This week's news, insights and inspiration for the global bioeconomy community
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Hello dear bio friends

 

This week's fascinating (and illuminating 😂) feature story discusses how copying the elegant, energy-conserving efficiencies of cuttlefish (eight armed didn't you know) can serve sustainability goals #biomimetic

 

This week we bring you episode 2 of the World Bio Markets 2023 presentations where Dr. Colleen Walker, from the University of Maine, explores how today's forests will launch tomorrows sustainable products.

 

Head over to our newsroom to read up on #investments on agtech startups, developments in #bioplastics and #packaging, liquified #biomethane and plenty more. 

 

Happy summer!

FEATURE STORY

The marine mollusc inspiring nature-imitating devices

pexels-photo-7267185-1

Replicas of biological mechanisms often call for bio-based materials because their suppleness is able to mimic the pliability of living organisms that enables them to carry out complex functions. Here, we look at how researchers are studying different cuttlefish body parts and applying them to sectors like renewable energy, robotics, and architecture.

 >> Read the article

Back to the Future

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Series 23, Episode 2

A presentation by Dr. Colleen Walker, Director of the University of Maine's Process Development Center at World Bio Markets 2023

View slides

NEWSROOM

FLORA Ventures launches $80M fund to Invest in sustainable agrifood tech startups

FLORA Ventures invests in early-stage start-ups from two of the leading AgriFood ecosystems, Israel and Europe, that are building a healthier, more sustainable and resilient AgriFood system; and supports those ventures in scaling globally.

>> Read more

NEWSROOM

Glaukus develops biobased textile fibres to tackle plastic pollution

Glaukos is one of BBI JU (Bio-Based Industries Joint Undertaking) funded projects that will develop biobased textile fibres and textile coatings that are adapted to the needs of the 21st century.

>> Read more

NEWSROOM

Researchers develop new bioplastic from spirulina

Spirulina is easily cultivated at large scales. Also, spirulina cells sequester carbon dioxide as they grow, making this biomass a carbon-neutral, or potentially carbon-negative, feedstock for plastics.

>> Read more

NEWSROOM

Japan celebrates successful trial of liquefied biomethane-fueled vessel

The LBM was provided by Air Water, and produced from cattle manure in the Tokachi region of Hokkaido as part of a technology development and demonstration project adopted by Japan’s Ministry of the Environment.

>> Read more

NEWSROOM

Researchers used bio-cellulose to create edible, transparent packaging

The team experimentes with bacterial cellulose, an organic compound derived from certain types of bacteria, which has garnered attention as a sustainable and readily available non-toxic solution that could replace the use of plastics.

>> Read more

READS OF THE WEEK

Nature-based solutions can pave the way to carbon-neutral cities in 2030

How solar-powered seawater greenhouses are changing the face of modern agriculture

The impact of process water treatment on sustainable technology development 

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