - Mikko Raskinen

Aalto University Rules of Conduct

Rules of Conduct promote a safe and accessible university environment for all Aalto community members, visitors and partners.

Department of Bioproducts and Biosystems
Diagram showing cellulose activation (step 1) and functionalization (step 2) with chemical structures and groups.

Cellulose Functionalization

This project aims to develop a modular one-/two-step platform that pre-activates cellulose with triazinium salts and uses N-heterocyclic leaving groups to graft dyes, amino acids, and biopolymers—enabling durable colouration and functional coatings.

For alumni
Practical information Alumni Weekend 2025 banner

Alumni Weekend 2025 - Instructions for participants

Get to know the practicalities of Alumni Weekend 2025 event.

Department of Bioproducts and Biosystems
Smart jacket with heating, waterproof, sensors, monitor, light, control. Conductive layers and biobased textile elements.

SuperTextil

Multifunctional Bio-based Textiles

Doctoral education
Aalto University, Design for a cooler planet exhibition 2022_photo by Mikko Raskinen

Info sessions on doctoral supervision

Get information and ask questions about various essential issues related to doctoral supervision.

Department of Marketing

Anna-Riikka Valo

Doctoral Researcher

Department of Marketing

Onni Tulensalo

Doctoral Researcher

Department of Marketing
Picture of Doctoral Researcher

Aslı Özdal

Doctoral Researcher

Department of Marketing

Nora Bäckman

Doctoral Researcher

Department of Bioproducts and Biosystems
Three cones of thread in gold, pink, and light blue with a blurred background of white fabric and a hand.

FFColor

The goal of the FinnFiberColor project is to develop solutions for the challenges that man-made cellulose fiber (MMCF) technologies face.

Department of Bioproducts and Biosystems
Illustration showing the cycle of bio dyes from forest and agricultural waste to durable textile and degradation.

Bio-Dyes

Developing Profitable Textile Bio-Dyes from Agroforestry Waste

Department of Bioproducts and Biosystems
Logo with green and blue swooshes, text: SURFTOGREEN Bio - Based Surfactants

SurfToGreen

Bio-based sustainable SURFACTANTS TO Foster GREEN industry

Department of Bioproducts and Biosystems
A group of people are seated around a long table, attentively watching a presentation on a large screen.

Celebration of Fernanda’s Summer Internship

On 15 August, Fernanda Rivera Ledesma, a summer intern in the Textile Chemistry Group, presented the results of her research. Her work focused on color stripping of vat-dyed denim fabrics using oxidizing bleaching agents.

Department of Marketing
picture

Mikko Laukkanen

Professor of Practice

TexirC
A group of people wearing yellow safety vests standing in an office with red flooring and a wall poster.

TexirC Project Meeting at Mirka

The Mirka Karis factory recently hosted a key meeting for the TexirC project, which is tackling four major challenges in textile recycling: colour stripping, fibre separation, compositional analysis, and the de/repolymerization of synthetic fibres.

Department of Bioproducts and Biosystems
Person wearing a white lab coat and working with a machine in a laboratory or industrial setting.

Sustainable and environmentally friendly nonwoven materials

Olamide working on developing sustainable and environmentally friendly nonwovens from recycled and bio-based man-made cellulosic fibres, utilizing nonwoven technologies such as needle-punching, air-through bonding, and wet-laid processes.

Department of Bioproducts and Biosystems
White text 'BIOSUSTEX' on a green background, with each syllable stacked vertically.

BioSusTex

Towards Absolute safe and sustainable biobased textile

Department of Bioproducts and Biosystems
Illustration of fabric showcasing biocolour, UV protection, moisture management, and antibacterial properties.

PEFF

Plant Based Molecules for Enhancing Functional Properties of Cellulose Fiber Materials