Претрага
361 items
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Valorization of non-balanced coal reserves in Serbia for underground coal gasification
David Petrović, Lazar Kričak, Milanka Negovanović, Stefan Milanović, Jovan Marković, Nikola Simić, Ljubisav Stamenić (2019)In the name of a better and safer energy future, it is our responsibility to focus our knowledge and activities to save on imported liquid and gas fossil fuels, as well as coal on which energy security of Serbia is based. The rationalization in the use of available energy resources certainly positively affects economy and the environment of a country. This paper indicates motivations for the application of the underground coal gasification process, as well as surface gasification for ...... environmental aspect of UCG application in Serbia various additional renewable energy resources have been considered. The key one are solar photovoltaic systems that are proposed to be utilized to provide necessary onsite clean energy generation option [15]. Stand-alone or grid-connected photovoltaic ...
... =713t O, =23400t Capacity – time production of energy m, =1235 t\h m, =10070 mž/h Available energy potential of energy source R =20GWh R,, =25GWh Total value of the obtained energy source C, „=248000 E Cg,„„, =983000 e Working time for energy production T= 120 days = 4 months Potential impacts ...
... the name of a better and safer energy future, it is our responsibility to focus our knowledge and activities to save on imported liquid and gas fossil fuels, as well as coal on which energy security of Serbia is based. The rationalization in the use of available energy resources certainly positively ...David Petrović, Lazar Kričak, Milanka Negovanović, Stefan Milanović, Jovan Marković, Nikola Simić, Ljubisav Stamenić. "Valorization of non-balanced coal reserves in Serbia for underground coal gasification" in Thermal Science (2019). https://doi.org/10.2298/TSCI190725390P
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Energetska efikasnost elektromotora na površinskim kopovima
Snežana Aleksandrović, Ilija Jeftenić (2023)Snežana Aleksandrović, Ilija Jeftenić. "Energetska efikasnost elektromotora na površinskim kopovima" in 11. Međunarodna konferencija “Ugalj i kritični materijali" CCM 2023, Zlatibor, 11-14. oktobar 2023. , Beograd : Jugoslovenski komitet za površinsku eksploataciju (2023)
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The Serbian Geothermal Energy Sector
Ivezić Dejan (2011)Ivezić Dejan. "The Serbian Geothermal Energy Sector" in European Conference – GEOFAR - Innovative Solutions For Geothermal Energy Financing - Proceedings, Atina: (2011)
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Hidrogeotermalni resursi teritorije grada Beograda
Ana Vranješ (2012-12-12)Republika Srbija je izrazito bogata hidrogeotermalnim resursima. Podzemne vode satemperaturama preko 20oC (pa do 96oC, Vranjska Banja) relativno su dobro iskorišćene.Nasuprot njima, podzemne vode sa temperaturama do 20oC do sada uglavnom nisu bilepredmet istraživanja sa bilo kog aspekta izuzev za potrebe vodosnabdevanja. Razvojemsistema toplotnih pumpi, mogućnosti višenamenskog korišćenja ovih voda značajno suuvećane.Teritorija Beograda odlikuje se značajnim resursima podzemnih voda, pre svega u okvirualuvijalnih peskovito-šljunkovitih naslaga i neogenih tortonsko-sarmatskih krečnjačkihnaslaga. Temperatura ovih voda ne prelazi 25oC. Njihovim zahvatanjem preko istražnoeksploatacionihbunara ...geotermalna energija, hidrogeotermalni resursi, hidrogeotermalni sistemi, hidrogeotermalnapotencijalnost, energetska valorizacija, hidrogeološka rejonizacija, grad BeogradAna Vranješ. "Hidrogeotermalni resursi teritorije grada Beograda" in Универзитет у Београду, Универзитет у Београду, Рударско-геолошки факултет (2012-12-12)
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Energy Mining And Sustainable Development
Ristović Ivica (2010)Ristović Ivica. "Energy Mining And Sustainable Development" in Proceedings of 3rd International Symposium ENERGY MINING ER 2010, Belgrade Serbia:FMG, Belgrade (2010): 1-6
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Optimising in electrical energy consumption in mining plants
Snežana Aleksandrović, Vesna Damnjanović, Ilija Jeftenić. "Optimising in electrical energy consumption in mining plants" in 17th International Symposium INFOTEH-JAHORINA 2018, Istočno Sarajevo : Elektrotehnički fakultet, Univerzitet u Istočnom Sarajevu (2018)
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The use of geothermal energy for heating roads and open areas, Serbia, Europe
Milenić Dejan, Vranješ Ana (2014)Milenić Dejan, Vranješ Ana. "The use of geothermal energy for heating roads and open areas, Serbia, Europe" in Proceedings of the Grand Renewable Energy, Tokyo, Japan (2014)
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Thermal Imaging Assessment of Energy Efficiency
Damnjanović Vesna (2017)Damnjanović Vesna. "Thermal Imaging Assessment of Energy Efficiency" in eNergetics2017, 3rd Virtuel International Conference on Science, Technology and management in Energy 2017, Nis, Srbija:Research and Development Centar “ALFATEC” (2017): 169-172
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Serbian energy development based on lignite production
Jovančić Predrag, Tanasijević Miloš, Ivezić Dejan. "Serbian energy development based on lignite production" in Energy Policy 39 no. 3, Oxford;UK:Pergamon (2011): 1191-1199. https://doi.org/DOI: 10.1016/j.enpol.2010.11.0
