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Bioeconomy in Germany

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Now available in English: Bioeconomy in Germany

Last year, the comprehensive brochure “Bioökonomie in Deutschland” was published in a completely revised and updated version. Now the standard work on the bio-based economy in Germany has been translated into English.

Drohne düngt das Feld
In agriculture, technical solutions for precision crop production are often only used in isolation.

Agriculture and forestry Plants Agriculture sciences

Potentials of precise plant cultivation

In a mixed agricultural operation, a team led by ATB researchers from Potsdam wants to demonstrate the benefits of systematic use of precision crop management techniques.

Titelbild Bioeconomy in Germany

Bioeconomy in Germany

Opportunities for a bio-based and sustainable future Publisher: Bundesministerium für Bildung und Forschung (BMBF) and Bundesministerium für Ernährung und Landwirtschaft (BMEL), November 2022 Edited by: Information portal bioökonomie.de/BIOCOM AG A biobased economy promotes a sustainable way of running our economy which intelligently reconciles ecology and economy and is aligned with natural material cycles. Food, materials and energy are produced from renewable resources. By international comparison, Germany is a pioneer of the bioeconomy. This brochure provides an overview of Germany’s efforts to create a sustainable bioeconomy according to key sectors, concepts, resources and production processes and presents some promising research initiatives. Download PDF (barrier-free)The brochure at the BMBF website

Seifenblasen
Many surfactants are still produced on the basis of petroleum or tropical oils.

Chemistry Microorganisms Biotechnology/Systems biology

With enzymes to biobased lipopeptide surfactants

Researchers from Cologne University of Applied Sciences (TH Köln) and Aachen University of Applied Sciences (FH Aachen) have developed an enzymatic process that can be used to produce biosurfactants from domestic raw materials more sustainably.

Übersicht Forschungseinrichtungen zur Bioökonomie in Deutschland

unspecific unspecific Biodiversity

2019 Research Survey on the Bioeconomy (Copy) (Copy)

In Germany, almost 800 research institutions in the natural sciences and humanities deal with the bioeconomy. Every two years, biookonomie.de contacts these research institutes and asks them about their priorities regarding R&D, their raw materials, industrial applications, financing and number of employees. In addition to the data collected, this year six bioeconomy experts were interviewed about their assessments of the local research landscape.  

Eine Rolle mit weißer Faser und ein Glasbecher mit weißen Perlen vor einer Produktionsanlage
The DITF develops polyester fibers and granules whose basic building blocks use CO2 from industrial waste gases as a raw material.

Textiles Waste Chemistry

CO2 as raw material for polyester fibers

A European research project aims to reduce fossil raw materials in the textile industry and make PET fibers recyclable.

Kunstrasenfläche mit weißer Seitenlinie und aufwirbelnden schwarzen Punkten
On artificial turf, the filler granules swirl into the air.

Chemistry unspecific Materials sciences

Artificial turf fields made from biobased materials

In Ellwangen, a sports field is being built with a playing surface made of biopolymers.

Zahnseide-Spender aus Biokunststoff

Consumables Plants

Dental floss

Originally, dental floss was made of natural silk. In the 1940s it was gradually replaced by the synthetic material nylon. Nowadays, products made of bioplastic continue to drive the evolution of dental floss.

Feld mit gelb blühenden Pflanzen und locker bewölktem blauem Himmel
Indole not only gives rapeseed fields their characteristic odor, but is also a starting material for medicinally relevant compounds.

Pharmaceutical industry Microorganisms Biotechnology/Systems biology

New biocatalyst for medical agents

Researchers have optimized an enzyme that activates indole and indene to produce, for example, the precursor of an HIV protease inhibitor.

Hände in weißen Handschuhe halten hallte und dunkle Holzhackschnitzel
Beechwood chips (right) torrefied by superheated steam have an increased calorific value compared to untreated chips (left) and are also water-repellent.

