Cyclone Sizing for Solids/Gas Seperation 3

[RJB32482]

Hey,
Anyone have any good articles to link or download on cyclone sizing, design, and any other information?

Thanks

 

[m777182]

1.M.G.Valdez,I.Garcia,B.Beato:Sizing gas cyclone for efficiency; Chem Eng April 14 1986, p119-120
2. W.H.Koch, W.Licht:New design approach boosts cyclone efficiency,Chem Eng Nov.7 1977 p80-88
3. J. Casal, J.M.Martinez-Benet:A better way to calculate cyclone pressure drop;Chem Eng Jan.24 1983, p99-100+Chem Eng June 27 1983 p5
4. T. Chmielniak, A. Bryczkowski: Method of calculation of new cyclone type separator with swirling baffle and bottom take off of clean gas-part ll: experimental verification;Chem eng and processing 40(2001)p245-254
5. Shepherd G. B., C. E. Lapple:Flow Pattern and pressure drop in cyclon dust collectors; Ind and Eng Chem 31, pp 972-984(1939)
6. W. Rentschler:Abscheidung und Druckverlust des Gaszyklons in Abhaengigkeit von der Staubbeladung;Forttschrittberichte VDI Reihe3 Nr242(1991)
7. M. Bohnet, O. Gottschlak M. Morweiser:Modern design of aerocyclons;Advanced Powder Tech Vol 8 No2 pp137-161 (1997)
8. Y. M. Shah, R. T. Price:Calculator program solves cyclone efficiency equation;Chem eng Aug 28 (1978)p99-102
9. A.K.Coker:Understand cyclone design; Chem eng progr Dec (1993)p51-55
10. T.Lorez:Heissgasentstaubung mit Zyklonen;Fortschritt-berichte VDI Vol3,No366(1994) p1 -113
11. L.Enliag,W.Yingmin:A new collection theory of Cyclone separators;AIChJournal April 1989 Vol35 No4 p 666-669
12.H.Yoshida,A. Sugitate,K. Fukui, E.Shinoda, J.Ma: Effect of inlet duct shape on particle separation performance of cyclone separator;Journ. of chem eng of Japan, V33 No2, p273-276(2000)
13. T.D.Tawari, F.A.Zenc:Evaluating cyclone efficiencies from stream compositions;Chem eng April 30 (1984),p69-73
D.Leith, W.Licht: The collection efficiency of cyclone type particle collectors-a new theoretical approach;AICh Symposium seriesNo126 Vol68
14. A Zankeretermining air inlet velocity for cyclones;chem eng March 19(1984)p 159-160
15. B.Ray,P.E.Luning,A.C.Hoffman,A.Plomp,M.I.L.Beumerost cyclon(PoC):an innovative way to reduce the emission of fines from industrial cyclones;Ind Eng Chem Res (1997),36,p2766-2774
15. P.W.Dietz:Collection efficiency of cyclone separators;AIChE Journal Vo27 No6, Nov 1981 p888-892
16. U.Muschelknautz,V.Greif:Zyklone zum Abscheiden fester Partikel aus Gasen;VDI Waermeatlas,).Auflage (2002)Lcd1-Lcd11
17. M.Bohnet:Kriterien fuer die Auswahl von Zyklonen und Hydrozyklonen;Chem Ind XXXlll, Feb 1981 p 91-95
W.Barth:Berechnung und Auslegung von Zyklonabscheidern auf Grund neuer Untersuchungen;Brennstoff Waerme Kraft, Bd8 Heft1,Jan 1956,p1-9
18. W.Kambrockie Berechnung des Zyklonabscheider und praktische Gesichtspunkte zur Auslegung, Teil 1;Aufbereitungs-Technik Nr7 (1971) p 391-401
19. W.Kambrockie Berechnung des Zyklonabscheider und praktische Gesichtspunkte zur Auslegung, Teil 2;Aufbereitungs-Technik Nr10(1971) p 643-649
20. E.Muschelknautz:Auslegung von Zyklonabscheidern in der technischen Praxis;Staub-Reihalt.Luft 30 (1979) Nr5 p187-195
21. H.Mothes,F.LoefflerPrediction of particle removal in cyclone sepatrators;Int Chem Eng Vol 28 No2 April (1988) p 231-240
Calculation in Aspen are based on articles that mainly appeared in Chemical Engineering about 30 years ago.Personally I prefer German approach.
m777182

 

[katmar]

There is a free spreadsheet available at

http://www.mnsi.net/~pas/brochure.htm

regards
Harvey