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The Potential of and Barriers to Renewable Energy Sources in Serbia
Ivezić Dejan, Đajić Nenad, Živković Marija. "The Potential of and Barriers to Renewable Energy Sources in Serbia" in Energy Sources, Part: B Economics Planning and Policy 8 no. 2, USA:Taylor and Francis (2013): 162-170
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Industrial Waste Heat Potential for Meeting Heat Demand in the Republic of Serbia
Dejan Ivezić, Marija Živković (2023)Finalna potrošnja energije u industrijskom sektoru čini skoro 25% finalne potrošnje energije u Republici Srbiji. Procenjuje se da je 50-70% potrošnje energije u industriji namenjeno proizvodnji toplotne energije u različitim industrijskim procesima. Deo proizvedene toplotne energije se nepovratno gubi kao energija odvedena u okolinu: prenosom toplote kroz zidove procesne opreme, dimnim gasovim, otpadnim vodama itd. Korišćenjem otpadne toplote povećava se efikasnost korišćenja primarne energije i smanjuje ukupna potreba za energijom. Otpadna toplota se može koristiti u samom industrijskom objektu ...Dejan Ivezić, Marija Živković. "Industrial Waste Heat Potential for Meeting Heat Demand in the Republic of Serbia" in Energija, ekonomija, ekologija (2023). https://doi.org/10.46793/EEE23-1.17I
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The new Serbian Energy Sector Development Strategy until 2025 and projections until 2030
Ramić Biljana, Ivezić Dejan (2016)Ramić Biljana, Ivezić Dejan. "The new Serbian Energy Sector Development Strategy until 2025 and projections until 2030" in Energy Scenarios for SE Europe: A close look into the Western Balkans, Luxembourg:Publications Office of the European Union (2016): 24-26. https://doi.org/10.2790/337882
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Serbian oil sector: A new energy policy regulatory framework and development strategies
Karović-Maričić Vesna, Danilović Dušan, Leković Branko. "Serbian oil sector: A new energy policy regulatory framework and development strategies" in Energy Policy no. 51, London-Amsterdam -New York:Elsevier (2012): 311-322
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Analysis of regulations in the energy sector in Serbia as a support to mitigation and adaptation to climate change
Ivezić Dejan, Živković Marija, Danilović Dušan. "Analysis of regulations in the energy sector in Serbia as a support to mitigation and adaptation to climate change" in International Symposium Sustainable Development of Mining and Energy Industry ORRE11, Beograd:Univerzitet u Beogradu , Rudarsko-geološki fakultet (2011): 317-322
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Energy Resources in the Republic of Serbia: Development Policy
Jovančić Predrag, Kolonja Božo, Ignjatović Dragan, Tanasijević Miloš, Madžarević Aleksandar, Krstić Vojislav (2014)Jovančić Predrag, Kolonja Božo, Ignjatović Dragan, Tanasijević Miloš, Madžarević Aleksandar, Krstić Vojislav. "Energy Resources in the Republic of Serbia: Development Policy" in Journal of Energy Sources, Part B: Economics, Planning and Policy, :Taylor & Francis (2014). https://doi.org/DOI: 10.1080/15567249.2014.896
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Energy policy reforms in the Serbian oil sector: An update
Karović-Maričić Vesna, Danilović Dušan, Leković Branko, Crnogorac Miroslav. "Energy policy reforms in the Serbian oil sector: An update" in Energy Policy 113, Amsterdam, Netherlands:Elsevier (2018): 348-355. https://doi.org/https://doi.org/10.1016/j.enpo
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Uporedni prikaz proizvodnje električne energije iz uglja zemalja Evrope sa najvećim udelom: politika i projekcija proizvodnje
Energetski razvoj zemalja Evrope decenijama je bio baziran na uglju. Instalisana snaga svih energetskih kapaciteta koji su zasnovani na uglju je preko 2000 GW. Ugalj je i dalje od bitnog značaja za dobijanje električne energije u Evropi. I pored toga što postoji veliki potencijal uglja, trend je smanjenja proizvodnje električne energije iz uglja do 2050. godine. Imajući u vidu Zelenu agendu i politiku EU, zemlje Evrope se okreću obnovljivim izvorima energije. Srbija u okviru obnovljvih izvora ima potencijala prevashodno ...Predrag Jovančić, Dragan Ignjatović, Stevan Đenadić. "Uporedni prikaz proizvodnje električne energije iz uglja zemalja Evrope sa najvećim udelom: politika i projekcija proizvodnje" in Energija, ekonomija, ekologija, Savez energetičara (2022). https://doi.org/10.46793/EEE22-3.63J
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Analysis Of the Process Of Carbon Capture Utilization And Storage In Underground Reservoirs
John Nyame (2024)The importance of mitigating the effects of global climate change has necessitated an in-depth exploration of innovative strategies to reduce carbon dioxide (CO2) emissions. Among these strategies, Carbon Capture, Utilization, and Storage (CCUS) has emerged as a promising and transformative solution. This master thesis delves into the diverse realm of CCUS processes, aiming to unravel the positives challenges, and opportunities within this dynamic field. The analysis begins with a systematic examination of carbon capture technologies, encompassing post-combustion, pre-combustion, and oxy-fuel combustion ...... decreasing emissions in the atmosphere. Energy players and government are paying more attention to the development of green and clean energy aimed at saving energy and reducing the emissions of greenhouse gases for financial benefits. Many countries are and energy players participate in the United Nations”' ...
