Eye-openers – Pagina 2
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EnglishWessel van der Woude – Recycling 2.0 with plastic analysis
Veridis is developing a technique to determine which types of plastic are in our waste.
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EnglishDavid Rieder – The great catalyst bake off
Catalysts are the secret ingredients that speed up reactions, but it takes chemists tens of thousands of tries to find a good catalyst recipe. David Rieder uses a computer to become a better cook.
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EnglishOlivier Segers – Blackteria paint it black
Olivier Segers works with genetically modified bacteria that can produce melanin like tiny factories
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EnglishSven Askes – Steering reactions with nanoparticles and light
A lot of catalytic reactions happen by means of nanoparticles. Sven Askes uses light and nanoparticles to steer reactions in the right direction.
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EnglishBarbara Malheiros – Velcro made from DNA
Barbara Malheiros uses DNA to create exotic materials such as smarter biosensors and diagnostic tools.
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EnglishJohan Visser – Pasting plants with bioplastic
Johan Visser is working on an adhesive bioplastic that could increase the capacity of greenhouses.
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EnglishTizian Ramspoth – Improving coating technique sustainability with catalysts
Making solid cross-linked coatings requires high temperatures. Tizian Ramspoth is on a quest to find out how we can coat plastic or wood.
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EnglishStephanie Rensink – Protecting wood with fungi
Wood needs a protective coating to be preversed and remain beautiful. How can we do this in an eco-friendly way? Stephanie Rensink investigates a special fungal coating that protects wood from the sun.
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EnglishBas Tuenter – From disposables to Sustainables
Sustainables has an easy way to clean Eppendorf tubes, test tubes and pipette tips so that you can reuse them.
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EnglishRegra – Reducing emissions with organic fertilizers
Thomas Vos and Robin Coes know what plants need, collect this from various sources and process these sources into a high-quality fertilizer pellet.
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EnglishPaques Biomaterials – Natural alternative to plastic
Paques Biomaterials developed an alternative to plastic which does not accumulate in the food chain.
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EnglishJos Malda – Printing living cartilage implants
Jos Malda uses 3D bioprinting to create living cartilage implants that can replace damaged tissue and restore strength.
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EnglishMike Nuiten – Vegan fungal leather
Mike Nuiten explains how you could use the underground network of fungi called Mycelium to produce vegan leather.
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EnglishTorwash – Toilets as source for green chemicals
Torwash developed a process to convert the sludge into granules that can be used for green chemistry.
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EnglishTim den Hartog – Making chemical industry more sustainable with light
We can use light to make the chemical industry more sustainable. Unfortunately, implementation is lagging.
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EnglishAnnemarie Maan – Life without stickiness
How nice would it be if the cleaning of sewers became redundant? That is why Annemarie Maan is doing research into dirt-repellent layers.
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EnglishLeon Smook – Can you smell without your nose?
Leon Smook is investigating the possibilities of an artificial nose, which can identify odors at a molecular level.
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EnglishAerocount – Insight into air quality
Beate Stevens of Aerocount developed a way to measure the amount and type of particulate matter in the air.
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EnglishTanja Moerdijk – Edible packaging from seaweed
By using seaweed as the starting material, Tanja Moerdijk creates food packaging that offer more than just a packaging.
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EnglishPhotosynthetic – Making the fastest microscale 3D printing technology
Photosynthetic has created an algorithm for a 3D printer that can make materials at the microscale by shining tiny beams of light into liquid chemicals that thereby become hard polymers.
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