导出/参考文献 分享收藏打印ABSTRACT:Indoor go‐kart driving and viewing is enjoyed by people of all ages. However, it may pose health hazards, especially for children, pregnant women, cardiovascular patients, and elderly individuals. Depending on the race length, for example, high concentrations of various contaminants may result in severe health problems. Therefore, this project investigated the Indoor Air Quality of eight indoor go‐kart facilities. In general, karts that used regular fuel produced the highest concentrations of CO , benzene, TVOC , and BaP, with maximum levels up to 150 mg/m3, 170 μg/m3, 2690 μg/m3, and 8.7 ng/m3, respectively. As expected, the maximum CO concentrations at go‐kart facilities that used liquid gas and electric karts (20 and
Export / reference sharing collection printing<br>ABSTRACT:<br>Indoor go‐kart driving and viewing is enjoyed by people of all ages. However, it may pose health hazards, especially for children, pregnant women, cardiovascular patients, and elderly individuals. Depending on the race length, for example, high concentrations of various contaminants may result in severe health problems. Therefore, this project investigated the Indoor Air Quality of eight indoor go‐kart facilities. In general, karts that used regular fuel produced the highest concentrations of CO , benzene, TVOC , and BaP, with maximum levels up to 150 mg/m3, 170 μg/m3, 2690 μg/m3, and 8.7 ng/m3, respectively. As expected, the maximum CO concentrations at go‐kart facilities that used liquid gas and electric karts (20 and<br>
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