FEATURES DESIGN AND THERMAL PERFORMANCE OF ROTARY KILNS AND PERSPECTIVE DIRECTIONS OF THEIR IMPROVEMENT (REVIEW)

  • L.N. Trotsenko The Gas Institute of the National Academy of Sciences of Ukraine, Kyiv
Keywords: rotary kiln, the bulk material, energy saving

Abstract

This is a review of rotary kilns for thermal treatment of granular and lump materials. The main directions and achievements obtained in the field of energy efficiency and improvement of the quality of the final product are shown while using such furnaces. Shown reserves improve rotary kilns of the domestic industry, including reducing the loss of working space, recycling of heat from the furnace and the intensification of heat and mass transfer processes in the working volume. The purpose of this survey is to identify promising areas for improving the design and operation of thermal rotary kiln based on the analysis of experience of their operation. Bibl. 32.

Author Biography

L.N. Trotsenko, The Gas Institute of the National Academy of Sciences of Ukraine, Kyiv

Candidate of Technical Sciences

References

Valberg S.G. Prirodny gas v tcementnoy promishlenosti, Moscow : Gosstroyizdat, 1962, 172 р. (Rus.)

Monastyryov А.V., Aleksandrov А.V. [Furnaces for Lime Production], Moscow : Metallurgy, 1979, 232 p. (Rus.)

Galnbek A.A., Shalygin L.M., Shmonin Yu.B. Rascheti pirometalurgicheskix protcesov i aparaturi tcvetnoy metalurgii, Chelabinsk : Metalurgiya, 1990, 379 p. (Rus.)

Gitis E.B., Strigunov F.I., Vasilieva L.F. Poluchenie sulfata aluminiya iz kaolina, Khimicheskay promishlenost, 1985, (5), pp. 32–33. (Rus.)

Gitis E.B., Strigunov F.I., Solyznix S.K. Vostanovlenie tcelestina vo vrashayusheysya pechi, Khimicheskay promishlenost, 1980, (4), pp. 60–62. (Rus.)

Pinchyk M. Nugnoe iz nenugnogo, Nauka i Zhizn, 1986, (7), pp. 56–61. (Rus.)

Lentcov D.I. Teplovoy balans vrashayusheysya pechi dlya proizvodstva izvesti i ego analiz. Trudi 17th megdunarodnoy konferentcii «Teplotexnika i energetika v metalurgii», Dnepropetrovsk, 7–9 Okt. 2014, Dnepropetrovsk : Nacional’naja Metallurgi- cheskaja Akademija Ukrainy, 2014, pp. 115–116. (Rus.)

Karp I.N. Energosberegeniye v Ukraine : Problemy i puti resheniya, Ecotechnologii i resursosberegeniye [Ecotechnologies and Resource Saving], 2004, (4), pp. 3–13. (Rus.)

Gubiskiy V.A. Aktualnie zadachi rekonstruktcii nagrevatelnix pechey, Metalurgicheskaya teplotechnika : Sbornik nauchnich trudov Nacional’noj Metallurgicheskoj Akademii Ukrainy, Dnepropetrovsk : Porogi, 2005, Iss. 1, pp. 149–156. (Rus.)

Trotsenko L.N., Pikashov V.S. Sistema regulirovaniya temperaturnogo reshima vrashayusheysya pechi, Energotechnologii i resursosberegenie [Energy Technologies and Resource Saving], 2015, (5–6), pp. 88–92. (Rus.)

Kleyn G.K. Stroitelnaya mexanika sipuchih tel, Moscow : Gosstroyizdat, 1956, 437 p. (Rus.)

Baum V.A. Metalurgicheskiye pechi, Moscow : Metalurgizdat, 1951, 975 p. (Rus.)

Dolginun V.N., Ivanov O.O., Ukolov A.A. The treatment of nonuniform granular materials by means of operating the segregated flows, Transactions of TSTU, 2008, 14 (2), pp. 321–327.

Tring M.V. Nauka o plamenax v pechax, Moscow : Metalurgizdat, 1958, 482 p. (Rus.)

Petrash V.D. Teplopostachanya na osnovi utilizatcii energii oxolodgenya obertovix pechey, yake regulyuetsya : Avtoreferat na zdobutya naukovogo ctupenya doktora texnichnih nauk, Kharkov, 2004, 33 p.(Ukr.)

Khrestomatiya energosberegenya, Ed.Lisienko V.G., Moscow : Teplotechnik, 2003, 688 p. (Rus.)

Trusova I.A., Mendeleev D.V., Ratnikov P.E. Vibor gorelochnogo ustroystva pri proizvodstve klinkera vo vrashayushichsya pechach, Litye i metallurgiya, 2011, (1), pp. 124–126. (Rus.)

