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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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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…

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&…

Meet the Scientists of the Future Bioeconomy part 1: Using microbes to create new bioplastics

ChemistryBlog
Mikrobeja tutkitaan petrimaljassa.

Research scientist Anna Ylinen is doing her doctoral thesis at the Center for Young Synbio&…