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Labor
An industry survey conducted by BIO Deutschland shows that the heyday of German biotechnology is over.

Chemistry unspecific Biotechnology/Systems biology

Biotechnology sector at a low

After two years of record figures, the mood in the German biotechnology industry is worse than ever. This is shown by the annual survey of the industry association BIO Deutschland for 2022.

Organosolv-Lignin nach Fällung und Filtration auf der Filterpresse
Fraunhofer CBP/©Sven Döring

Chemistry Plants Bioökonomie mitgestalten

Lignin - waste material with potential

Lignin is one of the biopolymers that occur most frequently in nature. Nevertheless, the potential of this complex molecule is far from being exploited - today, lignin is mostly burned. This dossier provides a concise overview of research and development projects that are opening up new applications for lignin.

Kohlkopf

Agriculture and forestry Waste Agriculture sciences

IGZ (2023): Potential of human excrement as fertilizer

Human excrements are valuable raw materials for fertilizers. They could replace commercial products at least in part, researchers at the Leibniz Institute of Vegetable and Ornamental Crops (IGZ) show in a recent study.

fertig gepresste Rindenplatten
Pressed bark panels

Chemistry Plants Chemistry

Glue free wood panels from tree bark

Researchers have succeeded in pressing wooden boards from the bark of native trees that do not require glue, thus enabling easy reuse.

Bodenpilz
Soil fungi can promote nutrient uptake by the plant, but they can also cause rot and cause the plant to die.

Agriculture and forestry Microorganisms Biotechnology/Systems biology

Dead soil microbes influence the CO2 content

The carbon cycle in soil is significantly influenced by the way microorganisms die.

alter Brauereikessel
Microorganisms such as yeast cells have been used by brewers for centuries as biofactories for beer production.

Chemistry Microorganisms Biotechnology/Systems biology

Field test for optimized cell factories

With an EU grant, Max Planck researchers want to bring their new concept for optimizing microbial production organisms into biotechnological application.

Ein junger Mann mit Brille und Laborkittel beschriftet im Labor einen Glaskolben
Prof. Eric Helfrich is developing new methods to track down previously undiscovered natural substances.

Food Microorganisms Biotechnology/Systems biology

DFG funding for search for natural substances

Machine learning is used to detect atypical peptides in bacteria and make them available for use.

Blick auf die Schrammsteine in der Sächsischen Schweiz
Saxony has a solid raw material base for a bio-based and sustainable economy.

unspecific unspecific Bioökonomie mitgestalten

Driving the bioeconomy forward in Saxony

With the event series "Bioeconomy Workshop Saxony", an alliance of business and science aims to bring innovative concepts of the bioeconomy into practice.

Zu Rundballen zusammengepresstes Weizenstroh
Obtaining sustainable chemicals from biomass is not always easy.

Chemistry Plants Chemistry

New catalysts for biomass utilization

Converting biomass into chemicals is a technical challenge. Supported with 2 million euros from the European Research Council, a Hamburg research team develops new catalysts specifically for this purpose.

Spinnen von AMSilks Seidenprotein
AMSilk's bioengineered spider silk fibers could replace petroleum-based textile fibers made from polyethylene or polyamide.

Chemistry Microorganisms Biotechnology/Systems biology

AMSilk partners with BRAIN Biotech

Biotech companies AMSilk and BRAIN Biotech will collaborate on the development of high-performance protein fibers for the textile industry.

Plastikflaschen recyceln
Biotechnological processes can make plastics recycling more sustainable.

Chemistry Microorganisms Biotechnology/Systems biology

Recycling synthetic polymers with enzymes

Researchers have identified new biocatalysts that can make recycling of the plastics polyurethane and polyvinyl alcohol resource-efficient and environmentally friendly.  

links und rechts: Johannes Neidel, Hillary Onyebuchi Onyishi (beide Fraunhofer UMSICHT), Mitte: Natividad Jordan Escalona (RWE) an der Anlage in Niederaußem
Left and right: Johannes Neidel, Hillary Onyebuchi Onyishi (both Fraunhofer UMSICHT), center: Natividad Jordan Escalona (RWE) at the plant in Niederaussem.

Chemistry Waste Chemistry

Sustainable hydrocarbons from biomass

A pyrolysis plant developed by Fraunhofer researchers was commissioned at RWE's Niederaussem research site to convert residual and waste materials into high-quality hydrocarbons.

Zuckerrübe
Researchers have produced bioased aniline from plant biomass such as sugar beets.

Chemistry Microorganisms Biotechnology/Systems biology

Covestro: Towards bio-based aniline

Covestro and its partners have developed a process to obtain the important chemical aniline from biomass. The process is now being scaled up to pilot production.

Bioeconomy in Germany

unspecific unspecific unspecific

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 futurePublisher: Bundesministerium für Bildung und Forschung (BMBF) and Bundesministerium für Ernährung und Landwirtschaft (BMEL), November 2022Edited by: Information portal bioökonomie.de/BIOCOM AGA 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.