Sustainable water resources management of Prokletije region

<em>The main goal of this paper is the upgrading of classic economic analyses of optimal concept selection of small hydro development. Techno-economic small hydro system needs to be environmentally friendly and socially acceptable solution. Environmental and social parameters are quantified by...

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Main Authors: Svetlana M Stevovic, Hranislav Milošević, Ivan Stevović, Sabahudin Hadrović
Format: Article
Language:English
Published: Economics institute, Belgrade 2014-04-01
Series:Industrija
Online Access:http://aseestant.ceon.rs/index.php/industrija/article/view/4699
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spelling doaj-c9d4b8d187464d66af89d748221e097d2020-11-24T21:04:46ZengEconomics institute, BelgradeIndustrija0350-03732334-85262014-04-0142110.5937/industrija42-46991448Sustainable water resources management of Prokletije regionSvetlana M Stevovic0Hranislav Milošević1Ivan Stevović2Sabahudin Hadrović3University Union Nikola Tesla, Department of civil construction management, Belgrade, SerbiaUniversity Pristina, Faculty for Natural Sciences and Mathematics Kosovska Mitrovica,SerbiaSingidunum University , Faculty of Business Economics, Belgrade, SerbiaUniversity Union Nikola Tesla, Faculty of ecology and environmental protection, Belgrade, Serbia<em>The main goal of this paper is the upgrading of classic economic analyses of optimal concept selection of small hydro development. Techno-economic small hydro system needs to be environmentally friendly and socially acceptable solution. Environmental and social parameters are quantified by Delphi method. They are results of Environmental and Social impact assessment study of the project. Environmental and social parameters are incorporated in the techno-economic analyses for the optimal sustainable concept of small hydro development, by Elektra method, as possible multi attributive operational research model. System of small hydro power plants optimization for Prokletije streams catchments area is case study where the developed model is tested and proofed. Economic cost and total investment of fifteen possible small hydro power plants has been upgraded with quantified environmental and social parameters and analyzed in the function of sustainable economic development of Prokletije region. </em>http://aseestant.ceon.rs/index.php/industrija/article/view/4699
collection DOAJ
language English
format Article
sources DOAJ
author Svetlana M Stevovic
Hranislav Milošević
Ivan Stevović
Sabahudin Hadrović
spellingShingle Svetlana M Stevovic
Hranislav Milošević
Ivan Stevović
Sabahudin Hadrović
Sustainable water resources management of Prokletije region
Industrija
author_facet Svetlana M Stevovic
Hranislav Milošević
Ivan Stevović
Sabahudin Hadrović
author_sort Svetlana M Stevovic
title Sustainable water resources management of Prokletije region
title_short Sustainable water resources management of Prokletije region
title_full Sustainable water resources management of Prokletije region
title_fullStr Sustainable water resources management of Prokletije region
title_full_unstemmed Sustainable water resources management of Prokletije region
title_sort sustainable water resources management of prokletije region
publisher Economics institute, Belgrade
series Industrija
issn 0350-0373
2334-8526
publishDate 2014-04-01
description <em>The main goal of this paper is the upgrading of classic economic analyses of optimal concept selection of small hydro development. Techno-economic small hydro system needs to be environmentally friendly and socially acceptable solution. Environmental and social parameters are quantified by Delphi method. They are results of Environmental and Social impact assessment study of the project. Environmental and social parameters are incorporated in the techno-economic analyses for the optimal sustainable concept of small hydro development, by Elektra method, as possible multi attributive operational research model. System of small hydro power plants optimization for Prokletije streams catchments area is case study where the developed model is tested and proofed. Economic cost and total investment of fifteen possible small hydro power plants has been upgraded with quantified environmental and social parameters and analyzed in the function of sustainable economic development of Prokletije region. </em>
url http://aseestant.ceon.rs/index.php/industrija/article/view/4699
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AT hranislavmilosevic sustainablewaterresourcesmanagementofprokletijeregion
AT ivanstevovic sustainablewaterresourcesmanagementofprokletijeregion
AT sabahudinhadrovic sustainablewaterresourcesmanagementofprokletijeregion
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