On-line analysis of dissolved substances in deinking and papermaking applications

Pulp and Paper Canada

Volumn 104, Issue 9, 2003, Pages 39-43

  Garver, T M ^a   Yuan, H ^a   Boegh, K H ^b   Hill, G S ^c   Allen, J ^c  

^a ALBERTA RESEARCH COUNCIL   (Canada)

^b BCL Group   (Canada)

^c Bowater Canada Inc   (Canada)

Author keywords

Accumulation; Contraries; Deinked Stock; Dissolved Solids; Measuring Instruments; On Line Measurement; White Water

Indexed keywords

COLLOIDS; DEINKING; ELECTRIC CONDUCTIVITY; LIGHT ABSORPTION; ULTRAVIOLET RADIATION;

COUNTER-CURRENT CONTROL;

PAPERMAKING;

COLLOIDS; CONDUCTIVITY; DEINKING; LIGHT ABSORPTION; PAPER MAKING; ULTRAVIOLET RADIATION;

EID: 0142116142     PISSN: 03164004     EISSN: None     Source Type: Trade Journal    
DOI: None     Document Type: Review

References (23)

1. BEDARD, S., SORIN, M. Water minimization in the washing section of a paper-board mill. Tappi J. 83(9): 1-12 (2000).
2. PARIS, J., et al. System closure in integrated newsprint mills: review of R&D issues. Pulp & Paper Can. 100(9): 24-27 (September 1999).
3. HOULE, J.F., et al. Reduction of fresh water consumption for process and non-process uses in an integrated newsprint mill. Pulp & Paper Can. 100(3):50-53 (March 1999).
4. BEGHELLO, L., EKLUND, D. The influence of the chemical environment on fibre flocculation. JPPS 25(7):246-250 (1999).
5. ZHANG, X. The effects of white-water dissolved and colloidal fractions on paper properties and effects of various enzyme treatments on the removal of organic components. Pulp & Paper Can. 101(3):59-62 (March 2000).
6. ZHANG, X., et al. Accumulation of specific dissolved and colloidal substances during white water recycling affects paper properties. JPPS 25(6): 206-210 (1999).
7. GARVER, T.M., XIE, T., BOEGH, K.H. Variation of white water composition in a TMP and DIP newsprint paper machine. Tappi J. 80(8):163-173 (1997).
8. SCHARPF, S. Wet-end chemistry: multiplying demands, developing solutions. PIMA Papermaker June Vol. 80, No. 70-73 (1998)
9. VENDRIES, E., PFROMM, PH. Influence of closure on the white water dissolved solids and the physical properties of recycled linerboard. Tappi J. 81(9): 206-213 (1998).
10. CARVER, T.M., BOEGH, K.H. Dissolved solids analyzer. US Patent 6134952, Alberta Research Council Inc (2000).
11. BOEGH, K.H., et al. New methods for on-line analysis of dissolved substances in white water. Pulp & Paper Can. 101(3): 1-8 (March 2000).
12. DUNHAM, A.J., et al. The effects of dissolved and colloidal substances on flocculation of mechanical pulps. JPPS 26(3):95-101 (2000).
13. ORCCOTOMA, JA, et al. Dynamics of white water networks during web breaks. Tappi J. 80(12):101-110 (1997).
14. LI, I.S., KWOK, K.E. Prevention of sheetbreaks using multi-variate statistical analysis in an expert system environment. Pulp & Paper Can. 101(11):52-56 (November 2000).
15. LINHART, F., et al. Anionic trash: controlling detrimental substances. Tappi J 70(10):79-85 (1987).
16. STROM, G., KUNNAS, A. The effect of cationic polymers on the water retention value of various pulps. Nordic Pulp and Paper Research J. 1:12-19 (1991).
17. STROM, G., BARLA, P., STENIUS, P. The effect of pine xylan on the use of some polycations as retention and drainage aids. Svensk Papperstidning Vol. 85 R100-R106 (1982).
18. PELTON, R.H., ALLEN, L.H., NUGENT, H.M. Factors affecting the effectiveness of some retention aids in newsprint pulp. Svensk Papperstidning 83 (9):251-257 (1980).
19. EISENLAUER, J., et al. Fiber-optic flocculation sensor for on-line control of retention and drainage aids efficiency. Nordic Pulp and Paper Research J. 4:132-138 (1987).
20. PIKULIK, I.I. Wet-web properties and their effect on picking and machine runnability. Pulp & Paper Can. 98(12): 161-163 (December 1997).
21. JACOB, J., et al. Analyse et optimisation des reseaux d'eaux de procedes papetiers. Proc., 84th Annual Meeting, PAPTAC, Montreal, B315 Vol. B, p.9 (1998).
22. MELTON,A. Process simulation as a tool for closing water loops. Paper Technology 41(7):27-30 (2000).
23. CARRE,B., FRUN,J., GALLAND,G. The incidence of the destabilization of the pulp suspension on the deposition of secondary stickles. Pulp & Paper Can. 99(7):75-79 (July 1998).