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Analysis of Microbiology Test of Air-Conditioning System in Severe Cold Area

机译:严重寒冷地区空调系统微生物检测分析

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Central air-conditioning system of Liaoning Provincial Museum has been taken as the target to study microbiology contamination since it is a typical public building. Three AHUs that conduct with different functional areas were considered as testing object in the museum, including constant temperature and humidity AHU B1, B2, and B3. Using microbiological method, six levels of impingement air microorganism sampler, fluorescent optical microscope, high-pressure steam sterilization pot, thermostatic incubator, thermostatic oven, biochemical incubator, and testing instruments are selected to test dust and air, which contain microbial organisms in the AHUs. Results show that the average product dust of the museum is 12.36 g/m~2; the dust contains bacterial concentration in the microbiological is 85.2 x 104 cfu/m~2, the air contains bacterial concentration in the microbiological is 568.19 cfu/m~3, and the fungus concentration is 938.37 cfu/m~3; the advantage strains in microbiologic is gram-positive bacterium; advantage strains in fungus is penicillium, aspergillums, branch spore mold.
机译:辽宁省博物馆的中央空调系统已作为目标,研究微生物的污染,因为它是一个典型的公共建筑。三AHU中,与不同的功能区的行为被认为是在博物馆测试对象,包括恒定的温度和湿度AHU B1,B2和B3。使用微生物学方法,六级冲击空气菌取样的,荧光光学显微镜,高压蒸汽灭菌锅,恒温培养箱,恒温炉,生化培养箱,和检测仪器被选择以测试灰尘和空气,其包含在AHU中的微生物。结果表明,该博物馆的平均产物粉尘为12.36克/米〜2;粉尘中含有微生物细菌浓度为85.2×10 4 CFU /米〜2,空气中含有的微生物的细菌浓度为568.19 CFU /米〜3,真菌浓度为938.37 CFU /米〜3;在微生物学的优点是菌株革兰氏阳性菌;在真菌菌株优点是青霉属,曲菌,分支孢子模具。

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