High-vacuum dewatering on a paper machine wire section - A literature review

Paperi ja Puu/Paper and Timber

Volumn 78, Issue 3, 1996, Pages 113-120

  Räisänen, Kari ^a  

^a AALTO UNIVERSITY   (Finland)

Author keywords

Couch roll; Dewatering; Energy; Flat box; Paper web; Suction; Vacuum

Indexed keywords

DEWATERING; PAPER AND PULP MILLS; PAPERMAKING; PULP; VACUUM; WIRE;

COUCH ROLL; FLAT BOX; HIGH VACUUM DEWATERING; JUNCTION; PAPER WEB;

PAPERMAKING MACHINERY;

EID: 0030108910     PISSN: 00311243     EISSN: None     Source Type: Trade Journal    
DOI: None     Document Type: Review

References (27)

1. Aaltonen, P., Kunnas, L., Paulapuro, H., Vacuum project, Summary report, Raina (Web) programme, report 16, Ministry of Trade and Industry 1994 (in Finnish) 21 p.
2. Neun, J.A.: Performance of high vacuum dewatering elements in the forming section. Tappi journal 77(1994):9, 133-138.
3. Attwood, B. W.: A laboratory investigation of dynamic drainage at vacuum boxes. Pulp and paper Magazine of Canada, 61(1960):C, T97-103.
4. Attwood, B.W : A study of vacuum box operation. Paper Technology 3(1962):5, 446-456.
5. Nordman, L.: Laboratory investigation of water removal by a dynamic suction box. Tappi Journal 37(1954):11, 553-560.
6. Brauns, O., Oskarsson, R.: Om avvattning och luftgenomströmning vid suglådor och sugvals. Svensk Papperstidning 56(1953):18, 691-696.
7. Müller-Rid, W., Rausch, G : Ein Betrag zur frage der Entwässerung von Faserstoffbahnen mittels Unterdruck. Wochenblatt für Papier Fabrikation 86(1958):8, 298-308.
8. Hansen, V.: Water management for the wet end. Proceedings of the Wet End Short Course, Tappi Press. Atlanta 1993.
9. Campbell, W B.: The physics of water removal. Pulp and Paper Magazine of Canada 48(1947):3, 103-109, 122.
10. Jones, R.L The effect of fiber structural properties on compression response of fiber beds. Tappi Journal 46(1963):1, 20-28.
11. Elias, T.C., Investigation of the compression response of ideal unbonded fiber structures. Tappi Journal 50(1967):3, 125-132.
12. Wilder, H D.: The compression creep properties of wet pulp mats. Tappi Journal 43(1960):8, 715-720.
13. Csordos, J.M., Schiel, C.: An empirical drainage model. Proceedings of the CPPA Annual Meeting 1977, Montreal, 151-157.
14. Daugherty, R.L., Franzini, J.B., Finnemore, J E.: Fluid Mechanics with Engineering Applications. McGraw-Hill Book Co., Singapore 1989, 596 p.
15. Brundrett, E., Baines, D. W.: The flow of air through wet paper. Tappi Journal 49(1966):3, 97-101.
16. Britt, K.W., Unbehend, J.E . Water removal during sheet formation. Tappi Journal 63(1980):4, 67-70.
17. Trasente, C.Y : The effect of top cover application on vacuum dewatering. Master of Science thesis, State University of New York, College of Environmental Science and Forestry, Syracuse, New York, 1991.
18. Ingmanson, W.L.: An investigation of the mechanism of water removal from pulp slurries. Tappi Journal 35(1952):10, 439-448.
19. Britt, K. W., Unbehend, J.E.: Water removal during paper formation. Tappi Journal 68(1985):4, 104-107.
20. Scheidegger, A.E.: The physics of flow through porous media. The Macmillan Company, 1960 New York.
21. Emmons, H.W. The continuum properties of fiber suspensions. Tappi Journal 48(1965):12, 679-687.
22. Amneus, J.S.: A new pulp drainage model, its application and verification. Tappi Journal 48(1965):11, 641-647.
23. Andrews, B.D., White, L.R.: A constant-rate rapid drainage tester. Tappi Journal 52(1969):6, 1171-1175.
24. Victory, E.L : Computer simulation of drainage in the forming section of the paper machine. Tappi Journal 52(1969):7, 1309-1316.
25. Bandant, K., Kumar, P., Tien, C.: Drainage and fine particle retention in static formers. Proceedings of Tappi Engineering Conference 1994, San Francisco, 783-797.
26. Campbell, W.B., Lodge, W.C.: Drainage characteristics: Laboratory studies. Pulp and Paper Magazine of Canada 38(1937):C, 189-200.
27. Neun, J.A.: High vacuum dewatering optimization. Proceedings of 1994 Papermakers Conference, San Francisco, 307-312.