Assessment of the Prospect of Using the Hydropower Potential in the Operating Water-Supply and Irrigation Systems of Savropol Krai (Russia)

Bondarenko, V.L.; Kortunov, A. K.; Semenova, E.A.; Khetsuriani, E. D.

doi:10.1109/fareastcon.2019.8934160

Cited by 6 publications

(3 citation statements)

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“…Finally, the authors suggest findings can be used to fill knowledge gaps related to bioassessments, especially for tropical rainforests (Cabrera et al, 2021;Dorber et al, 2019). As we found, the samples show changes in some chemical and physical parameters; thus, proper environmental management is imperative in tropical aquatic ecosystems to reduce impacts since hydropower dams alter the nature of water (Bondarenko et al, 2019;Johnson et al, 2019).…”

Section: Figure 4 Principal Parameters With Deviationsmentioning

confidence: 62%

Analysis of Water Characteristics by the Hydropower Use (Up-Stream and Downstream): A Case of Study at Ecuador, Argentina, and Uruguay

Naranjo-Silva¹,

Rivera-Gonzalez²,

Escobar-Segovia³

et al. 2022

JSD

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This study aims to evaluate the water use characteristics of five hydropower stations in Ecuador, Uruguay, and Argentina to verify if the resource will change by their use on energy production, mainly to natural dam flow. The methodology is quantitative by taking water before inlet of the generation turbines (up-stream) and outlet of discharge after the process (downstream), there are ten samples to study for each one, at eleven physical-chemical parameters (three physical and eight chemical). This study found that hydropower projects analyzed present changes between inlet dammed water and outlet water from the turbine after generating electricity. The measured parameters are variables, some ranges demonstrate large deviations, for example, total dissolved solids with 100 mg/l, total solids 93 mg/l, and hardness 46 mg/l. There are differences between upstream and downstream water quality because the projects with dams stagnate the source of increasing development of the solids, verifying that the expansion of the extensive infrastructures, such as dams, generates the suspended matter presence, compared to outlet water at the discharge stage, these materials are clay, silt, organic material, vegetation decomposition, and living bodies such as algae, snails, and floating plants that produce opacity, which is the reason for the color difference in the samples. It recommends monthly sustainability plans for all hydropower projects to check the water conditions and ecosystems, monitoring climate behavior to issue improvements or fixes continuously.

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Section: Figure 4 Principal Parameters With Deviationsmentioning

confidence: 62%

Analysis of Water Characteristics by the Hydropower Use (Up-Stream and Downstream): A Case of Study at Ecuador, Argentina, and Uruguay

Naranjo-Silva¹,

Rivera-Gonzalez²,

Escobar-Segovia³

et al. 2022

JSD

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“…It is essential to mention that the novelty of this manuscript is to analyze changes in the leading natural resource due to hydropower dams: Fresh water is a finite resource, each year, it becomes more polluted, its properties change, and if it is not managed sustainably in the future, the effects will be on all natural ecosystems and human life (Bondarenko et al, 2019;Bongio et al, 2016).…”

Section: Asmentioning

confidence: 99%

A physical-chemical study of water resources in 5 hydropower projects

Naranjo-Silva¹,

Punina-Guerrero²,

Barros-Enrique³

et al. 2022

BJDV

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Over the last 60 years, renewable energies have substantially developed; in 2021, around 12.8% of global primary energy came from these technologies. Thus, even though renewable energies have good global acceptance present challenges in quantifying the environmental, social, and cultural effects, generating a lack of knowledge of the impact caused. Nowadays, hydropower is the renewable source with the most significant participation; at the end of 2020, the hydropower installed capacity worldwide was 1,330 GW, and 4,370 TWh were generated in that year. Therefore, the manuscript aims to determine if there are changes in water quality due to the use of hydropower generation in five projects distributed in Ecuador, Argentina, and Uruguay. The methodology is quantitative experimental; experimental because it takes water samples to measure parameters and qualitatively compares the lab results to do statistical analyses. Based on the ten samples gathered, it concluded that from 14 physical and chemical parameters, the principal divergences fluctuated in the presence of dissolved solids (26%), total solids (21%), bicarbonates (15%), total hardness (14%), suspended solids (6%), and sodium (4%). Additionally, values show organic matter existence due to vegetation decomposition, and metabolites formed in dams such as Salto Grande, Hidroagoyan, Minas San Francisco, Baba, and Coca Codo Sinclair.

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“…To be able to drain water, a water pump is needed (Carroll et al, 2020;Golmohamadi & Asadi, 2020;Morabito & Hendrick, 2019) that can add water to the Kace Tegeh place with a solar power plant (PLTS) source. Solar power plants are a source of energy that comes from clean sunlight and will not run out all the time (Bondarenko et al, 2019;Rezk et al, 2020;Sarkar et al, 2021;Vandana et al, 2022) On-grid solar power generation system.…”

Section: Introductionmentioning

confidence: 99%

Modelling of Solar Power Generation Systems as a Source of Agricultural Irrigation Pumps

Parti

Rasmini

Mudiana

et al. 2023

jppipa, pendidikan ipa, fisika, biologi, kimia

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New and renewable energy (EBT) is a green energy generator because its supply is abundant and will not run out all the time. Renewable energy is clean energy and does not produce pollution because it is not from fossil fuels such as natural gas, and it will not damage the environment on earth. One of the green energy generators is the Solar Power Plant (PLTS), one of the green energies developed by the Indonesian government to replace energy derived from fossil fuels. The government has set a National Energy Policy, targeting the contribution of NRE to the national energy mix by 2025 is 17% (Perpres No. 5/2006), amended by PP No.79/2014, 23% (2025, (31) % (2050) To be able to support this, it is hoped that a study and research will be carried out, "Modeling of solar power generation systems as a source of agricultural irrigation pumps” with research that can obtain results that can be obtained irrigating rice fields in Subak Kanca Tegeh, Selan Bawak Village, Tabanan Regency so that farmers who are having rice fields that cannot drain water can be supplied with water by installing a pump 10 ha from 50 ha, the existing water has not been able to reach this far with a higher topography, it is necessary to plan how much power is needed so that the water pump can obtain enough energy to the pump can work normally.

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Assessment of the Prospect of Using the Hydropower Potential in the Operating Water-Supply and Irrigation Systems of Savropol Krai (Russia)

Cited by 6 publications

References 0 publications

Analysis of Water Characteristics by the Hydropower Use (Up-Stream and Downstream): A Case of Study at Ecuador, Argentina, and Uruguay

Analysis of Water Characteristics by the Hydropower Use (Up-Stream and Downstream): A Case of Study at Ecuador, Argentina, and Uruguay

A physical-chemical study of water resources in 5 hydropower projects

Modelling of Solar Power Generation Systems as a Source of Agricultural Irrigation Pumps

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