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Unternehmen werden zunehmend auch nach ihrem sozial-ökologischen Verhalten bewertet.

unspecific unspecific Bioökonomie mitgestalten

G20 Science Academies: Communiqué for a sustainable economy

In the run-up to the meeting of the G20 countries in Brazil in September, the G20 science academies, including Lepoldina, defined measures for achieving the UN Sustainable Development Goals - also for the bioeconomy.

unspecific unspecific unspecific

Capgemini (2024): Engineering biology: The time is now

According to a study by the Capgemini Research Institute on the Bioeconomy, companies across industries are focusing on the transformative potential of synthetic biology. 

Labor
Industrial biotechnology is making a decisive contribution to the transition from a petroleum-based to a bio-based industry.

Chemistry unspecific Biotechnology/Systems biology

Making greater use of the innovation potential of industrial biotechnology

In a position paper, the industry association BIO Deutschland calls for measures to accelerate the implementation of bioeconomic activities in the industry. Market entry for bio-based products must also be made easier.

Eine Agri-Photovoltaik-Anlage in einer Apfelplantage

Agriculture and forestry Plants Agriculture sciences

Agri-photovoltaics – harvesting energy and crops

Producing food on agricultural land while simultaneously generating electricity – this concept is called agri-photovoltaics. This dossier sheds light on the potential of agri-PV for climate protection and the bioeconomy, and it depicts some approaches that are being researched and tested in Germany.

Detailaufnahme eines Bauteils aus Naturfaser-SMCs (Zuginnenverkleidung). Gut sichtbar sind neben dem Faserverlauf die geometrischen Freiheitsgrade, die das Material erlaubt.
Close-up of a component made from natural fiber SMCs. The geometric degrees of freedom that the material allows are clearly visible in addition to the fiber flow.

Chemistry Waste Biotechnology/Systems biology

Hemp can replace glass fibers in composite materials

Researchers from Zittau provide proof that hemp fibers can be a real alternative to glass fibers in composite materials.

Kieselalgen oder Grünalgen sind als Partikel für Biotinten geeignet
With the new ink system based on the microalgae Odontella aurita and Tetraselmis striata, complex 3D microstructures can be produced with high quality and precision.

Chemistry Microorganisms Biotechnology/Systems biology

Microalgae ink for 3D laser printing

An international research team led by Heidelberg University has succeeded for the first time in obtaining biocompatible materials from microalgae for high-resolution 3D laser printing.

Die Balken aus Riesenchinaschilf haben ihre Festigkeit im Labor unter Beweis gestellt. Die Belastungstests waren sogar etwas besser als die von Konstruktionsvollholz.
The beams made of giant chinese reed have proven their strength in the laboratory.

Construction Plants Biotechnology/Systems biology

Load-bearing beam made from Chinese reed

Researchers at the University of Siegen have succeeded in producing a beam construction made of Miscanthus grass that is more resilient than conventional beams made of solid wood.

Blick ins hydroponische Gewächshaus im niedersächsischen Landkreis Gifhorn
Growing tomatoes in a hydroponic greenhouse in the district of Gifhorn in Lower Saxony

Agriculture and forestry Plants Agriculture sciences

First real laboratory for sustainable vegetable cultivation

The newly developed HypoWave system for hydroponic vegetable cultivation with recycled wastewater is now being used in a large-scale trial on a farm in the district of Gifhorn.

Ronja Breitkopf; wissenschaftliche Mitarbeiterin im Forschungsbereich Biomaterialien bei der Industrieforschungseinrichtung INNOVENT e.V. in Jena

unspecific unspecific Bioökonomie mitgestalten

“We use residues to establish sustainability”

The ‘Biomaterials’ research group led by Ronja Breitkopf at the industrial research organisation INNOVENT not only develops its own sustainable products and processes for the bioeconomy, but also supports research partners to advance innovations.

Hülsenfrüchte wie Erbsen, Bohne und Soja anbauen
Pulses such as lentils and beans are a source of alternative proteins for new healthy foods.

Agriculture and forestry Plants Agriculture sciences

Investments in the market for alternative proteins on the rise

German companies that produce meat and dairy alternatives based on plants, fermentation and cell cultures were able to raise a total of EUR 74 million in the first half of 2024, more than twice as much capital as in the whole of 2023.

