Chemical Technology, Control and Management


The results of analysis of designs and efficiency of absorption refrigerating machines are considered. Based on the analysis of schemes and designs of modern absorption refrigerating machines used for obtaining cold at various levels, the main characteristic parameters of refrigeration equipment are given, their capabilities and disadvantages are indicated. Methods for evaluating the efficiency of absorption columns and machines are analyzed. It is proposed to study the absorption column as part of the refrigeration machine, as well as to evaluate the efficiency of heat and mass transfer devices, machines exergetic method.

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1. Jo Y.K., Kang Y.T., Kim J.K. Cost analysis and simulation of absorption system for energy transportation/conversion at an ambient temperature // Proceedings of the 3 rd Asian Conference on Refrigeration and Air-conditioning. Gyeongju, Korea. May 21-23, 2006. Vol. 1. P. 293-296.

2. Kang Y.T., Akisawa A., Sambe Y., Kasiwagi T. Absorption heat pump system for solution transportation at ambient // Energy International Journal. - No25. - 2000. P. 355-370.

3. Lee S.W., Kim M.S., Jeong S., Cho H.U., Nam S.Ch., Jeong J. Systematic approach for improvement of double effect LiBr/H2O absorption chillers // Proceedings of the 3 rd Asian Conference on Refrigeration and Air-conditioning. Gyeongju, Korea. May 21-23, 2006. Vol. 1. P. 307-310.

4. Kaita Y. Thermodynamic properties of lithium bromide-water solution at high temperature // International Journal of Refrigeration. - No24. - 2001. P. 374-390.

5. Phan T.T., Moon Ch.G., Yoon J., Kim J.D., Kang K.Ch. Study on high performance and compact absorber using small diameter heat exchanger tubes // Proc Proceedings of the 3 rd Asian Conference on Refrigeration and Air-conditioning. Gyeongju, Korea. May 21-23, 2006. Vol. 1. P. 341-344.

6. Danko V.P., Karnaux V.V. Issledovanie vliyaniya kontsentratsii rastvora absorbenta na oxlajdayushuyu sposobnost teplomassoobmennix apparatov s podvijnoy nasadkoy // Vestnik Mejdunarodnoy akademii xoloda. - 2016. - №3. - S. 73-77.

7. Veselov F.V., Novikova T.V., Xorshev A.A. Texnologicheskoe obnovlenie teploenergetiki kak dolgosrochniy faktor sderjivaniya rosta tsen elektroenergii // Teploenergetika. - 2015. - № 12. - S. 3.

8. Gorin A. N., Doroshenko A. V., Danko V.P. Teplomassoobmennie apparati s podvijnoy nasadkoy dlya traditsionnix i alternativnix energeticheskix system: monografiya. – Donetsk: Svit knigi, 2013. - 327 s.

9. Mansoori G. A., Patel V. Thermodynamic basis for the choice of working fluids for solar absorption cooling systems // Solar Energy, 2009. Vol.22 (6), p. 483–491.

10. Marcos J. D., Izquierdo M., Palacios E. New method for COP optimization in water- and air-cooled single and double effect LiBr/water absorption machines // Int. J. Refrigeration, 2011, 34:1348–1359.

11. Danko V.P. Solnechnie kollektori s metallo-polimernim absorberom dlya teploxladosnabjeniya // Nauchnie trudi Odesskoy natsionalnoy akademii pishevix proizvodstv: Sb. nauch. tr. – Odessa, 2014. Vip. 45. Vol. 1. - S. 88–94.

12. Suxanov V.A., Bezuxov A.P., Bogov I.A. Eksperimentalnoe issledovanie pereoxlajdeniya kondensata na modeli vozduxooxlajdaemogo kondensatora // Teploenergetika. - 2016. - № 1. - S. 19-23.

13. Doroshenko A.V., Danko V.P. Kombinirovannie sovremennie sistemi teploxladosnabjeniya i konditsionirovaniya vozduxa // Oborudovaniya i texnologii pishevix proizvodstv: Sb. nauch. tr. - Donetsk, 2011. Vip. 26. - S. 517–522.

14. Sosnina E.N, Masleeva O.V., kryukov E.V. Sravnitelnaya ekologicheskaya otsenka ustanovok netraditsionnoy energetiki // Teploenergetika. - 2015. - № 8. - S. 3-7.

15. Zayavka na patent RUz IAP 20170004. Karbonizatsionnaya colonna / Nurmuxamedov X.S., Zakirov S.G., Karimov K.F., Mavlanov E.T. i dr.

16. Karimov K.F. Kriteiy effektivnosti poverxnostey teploobmena // Ximicheskaya texnologiya. - 2009. - №7. - S. 425 – 428.

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