Oxygen Induced Bleaching in Pulp and Paper Industry: a Review

Sunakar Panda(1*), Upendra Prasad Tripathy(2)

(1) Department of Chemistry, Berhampur University, India
(2) Pulp and Paper Research Institute, Jaykaypur, Rayagada, India
(*) Corresponding author


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Abstract


Oxygen induced bleaching (ODL) in pulp and paper industry is a predominant process in modern fibre lines of pulp and paper industry because of its environmental and economic benefits. The significances of oxygen delignification include lower chemical requirements in subsequent bleaching sequence, higher brightness of the pulp with equivalent amount of chemicals, lower rejects and reduced water consumption. The process involves the partial replacement of chlorine or chlorine dioxide delignification stages with oxygen delignification. The removal of lignin from the pulp can be done in single stage and double stage of oxygen delignification. Regulatory and economic pressures have driven the pulp and paper industry to implement such new delignification and bleaching practices. In the present paper, an attempt has been made to discuss the theory, mechanism and significances of oxygen delignification in pulp and paper industry
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Keywords


Ozonation; Effluent; Catalyst; Colour; Chemical Oxygen Demand

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References


L Tao, J.M.Genco, B.J.W Cole & R.C.Fort, Selectivity of oxygen delignification for southern soft wood kraft pulps with high lignin content, Tappi Journal, Volume 10,(Issue-8), 2011, Pages 29-38.

S. Nenkova, I. Valchev & G. Simeonova., Possibilities for Increasing the effectiveness of oxygen delignification of hard wood kraft pulp, Journal of Pulp and Paper Science, Volume 29,(Issue-10), 2003, Pages 324-327.

R P Sing, The bleachingof pulp Oxygen bleaching, Chapter-7,(Tappi Press, Third edition,1979,pp.159-209)

A V Heiningen & Y Ji , Southern pine oxygen delignification pulps produced in a berty through flow reactor : how to obtain the highest degree of delignification while maintaining pulp yield and quality, Tappi Journal,Volume-11(Issue-3),2012,Pages 9-11.

A Rodriguez., L Jimenez & J L Ferrer, Use of oxygen in delignification and bleaching of pulps, Appita Journal, Volume 60,(Issue-1), 2007, Pages 17-22.

K C Choudhury, U V Satyanarayana & P K Suri, Use of kraft white liquor as partial replacement of caustic in oxygen delignification, Paper India, Volume 15,(Issue-1),2012,Pages-24-30.

J Dawra & H Veeramani, Pollution abatment and effluent recycle through oxygen delignification and bleaching process, Ippta Journal, Volume 12,(Issue-4),2000, Pages 143-152.

A. V. Tran, The two stage oxygen delignification of hard wood kraft pulp, Appita Journal, Volume 57,(Issue-6), 2004, Pages 440-443.

C. V. S. M. Rao and S. K. Singh, Two stage oxygen delignification for producing ECF pulp at ITC- Bhadrachalam, Paperex 2003 India, 2003, Pages 33 – 39.

I. Aoki, Operating experience of two stage oxygen delignification (Dualox) system, Tappi journal,Volume-21,(Issue-1)2002, Pages 78-83.

A. Rodriguez, L.Jimenez & J.L.Ferrer, Use of oxygen in the delignification and bleaching of pulps, Appita Journal., Volume 60, (Issue-1), 2007, Pages 17-21.

A. V. Heininger, D. Krothapalli, J. Genco & A. Justason, A clemical reactor analysis of industrial oxygen delignification, Pulp and paper Canada, Volume 104,(Issue-12),2003, Pages T331-T336.

S. B. Agarwal, J. M. Genco, B. J. W. Cole & W. Miller, Kinetics of oxygen delignification, Journal of pulp and paper science, Volume 25,(Issue-10),1999,Pages 361-366.

V. Bist, P. S. Lal, A. Sharma & R. M Mathur , Studies on chemical pretreatment options followed by ECF & TCF bleaching of indigenous raw materials pulp, Paper India, Volume 14, (Issue-5),2011,Pages 4-11.

G. A. Leonid, L. C. Jorge and S. A. Dimitri., Factors limiting oxygen delignification of kraft pulp, Canadian Journal of Chemistry. Volume 79, (Issue-2), 2001, Pages 201 – 210.

M. Suchy,D.S. Argyropoulos., Catalysis and activation of oxygen and peroxide delignification of chemical pulps:a review, Tappi Journal, Volume-1,(Issue-2),2002, Pages 1-18.

I. Rauvanto & K. Herricson., Fibre damage in oxygen delignification: mechanical & chemical interaction, Journal of Pulp and Paper Science, Volume 35,(Issue-1), 2009, Page 34.

D. Danielewioz & B. Surma-slusarska., Pulping and bleaching OCC Part-1:Delignification,Appita Journal, Volume-64,(Issue-1), 2011,Pages 62-65.

W. C. Dence & W.D. Reeve, Pulp bleaching principles & practice., Chapter-iv-1,Oxygen delignification, Tappi press,1996,Pages 215-239.

D. Danielewicz, B. S. Slusarska., Oxygen delignification of high-kappa number pine kraft pulp fibres & textiles in eastern Europe, Volume 14,(Issue-56), 2006,Pages 89-93.

C. Crestini, M. Crucianelli, M. Orlandi & R. Saladino., Oxidative strategies in lignin chemistry: A new approach for the functionalisation of lignin and lignocellulosic fibers, Catalysis today,2010, Volume-156,2010, Pages 8-22.

D. Dutt , C. H. Tyagi, J. S. Upadhyaya & A. Mittal., Oxygen delignification: An effective back-end modification to reduce pollution load and improve mechanical strength properties prior to bleaching, Ippta Journal, Volume-21(Issue-2),2009, Pages151-153.

R P Mishra., A Khare, G. D. Maheshwari, G. G. Bhargava & N. K. Thusu., Reduction in pollution load and pulp quality improvement with enzyme alkali-oxygen delignification prior to mill pulp bleaching , Ippta Journal., Volume 20, (Issue-2), 2008, Pages 85-89.

A Bhatnagar., Structural changes during oxygen bleaching of eucalyptus tereticornis lignin, Paper India,Volume 10, (Issue-5),2007, Page18-22.

A. V. Heiningen & Y Ji, Southern pine oxygen delignification pulps produced in a berty through flow reactor: how to obtain the highest degree of delignification while maintaining pulp yield and quality, Tappi Journal., Vol-11(Issue-3):pp-9-18(2012)

S. K. Sahu, S. K. Pradhan, J. C. Panigrahi & U. K. Deb., Additives increased lignin removal efficiency in Oxygen delignification. Ippta Journal,Volume 20,(Issue-2), 2008, Pages-71-76.

R. P. Mishra, A. Khare, G.G.Bhargava & N. K. Thusu, Reduction in pollution load by alkali / Oxygen delignification of paper grade mill pulp under C-Ep-H-D and CD-Ep-H-D bleaching sequences, Ippta Journal, Volume 18,(Issue-2), 2006, Pages 79-85.

S. H. Compion & I. D. Suckling, Effect of lignin demethylation on oxygen delignification., Appita Journal,Volume 51(Issue-3), 1998,Pages 209-212.


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