Clariants Vorzeigeanlage zur sunliquid®-Zellulose-Ethanol-Produktion in Podari, Rumänien
Clariant's straw-based cellulosic ethanol production plant in Podari, Romania, was shut down in December 2023. There is now a new operator.

Chemistry Waste Chemistry

Corden BioChem takes over operations of former Clariant biorefinery

Last year, Clariant announced the closure of its commercial biorefinery in Podari, Romania. The contract manufacturer Corden BioChem will now take over operations and convert the plant.

Neue Runde bei „Bioökonomie International“ (Symbolbild)
Global research collaborations on the bioeconomy have been funded by the BMBF for years as part of the “Bioeconomy International” funding measure.

unspecific unspecific Bioökonomie mitgestalten

New funding round of “Bioeconomy International” launched

The Federal Ministry of Education and Research continues to support international cooperation in bioeconomy research. “Bioeconomy International 2025” focuses on alliances with São Paulo/Brazil, Queensland/Australia, Thailand and Vietnam.

Pilotanlage in Dänemark
The production process for climate-neutral methane is already being tested at this pilot plant in Denmark.

Chemistry Microorganisms Biotechnology/Systems biology

Electrochaea: Important step towards industrial biomethane production

The Munich-based power-to-gas company Electrochaea has successfully brought its technology for microbial biomethane production to industrial scale with EU funding from the EIC Accelerator.

Weitere Einzelheiten  Stechende Binse (Juncus acutus)
Rushes grow in moist and wet locations and could therefore also be suitable for cultivation in renaturalized moors.

Construction Plants Agriculture sciences

Utilizing rushes as a raw material

In the newly launched I-Robi project, researchers at Hanover University of Applied Sciences and Arts want to develop new harvesting and utilization concepts for rushes and demonstrate the potential of this renewable raw material for industry.

Das 380 Watt-Solarmodul entstand als »Bio-Modul-Prototyp« innerhalb des Projekts »E2 – E-Quadrat. Erneuerbare Energien aus Erneuerbaren Rohstoffen«.
The 380 watt solar module was created as a “bio-module prototype” as part of the project “E2 - E-Quadrat. Renewable energies from renewable raw materials”.

Energy Plants Chemistry

Solar modules based on wood and sugar cane

Fraunhofer researchers have developed a solar module in which individual components are made from renewable raw materials and can be recycled at the end of their service life.

Verschiedene Kartoffelsorten in Verkaufsboxen
There are more than 5,000 potato varieties worldwide.

Agriculture and forestry Plants Biotechnology/Systems biology

Alliance for potato breeding research

The Leibniz Institute of Plant Genetics and Crop Plant Research (IPK) and the Julius Kühn Institute (JKI) are pooling their expertise in potato research in order to increase the genetic resources of this important food crop.

Mikroskopische Aufnahme mit verschiedenen Holzarten und deren automatischer Erkennung
Microscopic image with different types of wood and their automatic recognition

Agriculture and forestry Plants Forestry

Detecting wood species in fibre materials with AI

Together with the Thünen Institute, Fraunhofer researchers are developing AI-based software for the microscopic identification of wood species. The aim is to ensure that timber products originate from legal trade.

Computergestützte Entwicklungszyklen in der Biologie. Zahnräder steht für die Synergie und das kontinuierliche Zusammenwirken von rechnergestützter (in silico) und synthetischer (in vivo) Arbeit.
Computer-aided development cycles in biology. Cogwheels represent the synergy and continuous interaction of computational (in silico) and synthetic (in vivo) work.

Chemistry Microorganisms Biotechnology/Systems biology

Synthetic biology: Designing microbial communities

Thanks to increasingly sophisticated tools, bioengineers can now not only construct individual organisms, but even design complex microbial communities. A team of authors looks into the future of synthetic biology.

Bioreaktor von FORMO
In this bioreactor, FORMO uses microorganisms to produce bioidentical milk proteins.

Food Microorganisms Biotechnology/Systems biology

Berlin-based foodtech Formo raises 61 million US dollars

Retailer REWE is one of the new investors in Berlin start-up Formo: the company, which specializes in animal-free cheese alternatives, has raised fresh capital as part of a Series B financing round.

