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Supersite Helps to Clear the Air<br />

Prof Chak Keung Chan led a team of HKUST researchers<br />

in developing the HKUST Air Quality Research Supersite,<br />

which uses state-of-the-art real-time air quality instruments<br />

to understand the characteristics and formation pathways<br />

of atmospheric pollutants in Hong Kong and the Pearl River<br />

Delta. Launched in 2011, the site is being used as part of a<br />

major study seeking to find solutions for effective management<br />

of particulate matter exposure in Hong Kong. The 1,000m²plus<br />

Supersite facility is located at the shorefront of HKUST’s<br />

campus. Equipment includes an automatic weather station<br />

tower and outdoor plinths for samplers and equipment, a<br />

weather-proof air-conditioned modular house with multiple<br />

sample inlets and a sky-window for instrumentation. Many of<br />

the instruments are exclusive and the most advanced in the<br />

region.<br />

Moving Ahead in Battle<br />

Against Infection<br />

A smart anti-microbial coating developed<br />

by Prof King Lun Yeung and an<br />

interdisciplinary HKUST research team<br />

was unveiled in 2010. The revolutionary<br />

coating – a world first – is transparent,<br />

colorless and odorless, and can be<br />

sprayed onto a wide range of different<br />

surfaces where it is effective for at<br />

least 30 days. Tests showed the HKUSTdeveloped<br />

coating can kill 99.9% of<br />

bacteria within one minute. It can<br />

also sense when someone touches it,<br />

releasing a larger amount of disinfectant<br />

to inactivate the disease-causing microbes<br />

and protecting other people touching the<br />

same surface. It can be washed off by<br />

using a solution of water and detergent.<br />

Patent applications are underway in<br />

various countries and regions, including<br />

the US, Europe, India, Mainland China and<br />

Taiwan. Clinical field tests started in 2011<br />

at two public hospitals in Hong Kong.<br />

Citation Record<br />

Prof Gordon McKay’s paper “Pseudo-Second Order Model for<br />

Sorption Processes”, co-authored with post-doctoral fellow Y S<br />

Ho and published in Process Biochemistry (Vol 34 pp. 451-465<br />

[1999]) has received over 1,600 citations and was the most<br />

highly cited paper in the Science Citation Index (SCI) Chemical<br />

Engineering section from 2008-11. It was also the only paper<br />

in the section in both 2010 and 2011 to be cited more than 300<br />

times in any one year.<br />

Dean’s Message Generating Global Impact Inspiring Future Leaders Tackling the Grand Challenges Cultivating Wider Vision Empowering Excellence Driving the Future<br />

39

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