Chemistry Waste Chemistry

Thermochemical refinement of wood

Researchers from Fraunhofer IGB have developed a process for torrefaction of biomass. It is now being tested on a large scale to produce green chemicals and biochar.

Regenwald, angrenzend an eine Ölpalmenplantage
The researchers compared the effects of live roots or leaf litter in small experimental plots in the rainforest (left) with oil palm plantations (right).

Agriculture and forestry Plants Agriculture sciences

Plant roots are more important for tropical soil life than assumed

Without contact with roots, one third fewer decomposers live in the soil. This is what biodiversity researchers from Germany found out during studies in tropical rainforests and plantations.

Freiformkachel aus biobasiertem 3D-Druck

Food unspecific Food technology

3D printing for biobased products

3D printing has become a key technology in increasingly digitized industrial production. This dossier discusses the potential of 3D printing for the manufacture of bio-based products in food production, materials engineering and medicine.

ausgerolltes Netz aus beigefarbenen Fasern
The renewable natural fibers used for leno fabrics, which are available regionally or across Europe, and a partially bio-based coating help improve the carbon footprint of the construction industry.

Textiles Plants Materials sciences

Textile concrete for sustainable building

Fraunhofer researchers have developed a natural fiber reinforcement for concrete that can be a bio-based alternative to synthetic fibers.

Rührei auf einem Teller

Food Plants

Egg substitutes

Reports on egg factory farms and the health condition of hens has spoilt some people's appetite for eggs. But eggs without chicken – is that possible? Innovative plant-based products conquer the market.

Kontrukt aus Holz und Kunststoff, auf dem eine Möhre abgebildet ist
This gripper arm made of biopolyester still looks very much like research.

Machine and plant engineering unspecific Plant and process engineering

Biodegradable muscles for robots

For more sustainability in soft robotics, a Max Planck research team has developed artificial muscles made of gelatin, oil and bioplastics.

Oberkörper eines Mannes, der im Labor steht
Marc Nowaczyk researches the enzyme complexes involved in photosynthesis.

Chemistry Plants Biotechnology/Systems biology

Efficient biocatalysts for solar cells

Researchers have succeeded in harnessing electrons from the early stages of photosynthesis.

Chemikerinnen und Chemiker der Uni Jena nutzen Biertreber als biologische Ressource für die Herstellung elektrochemischer Energiespeicher.
Brewer's grains are a by-product of the brewing process and can be used in a variety of ways.

Chemistry Waste Biotechnology/Systems biology

Using brewery waste for battery production

Researchers at the University of Jena have extracted activated carbon from brewer's grains and used it as a raw material for the production of electrochemical energy storage systems.

Smartphonehülle

Consumables Plants

Phone case

Most users know that the production of smartphones places a heavy burden on the environment. But protective covers made of plastic can also be harmful to humans and nature. Manufacturers use plant-based plastic alternatives to develop more sustainable products.

Eine Frau blickt durch eine Lücke in einem orangefarbenen Polymerbauteil
Traceless co-founder Anne Lamp is one of the nominees for the Renewable Material of the Year 2023 award with her plastic-free polymer material.

Chemistry Plants Biotechnology/Systems biology

Innovative materials without fossil raw materials

With COLIPI and traceless materials, two German start-ups have qualified for the finals of the "Renewable Material of the Year 2023" award.

Möbel, Autoteile oder Skateboards: Umweltfreundlicher Chitosan-Flachs-Verbundwerkstoff von Forschenden der Universität Stuttgart könnte in vielen Bereichen Strukturmaterialien auf fossiler Basis ersetzen
Furniture, car parts or skateboards: Environmentally friendly chitosan flax composite material from researchers at the University of Stuttgart could replace fossil-based structural materials in many applications.

Chemistry Waste Biotechnology/Systems biology

Bio-composite made from flax and chitosan

Researchers have developed a new bio-composite material that is made from CO2-neutral raw materials and is biodegradable.