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Monday, 27 January 2025

Circular Bioengineering: FWF Cluster of Excellence aims to revolutionise the product cycle

The drawn graphic shows a globe with a tree, plant, microscope, molecules and building blocks around it; arrows indicate a cycle. ©BOKU University/Johannes Richers

Functional materials for various applications are to be produced from renewable raw materials through circular bioprocesses and serve as the basis for new products at the end of their life cycle. Graphic: BOKU/Johannes Richers

Take a renewable raw material from nature – wood, for example – break it down into its building blocks and use them to create a functional material, such as a water-repellent surface coating, with the help of green chemistry. Once this has served its purpose, break it down again into its chemical components and use them to build something new. This idea is set to revolutionise the production and life cycle of materials and goods. The Cluster of Excellence "Circular Bioengineering", funded by the Austrian Science Fund FWF, is researching how to produce products from biomass, develop sustainable methods for the production process, and open options for returning products that have reached the end of their lifetime back into a cycle. The University of Graz is a partner in this Cluster of Excellence, for which the FWF is providing 18 million euros. Including its own funds, the total volume of the project is 27 million euros. The lead is with the BOKU University in Vienna.


The goal on the road to a climate-neutral future is to move away from fossil fuels and towards renewable raw materials. "However, it is not possible to produce everything that mankind needs on a regular basis from fresh biomass alone. Therefore, we have to consider how we can recycle materials," says Wolfgang Kroutil, a chemist at the University of Graz. His field of research is biocatalysis. The idea is to use a wide variety of enzymes from nature to make chemical production processes more environmentally friendly. Kroutil is a member of the board of directors of the Cluster of Excellence "Circular Bioengineering". Other researchers from the University of Graz involved in this major project include chemists Melanie Hall and Katalin Barta Weissert and environmental sociologist Hermine Mitter.

Disassemble and reassemble
The range of substances and materials that could be produced from renewable raw materials is broad. They include surface coatings, flavours and active ingredients for medicines. At the University of Graz, Katalin Barta Weissert is investigating what can be obtained from lignin to create something new. Lignin is a component of the wood cell wall and is a waste product in the paper and pulp industry and in sawmills.

Current research includes how lignin can be broken down into smaller chemical building blocks and subsequently be used to create an active ingredient for sedatives. Wolfgang Kroutil and Melanie Hall are developing sustainable biocatalytic methods for the chemical transformations required for this. "These do not require environmentally harmful organic solvents and save energy because they work at room temperature and in water," explains Kroutil. Hermine Mitter's task, finally, is to evaluate the biocatalytic methods. She checks whether these are actually superior to other methods in terms of efficiency and sustainability, taking into account all aspects.

Wolfgang Kroutil, who is responsible for the topic 'Biocatalysis and Sustainable Production Methods' within the 'Circular Bioengineering' excellence cluster, coordinates research groups from the University and Technical University of Graz, the University and Technical University of Vienna and BOKU University. "This cluster creates fantastic new opportunities for research by bringing together different competencies from the participating institutions – a combination that we have not had before. At the same time, it is a mandate for all participating scientists to contribute to a more sustainable future," emphasises the Graz-based chemist.

Cluster of Excellcence „Circular Bioengineering“

leeres Bild, weiße Fläche, Platzhalterfunktion
Wolfgang Kroutil standing in front of a deciduous tree ©Uni Graz/Tzivanopoulos
Wolfgang Kroutil, chemist at the University of Graz, coordinates all participating research groups in the Cluster of Excellence "Circular Bioengineering" on the topic of "Biocatalysis and Sustainable Production Methods". Photo: University of Graz/Tzivanopoulos
created by Gudrun Pichler

Related news

Circular Bioengineering: FWF Cluster of Excellence aims to revolutionise the product cycle

Take a renewable raw material from nature – wood, for example – break it down into its building blocks and use them to create a functional material, such as a water-repellent surface coating, with the help of green chemistry. Once this has served its purpose, break it down again into its chemical components and use them to build something new. This idea is set to revolutionise the production and life cycle of materials and goods. The Cluster of Excellence "Circular Bioengineering", funded by the Austrian Science Fund FWF, is researching how to produce products from biomass, develop sustainable methods for the production process, and open options for returning products that have reached the end of their lifetime back into a cycle. The University of Graz is a partner in this Cluster of Excellence, for which the FWF is providing 18 million euros. Including its own funds, the total volume of the project is 27 million euros. The lead is with the BOKU University in Vienna.

Climate change update: ClimateTracer of the University of Graz provides reliable data

Yesterday, the Copernicus Climate Change Service of the European Union published its data on global warming up to end of November 2024. These confirm that this year will see the 1.5 °C threshold clearly exceeded for the first time. The Wegener Center at the University of Graz already computed an accurate full-year prediction: the global near-surface air temperature in 2024 will rise by 1.62 °C – plus/minus 0.05 °C standard deviation – compared to the pre-industrial level. Such latest predictions for 2024 and other essential data on climate change are provided by the scientists via the Graz Climate Change Indicators (GCCI) portal.

Novel Methods of Semiconductor Manufacturing: University of Graz is partner in EU project

How can technological innovations be aligned with principles of sustainability and circularity? This is a challenge being tackled by researchers at the Department of Environmental Systems Sciences at the University of Graz. As a partner in a new EU project, the team, led by Rupert Baumgartner, is contributing its expertise in sustainability assessment for the semiconductor manufacturing process. The focus of the research project “HaloFreeEtch” is on developing innovative, environmentally friendly etching methods for semiconductors.

A result that we can continue to work with: Climate law expert Oliver Ruppel on the COP29

The UN Climate Change Conference, COP29, came to an end last Sunday in Baku, Azerbaijan. Disappointing for many: too little money to support developing countries in the fight against climate change and no movement on phasing out fossil fuels. However, Oliver Ruppel, Head of "Clim:Law: Graz – Research Centre for Climate Law", can certainly take something from the outcome. He explains why in this interview.

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