孟加拉国科克斯巴扎尔Kohelia河水质参数评价

M. Ahammed, HI Murtuza, A. Rahman, MS Islam, R. Saiem
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摘要

该研究是为了探索从2020年9月至2021年9月孟加拉国正在建设的Matarbari燃煤发电厂的通道建设工程中涉及Kohelia河上的桥梁和Kohelia河岸道路的地表水的物理化学参数。地表水样本是从Kohelia的三个采样站采集的,用于建造通往Matarbari的通道。结果表明:pH、温度(T)、溶解氧(DO)、总悬浮物(TSS)、浊度、电导率(EC)、总溶解固形物(TDS)、总大肠菌群(TC)和粪大肠菌群(FC)分别为6.6 ~ 8.2、24.8 ~ 31.6ºC、4.3 ~ 6.1 mg/L、4.0 ~ 15.0 mg/L、7.4 ~ 117.0 NTU、24.3 ~ 725.0 μS/cm、200.0 ~ 2721.0 mg/L、23.6 ~ 644.0 N/100 ML和11.0 ~ 312.0 N/100 ML。部分参数随时间变化不明显。这可能是由于Kohelia河的研究区域非常靠近孟加拉湾的河口,由于潮汐的影响,每天或每月都会发生周期性变化。除pH和温度(T)外,其他理化参数均在标准限值的可接受范围内。对比研究表明,由于桩浆、混凝土碎片、废水、不卫生的卫生垃圾、土壤和淤泥倾倒、地表径流、油类和油脂垃圾、工人产生的固体废物、侵占等因素,可能导致总大肠菌群和粪便大肠菌群超标。环绕。科学。与自然资源,13(1&2):76- 81,2020
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Assessment of Water Quality Parameters of The Kohelia River at Cox’s Bazar of Bangladesh
The study was conducted to explore the physicochemical parameters of surface water from the construction work involving the bridge over the river Kohelia and road along the bank of Kohelia for the construction of access road for Matarbari Coal Fired Power Plant is under construction area of Bangladesh starting from September 2020 to September 2021. The surface water samples were collected from three sampling stations in the Kohelia for the construction of access road for Matarbari. The result of the study showed that pH, Temperature (T), Dissolved Oxygen (DO), Total Suspended Solids (TSS), Turbidity, Electric Conductivity (EC), Total Dissolved Solids (TDS), Total Coliform (TC) and Fecal Coliform (FC) were ranged from 6.6 to 8.2, 24.8 to 31.6ºC, 4.3 to 6.1 mg/L, 4.0 to 15.0 mg/L, 7.4 to 117.0 NTU, 24.3 to 725.0 μS/cm, 200.0 to 2721.0 mg/L, 23.6 to 644.0 N/100 ML and 11.0 to 312.0 N/100 ML respectively. Some parameters showed no significant change with the time period. This might happen due to periodic changes per day or month due to tidal effects as the study area of Kohelia River is very close estuary of the Bay of Bengal. Except pH and Temperature (T), all others physicochemical parameters were across the acceptable range of standard limits. The Comparative study showed Total and Fecal coliform is higher than the Standard might be happen due to piling slurry, concrete debris, wastewater, unhygienic sanitary waste, soil & silt dumping, surface runoff, oil and grease littering, solid waste created by workers, encroachment etc. Environ. Sci. & Natural Resources, 13(1&2): 76-81, 2020
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