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Study on Air Quality and Influences on Human Respiratory Health Among Residents Who Occupy Buildings at Former Landfill Site

机译:前垃圾掩埋场中占用建筑物的居民的空气质量及其对人体呼吸健康的影响研究

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The former landfill site produces various combinations of gases that can cause health problems. The objectiveof this study was to determine the influence of air quality on the residents’ respiratory health that occupybuildings at the former landfill site at Taman Sri Manja, Petaling Jaya, Selangor compared with the controlwhich in PPR Air Panas located at Setapak, Kuala Lumpur. Methods that are used for this study are gassampling using aeroqual and multi-log gas detector. High-volume sampler (HVS) was used for PM10determination. The open plate method was used to determine total count formed by microorganisms.Questionnaire forms and peak flow meter were used to determine the value of Peak Expiratory Flow Rate(PEFR) of 196 respondents in the case study and 190 respondents in control. Results showed that all theparameters including gases, PM10, heavy metals and total count of microbes under the estimated standardvalue have no significant difference between the case study and control. There is significant difference(p=0.031) of PEFR (L/min) value between respondent at case (347.54 ± 89.50) and control (326.97 ±97.90). Respiratory symptoms score also showed significant differences (p=0.04) between respondents atcase (1.38 ± 0.36) and control (1.30 ± 0.37) location. Although there was significant difference (p<0.05)between the average value of peak flow meter and the expected value, but the value for both case and controlstudy are between the range of 20% under the expected value which indicated normal respiratory healthstatus. As conclusion, there was a significant difference of PEFR average value in case and control study.The presence of pollutants contributed to the high respiratory symptom score at the case location comparedto control..
机译:以前的垃圾填埋场产生各种可能导致健康问题的气体组合。这项研究的目的是确定空气质量对居住在雪兰莪州八打灵再也Taman Sri Manja垃圾填埋场前建筑物的居民呼吸健康的影响,与位于吉隆坡Setapak的PPR Air Panas的控制空气污染的影响进行比较。用于这项研究的方法是使用符合空气质量标准和多对数气体检测仪进行气体采样。使用大体积采样器(HVS)进行PM10测定。采用开板法确定微生物形成的总计数,采用问卷形式和峰值流量计确定案例研究中196名被调查者和对照组中190名被调查者的呼气峰流速(PEFR)值。结果表明,在估计的标准值以下,包括气体,PM10,重金属和微生物总数在内的所有参数在案例研究和对照之间均无显着差异。病例(347.54±89.50)与对照组(326.97±97.90)的PEFR(L / min)值之间存在显着差异(p = 0.031)。呼吸系统症状评分在病例(1.38±0.36)和对照组(1.30±0.37)位置之间也显示出显着差异(p = 0.04)。尽管峰值流量计的平均值与预期值之间存在显着差异(p <0.05),但病例和对照研究的值均在预期值以下20%的范围内,这表明呼吸系统健康状况正常。结论是,案例研究和对照研究的PEFR平均值存在显着差异。与对照相比,污染物的存在导致病例位置的呼吸道症状评分高。

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