To bring together all parameters into a realistic perspective is the Ecocyclic pulp

mill project [15]. It demonstrates the potential for improvements and aims to set

Priorities. An increasing knowledge of the processes will doubtless generate the

Potential to balance the different interests of the conservation and the intelligent

Use of resources, with a minimum impact on the environment at best fiber quality,

To name only three parameters.

Environmental Aspects of Pulp Production

References

1 D. Fengel, G. Wegener, Wood: Chemistry,

Ultrastructure, reactions. De Gruyter, New

York, 1983.

Integrated pollution prevention and

Control, Reference document on best

Available techniques in the pulp and

Paper industry, European Commission,

Sevilla, Spain, December, 2001.

3 Draft main report: Development of new

Environmental emission guide lines for

Any new bleached eucalyptus kraft pulp

mill in Tasmania, Vols. 1–3. Resource

Planning and Development Commission,

Hobart, Tasmania, 2004

http//www.rpdc.tas.gov.au.

W. Sandermann, Die Kulturgeschichte des

Papiers. Springer-Verlag, 1988.

P. Perolle, H.H. Myburgh, A. Roberts,

Pulp Pap. 1969; 43(10): 148–150;

G. Rowlandson, Continuous oxygen

Bleaching in commercial production.

Tappi J., 1971; 54(6): 962–967.

H. Klein, J.P. Franzreb, Delignifizierende

Bleiche von Sulfitzellstoffen mit Wasserstoffperoxid.

Eucepa Tagung, Helsinki,

1980: 9:1–9:25.

H. Solbach, Erfahrungen mit der Abwaserbehandlung

In einer integrierten

Zellstoff- und Papierfabrik. Papier, 1977;

31(10A): V87–V91.

D.W. Reeve, G. Rowlandson,

W.H. Rapson, The effluent-free

Bleached kraft pulp mill. Pulp Paper

Canada, 1977; 78(3): T50–T56;

D.W. Reeve, The effluent-free bleached

kraft pulp mill – Part XIII: The second

Fifteen years of development. Pulp Paper

Canada, 1984; 85(2): T24–T27.

K. Kringstad, K. Lindstrom, Spent

Liquors from pulp bleaching. Environ.

Sci. Technol., 1984; 18(8): 236–238.

H.U. Suss, Die peroxidgestutzte Sauerstoffdelignifizierung

Von Sulfitzellstoff

– ein Schritt zur Verringerung der AOXBelastung.

Papier, 1986; 40(4): 150–153;

H.U. Suss, N. Nimmerfroh, W. Eul,

J. Meier, Approaches to minimize the

Formation of AOX in Kraft pulp bleaching.

Papier, 1990; 44(7): 339–348.

C.H. Mobius, Abwasser der Papier- und

Zellstoffindustrie, 3. Auflage, 2002,

Revised December, 2004. Available as

pdf file at: www.cm-consult.de.

F. de Souza, M.-C Kolar, K.P. Kringstad,

S.E. Swanson, C. Rappe, B. Glas, Influence

Of chlorine ratio and oxygen

Bleaching on the formation of PCDFs

And PCDDs in pulp bleaching. Tappi J.,

1989; 72(4): 147–153.

N. Nimmerfroh, H.U. Suess,

H.P. Boettcher, W. Luettgen,

A. Geisenheiner, The German approach

to the closed-cycle sulfite mill – development

And implementation. Pulp Paper

Canada, 1995; 96(12): T414–T420.

14 www.aet.org/reports/markets/trends90–

01.

Kretsloppsanpassad massafabrik,

Ecocyclic pulp mill, Final report KAM 1,

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