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首页> 外文期刊>Environments >Determination of Water Quality Degradation Due to Industrial and Household Wastewater in the Galing River in Kuantan, Malaysia Using Ion Chromatograph and Water Quality Data
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Determination of Water Quality Degradation Due to Industrial and Household Wastewater in the Galing River in Kuantan, Malaysia Using Ion Chromatograph and Water Quality Data

机译：利用离子色谱仪和水质数据确定马来西亚关丹加林河工业和生活废水引起的水质退化

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摘要

Water quality of the Galing River in Kuantan, Malaysia was examined to understand the anthropogenic environmental load in each administrative section, using water quality monitoring data and land use pattern. The National Physical Plan 2005 identified Kuantan as one of the country’s future growth centers, which has resulted in rapid development and environmental degradation in the past decade. Multiple water quality indexes used by the Department of Environment, Malaysia and concentrations of several ionic species were examined to assess the river’s water quality. The following inferences were drawn in this study: (1) Cl ? and Na + concentrations indicated that the basin area near the eastern urbanized area was subject to lesser human influence and lower environmental burden; (2) the Western side of the Galing River was subject to higher anthropogenic influence and indicated lower class levels of ammoniacal nitrogen, chemical oxygen demand, and dissolved oxygen, compared to the eastern side; (3) Class V or near class V pH values were obtained upstream at the western side of the Galing River in the industrial area; (4) Two types of environmental burden were identified in the western side of the Galing River, namely, inflow of industrial wastewater upstream on the western side and the effect of household wastewater or untreated raw sewage wastewater.
机译：利用水质监测数据和土地利用模式，对马来西亚关丹的加林河的水质进行了检查，以了解每个行政区的人为环境负荷。 《 2005年国家物理计划》将关丹确定为该国未来的增长中心之一，在过去的十年中，关丹已导致其快速发展和环境恶化。检查了马来西亚环境部使用的多个水质指数和几种离子物种的浓度，以评估河流的水质。在这项研究中得出以下推论：（1）Cl？ Na +浓度表明，东部城市化地区附近的流域受人类影响较小，环境负担较低; （2）与东部相比，加林河的西侧受到更高的人为影响，氨氮水平，化学需氧量和溶解氧水平较低。 （3）在工业区加林河西侧上游获得V级或接近V级pH值; （4）在加林河西侧确定了两种类型的环境负担，即西侧上游工业废水的流入和家庭废水或未经处理的原污水的影响。

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