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Articles on 9. Industry, innovation and infrastructure

Goal 9. Build resilient infrastructure, promote inclusive and sustainable industrialization and foster innovation

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VTT’s Pilot Platform Brings New Methods to Effective Recycling of Plastics and Mixed Textiles

BioeconomyCase
Bioruukin laitteistoa.

VTT Bioruukki pilot centre will investigate new recycling methods for plastics and mixed textiles. The…

A Pilot Environment for Sustainable Manufacturing of Fiber Products

ChemistryCase

Using current methods for producing paper, cardboard, tissue paper, and nonwovens requires much water, and…

New Digital Development Platform – Biosynthetic Materials Ten Times Faster Than Before

ChemistryCase

Developing biosynthetic materials aims to replace fossil, carbon-based raw materials in industrial production and create…

The transition of the textile and fashion industry creates sustainable growth

BioeconomyBlog
Kuvassa kädet

Finnish companies producing bio-based and recyclable textile fibres and materials would benefit from a development…

Sawn goods export prices boost value added in the forest sector

Wood and forestCase
Punainen

Finland’s bioeconomy is strongly based on forests. Last year, the forest sector’s share…

Biorefinery Map™ displaying biorefineries in Europe

BioeconomyCase

Biorefinery Map™ was published in the summer 2022. It displays for the first time wood-based…

Smart Bioeconomy documentary series: Science news for junior high school and high school students

ChemistryBlog

The world needs scientists and engineers – now more than ever. Tackling climate change will require…

At the forefront of the textile revolution – Finnish biomaterials startup presents a new, more sustainable textile fiber

ChemistryCase

The rapidly evolving field of sustainable textile fibers has a new player. Aalto University’s…

Making sustainable car batteries from wood

Wood and forestCase

What if you could replace graphitic carbon in lithium-ion batteries with something more sustainable? Something…

From rags to new robes: closing the loop for textiles

ChemistryCase

Imagine your ripped jeans and stained old T-shirts being broken down at the molecular level,…

Meet the Scientists of the Future Bioeconomy part 7: New super material inspired by mantis shrimp club

ChemistryBlog
Nanokomposiitista valmistettu valkoinen hammaskruunu.

VTT researcher Dr. Pezhman Mohammadi and his research group have developed a new type of…

Meet the Scientists of the Future Bioeconomy part 6: Bio-based coating for wood

ChemistryBlog
Brown lignin powder and water in a transparent glass.

Researchers turn a non-toxic residue into wood coating that resists abrasion, stain, and sunlight. Due…

Meet the Scientists of the Future Bioeconomy part 5: Engineering fungal mycelium to produce leather without cows

ChemistryBlog
Light brown synthetic leather in a transparent Petri dish.

The fashion industry has a huge carbon footprint that is growing rapidly. In the NewLeather…

Meet the Scientists of the Future Bioeconomy part 4: Searching for the genetic code of colors

ChemistryBlog

The colors we use to dye our clothes are a burden to the environment. The…

Meet the Scientists of the Future Bioeconomy part 3: Engineering the cell factory

ChemistryBlog

To stay competitive, industries need to increase their productivity. Typically this is done by improving…

Meet the Scientists of the Future Bioeconomy part 2: Spider Silk – the supermaterial of the future

ChemistryBlog
Electrospinning of a biosynthetic spidersilk.

Spider silk is one of the strongest materials found in the natural world. Scientists have…