神草坝gÓra水库的微生物生物修复

IF 0.4 Q4 AGRONOMY
R. Mazur, M. Sitarek
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引用次数: 4

摘要

研究目的研究作为Kamienna水库净化过程一部分的微生物生物修复过程的效果Góra。材料和方法进行了许多实地测量,如底部沉积物的厚度、光透射和水的物理化学分析。介绍了在生物修复过程中开展的活动。最终的影响已经被描述出来了。结果与结论在选定的测量点,微生物生物修复过程使底部沉积物(有机组分)减少了30-100%。在检查点上,光带条件从70-100%改善。水中有机污染物水平也有所改善。2018年,所研究的营养物质的浓度没有下降,甚至在某些点还增加了。尽管水库的水质发生了明显的变化,底层沉积物中的有机组分几乎完全消失,但洪水中的营养物质仍会增加。在去年的研究中,注意到藻华完全消失,过渡带位于早期出现的地方。水库仍然暴露在扎德纳河水带来的污染物的压力下。如果污染源没有消除,这种处理将不得不在随后的季节重复,以保持水库水的质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MICROBIOLOGICAL BIOREMEDIATION OF THE KAMIENNA GÓRA DAM RESERVOIR
Aim of the study Study of the effects of the microbiological bioremediation process carried out as a part of a purification process of a reservoir in Kamienna Góra. Material and methods A number of field measurements were made, i.e. thickness of bottom sediments, light transmission, and physicochemical analyses of waters. Activities undertaken in the bioremediation process were described. The final effects have been characterised. Results and conclusions The microbiological bioremediation process has contributed to the reduction of bottom sediments (organic fractions) by 30–100% at the selected measuring points. There was an improvement in the euphotic zone conditions from 70–100% in the examined points. The level of organic pollutants in water has also partially improved. The concentrations of the studied nutrients did not decrease, and even in some points they increased in 2018. Despite visible changes in the water quality in the reservoir, and almost complete elimination of organic fractions in bottom sediments, an increase in nutrients in the flood waters could be expected. In the last year of research, complete elimination of algal blooms was noted and ecotones were located in places of their earlier occurrence. The reservoir is still exposed to pressure from pollutants brought in by waters of the Zadrna River. If sources of pollution are not eliminated, this type of treatment will have to be repeated in subsequent seasons to maintain the quality of the reservoir water.
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来源期刊
CiteScore
0.40
自引率
25.00%
发文量
1
审稿时长
50 weeks
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