Schweinefleisch aus dem Bioreaktor: Wie nah kommt es seinem natürlichen Vorbild?
Pork from the bioreactor

Food Animals Biotechnology/Systems biology

Producing meat with stem cells from umbilical cord blood

A research consortium has succeeded in producing laboratory meat from stem cells obtained painlessly from the umbilical cord blood of piglets.

Vorbereitung eines Verdunstungsbeetes
The planting of six evaporation beds on the former site of Berlin-Tegel Airport took place in August 2024.

Agriculture and forestry Plants Agriculture sciences

Building sponge cities with plant islands

On the former site of Tegel Airport, researchers are testing which plant mix is best suited for so-called evaporation beds and thus for the realisation of sponge cities.

Feldversuch der Universität Hohenheim
In the NOcsPs joint project, state-of-the-art technologies were utilised alongside organic cultivation principles.

Agriculture and forestry Plants Agriculture sciences

Cultivation system without chemical crop protection shows its potential

Good yields and product quality can also be achieved in plant cultivation without the use of synthetic chemical pesticides. This is shown by field trials conducted by the NOcsPS research consortium.

Zweistufiges Bioreaktor-System, in dem mit Proteinen und dem Vitamin B9 angereicherte Hefe produziert wird.
Two-stage bioreactor system in which yeast enriched with proteins and vitamin B9 is produced.

Food Microorganisms Biotechnology/Systems biology

Folic acid from the bioreactor

Researchers at the University of Tübingen have used CO₂ and green electricity to produce valuable proteins and vitamins that can be used to make meat substitutes.

Das Bild zeigt ein BASF-Mitarbeiter auf einem Testfeld für Weizen in Rheinland-Pfalz.
BASF employees on a test field for wheat in Rhineland-Palatinate

Agriculture and forestry Plants Agriculture sciences

Climate-friendly arable farming: BASF reports on worldwide field trials

BASF is testing solutions for ‘climate-optimised’ agricultural production with practitioners in field trials around the world. The goal of reducing the carbon footprint by 30% has been achieved in some cases, the company reports.

Agrarroboter
Researchers at DFKI have been working on enabling robots to find their way around a farm autonomously. The technology could be used for spot farming.

Agriculture and forestry Plants Agriculture sciences

Future lab for agriculture: Small fields and smart helpers

The ‘Future Lab Agriculture’ project presents initial results on the concept of spot farming, highlighting both the potential and current obstacles to its use.

Photovoltaikanlagen im Vordergrund, rechts die Äste eines Baumes. Im Hintergrund ein gelbes Rapsfeld und eine Industrie mit qualmenden Schornsteinen.
Agri-PV research facility in Morschenich-Alt in the Rhenish mining district

unspecific unspecific Bioökonomie mitgestalten

Rhenish mining district as a bioeconomy region: at the heart of structural change

In the collaborative project "Bioeconomy – Understanding. Connecting. Supporting," a team led by RWTH Aachen is investigating the conditions under which the structural change in the Rhenish mining district can succeed in transforming it into a model bioeconomy region.

vier rote Tomaten an einer grünen Pflanze
The Tomaitech project is developing a way to achieve new tomato varieties more quickly.

Agriculture and forestry Plants Plant breeding research

Faster development of new tomato varieties

Plant biotechnologists in Freiburg, in collaboration with Chinese partners, have chemically reprogrammed the microspores of tomato plants. This innovation can significantly accelerate the breeding of new varieties.

Internationale Zusammenarbeit

Automobile unspecific Agriculture sciences

Research alliance with Queensland: first projects launched

The first projects with Queensland have been launched as part of the ‘Bioeconomy International’ research cooperation programme.

Weizenfeld
Nitrogen is an important nutrient for food crops such as wheat, and is supplied in the form of fertiliser.

Food Plants Biotechnology/Systems biology

Securing food supplies with new wheat varieties

New wheat varieties utilise nitrogen better and can deliver higher yields under current climatic conditions. This is the conclusion of an international study conducted in collaboration with the Technical University of Munich.

Constanze Schultz (rechts) vom Leibniz-IPHT und Dr. Thomas Wichard von der Universität Jena untersuchen das Wachstum der Grünalge Ulva mit Raman-Spektroskopie.
Constanze Schultz (right) from Leibniz IPHT and Dr Thomas Wichard from the University of Jena investigate the growth of the green alga Ulva using Raman spectroscopy.

