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UDC 624.97:621.175.3

Lezhnev M. L., Ryzhakov G. G., Arefyev Yu. I., Bezzateyeva L. P.

Improving the design of mesh plastic tubular sprinklers

Summary

The results of improving the design of fill media made of mesh plastic tubes alongside with the analysis of the fill media design and process characteristics are presented. It is shown that the dominant factors affecting water cooling in fill media are the surface shape and dimensions that ensure the interaction of water and air flows. The design developed jointly by NII VODGEO OJSC and Techvodpolymer Ltd., that is the new version of Fleron long tubular mesh elements is presented. Depending on the operating conditions of the cooling tower the fill media can be installed either in horizontal, or vertical or inclined position. With specific reference it is shown that at similar water temperature at the input of the cooling tower FleronN fill media ensures 1.6 water concentrations higher compared to BO-65 basic fill media or allows to reduce cooled water temperature by 2.5°C.

Key words

cooling tower , mass transfer , cooling capacity , fill media , long mesh element , film (mesh) area

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SPISOK LITERATURY

1. Berdzher R. Vliianie nasadki gradiren na ekonomicheskie rezul'taty ikh raboty // Neftegazovye tekhnologii. 2000. № 6.
2. Ponomarenko V. S., Aref'ev Iu. I. Gradirni promyshlennykh i energeticheskikh predpriiatii: Sprav. posobie. – M.: Energoatomizdat, 1998.
3. Aref'ev Iu. I. Tekhniko-ekonomicheskie aspekty primeneniia v gradirniakh plastmassovykh orositelei i vodoulovitelei v sravnenii s traditsionnymi konstruktsiiami // Energokhoziaistvo za rubezhom. 1984. № 1.
4. Aref'ev Iu. I., Ponomarenko V. S. Tekhnologicheskie raschety bashennykh gradiren // Vodosnabzhenie i san. tekhnika. 2000. № 7.
5. Aref'ev Iu. I., Bezzateeva L. P. Nekotorye osobennosti tekhnologicheskikh raschetov gradiren // Teploenergetika. 2003. № 9.
6. Aref'ev Iu. I., Bezzateeva L. P. Simpozium «Oborudovanie dlia vodosnabzheniia, stochnykh vod i okhlazhdeniia oborotnoi vody» // Vodosnabzhenie i san. tekhnika. 2005. № 12.
7. Morenko I. V. Gidrodinamika reshetok inertsionnykh ulavlivaiushchikh ustroistv i fil'trov: Avtoref. diss. … kand. tekhn. nauk. – Kazan', Institut mekhaniki i mashinostroeniia KazNTs RAN, 2004.
8. Aref'ev Iu. I., Bezzateeva L. P., Sukhova N. N. Vliianie raspolozheniia setchatykh elementov na effektivnost' orositelia // Vodosnabzhenie i san. tekhnika. 2009. № 10, ch. 2.
9. Butov A. A., Danilov V. G. Kak pravil'no vybrat' orositel' dlia gradirni // Territoriia neftegaz. 2009. № 10.
10. Pat. 2360199 (51), RF. MPK F 28 F 25/08. Nasadka dlia teplomassoobmennogo apparata / Aref'ev Iu. I., Bezzateeva L. P., Ryzhakov G. G. i dr. // Izobreteniia. Poleznye modeli. 2009.