Projects
There are 8 results.
DiRecT – Direct recycling and upcycling of titanium chips
In the project DiRecT, different new technologies will be developed and evaluated which make it possible to directly recycle the chips generated in the manufacturing process of high-quality titanium products or to produce directly from the chips near-net-shape components or improved semi-finished products (upcycling).
Green-TUrbine - Sustainable Manufacturing and Lifecycle Optimization for Pelton Runners through Wire-Arc Additive Manufacturing
The Green-TUrbine project investigates the integration of WAAM technology into the lifecycle of Pelton turbines to enhance their sustainability. The principles of "Rethink, Reduce, Reuse" are applied to optimize manufacturing, resource consumption, and the reuse of the runners. A comprehensive LCA will evaluate the ecological and economic impacts.
KAFKA - Development of cascade reactions for a circular economy
KAFKA aims to expedite the development of biorefinery processes and showcase the potential of process cascades for producing high-quality chemical products from biogenic resources/waste. The central element of the project is an innovative reactor platform that flexibly combines biotechnological, electrochemical, and thermal processes. Investigations into new process cascades to enable a circular economy are thereby accelerated.
KI4COMP - AI-based prediction of moisture distribution in composites
The project aims to develop an AI model for predicting moisture distribution and the mechanical properties of composite materials under various environmental conditions. By using integrated sensors and machine learning, more precise and easily accessible predictions can be achieved. This facilitates material development, reduces testing efforts, and promotes sustainable innovations through the increased use of natural fibers.
QB3R – Quality controlled high‐performance components consisting of 100% bio‐based resins with high potential in repair and recycling
The QB3R project aims to develop an epoxy resin system having a 100% bio‐based carbon content. The QB3R resin will be processable with various different manufacturing techniques resulting in high performance components for long‐lasting material goods.
ReTarget - Re-manufacturing and re-purposing of high-quality sputter materials
The project objective is to reduce the energy input in the production of sputtering targets by at least 20 % by direct re-manufacturing of used, precious metal targets. In addition, the utilization rate will be increased from an average of 20-30 % to 70-80 % through a direct re-purpose approach, as well as by optimizing the sputtering process. This will allow a significant reduction of the footprint of the sputtering process.
SHyRE - Sulfuric acid and hydrogen production for the electronics industry through innovative recycling
In SHyRE, an innovative process for sulfuric acid recycling is being developed. The aim is to efficiently produce high-purity sulfuric acid and hydrogen by combining novel decomposition processes with electrochemical methods.
Sustainable catalyst-coated electrodes for efficient AEM electrolyser production (SAEP)
The SAEP project focuses on the development of anion exchange membrane electrolyzers (AEMEL) for the cost-effective production of green hydrogen through the development of catalysts without platinum group metals. Led by TU Graz, Joanneum Research, and Duramea, the project focuses on roll-to-roll scalable electrode manufacturing with enhanced performance and durability. Innovative pre-/post-treatment and energy-efficient drying methods ensure defect-free, corrosion-resistant electrodes. A life cycle analysis integrates circular economy principles to optimize resource efficiency and minimize waste, fostering sustainable and high-performance AEMEL electrode production in Austria.