Dry Processing of functional materials into semi-finished Textiles for next-generation energy storage - DryProTex

Project summary

Aim of the project is to establish a new solvent-free Dryfilm technology for the production of freestanding, flexible, multi-functional, semi-finished textile films with broad applicability, e.g. as filter mats, catalyst layers etc. The application area of the project addresses battery electrode manufacturing for two kinds of next-generation energy storage devices: Li-S and Na-battery cells and SoA MnO2 cells for enhanced energy density at reduced costs. Conventional coating processes with expensive drying steps will be replaced by our technology with huge economic and ecologic benefits. A European consortium has been set up along the value chain, covering material, process, equipment and battery cell development. As a main outcome equipment will be designed and implemented in the process line at IWS for demonstrating the potential of this disruptive technology. Our aim is strengthening Europe’s future position in multifunctional materials, equipment design and battery cell production

Project Details

Call

Call 2017


Call Topic

Multifunctional materials


Project start

09.01.2018


Project end

31.12.2021


Total project costs

2.511.000 €


Total project funding

1.330.400 €


TRL

3 - 6


Coordinator

Dr. Benjamin Schumm

Fraunhofer IWS, Winterbergstrasse 28, 01307 Dresden, Germany


Partners and Funders Details

Consortium Partner   Country Funder
Fraunhofer IWS
https://www.iws.fraunhofer.de
Research org. Germany DE-KIT
BroadBit Batteries Oy
https://www.broadbit.com
SME Finland FI-Tekes
SAUERESSIG GmbH + Co. KG
https://www.saueressig.com
Large industry Germany DE-KIT
Dyneon GmbH
https://www.dyneon.eu
Large industry Germany DE-KIT
INDEV Gauging Systems Ltd. Deutschland
https://www.indev-ltd.com
SME Germany DE-KIT
NETZSCH Trockenmahltechnik GmbH
https://www.netzsch.com
Large industry Germany DE-KIT
Vaisala Oyj
https://www.vaisala.com
Large industry Finland No Funding

Keywords

advanced multifunctional materials, advanced production, electrochemical energy storage, hybrid textile materials, polymeric materials, solvent-free production, process development