Bioeconomy News

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Ein gentechnisch verändertes Pseudomonas putida-Bakterium, das Nylon abbauen und in wertvolle Stoffe umwandeln kann.
A genetically modified Pseudomonas putida bacterium that can break down nylon and convert it into valuable substances.

Bacteria for recycling nylon waste

As part of a Europe-wide project, a research team from Jülich has developed a bacterium that can convert various nylon building blocks into valuable substances – a new approach to combating plastic pollution.

Myzel, das wurzelartige Geflecht von Pilzen, wird mittlerweile in vielen Bereichen als vielseitiges, biobasiertes Material eingesetzt.
Fungi form an extensive underground network called mycelium.

Financing capital for fungal protein start-up Kynda

The start-up Kynda is working on the development of meat substitutes made from mushroom mycelium. It has now received funding totalling 3 million euros. The investors are EnjoyVenture, the PHW Group and Clima Now.

Die innovative innere Struktur der CellScrew® bietet für Zellkulturen eine große Wachstumsfläche auf kleinstem Raum und ermöglicht optimale Wachstumsbedingungen mit geringen Scherkräften und hervorragendem Gasaustausch.
The innovative internal structure of the CellScrew offers cell cultures a large growth surface in a very small space.

Investment in innovative cell culture systems

Innovative cell culture systems that are set to revolutionise production processes in the pharmaceutical and biotech industry – the start-up Green Elephant Biotech is now receiving support from Bürkert Fluid Control Systems for this vision.

Tiefseeschwämme und ihre symbiotischen Bakterien sind ein Forschungsschwerpunkt am GEOMAR. Im Projekt XTREAM werden sich die beteiligten Wissenschaftler:innen besonders auf die Suche nach neuen Biokatalysatoren fokussieren.
Deep-sea sponges and their symbiotic bacteria are a research focus at GEOMAR.

Tracking down biocatalysts in the deep sea

An international research team with the participation of GEOMAR researchers from Kiel is searching for robust microorganisms in extreme habitats on Earth in order to accelerate biotechnological applications.

Flaggen der EU
Clusters from eleven European countries have joined the new bioeconomy alliance EBCA.

New EU alliance for a circular bioeconomy

A total of 14 clusters from various European countries, including Germany, have joined forces to promote a circular and sustainable bioeconomy.

Tampon aus Meeresalgen
Tampon made from seaweed

Vyld algae tampon in use

The world's first tampon made from seaweed from Berlin start-up Vyld has passed the certification hurdle and has recently started to make its way into the country's first sanitary facilities.

Moor
Only 5 % of the moors in Germany are still considered near-natural and intact.

Major project launched to restore the moors

In Mecklenburg-Western Pomerania, large areas of moorland are to be rewetted by 2027 and new options for utilising paludiculture tested.

Insektenkost
At the networking meeting to mark the establishment of Endosolutions, mealworms were served as a taster.

Upswing for insect breeding in Giessen

Insect biotechnology in Giessen is getting a boost: the Fraunhofer IME has announced that the start-up Endosolutions is to set up at the research centre and breed insects on a large scale.

Mustergewebe aus Lignin-Zellulose-Mischung
Sample fabric made from a lignin-cellulose blend

Textile coatings made from lignin

In the EU project BioFibreLoop, researchers are developing textile patterns and coatings made from renewable and recyclable materials - also for outdoor clothing.

Interaktive Karte zum globalen Patentdatensatz für bioökonomiebezogene Erfindungen
Interactive map of the global patent dataset for bioeconomy-related inventions

AI generates world map of bioeconomy patents

The BMBF-funded junior research group TRABBI has used artificial intelligence (AI) to create a global overview of over 5.6 million bioeconomy-related patents for bio-based products, services and processes.

Das adaptive, selbstanpassende Verschattungssystem „Solar Gate“ unterstützt die Klimaregulierung von Gebäuden.
The adaptive, self-adjusting Solar Gate shading system supports the climate regulation of buildings.

Bio-based sun protection for building facades

Pine cones served researchers from Stuttgart and Freiburg as a model for a new bio-based shading system for building facades that adapts itself to the weather and is energy self-sufficient.