... formation to be at least 2000 Gt CO» [51]. Carbon capture utilization and storage is reducing: CO> emissions with energy efficiency and renewable energy as there is a call for energy transition. In the USA in 2008, CO» emissions were close to 40% emitted from fuel-based power plants. The number is ...
... presents the narrative of how feasible countries and energy players need to invest in climate change and energy sustainability as global warming is on the rise and adapt to the new world of technological innovation and cost saving of energy resources. REFERENCES [1] Stefan Bachu (2000) Seq ...John Nyame. Analysis Of the Process Of Carbon Capture Utilization And Storage In Underground Reservoirs, 2024
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Место и улога система даљинског грејања у стратешким плановима развоја енергетског сектора Републике Србије
Dejan Ivezić, Marija Živković (2022)Системи даљинског грејања представљају врло битан елемент енергетског система Републике Србије. Инжењерски посматрано, ради се о системима који су концептуално осмишљени у другој половини ХХ века и чије функционисање почива на коришћењу фосилних горива. Трансформација ових система, у склопу енергетске транзиције читавог енергетског система Републике Србије, претпоставља, између осталог, значајније коришћење обновљивих извора енергије у производњи топлотне енергије, смањење губитака и повећање енергетске ефикасности производње и дистрибуције енергије, дигитализацију процеса, итд. У раду се укратко излаже тренутно стање система ...Dejan Ivezić, Marija Živković. "Место и улога система даљинског грејања у стратешким плановима развоја енергетског сектора Републике Србије" in Стручно-научна конференција ТОПС 2022, Златибор 30-31.05.2022., Зборник радова, Пословно удружење Топлане Србије (2022)
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Projection of SO2 emissions in coal power plants in Serbia
Aleksandar Madžarević, Predrag Jovančić, Stevan Đenadić, Filip Miletić, Miodrag Ristović, Miroslav Crnogorac (2023)The production of electricity in the countries of South-Eastern Europe (SEE) was mainly related to the use of coal, predominantly lignite. The total installed capacity of thermal power plants using coal in these seven countries is 17.813 MW, distributed in 31 thermoblocks. The mentioned plants are the dominant pollutant emitters in all observed countries. Data on the largest emitters in the countries of the European Union and a comparison with SEE countries were collected. The calculation of emissions of ...... November to 11 December 2015. International Energy Agency - Report: KElectricity and Heat. Available online: https://countryeconomy.com/ Jovančić P, Tanasijević M, Ivezić D, 2011. Serbian energy development based on lignite production. Energy Policy 39, 1191-1199 . Elektroprivreda Srbije ...
... influenced the intensity of the change in energy sources, so the process of removing coal from clectricity generation has greatly intensified. In 2021, for the first time in the area of the European Union, more electricity was generated using solar and wind energy than coal. The idea of using the cleanest ...
... surrounding area. The SEE region is treated as the biggest polluter in Europe with SO». In addition, the desulphurization system contributes to an additional reduction in the emission of suspended PM10 particles by more than 50%, which is also a benefit. Also, the data show that in 2022, TPP Kostolac ...Aleksandar Madžarević, Predrag Jovančić, Stevan Đenadić, Filip Miletić, Miodrag Ristović, Miroslav Crnogorac. "Projection of SO2 emissions in coal power plants in Serbia" in 9th International Conference Mining and environmental protection, Sokobanja 24-27th May 2023., Belgrade : University of Belgrade, Faculty of Mining and Geology (2023)