降低水库冷却器中硫酸盐浓度的方法——以中国Kenon湖为例

G. Veselkov, А.V. Mironov
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引用次数: 0

摘要

本文给出了水化学平衡的计算结果。目前已开发并描述了降低中国Kenon湖CHPP-1水库冷却器中硫酸盐浓度的方法。未采取防过滤措施的煤站的运行及其废弃物的处理直接影响湖泊的土壤喂养。因此,城市形成植物的人为影响威胁着湖泊的生态系统和地下水质量。本文提出的措施应有助于减少影响自然生态系统的负面因素,然后继续使用煤炭燃料来保持水库的质量。实施这些方法的主要后果之一是计算水恢复到自然状态时的时间。将水塘的这一部分用作康乐用途将会有所帮助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ways to Reduce Concentration of Sulphates in Reservoir-Cooler Based on Kenon Lake in Chita
The paper presents calculation results of hydrochemical balance. There are developed and described methods to reduce the concentration of sulfates in reservoir-cooler Lake Kenon CHPP-1 in Chita. The operation of a coal station and disposal of its waste without anti-filtration measures directly affect soil feeding of the lake. Thus, the anthropogenic impact of the city-forming plant threatens the lake’s ecosystem and quality of groundwater. The measure proposed in the paper should help reduce negative factors affecting the natural ecosystem and, then continue to use coal fuel to maintain the quality of the reservoir. One of the main consequences of the implementation of these methods is time calculation when water is restored to its natural state. It will help to use this part of the reservoir for recreational purposes.
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