New UCPH chemist company to invent fresh air for city dwellers – University of Copenhagen

Forward this page to a friend Resize Print Bookmark and Share

Chemistry > About the Department > News > Newslist > New UCPH chemist compa...

06 November 2015

New UCPH chemist company to invent fresh air for city dwellers

Chemistry jobs

Breathe in Beijing, and you might as well smoke 40 cigarettes a day. Live in London and a significant slice of your taxes go to paying fines for your cities illegal air quality. Be sporty in Santiago but refrain from running out of doors unless rain has recently cleared the air. Air pollution is making city living detrimental to health at an increasing clip. Now a new company with roots at the University of Copenhagen wants to develop clean air solutions for urbanites with greying lungs.

The new company, Airlabs, has been licensed to utilize the air cleaning technology Gas Phase Advanced Oxidation (GPAO) developed at Department of Chemistry, University of Copenhagen, by the atmospheric chemist Matthew Johnson. Professor Johnson has recently been hired by Airlabs as Chief Scientific Officer. A role where he will head the effort to invent research based solutions to problematic city air.

Atmospheres own self cleaning proces

Air pollution is chemicals in gas phase. There are few molecules and they are far apart in the gas. For this reason gas is difficult to remove. Previous methods have either burnt, frozen, filtered or diluted the pollution but that is costly in terms of both money and energy. GPAO is inspired by the atmospheres natural self-cleaning process. It utilizes ultraviolet light and ozone to transform gas into dust particles. And where gas was hard to remove, dust is easy, so GPAO requires very little energy, even less maintenance and makes do without a chimney. See film below for an explanation on the technology.

Animation: Filip Kobjevsky. Written and directed by Jes Andersen.

First air cleaning company tested in field

The University of Copenhagen has already sold a license to use GPAO to combat emissions from industrial polluters. Since 2013 the company Infuser A/S has removed nasty smells from a waste water treatment plant in Aarhus, Denmark, a snack producer in Sweden and an animal feed producer in Jelling, Denmark. During the latest months the company has also carried out full scale tests, showing the capacity of the technology to remove health impairing solvents from a iron foundry in Germany.

"Blue sky zones" with clean air in big cities

Where Infuser A/S concerns itself with solutions for industrial enterprises where the source of pollution is very clear, Airlabs plan is to deal with the more diffuse pollution found in cities. Towns are pestered by pollution mainly from traffic, where thousands of cars, busses and scooters each give a tiny contribution. From heating where many still use coal or wood fired units and from cooking that is still carried out over open fire in many instances.

With Airlabs Johnson expects to develop “Blue sky” zones with clean air for cities. This might be at the bus stop, on the playground or in the shopping district. Ultimately, says Johnson, whole cities should have clean air.

“We do not want to just sell a small black box which removes pollution from a limited area. Ideally we want to develop and sell all-encompassing solutions which secure that you can breathe wherever you are in the cities that buy our solutions”, says Matthew Johnson.

Two companies combine to provide complete solution

Together with Infuser A/S, Airlabs plan to provide comprehensive solutions for cities: Emissions control for industrial production enterprises, indoor air cleaning for buildings and outdoor air cleaning.

Together the three types of solutions should provide a three legged pollution abatement system able to remedy all and any air pollution problem in cities and towns.

An important technology for public health

Every year air pollution causes seven million untimely deaths. That is more than traffic, smoking and diabetes put together. Airpollution has been linked to cardiovascular diseases and cancer. To asthma, allergies and reduced productivity and to reduced growth in crops.