Printable Technical Textiles was involved in the world’s first Nitrogen Oxide absorbing facade (NOx), installed in Hamburg, Germany. This innovation truly fits our passion for printed technical textiles for long-term use.
This project was initiated by ECE, German market leader for customized real estate concepts and a pioneer in sustainable solutions in the development sector. Under the scientific supervision of RWTH Aachen University, the world’s first textile facade that filters harmful nitrogen oxides from the air on an office building was installed at ECE’s corporate campus in Hamburg.
Printable Technical Textiles was approached by Hillebrandt Stahl- und Behälterbau to produce the printed mesh fabric with the SolidskinTec printing process. This ensured both a protected durable print and thanks to our PU-varnish also a base layer for an additional coating with nano-titanium oxide. This coating binds the harmful nitrogen oxides that pollute the air through car emissions.
The Nitrogen Oxide absorbing facade not only binds nitrogen oxides but also helps to reduce the CO2 emission of the 22-year-old ECE office building: Studies have shown that this new mesh fabric building envelope can reduce up to 78 percent of the solar cooling loads of buildings in summer.
This Nitrogen Oxide absorbing facade pilot aims to test new solutions for sustainable building envelopes and to test the innovative textile facade under experimental conditions. Therefore complex digital measurement technology is installed. The Institute for Textile Technology Aachen (ITA) at RWTH Aachen University supports the project. It was part of a research project by architect Jan Serode, which started in 2016 and is carried out closely with industry and health organizations.
Project Description
Project ECE Hamburg
Location DE-22391 Hamburg
Substrate Serge Ferrari Frontside View 381
Quantity 75 m2
Year 2020
Contractor Hillebrandt Stahl- und Behälterbau