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Anzahl der Suchergebnisse: 1231
Flaggen hannover Messe
Artificial intelligence and hydrogen technologies are focal points of Hannover Messe 2024.

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Bioeconomy at the Hannover Messe

The world's largest industrial trade fair starts in Hanover on 22 April. The focus will be on technologies for sustainable production. The "Bioeconomy Showcase" in the Future Hub in Hall 2 offers a platform for bio-based innovations.

Ausschnitt eines Reagenzglases mit klarer Flüssigkeit und dunklen Polymerscheiben
As discs, the polymers with the enzymes should also develop their function in nutrient solutions.

Chemistry unspecific Biotechnology/Systems biology

Heading for the new biotechnology?

Researchers want to replace the substrates sugar and alcohol with cheaper and sustainable hydrogen.

Schaufenster Bioökonomie auf der Hannover Messe 24

unspecific unspecific Biotechnology/Systems biology

Hannover Messe 2024: Sustainable industry with bioeconomy

The Bioeconomy Showcase is presenting bio-based innovations in high density in Hall 2 of the Hannover Messe: 18 federally funded projects are providing information about their research and development.

Rinder auf der Wiese
When digesting their feed, cows emit methane, a greenhouse gas 25 times more potent than carbon dioxide.

Agriculture and forestry Animals Biotechnology/Systems biology

Methane-reducing feed additives for livestock

As part of the ClimateCow project, researchers in Munich are developing a new type of feed additive for cattle in order to reduce the animals' methane emissions.

Meeresspargel
Halophytes such as the European samphire grow on salt marshes or in mudflats and are extremely salt-tolerant.

Food Plants Biotechnology/Systems biology

Tapping into the potential of salt-tolerant plants

As part of the European research project Aquacombine, partners from six countries are demonstrating the potential that halophytes such as samphire have for the bioeconomy.

Anja Wagemanns, Professorin (W3) am Lehrstuhl für Lebensmitteltechnik der Technischen Universität Dresden

Food unspecific Biotechnology/Systems biology

"Animal protein is difficult to replace with alternative protein"

Anja Wagemans wants to give meat substitute products more "bite". To this end, the food technologist is working on the structure formation of alternative plant-based and microbiological biopolymers.

Rundes Waschbecken

Construction Plants

Washbasin

Stable, heat-resistant, scratch-proof. These are the properties that a washbasin should have. Sanitary ceramics are ideal for manufacturing the basins - but so is a bio-based composite.

Steinfrüchte von Arabica-Kaffee (Coffea arabica)
Coffee plants are extremely sensitive and require special growing conditions.

Agriculture and forestry Plants Plant breeding research

Reference genome for Arabica coffee available online

An international research team involving the University of Leipzig and the food company Nestlé has developed a database to better identify and breed climate-resistant coffee plants.

Biophysikerin Prof. Dr. Christine Ziegler

Agriculture and forestry Plants Biotechnology/Systems biology

"Uncovering the key signals of plants under water stress"

Christine Ziegler is researching how plants perceive water stress and the underlying mechanisms. The biophysicist was awarded the Synergy Grant by the European Research Council in 2023.

biologischer Anbau von Erdbeeren in Kalifornien mit Blühstreifen aus Wildblumen|
organic cultivation of strawberries in California with wildflower strips

Agriculture and forestry Plants Agriculture sciences

Major agricultural study: diversity in agriculture pays off

A global study led by the Universities of Hohenheim and Copenhagen shows that diversified agriculture not only benefits biodiversity, but also contributes to food security.

Im Spritzgussverfahren hergestellte Dämpfungswanne
Injection-moulded damping tray made from the front vehicle underbody from natural fibres and post-consumer recyclate (polypropylene)

Automobile Plants Chemistry

Vehicle underbody made from new biocomposite material

Together with industrial partners, Fraunhofer researchers have developed a new biocomposite material for the production of vehicle underbodies, thereby significantly improving the carbon footprint of the entire production cycle.