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More Efficient Aircraft Engines: TU Graz Reveals Optimisation Potential

Using an AI-supported model developed in-house, an interdisciplinary team at TU Graz has sought new methods to enhance the efficiency of aircraft engines.

Environment and climate Mobility AI – Artificial Intelligence Fields of Expertise

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New Measurement Method Proves: Wastewater Treatment Plants Remove more than 95 percent of Microplastics

TU Graz, TU Wien and the Environment Agency Austria have developed a method to determine microplastics in the in- and outflow of sewage plants, and demonstrated their high elimination performance.

Environment and climate

TU Graz Dossiers:

One topic, but a multiplicity of angles and perspectives.

#11

Securely Connected!

Researching cybersecurity at TU Graz.

Research

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Austrian Satellite Mission PRETTY Continues under the Leadership of TU Graz

The Austrian Space Agency and the European Space Agency (ESA) have approved the mission's continuation. In future, the CubeSat PRETTY will operate as part of the OPS-SAT Space Lab. The project…

Environment and climate

Research

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Proven: Cereal Plants Absorb Nanoplastics

Using an advanced method, researchers at TU Graz and the Centre for Electron Microscopy have detected plastic in the roots of wheat plants. Whether the particles reach the ears of grain will be shown…

Environment and climate Fields of Expertise

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Less Pollution During Heavy Rainfall: TU Graz Calculates Potential of Nature-Based Measures

Decentralised urban drainage systems on private and public lands could absorb half a million cubic metres of water in Graz alone.

Environment and climate

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TU Graz Develops a Hook-and-Loop Fastener for Building Components

The simplified connection and separation of individual elements can save time, material and construction waste during repairs, renovations or changes of use.

Environment and climate Sustainable construction Architecture

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Light-active MOF films as a solution for future climate protection technologies

An international research team involving TU Graz has developed flexible MOF films that can bind and release carbon dioxide (CO₂) based on light and temperature stimuli – a promising approach for…

Environment and climate Materials Fields of Expertise

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Cellulose instead of Crude Oil: Team with Participation of TU Graz Develops Sustainable Foams

An international research team has developed certified biodegradable and recyclable multi-purpose foams.

Environment and climate Materials Fields of Expertise

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Living Tattoos for Buildings

An international research team, including Graz University of Technology, wants to integrate selected microorganisms into façade coatings to bring building walls to life. The microorganisms are…

Environment and climate Sustainable construction Architecture