This is what it's all about: in order to save material, so-called hollow core slabs are preferably used in new buildings. These are precast concrete elements which, in contrast to solid reinforced concrete ceilings, contain cavities and therefore require less concrete. With the new manufacturing process, which the Institutes have developed in collaboration with companies from the textile and construction industries, hollow-core slabs can be produced with carbon, which should save even more concrete and thusCO2 in the future. "Hollow-core slabs made from carbon concrete using our new process require 28% less concrete than conventional reinforced concrete hollow-core slabs - with the same load-bearing capacity," says ITM research group leader Dr.-Ing. Lars Hahn.

The award-winning process should soon enable private and industrial buildings to be built in a more sustainable and resource-saving way than before.

The Texprocess Innovation Award in the "Digitalization + AI" category goes to the Institute of Textile Machinery and High Performance Material Technology (ITM) and the Chair of Development and Assembly of Textile Products at TU Dresden for a new evaluation method for body scans based on 4D scans.

Prof. Dr.-Ing. habil. Yordan Kyosev said: "Soft body parts can thus be measured in motion. With such 4D body data, clothing manufacturers could develop textiles that are more comfortable to wear in the future".