Drinking Water Quality of Water Refill Station in Gebang Raya Tanggerang

Veza Azteria, Ernalinda Rosya
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Abstract

Introduction: As a drinking water provider, refill drinking water station must comply with hygiene and sanitation standards for water quality, including the microbiological value standard for clean water. This study was conducted to determine the microbial levels in refill drinking water station and analyze the drinking water quality based on sanitation hygiene observations. Methods: The study included laboratory test methods, cross-sectional analysis tests, and a descriptive analysis. Drinking water sampling and sanitation observations were performed using the total sampling technique on 17 water station. As much as 100 ml of drinking water samples were taken directly from the faucet to refill water with a sterile bottle container. Sanitary hygiene was studied through interviews using an observation sheet. Results and Discussion: The most bacteria were found at 108 per 100ml in Escherichia coli parameters and 866 per 100ml in coliform parameters in the station water samples with the Station 8 (SK) code. The interviews showed that seven station did not meet the criteria for good sanitation hygiene. Conclusion: Sanitary hygiene is carried out to reduce or eliminate bacterial contamination in drinking water. Observations and laboratory tests show that good sanitation is related to drinking water quality.
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葛邦拉雅塘格朗补水站饮用水水质分析
简介:作为饮用水供应商,补水饮水站必须符合水质卫生标准,包括净水微生物值标准。本研究在环境卫生观察的基础上,测定了补给饮水站的微生物水平,并对饮用水水质进行了分析。方法:本研究包括实验室试验方法、横断面分析试验和描述性分析。采用全采样技术对17个水站进行了饮用水采样和卫生观察。直接从水龙头取了多达100毫升的饮用水样本,用无菌瓶容器补充水。使用观察单通过访谈对卫生卫生进行了研究。结果与讨论:8号站水样中大肠埃希菌含量最高,为108 / 100ml,大肠菌群含量最高,为866 / 100ml。采访显示,有7个站点不符合良好卫生条件。结论:开展卫生卫生工作,减少或消除饮用水中的细菌污染。观察和实验室测试表明,良好的卫生条件与饮用水质量有关。
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来源期刊
CiteScore
1.00
自引率
0.00%
发文量
32
审稿时长
16 weeks
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