New technology in the HeiQ Fresh range turns curtains into air purifiers

HeiQ has added a new dimension to air management in the HeiQ Fresh product range – air purifying functionality that will be used in curtains from IKEA to reduce indoor air pollutants such as the Volatile Organic Compounds (VOCs) acetaldehyde, formaldehyde and nitrogen oxide (NO).

Captiion courtey by HeiQ

No electricity required, no extra space occupied, the Gunrid curtain from IKEA looks like an ordinary curtain but performs a novel function – it purifies indoor air because it is infused with the latest technology in the HeiQ Fresh range – HeiQ Fresh AIR. Gunrid curtains will be available in IKEA retail stores in 2020.

According to the World Health Organization, over 80 % of urban residents are exposed to high levels of air pollution1. The concentration of VOCs indoors is generally higher than outdoors2. While many VOCs are not considered as harmful to health, such as perfumes and fragrances, some others such as acetaldehyde, formaldehyde, nitrogen oxide (NO) and d-limonene and other semi-volatile polycyclic aromatic hydrocarbons are attributed as responsible for significant negative impact on health by the World Health Organization (WHO). These VOCs come from outdoor sources as well as indoor sources such as furniture, paints, household cleaning products, sprays or cooking activities, as outlined in the clean air survey 2018, conducted by IKEA. Aiming to improve the lives of people through making everyday textiles more functional, HeiQ innovated a textile treatment that will use home fabrics like curtains as a medium to purify the indoor air.

14 years ago, the Swiss company’s foundation was inspired by bad smells on polyester hiking clothes. The HeiQ Fresh product family has evolved into a comprehensive textile solution platform that achieves “freshness” by tackling both odor-generating sources and reducing VOCs. This latest innovation focuses on odourless, potentially harmful VOCs and the research result – HeiQ Fresh AIR – adds a new dimension to the HeiQ Fresh range. This technology will be available in the market first on Gunrid curtains from IKEA. “With HeiQ Fresh AIR, we aim to improve the air quality in consumers’ homes with ease, simply by hanging up a curtain and utilizing the natural light passing through the window. A simple tool for something so important, fresh air in your home.”, says Carlo Centonze, HeiQ’s co-founder and Group CEO.

How does it work?

HeiQ Fresh AIR is a mineral-based Swiss technology infused into the curtain fabrics. It purifies the indoor air by using transmitted ultraviolet (UVA) light from the sun to transform problematic VOCs into components of fresh air. Curtains and other home fabrics infused with HeiQ Fresh technology can therefore contribute to better homes and with cleaner air.

How is the air purifying performance measured?

Creating disruptive technologies for 14 years, HeiQ emphasises the importance of identifying the right testing methodology and creating standards to help brands, mills and consumers interpret the performance of a novel technology, By working closely with Prof Dr Detlef Bahnemann, head of Photocatalysis and Nanotechnology of the Leibniz University Hannover, Germany, test norms have been selected, capable to characterise the air purifying performance of fabrics infused with HeiQ Fresh AIR. The internationally recognized norms: ISO 22197-1 for NO and ISO 22197-2 for Acetaldehyde, the modified ISO 17299 to measure percentage reduction of VOCs as well as the modified ISO 10678 as a quick quality control test for mills.

HeiQ Fresh is a comprehensive family of sustainable and highly effective odor control and VOC (Volatile Organic Compound) management technologies that can be tailored for the intended performance and the article’s end use.

Notes:

1) WHO – air polution
2) Paciência et.al., 2016. A systematic review of evidence and implications of spatial and seasonal variations of volatile organic compounds (VOC) in indoor human environments. Journal of Toxicology and Environmental Health, Part B, 19(2), pp.47-64.

www.heiq.com