Process water of papermaking: Model building and characterization

Environmental Engineering and Management Journal

Volumn 6, Issue 4, 2007, Pages 261-268

  Belosinschi, Dan ^a   Bobu, Elena ^a  

^a GHEORGHE ASACHI TECHNICAL UNIVERSITY OF IASI   (Romania)

Author keywords

Dissolved and colloidal substances; Papermaking; Process water

Indexed keywords

EID: 84891703219     PISSN: 15829596     EISSN: 18433707     Source Type: Journal    
DOI: 10.30638/eemj.2007.030     Document Type: Article

References (17)

1. Adams T., (1994), Paper mill water, energy and non-process element balance, Minimum Impact Mill Monograph, Tappi Press, Atlanta, 45.
2. Bobu E, Popa V.I., (1998), Colloidal and Dissolved Substances in papermaking, Chemical and Colloidal Processes in Papermaking, (in Romanian), Cermi Press, Iaşi, Romania.
3. Bobu E., (2002), Ecologic and economic aspects of the water circuit closing in papermaking, Proceedings of the Symposium Total Quality Management in Pulp and Paper Industry, Busteni, May 2002, (in Romanian), Economica Press, Bucharest, Romania, 91.
4. Bobu E, Ciolacu F., Anghel N., (2002), Prevention of colloidal material accumulation in short circulation of paper machine, Wochenblatt f. Papierfabrikation, 130, 576-583.
5. Bobu E, Negreanu V., Belosinchi D., (2003), Effects of the biocide-dispersant system on the papermaking processes, Proceedings of 28th EUCEPA Conference, Lisbon-Portugal, 306.
6. Bobu E, