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Fabric treated with CatClo to purify the air
28
Sep '12
An additive created in a unique collaboration between the University of Sheffield and the London College of Fashion which can be washed into clothes so the wearer purifies the air as they move could be available within just two years.

Plans are in place to commercialise the revolutionary liquid laundry additive called ‘CatClo’, which contains microscopic pollution-eating particles.

The new additive is the result of collaboration between the University of Sheffield and London College of Fashion, with initial support from the Engineering and Physical Sciences Research Council (EPSRC).
 
The items of clothing only need to be washed in the additive once, as the nanoparticles of titanium dioxide grip onto fabrics very tightly. When the particles then come into contact with nitrogen oxides (NO2s) in the air, they react with these pollutants and oxidise them in the fabric.
 
The nitrogen oxides treated in this way are completely odourless and colourless and pose no pollution hazard as they are removed harmlessly when the item of clothing is next washed, if they haven’t already been dissipated harmlessly in sweat. The additive itself is also completely harmless and the nanoparticles are unnoticeable from the wearer’s point of view.
 
One person wearing clothes treated with CatClo would be able to remove around 5g of nitrogen oxides from the air in the course of an average day – roughly equivalent to the amount produced each day by the average family car.
 
Nitrogen oxides produced by road vehicle exhausts are a major source of ground-level air pollution in towns and cities, aggravating asthma and other respiratory diseases. Asthma currently affects one in 12 adults and one in 11 children in the UK.* As well as the general benefits that would result from people using CatClo, those suffering from respiratory conditions could also, by wearing clothes treated with the additive, give themselves cleaner air to breathe as they move around.
 
Professor Tony Ryan OBE of the University of Sheffield, who has co-led the project working closely with Professor Helen Storey MBE from London College of Fashion, said: “It’s the action of daylight on the nanoparticles that makes them function in this way. The development of the additive is just one of the advances we’re making in the field of photocatalytic materials – materials that, in the presence of light, catalyse chemical reactions. Through CatClo, we aim to turn clothes into a catalytic surface to purify air.”
 
 


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