聚乙烯袋装水(纯净水)的理化和细菌学性质评价在尼日利亚西南部奥贡州Sagamu地方政府地区生产和销售

Onivefu Paul Asishana, Irede Loveth Egwonor
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It was found that most of the parameters, turbidity 0.08-0.16 with permissible limits of 0.1-5.0, alkalinity 9-17 mg/l with permissible of 5.00 mg/l, Total hardness 3-6 mg/l with permissible limits of <60-100 mg/l, Phosphate 0.12-0.51 mg/l with permissible limits of <5 mg/l, Iron 0.02-0.21 mg/l with permissible limits of <0.03 mg/l, Calcium 2.10-4.80 mg/l with permissible limits of <75-200 mg/l, Nitrate 0.00-2.50 mg/l with permissible limits of <45-50 mg/l, Chlorine 12.8-28.30 mg/l with permissible limits of <250 mg/l were in the expected range of the permissible limits set by WHO, EPA, Canada, and NIS. However, the pH 4.73-6.10 of the sachet water samples tends to be acidic below the expected range 6.5-10.5. The Total Heterotrophic Bacteria count and Enteric Bacteria count tends to be a little lower below the permissible limits, Total Enteric Bacteria 300-480 CFU/100 ml with permissible limits of <500 CFU/100 ml and Enteric Bacteria 280-380 CFU/100 ml. 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摘要

本研究分析了不同生产商、来源和销售商的聚乙烯小袋水的理化和微生物特性。样本随机从相木地方政府的6个不同地点/城镇收集。对样品进行了理化和细菌学参数分析。分析结果与世界卫生组织、美国环保署、加拿大和美国国家环境研究所规定的允许限量进行了比较。结果表明:浊度0.08 ~ 0.16,允许范围0.1 ~ 5.0;碱度9 ~ 17 mg/l,允许范围5.00 mg/l;总硬度3 ~ 6 mg/l,允许范围<60 ~ 100 mg/l;磷酸盐0.12 ~ 0.51 mg/l,允许范围<5 mg/l;铁0.02 ~ 0.21 mg/l,允许范围<0.03 mg/l;钙2.10 ~ 4.80 mg/l,允许范围<75 ~ 200 mg/l;硝酸盐0.00 ~ 2.50 mg/l,允许范围<45 ~ 50 mg/l;氯12.8 ~ 28.30 mg/l,允许限量<250 mg/l,在WHO、EPA、加拿大和NIS设定的允许限量预期范围内。然而,在pH值为4.73 ~ 6.10的小袋水样中,pH值低于预期的6.5 ~ 10.5,呈偏酸性。总异养菌数和肠道菌数略低于允许限量,总肠道菌数为300-480 CFU/100 ml,允许限量为<500 CFU/100 ml,肠道菌数为280-380 CFU/100 ml。建议产水企业将原水站设置在安全无污染的地方。政府应让设备齐全、有良好实验室的私立和公立医院参与监测和报告其附近所有水包装行业的情况;政府还应该让真正有信誉的个人参与生产和向社区人民提供付费的管道水,而像SON和NAFDAC这样的监管机构应该通过不断重新评估每个社区饮用水的生产和包装质量来承担责任。
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Assessment of the Physicochemical and Bacteriological Properties in Polyethene Packaged Sachet Water Generally Known as andldquo;Pure Waterandrdquo; Produced and Sold in Sagamu Local Government Area of Ogun State, South West, Nigeria
In this research, polyethene packaged sachet water from various producers, sources and distributors were analyzed for its physicochemical and microbiological characteristics. Samples were collected randomly from six (6) different locations/towns in Sagamu Local Government. The samples were analyzed for its physicochemical and bacteriological parameters. The results of the analyses were compared with the permissible limit set by WHO, EPA, Canada, and NIS. It was found that most of the parameters, turbidity 0.08-0.16 with permissible limits of 0.1-5.0, alkalinity 9-17 mg/l with permissible of 5.00 mg/l, Total hardness 3-6 mg/l with permissible limits of <60-100 mg/l, Phosphate 0.12-0.51 mg/l with permissible limits of <5 mg/l, Iron 0.02-0.21 mg/l with permissible limits of <0.03 mg/l, Calcium 2.10-4.80 mg/l with permissible limits of <75-200 mg/l, Nitrate 0.00-2.50 mg/l with permissible limits of <45-50 mg/l, Chlorine 12.8-28.30 mg/l with permissible limits of <250 mg/l were in the expected range of the permissible limits set by WHO, EPA, Canada, and NIS. However, the pH 4.73-6.10 of the sachet water samples tends to be acidic below the expected range 6.5-10.5. The Total Heterotrophic Bacteria count and Enteric Bacteria count tends to be a little lower below the permissible limits, Total Enteric Bacteria 300-480 CFU/100 ml with permissible limits of <500 CFU/100 ml and Enteric Bacteria 280-380 CFU/100 ml. It was recommended that water producing industries should site their raw water site in a safe location free from contamination, the government should involve the participation of equipped private and government hospitals with good laboratory to monitor and report accordingly the situation of all water packaging industries in their vicinity, the government should also involve the participation of genuine and reputable individuals to produce and provide paid pipe borne waters to people in their community and regulatory bodies such as SON and NAFDAC should take responsibility by continually re-assessing the production and packaging quality of drinking water in every community.
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