浙江预防医学
浙江預防醫學
절강예방의학
ZHEJIANG JOURNAL OF PREVENTIVE MEDICINE
2015年
5期
436-439
,共4页
陈强%王祚懿%裘淑华%何晓庆
陳彊%王祚懿%裘淑華%何曉慶
진강%왕조의%구숙화%하효경
集中空调系统%模糊综合评价法%卫生质量
集中空調繫統%模糊綜閤評價法%衛生質量
집중공조계통%모호종합평개법%위생질량
Central air conditioning ventilation system%Fuzzy comprehensive evaluation%Hygiene quality
目的:应用模糊隶属方法评价公共场所集中空调通风系统的卫生质量。方法应用模糊数学的隶属度理论方法,抽取金华市15家大型公共场所的集中空调系统,对其卫生相关指标进行检测。按照《公共场所卫生综合评价方法》(WS /T 199—2001)进行模糊综合评价。结果公共场所15家集中空调系统卫生质量合格率为53.30%,其中相关指标检测合格率显示,送风细菌总数、送风真菌总数和送风β-溶血性链球菌及冷却水冷凝水中嗜肺军团菌均为100.00%,风管内表面细菌总数为93.33%,风管内表面真菌总数为86.67%,送风 PM10为86.67%,风管内表面积尘量为80.00%。集中空调系统卫生质量经模糊隶属度评判,Ⅰ级(良好)的有13家,Ⅱ级(合格)有1家,Ⅳ级(很差)有1家,其中14家卫生质量模糊综合指数均<0.5。结论金华市公共场所集中空调通风系统卫生质量总体尚可,与一般的公共场所合格率评价不尽相同。
目的:應用模糊隸屬方法評價公共場所集中空調通風繫統的衛生質量。方法應用模糊數學的隸屬度理論方法,抽取金華市15傢大型公共場所的集中空調繫統,對其衛生相關指標進行檢測。按照《公共場所衛生綜閤評價方法》(WS /T 199—2001)進行模糊綜閤評價。結果公共場所15傢集中空調繫統衛生質量閤格率為53.30%,其中相關指標檢測閤格率顯示,送風細菌總數、送風真菌總數和送風β-溶血性鏈毬菌及冷卻水冷凝水中嗜肺軍糰菌均為100.00%,風管內錶麵細菌總數為93.33%,風管內錶麵真菌總數為86.67%,送風 PM10為86.67%,風管內錶麵積塵量為80.00%。集中空調繫統衛生質量經模糊隸屬度評判,Ⅰ級(良好)的有13傢,Ⅱ級(閤格)有1傢,Ⅳ級(很差)有1傢,其中14傢衛生質量模糊綜閤指數均<0.5。結論金華市公共場所集中空調通風繫統衛生質量總體尚可,與一般的公共場所閤格率評價不儘相同。
목적:응용모호대속방법평개공공장소집중공조통풍계통적위생질량。방법응용모호수학적대속도이론방법,추취금화시15가대형공공장소적집중공조계통,대기위생상관지표진행검측。안조《공공장소위생종합평개방법》(WS /T 199—2001)진행모호종합평개。결과공공장소15가집중공조계통위생질량합격솔위53.30%,기중상관지표검측합격솔현시,송풍세균총수、송풍진균총수화송풍β-용혈성련구균급냉각수냉응수중기폐군단균균위100.00%,풍관내표면세균총수위93.33%,풍관내표면진균총수위86.67%,송풍 PM10위86.67%,풍관내표면적진량위80.00%。집중공조계통위생질량경모호대속도평판,Ⅰ급(량호)적유13가,Ⅱ급(합격)유1가,Ⅳ급(흔차)유1가,기중14가위생질량모호종합지수균<0.5。결론금화시공공장소집중공조통풍계통위생질량총체상가,여일반적공공장소합격솔평개불진상동。
Objective To assess the hygienic status of the central air conditioning ventilation system in public places by fuzzy comprehensive evaluation method.Methods According to the comprehensive evaluation method of public place (WS /T 199—2001),a fuzzy comprehensive evaluation method was applied to evaluate central air conditioning ventilation systems in 15 large public places of Jinhua City.Results The qualified rate of central air ventilation system was 53.30%, and the qualified rates of total number of bacteria,the fungi,β-hemolytic streptococcus in air blow and Legionella bacteria in the cooling water all reached 100.00%.At the same time,the qualified rate of bacteria,fungi and dust volume in internal surface of pipe were 93.33%,86.67% and 80.00% respectively.The qualified rate of PM10 was 86.67%. Among 15 central air conditioning ventilation systems,13 systems were evaluated as level Ⅰ,and the other two was as level Ⅱand Ⅳ respectively.TAAlso,14 evaluated units got the fuzzy comprehensive indexes of central air ventilation less than 0.5.Conclusion The hygiene status of central air conditioning ventilation system in Jinhua is acceptable,and the management of hygiene quality should be strengthened.