Physiochemical and Microbiological Investigation of Surface and Ground Water Contaminants of Bhojpur Municipality

D. Gupta, Dal Bahadur Bhandari, P. Chaudhary, A. Yadav
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Abstract

Water is an essential resource for life evolution. 75% of the whole earth is covered by water. The water sources that flow through the social periphery represent the development and awareness of that society. This paper focuses on investigating contaminants of different water sources within Bhojpur Municipality. The six different water samples, based on their different latitudes, were collected following all the guidelines. The physiochemical parameters and microbiological organisms like E. Coli were tested and analyzed. The results revealed that the physiochemical parameters were mostly found to be within the guideline and standardization of the World Health Organization (WHO), but in the Silichung water sample, the number of bacteria was found to be out of the WHO limit. Physiochemical parameters like total dissolved solids (TDS), total solids (TS), and chloride content were not found under the guideline of WHO. The dissolved oxygen (DO) content was found more in the water sample of Bahundhara, whereas Bhandari well sample had a low amount of DO among the other samples. The biological oxygen demand (BOD) level in Sera Khola sample was found more, while Silichung sample had a low amount of BOD, indicating Sera Khola water sample is a bit more polluted than others. On microbiological testing, the Silichung water sample was tested with Providencia spp, indicating not useful for drinking purposes. Thus, it reveals that the Silichung water should not take directly, which is rich in Providencia spp. Other physiochemical parameters of other samples were found to be within the range of WHO.
博吉浦尔市地表水和地下水污染物的理化和微生物学调查
水是生命进化必不可少的资源。整个地球的75%被水覆盖。流经社会外围的水源代表了该社会的发展和意识。本文对博吉浦尔市不同水源的污染物进行了调查。六种不同的水样,基于它们不同的纬度,是按照所有的指导方针收集的。对其理化参数和大肠杆菌等微生物进行了检测和分析。结果显示,大部分水质的理化指标都在世界卫生组织(WHO)的标准范围内,但硅鸿水样的细菌数量却超出了WHO的标准。总溶解固形物(TDS)、总固形物(TS)、氯化物含量等理化指标均未达到WHO标准。Bahundhara水样溶解氧(DO)含量较高,而Bhandari井样溶解氧含量较低。色拉县水样中生物需氧量(BOD)含量较高,而矽洪水样中生物需氧量(BOD)含量较低,说明色拉县水样污染较严重。在微生物测试方面,硅鸿水样经普罗维登斯菌测试,显示不适合饮用。因此,硅洪水不应直接饮用,硅洪水富含普罗维登菌,其他样品的理化参数均在WHO的范围内。
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