| Title |
A Study on the Microbial Contaminant Transport and Control Method According to Government Building Bio-Attack |
| Authors |
이현우(Hyun woo Lee) ; 최상곤(Sang Gon Choi) ; 홍진관(Jin Kwan Hong) |
| Keywords |
미생물 제재 ; 건물 미생물 공격 시나리오 ; 자외선 살균 ; 면역건물기술 Bio-agent ; Bio-attack scenario ; UVGI ; Immune building technology |
| Abstract |
The purpose of this study is to estimate the movement of microbial contaminant caused by bio-attack using bio-agent such as bacillus anthracis for preventing contaminant diffusion. multizone simulation was carried out in the case of three types of bio-attack scenario in the government building. Simulation results show that severe contaminant diffusion is brought about in all cases of bio-attack scenario in one hour, though pollution boundaries have different mode according to bio-attack scenarios. Simulation results also show that immune building technology such as filter and UVGI technology gives us powerful alternatives to meet the emergent situation caused by unexpected bio-attack. |