Singh Amanjot K, Gupta Vikram Kumar, Sharma Bhuvan, Singla Bhavna, Kaur Paramjeet, Walia Geeta
Department of Community Medicine, MMIMSR, Mullana, Ambala, Haryana, India.
Department of Community Medicine, Dayanand Medical College and Hospital, Ludhiana, India.
J Family Med Prim Care. 2015 Oct-Dec;4(4):514-8. doi: 10.4103/2249-4863.174267.
Ground water is the ultimate and most suitable fresh water resource for human consumption in the urban areas of India. Studies regarding ground water quality have shown that the higher rate of exploration as compared to the rate of recharging, inappropriate dumping of solid, as well as liquid waste, lack of strict enforcement of law has led to the deterioration of ground water quality. The present study was thus, carried out to evaluate physicochemical, as well as a microbiological profile of tap water, and filtered water in urban areas of Patiala, Punjab.
The three zones under Municipal Corporation and two areas under Public Health Department were chosen according to the simple random sampling from Patiala city. From each area, 10 houses were chosen according to the systematic random sampling technique (n = 50). Water was taken from two sources, tap water, and from the water filter. Two samples were taken from each source one for the physicochemical analysis and another for bacteriological analysis. The samples which were sent for bacteriological assessment were collected in a sterile container.
The number of water samples found to be within desirable limits with respect to physicochemical parameters were significantly more with the filter water sample than the tap water samples. Suspicious/unsatisfactory microbiological quality of water was observed in 28% and 4% of tap and filter water samples, respectively.
The results indicate that certain chemical parameters such as hardness, chloride, and fluoride levels were beyond the permissible limits. Therefore, we recommend that home filters should be installed, serviced appropriately, and their water quality should be checked routinely. Also, any leak from sewage pipes should be promptly repaired to prevent contamination of drinking water.
地下水是印度城市地区人类消费的最终也是最合适的淡水资源。关于地下水质量的研究表明,与补给率相比,更高的开采率、固体及液体废物的不当倾倒以及法律执行不力导致了地下水质量的恶化。因此,本研究旨在评估旁遮普邦帕蒂亚拉市城区自来水和过滤水的理化及微生物特征。
根据简单随机抽样从帕蒂亚拉市选择了市政公司管辖的三个区域和公共卫生部门管辖的两个区域。根据系统随机抽样技术从每个区域选择10所房屋(n = 50)。从两个水源取水,即自来水和滤水器过滤后的水。从每个水源采集两个样本,一个用于理化分析,另一个用于细菌学分析。送往细菌学评估的样本收集在无菌容器中。
就理化参数而言,发现滤水样本中处于理想限值内的水样数量明显多于自来水样本。分别在28%的自来水样本和4%的滤水样本中观察到可疑/不令人满意的微生物水质。
结果表明某些化学参数,如硬度、氯化物和氟化物水平超出了允许限值。因此,我们建议应安装家用滤水器、进行适当维护并定期检查其水质。此外,污水管的任何泄漏都应及时修复,以防止饮用水受到污染。