Povećanje energetske efikasnosti na konvektivnoj sušari sa pneumatskim transportom materijala
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May 10, 2017
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Apstrakt
Troškovi energije predstavljaju ključnu stavku u ceni proizvoda. Svaka rekuperacija otpadne toplote utiče na smanjenje proizvodnih troškova. Ušteda energije može se postići ugradnjom razmenjivača toplote - rekuperatora. Ugradnja razmenjivača toplotne na sušari u cilju smanjenja toplotnih gubitaka spada u savremena tehnička rešenja. Eksperimentalna merenja sprovedena su na realnom industrijskom postrojenju sušare.Na osnovu toga su dati rezultati proračuna za racionalno korišženje otpadne toplote, kao i tehnološka šema eksperimentalnog postrojenja. Prikazani su rezultati istraživanja mogućnosti uštede energije na pneumatskoj sušare za kukuruznu mekinju. U prilogu je data analiza rezultata i diskusija.
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Kako citirati
TOLMAČ, Jasna et al.
Povećanje energetske efikasnosti na konvektivnoj sušari sa pneumatskim transportom materijala.
Zbornik Međunarodnog kongresa o procesnoj industriji – Procesing, [S.l.], v. 28, n. 1, p. 372-376, may 2017.
Dostupno na: <https://izdanja.smeits.rs/index.php/ptk/article/view/2556>. Datum pristupa: 16 mar. 2026
Sekcija
Tehnička regulativa, standardizacija i sistem kvaliteta
Reference
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[3] Keey R.B. 1972. Drying Principles and Practise, Pergamon Press, London.
[4] Lin Q., Bakker - Arkema F. 1999. Capacity estimation of High Temperature Grain Dryers- a Simplified Collimation Method, Agricultural Engineering International the CIGR Journal, Vol. I.
[5] Lambic M., Tolmac D. 1997. Technical thermodynamics, University of Novi Sad.
[6] Prvulovic S., Tolmac D., Lambic M. 2001. Determination of energetic characteristics of convection drying place on pneumatic transportation material, SMEITS, Journal of Process technical, Vol. 1, pp. 70-74.
[7] Prvulovic S. 2004. Modeling the Mechanism for Heat Transfer at the Convective drying and Establishing of Numerical Readers, Ph.D. Dissertation, University of Novi Sad.
[8] Prvulovic S., Tolmac D., Lambic M. 2007. Convection Drying in the Food Industry, Agricultural Engineering International the CIGR E-Journal, Vol.IX, No9, pp.1-12.
[9] Tolmac D. 1992. Analysis of economic work of convection starch dryers, Journal Process Ttechnical No.1, pp. 20-22, SMEITS, Belgrade.
[10] Tolmac D. 2005. Machines and apparatuses, University of Novi Sad.
[11] Tolmac D., Lambic M. 1997. Heat transfer through rotating roll of contact dryer, Int. Comm. of Heat and Mass Transfer, Vol.24, No4, pp.569-573.
[12] Topic R. 1989. Basis in designing of dryers calculation and construction, Science book, Belgrade.
[13] Webb R.L. 1999. Principles of Enhanced Heat Transfer, John Wiley, New York.
[14] Wiset L., Srzednicki G., Driscoll R., Nimmuntavin, C., Siwapornak P. 2001. Effects of High Temperature Drying on Rice Quality, Agricultural Engineering International the CIGR Journal, Vol. III.
[2] Islam M., Marks B., Bakker - Arkema F. 2004. Optimization of Commercial Ear- Corn Dryers, Manuscript FP 04 007, Agricultural Engineering International the CIGR Journal, Vol. VI.
[3] Keey R.B. 1972. Drying Principles and Practise, Pergamon Press, London.
[4] Lin Q., Bakker - Arkema F. 1999. Capacity estimation of High Temperature Grain Dryers- a Simplified Collimation Method, Agricultural Engineering International the CIGR Journal, Vol. I.
[5] Lambic M., Tolmac D. 1997. Technical thermodynamics, University of Novi Sad.
[6] Prvulovic S., Tolmac D., Lambic M. 2001. Determination of energetic characteristics of convection drying place on pneumatic transportation material, SMEITS, Journal of Process technical, Vol. 1, pp. 70-74.
[7] Prvulovic S. 2004. Modeling the Mechanism for Heat Transfer at the Convective drying and Establishing of Numerical Readers, Ph.D. Dissertation, University of Novi Sad.
[8] Prvulovic S., Tolmac D., Lambic M. 2007. Convection Drying in the Food Industry, Agricultural Engineering International the CIGR E-Journal, Vol.IX, No9, pp.1-12.
[9] Tolmac D. 1992. Analysis of economic work of convection starch dryers, Journal Process Ttechnical No.1, pp. 20-22, SMEITS, Belgrade.
[10] Tolmac D. 2005. Machines and apparatuses, University of Novi Sad.
[11] Tolmac D., Lambic M. 1997. Heat transfer through rotating roll of contact dryer, Int. Comm. of Heat and Mass Transfer, Vol.24, No4, pp.569-573.
[12] Topic R. 1989. Basis in designing of dryers calculation and construction, Science book, Belgrade.
[13] Webb R.L. 1999. Principles of Enhanced Heat Transfer, John Wiley, New York.
[14] Wiset L., Srzednicki G., Driscoll R., Nimmuntavin, C., Siwapornak P. 2001. Effects of High Temperature Drying on Rice Quality, Agricultural Engineering International the CIGR Journal, Vol. III.