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Preservation Of Historic Buildings By Regulating Masonry Moisture Using A Textile-Based Drainage System (Dramatex)

Production of High-Quality Aquatic Macrophyte Biomass

 

Development of functional underwear with integrated vital parameter monitoring and protective function

Development of textile composite structures for automotive applications

Development of textile floor and wall systems for smart home applications

German Ethiopian Textile School
Project

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Preservation Of Historic Buildings By Regulating Masonry Moisture

Preservation of historic buildings by regulating masonry moisture using a textile-based drainage system (DraMaTex)

The aim of the feasibility study is to lay the foundations for a research and development project in which a sustainable and resource-saving solution for the moisture regulation of masonry structures is to be realised. Previous solutions are characterised by high energy consumption or the use of chemically contaminated auxiliary materials. Such a solution is initially to be designed on the basis of fleece-based textile systems and its practical feasibility is to be demonstrated through basic tests.

Duration:
01.10.2021 – 31.03.2023

Partner:
· IAB – Institut für Angewandte Bauforschung Weimar gGmbH
· SP Bau GmbH
· Vowalon Beschichtung GmbH
· Autengine GmbH
· Museum Reichenfels

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Development Of A Dual Stacking Concept And Hydrogen-Free Test Scenarios

Development of a dual stacking concept and hydrogen-free test scenarios as the basis for providing the quantities of fuel cell stacks that will be required in the future (DuSwaP).

Derived from the required numbers of fuel cell stacks for automotive production in the medium-term future, a dual stacking concept and an AI-based testing system are being developed. Both approaches already close foreseeable gaps in the relevant production cycles and end-of-line tests. The necessary process and system concepts are being developed in parallel in three collaborations. If the goals set are achieved, DuSwaP will enable immense time and cost savings in the production of FC stacks. The general availability of the plants and the product increases, investment costs and risks decrease. The alliance thus not only contributes to further increasing the acceptance of the new technology, but also enables more cost-effective products in the medium term, another central demand of the OEMs. The project thus contributes directly to the goals of the German government.

Duration:
01.09.2021 – 31.03.2022

Partner:
· Fibertech Management GmbH
· Fraunhofer-Institut für Werkzeugmaschinen und Umformtechnik IWU

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Production of High-Quality Aquatic Macrophyte Biomass

Technology development for the production of high-quality aquatic macrophyte biomass as a raw material base for the food industry and the biotechnology sector through simulation and overstimulation of species-specific hydrotopic conditions (ELPROM).

The aim of the project is to develop a production technology for the production of aquatic macrophyte biomass relevant to food and biotechnology. The innovative core of the technology is the development of macrophyte-specific growth surfaces (producer structure) and their integration into a production structure (HydroSim device) that is also to be developed. Equally innovative is the development of a method to change the process parameters in the production process in order to simulate and overstimulate the species-specific hydrotopic conditions, by means of which an enrichment of selected ingredients in the macrophyte biomass can be achieved. The macrophyte biomass enriched in this way with ingredients is to be processed using food technology in order to be able to be transferred into an innovative food to be developed. Essential criteria for the planned development of the technologies and the methodology are the growth pattern of the surfaces provided, the biomass yield and the quantity of the targeted ingredients in the macrophyte biomass, as well as the processing of the biomass into a final product that is gentle on the ingredients and preserves quality.

Duration:
01.08.2021 – 31.07.2023

Partner:
· Viva Maris GmbH
· Lehrstuhl für Aquatische Ökophysiologie und Phykologie der Universität Hamburg

Development of functional underwear with integrated vital parameter monitoring and protective function

It is necessary to monitor protective clothing. Together with a well-known manufacturer, we have developed such concepts and brought them to the market.

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Development of textile composite structures for automotive applications

More and more vehicle manufacturers are looking for solutions for safety applications and smart textile solutions. In addition to weight, the focus is also on reliability and other functions such as passive heating. Together with our partners, we have developed textile solutions.

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Development of textile floor and wall systems for smart home applications

In the future, the entire house will be controlled without wires or switches. Our concepts for smart textile surfaces enable easy monitoring and control.

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German Ethiopian Textile School

With the GETS – German Ethopian Textile School project, Texulting GmbH would like to make a contribution to the sustainability goals formulated by the United Nations.

The primary focus is on establishing a training structure for the textile sector in Ethiopia. As historically proved, the development of industry in the textile sector is starting. On the basis of its activities to date, Texulting GmbH is convinced that it is possible to build up a sustainable textile industry in Ethiopia, outside the ready-made clothing and fashion industry.

The basis for successful projects is a holistic approach to our customers.

Our work begins with the analysis of holistic simplest production processes and extends to the creation of production facilities and market launch concepts. The basis for this is the transfer of knowledge along the entire technological chain and the evaluation of possibilities.

With our service we close the gap between research and market launch.

Why do our customers love our solutions and services?

GROWTH IN TURNOVER

INCREASE IN EFFICIENCY

RAPID IMPLEMENTATION OF DEVELOPMENTS

Technology Readines Levels
  • TRL 0

    Idea: Unproven concept, no testing has been performed.

  • TRL 1

    Basic research: Principles postulated and observed but no experimental proof available.

  • TRL 2

    Technology formulation: Concept and application have been formulated.

  • TRL 3

    Applied research: First laboratory tests completed; proof of concept.

  • TRL 4

    Small scale prototype built in a laboratory environment (“Ugly” prototype).

  • TRL 5

    Large scale prototype tested in intended environment.

  • TRL 6

    Prototype system tested in intended environment close to expected performance.

  • TRL 7

    Demonstration system operating in operational environment at pre-commercial scale.

  • TRL 8

    First of a kind commercial system. Manufacturing issues solved.

  • TRL 9

    Full commercial application, technology available for consumers.

Gallery

Photo and Video Gallery

Consulting of fashion companies for brand development and internationalisation

Procurement of raw materials and establishment of supply chains

Planning and support of fairs and conferences

Implementation of seminars and webinars