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CONSTRUCTION ENVIRONMENT - The Hong Kong Polytechnic ...

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RISUD’s Construction Safety Research<br />

Group scores with OSHC<br />

<strong>The</strong> Construction Safety Research Group of the Research<br />

Institute for Sustainable Urban Development (RISUD) has been<br />

awarded a contract by the Occupational Safety and Health<br />

Council (OSHC) to conduct a one-year study on the effectiveness<br />

of personal equipment for protecting workers from heat stroke<br />

while working in a hot environment. A multi-disciplinary team<br />

with expertise and experience in materials sciences, textiles<br />

sciences, biological and exercise sciences, occupational<br />

hygiene, occupational safety and health, and other relevant<br />

disciplines, will conduct the study and interpret the findings. <strong>The</strong><br />

physiological responses of workers in four target industries will<br />

be quantitatively assessed, while the comfort and usability of<br />

personal cooling equipment will be qualitatively assessed. <strong>The</strong><br />

Construction Safety Research Group is headed by Prof. Albert<br />

Chan, who is well known for his research on heat stress studies.<br />

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(RISUD) <br />

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Media briefed on findings of research<br />

study led by BRE academic<br />

On the afternoon of 31 May 2012, the local media was invited<br />

to a press briefing at PolyU, where they were presented with<br />

the findings of a joint study by academics from the <strong>Hong</strong> <strong>Kong</strong><br />

Institute of Education, the Technological and Higher Education<br />

Institute of <strong>Hong</strong> <strong>Kong</strong>, as well as the Department of Building<br />

and Real Estate of PolyU. Led by Prof. Albert Chan, Associate<br />

Dean of the Faculty of Construction and Environment, the<br />

team of researchers revealed what could be done to prevent<br />

construction workers from getting heat strokes in hot weather.<br />

<strong>The</strong>y scientifically established what is known as the heat<br />

tolerance time, i.e. the duration that construction workers<br />

could continuously work without jeopardizing their health. It<br />

was subsequently determined that the length of a rest break<br />

is directly proportional to a worker's physiological recovery.<br />

However, how long and how frequent breaks should be are<br />

open for negotiation between the various stakeholders,<br />

including the government, developers, contractors, trade union<br />

representatives, as well as the workers themselves.<br />

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Funded by the Research Grants Council and supported by the<br />

<strong>Hong</strong> <strong>Kong</strong> Housing Authority, Sun Hung Kai Properties Ltd.,<br />

Yau Lee Construction Co. Ltd., and China State Construction<br />

Engineering (HK) Ltd., the joint study was widely reported by<br />

the local press as well as foreign online media. Kudos to Prof.<br />

Chan and his team for their noteworthy study, which has been<br />

published in Building and Environment, an international journal<br />

of building science and its applications.<br />

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