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Exergy analysis of wet cooling tower at various loads and ambient temperatures (CROSBI ID 676850)

Prilog sa skupa u zborniku | izvorni znanstveni rad | međunarodna recenzija

Mrzljak, Vedran ; Orović, Josip ; Poljak, Igor ; Kocijel, Lino Exergy analysis of wet cooling tower at various loads and ambient temperatures // VII INTERNATIONAL SCIENTIFIC CONFERENCE - ENGINEERING. TECHOLOGIES. EDUCATION. SECURITY. 2019 - PROCEEDINGS - VOLUME 1 / Tokarev, Alexander (ur.). Sofija: Scientific technical union of mechanical engineering Industry - 4.0, 2019. str. 16-19

Podaci o odgovornosti

Mrzljak, Vedran ; Orović, Josip ; Poljak, Igor ; Kocijel, Lino

engleski

Exergy analysis of wet cooling tower at various loads and ambient temperatures

This paper presents an exergy analysis of wet cooling tower at three different loads and in a range of the ambient temperatures. Increase in cooling tower load increases its exergy destruction and simultaneously decreases cooling tower exergy efficiency, while an increase in the ambient temperature causes a decrease in cooling tower exergy destruction and simultaneously decreases its exergy efficiency. The lowest cooling tower exergy destructions (between 1417.54 kW and 2925.65 kW) are obtained at low load. The highest cooling tower exergy efficiencies are calculated at the lowest observed ambient temperature of 5 °C - they amount 64.31 % at low load, 54.80 % at middle load and 53.94 % at high load. The change in ambient temperature for 5 °C resulted with a change in cooling tower exergy efficiency of 4 % or more on average.

EXERGY ANALYSIS ; WET COOLING TOWER ; VARIOUS LOADS ; CHANGE IN AMBIENT TEMPERATURE

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Podaci o prilogu

16-19.

2019.

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objavljeno

Podaci o matičnoj publikaciji

VII INTERNATIONAL SCIENTIFIC CONFERENCE - ENGINEERING. TECHOLOGIES. EDUCATION. SECURITY. 2019 - PROCEEDINGS - VOLUME 1

Tokarev, Alexander

Sofija: Scientific technical union of mechanical engineering Industry - 4.0

2535-0315

2535-0323

Podaci o skupu

7th International Scientific and Technical Conference: Engineering. Technologies. Education. Safety.

poster

29.05.2019-01.06.2019

Veliko Trnovo, Bugarska

Povezanost rada

Strojarstvo, Tehnologija prometa i transport

Poveznice