孟加拉国Shiddhirganj 210MW蒸汽电厂、Sirajganj 225MW联合循环电厂和Rooppur 2400MW核电站水特性分析:电厂级水比较研究

Md Nur Salam, Mohammad Farhan Hasan, M. Rokonuzzaman, M. A. Rahman
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摘要

长期以来,水质一直是核电厂和火电厂运行的重要组成部分。水被用作发电厂的工作和冷却液。经处理后供电厂使用的水源水质应符合技术导则所建议的pH、EC、TDS、碱度、硬度、氯含量、二氧化硅、重金属等理化性质的规定值。为了分析水质特征,我们从不同的水源采集了水样。测试了两个河流水样和一个地下水样品(标记为PP1, PP2和NPP站点)以确定水的性质。通过各种分析试验确定了水样的物理化学性质。采用原子吸收分光光度法(AAS)对重金属进行了研究。所调查样品的物理化学性质非常好,符合世界卫生组织(世卫组织)、美国公共卫生部和孟加拉国环境部的建议值。但这些数值与火电厂运行的推荐值相差甚远。因此,它需要处理才能在锅炉中使用。重力法、碳过滤法、离子交换法和反渗透(RO)是发电厂使用前处理水的好方法。对帕德玛河水样的物理化学特性进行了分析,达到火电厂锅炉水和第三代核压水堆二次水回路的规定水平,结果表明帕德玛河水样的水质优于其他两种水样。这项工作的目的是探讨水源水质参数值与技术指南推荐值之间的差异。为了最大限度地降低水处理成本,可以根据优质水的供应情况,提倡在孟加拉国新建一个发电厂项目。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Analysis of Water Characteristics of Shiddhirganj 210MW Steam Power Plant, Sirajganj 225MW Combined Cycle Power Plants and Rooppur 2400MW Nuclear Power Plant in Bangladesh: A Comparative Study of Power Plant Grade Water
Water quality has long been an important part of the operation of nuclear and thermal power plants. Water is used as a working and cooling fluid in power plants. The quality of source water to be used in the power plants after treatment should conform to the prescribed values of Physico-Chemical properties like pH, EC, TDS, Alkalinity, Hardness, presence of Chloride content, Silica, and Heavy metals as recommended by technical guidelines. To analyze the water characteristics, water samples were collected from various sources. Two river water samples and a groundwater sample (marked as PP1, PP2, and NPP site) were tested to determine the water properties. The Physico-chemical properties of the water samples were determined using various analytical tests. Heavy metals were also investigated using the Atomic Absorption Spectrophotometric (AAS) process. The Physico-chemical properties of investigated samples were so good as to the recommended values of the World Health Organization (WHO), United States of Public Health (USPH), and Bangladesh Environmental Department. But the values were very far from the recommended values for thermal power plants operation. So, it needs to treat to use in the boilers. Gravitation, Carbon filtration, Ion exchange method, and Reverse Osmosis (RO) are good ways to treat the water before use in power plants. The Padma River water is better than the other two samples when the Physico-chemical characteristics of the sample waters were analyzed to the prescribed levels for the boiler water of a thermal power plant and the secondary water circuit of a third-generation nuclear PWR reactor. The aim of this work is to explore the difference between the source water quality parameters values and those of the recommended values of technical guidelines. To minimize the water treatment cost, a new site for the installation of a power plant project in Bangladesh can be advocated depending on the availability of good quality water.
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