Chemistry Microorganisms Chemistry

Symbiosis of a green alga investigated

Using Raman spectroscopy, researchers in Jena have succeeded in analysing the interaction between the green alga Ulva and its bacterial community in real time without disturbing the sensitive interaction.

Klebstoffentwicklung
The adhesives specialist Henkel is already testing the first prototypes of new bio-based adhesive compounds that can be removed again.

Chemistry Plants Chemistry

New synthesis components for de-adhesive bio-adhesives

Researchers from the Leibniz Institute for Catalysis in Rostock have joined forces with adhesives specialist Henkel to develop new bio-based adhesives that can be removed again.

Verschiedene Reissorten
Rice, one of the most common staple foods, is naturally high in carbohydrates and low in protein.

Agriculture and forestry Plants Plant breeding research

High-protein rice varieties cultivated

Max Planck researchers in Potsdam have worked with the International Rice Research Institute (IRRI) to breed rice varieties with a high protein content. Among other things, the CRISPR-Cas gene scissors were used.

Eine Mörtelbiene trägt ein Stück PE-Schaumstoff in ihr Nest.
A mortar bee carries a piece of PE foam into its nest.

Agriculture and forestry Plants Agriculture sciences

Pollinators suffer from plastic pollution

Deposits of plastic particles in the soil can endanger the behaviour of bees and thus the function of agricultural landscapes and global food security. This is shown by an international study involving German researchers.

Sonnenblumenfeld
Sunflowers are important oil plants that are also used to produce cooking oil for frying and baking.

Chemistry Waste Chemistry

Bio-based chemicals from used cooking oil

Researchers at the Leibniz Institute for Catalysis in Rostock have developed a catalyst that can synthesise amines – which are important for the chemical industry – from used cooking oil in a single step.

Die Geschäftsstelle der VolkswagenStiftung in Hannover-Döhren.
The office of the Volkswagen Foundation in Hanover-Döhren.

Chemistry Waste Biotechnology/Systems biology

Volkswagen Foundation promotes innovations in the bioeconomy

The Volkswagen Foundation is supporting six projects with around 7.8 million euros that are developing innovative approaches for the utilisation of biogenic and recyclable waste materials in the sense of a circular economy - including five projects on bioeconomy.

Elektronenmikroskopisches Bild eines Stomas auf dem Blatt einer Tomatenpflanze.
Electron microscope image of a stoma on the leaf of a tomato plant

Agriculture and forestry Plants Plant breeding research

How plants regulate water loss

How do plants control their guard cells and thus their water loss? Scientists at Julius-Maximilians-Universität Würzburg have made discoveries that could be of interest for future agriculture.

Forscher wollen Chinaschilf (Miscanthus sinensis) als Biomasse zur Energiegewinnung und Ausgangsstoffe für neue Produkte etablieren.
Researchers want to test whether the reed grass Miscanthus can also thrive on contaminated soils and be used as biomass.

Agriculture and forestry Microorganisms Agriculture sciences

Growing biomass on unusable soils

A European research team with German participation wants to show that the cultivation of plants can make contaminated soil fit again and that their biomass is suitable for high-quality textiles.

Bunte T-Shirts
Coloured textiles can also be recycled with the help of Carbios' enzymatic recycling process.

Chemistry Microorganisms Biotechnology/Systems biology

T-shirt made from biologically recycled textile waste

After two years of research, the French company Carbios and the textile consortium Fibre-to-Fibre present the world's first garment made entirely from enzymatically recycled plastic and textile polymers.

Gerste produziert bestimmte Abwehrstoffe gegen Pilzbefall.

Agriculture and forestry Plants Plant breeding research

Barley defends itself against fungal attack

Researchers at the Leibniz Institute of Plant Biochemistry (IPB) in Halle (Saale) and the University of Cologne have discovered a new group of defence substances in barley that protects its roots against fungal attack.

So sieht der in Würzburg synthetisierte Viererstapel aus Farbstoffen aus.
This is what the stack of four dyes synthesized in Würzburg looks like.

Chemistry Plants Chemistry

Dye molecules of photosynthesis imitated

Würzburg researchers have synthesized four dye molecules from photosynthesis in plant cells and thus artificially recreated one of the first steps of the natural metabolic pathway.