Yurkova V.V., Shklyar V.I., Dubrovska V.V. Ekologichna ta ekonomichna dotcilnist spalyuvanya lushpinya sonyashnika dlya teplozabezpechenya obektu, Tezisi dokladov megdunarodnoj nauchnotechnich. konferentcii «Energoefektivnost-2013», Kiev, 14–16 Okt. 2013, Kiev, 2013, pp. 98–99. (Ukr.)

Lisenko A.A., Pianykh K.Ye., Antoshchuk T.A., Pianykh K.K. Ispolzovaniye biotopliva dlya obzhiga materialov vo vrashayushichsya pechach, Trudi 17th megdunarodnoy konferentcii «Teplotechnika i energetika v metalurgii», Dnepropetrovsk, 7–9 okt. 2014, Dnepropetrovsk : Nacional‘naja Metallurgicheskaja Akademija Ukrainy, 2014, pp. 123–124. (Rus.

Osievskiy V.A., Kitranov S.A., Pikashov V.S., Velikodny V.A. Tehnologiya szhiganiya zhidkich otchodov v tcementnich pechah, Promishlennaya teplotechnika, 2001, 23 (4–5), pp. 111–113. (Rus.)

Trotsenko L.N., Pikashov V.S., Novikov N.V., Dunaychuk S.N., Tcvetkov S.V., Pruskiy A.A, Оpit perevoda vrashayushixsya barabanix pechey na otoplenie prirodnim gazom, Energotexnologii i resursosberegeniye [Energy Technologies and Resource Saving], 2009, (1), pp. 73–75. (Rus.)

Teploizolyatciya. Materiali. Konstruktcii. Tehnologii, Ed. Kochergin S.M., Moscow : Stroyinform, 2008, 440 p. (Rus.)

Krivandin V.A., Molchanov N.G., Solomentcev S.L. Metallurgicheskaya teplotehnika, Moscow : Metallurgiya, 1986, 2, 424 p. (Rus.)

Khodorov E.I. Pechi tcementnoy promishlenosti, Leningrad : Giprotcement, 1968, 452 p.(Rus.)

Kolodyagniy V.S., Gubinskiy M.V., Pererva V.Ya., Usenko A.Yu., Volkov V.F., Tryapichkin M.G., Trudi 16th megdunarodnoy konferentcii «Teplotechnika I energetika v metalurgii», Dnepropetrovsk, 4–6 Okt. 2011, Dnepropetrovsk : Nacional’naja Metallurgicheskaja Akademija Ukrainy, 2014, pp. 107–108. (Rus.)

Markus A.A. Modelirovanie teplovih protcesov v trubchatix vrashayushixsya pechax spekaniya : Avtoreferat na zdobutya naukovogo ctupenya Candidata Texnichnih Nauk, Sankt-Peterburg, 2014, 22 p. (Rus.)

A.s. 1606832 SU, IC F 27 B 7/00. Vrashayushayasya pech, E.P.Makov, Yu.A.Tupkin, V.A. Miler, G.V.Khramkov, S.P.Makov, Publ. 15.11.90, Bull. 42. (Rus.)

Detkov S.P., Erinov A.E. Teplovie protcesi v pechax alyuminievoy promishlenosti, Kiev : Naukova dumka, 1987, 270 p. (Rus.)

Lentcov I.A. Teplovoy balans vrashayusheysya pechi dlya obgiga izvestnyaka i ego analiz, Vestnik Priazovskogo dergavnogo texnichnogo universitetu, Seriya: Tehnichni nauki, 2014, Iss. 29, pp. 103–115. (Rus.) 30. — http://www: metso.com/miningandconstruction /MaTobox.

Tckitishvili E.o., Trotsenko L.N., Pikashov V.S., Matcishin N.V., Kukuy K.A., Leykovskiy K.G., Vinogradova T.V., Adjustment of Flame Parameters as Mean of Fuel Economy at Burning Lime, Energotechnologii i resursosberegenie [Energy Technologies and Resource Saving], 2013, (1), pp. 57–64. (Rus.)

Trotsenko L.N., Pikashov V.S., Vinogradova T.V. Povishenie efektivnosti nagreva i obgiga sipuchih materialov vo vrashayushixsya pechah, Metallurgicheskaya i gornorudnaya promishlenost, 2014, (5), pp. 101–104. (Rus.)

Published
2016-12-20
How to Cite
Trotsenko, L. (2016). FEATURES DESIGN AND THERMAL PERFORMANCE OF ROTARY KILNS AND PERSPECTIVE DIRECTIONS OF THEIR IMPROVEMENT (REVIEW). Energy Technologies & Resource Saving, (4), 61-70. Retrieved from https://etars-journal.org/index.php/journal/article/view/210
Section
Equipment and devices