Das biologisch abbaubare Geotextil ist aus nachwachsenden Rohstoffen und dient als temporärer Filter für die Ufersicherung.
The biodegradable geotextile is made from renewable raw materials and serves as a temporary filter for bank stabilisation.

Biodegradable filter for bank protection

In the joint research project ‘Bioshoreline’, researchers have developed filters made of biodegradable geotextiles to protect river banks without negatively impacting ecosystems in the future.

Formo Käsegratain
The start-up Formo specialises in producing fermentation-based cheese alternatives.

FORMO: EIB loan for the expansion of alternative cheese production

The Berlin-based food tech start-up Formo is receiving 35 million euros from the European Investment Bank (EIB) for the further development of its technology for the microbial production of animal-free dairy products.

Mit Holzschutzmitteln behandeltes Altholz muss derzeit in genehmigten Großkraftwerken verbrannt werden. In H2Wood entstehen daraus Wasserstoff, Carotinoide und Stärke.
Waste wood treated with wood preservatives currently has to be incinerated in authorised large-scale power plants. In H2Wood, hydrogen, carotenoids and starch are produced from it.

Bio-based products from regional wood waste

In the H2Wood – BlackForest project, Fraunhofer researchers and partners produced biohydrogen using bacteria and microalgae and obtained carbon-based by-products such as lignin and starch.

Der Bodenpilz Mortierella alpina in einer Petrischale. M. alpina produziert spezielle Moleküle mit wurmtötender Wirkung, die Malpinine, mit denen er sich vor Fressfeinden schützen kann.
The soil fungus Mortierella alpina in a petri dish. M. alpina produces special molecules with a worm-killing effect, the malpinins, with which it can protect itself from predators.

How a soil fungus fights nematodes

Researchers in Jena have been able to clarify how the soil fungus Mortierella alpina naturally protects plants from predators and could thus make agriculture more sustainable.

Logo GFFA
The GFFA is an international forum dedicated to forward-looking issues in the global agricultural and food industry.

GFFA 2025: Focus on the bioeconomy

At the 17th Global Forum for Food and Agriculture (GFFA) in Berlin, agricultural and food policy experts will be looking for solutions on how to make the bioeconomy sustainable in order to secure the world's food supply and combat climate crises.

Nachhaltige, im Faserguss- und Tiefziehverfahren hergestellte Packmittel aus Moorpflanzen
Sustainable packaging made from peatland plants using the fibre casting and thermoforming process

Sustainable packaging made from reed

Fraunhofer researchers provide evidence that plants from paludiculture are also suitable for the production of packaging and can therefore replace wood as a raw material for paper production.

Eike Janesch, Simon Täuber, Thomas Högl und Stefan Junne (v.l.) vom Fachgebiet Bioverfahrenstechnik beim Befüllen des Reaktors mit Stallstroh zur schnellen mikrobiellen Hydrolyse des Strohs.
Eike Janesch, Simon Täuber, Thomas Högl and Stefan Junne (from left) from the Bioprocess Engineering department filling the reactor with barn straw for rapid microbial hydrolysis of the straw.

Producing sustainable fish feed with microalgae

Bioprocess engineers at TU Berlin are showing how fish farming in aquacultures can become more sustainable. Omega-3 fatty acids for fish feed were obtained from plant residues and with the help of bacteria and algae, which can replace fishmeal and fish oil.

Diese Studentenblumen wachsen auf unterschiedlichen Biokohle-Kompost-Mischungen.
These marigolds grow on different biochar compost mixtures.

Peat-free potting soil from regional plant residues

In the TOPKO project, researchers at Oldenburg University of Applied Sciences want to develop biochar and hydrochar from agricultural residues such as green waste and manure in order to replace peat in horticulture.

Für die Analyse von Produkteigenschaften und -qualität wird aus der hydrothermal hergestellten Flüssigkeit (hinten) Trockensubstanz (vorne) gewonnen.
To analyse product properties and quality, dry matter (front) is extracted from the hydrothermally produced liquid (back).

Artificial humic substances from biogenic residues

With the help of hydrothermal humification, researchers from the Leibniz Institute for Agricultural Engineering and Bioeconomy in Potsdam have succeeded in artificially producing humic substances, which are important for soil health, and making them usable as fertiliser for agriculture.