Socio-Environmental Impacts of Hydro Power Technology- a Review

Aanya Singh, Rohit Mandavkar, Sanjay Singh, Raunak Devdatta Prabhu Bhembre, Devansh Jain, D. D. W. Rufuss
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Abstract

Renewable energy, is the primary load bearer of a sustainable circular economy and hydropower being one of the earliest forms of it, has a wide application base. With unprecedented situations being faced by the people every day, power consumption patterns and requirements are changing and so are the faces of the leading economies. However, like other renewable strategies it is assayed based on the greenhouse gas emissions during its operation. This unfortunately presents a true but blurry picture. Some of the long-term issues with creating a dam, are soil quality degradation in downstream regions, loss of aquatic life due to high-speed turbine blades, disbalance in the nutrient cycle of aquatic systems, water contamination with machinery oils, displacement of local communities, loss of soil fertility near the site due to drilling and tunnelling, landslides and seismic issues due to excavation of land which loosens the nearby soil cover. Therefore, our goal is to analyze and compile various case studies of hydro power projects throughout the globe which caused some environmental or social disruption in their respective regions and the various steps that were taken by the government or the locals to tackle these problems. Many areas faced seismic problems, environmental degradation, water profile alterations and social displacement. But, by opting for new turbine technologies, fish friendly channel designs and landscaping procedures featuring indigenous vegetation to restore surrounding ecology, those regions were able to amend the problems with their hydropower project.
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水电技术的社会环境影响综述
可再生能源是可持续循环经济的主要承担者,水电是最早的循环经济形式之一,具有广泛的应用基础。人们每天都面临着前所未有的情况,电力消费模式和需求正在发生变化,主要经济体的面貌也在发生变化。然而,与其他可再生能源战略一样,它是根据其运行过程中的温室气体排放进行分析的。不幸的是,这呈现了一幅真实但模糊的画面。修建大坝的一些长期问题包括:下游地区的土壤质量退化、高速涡轮叶片造成的水生生物损失、水生系统营养循环失衡、机械油污染水体、当地社区流离失所、钻井和隧道施工造成的附近土壤肥力损失、挖掘土地导致附近土壤松动造成的滑坡和地震问题。因此,我们的目标是分析和汇编全球水电项目在各自地区造成环境或社会破坏的各种案例研究,以及政府或当地采取的各种措施来解决这些问题。许多地区面临地震问题、环境退化、水剖面变化和社会流离失所。但是,通过选择新的涡轮机技术、对鱼类友好的水道设计和以当地植被为特色的景观美化程序来恢复周围的生态,这些地区能够解决水电项目的问题。
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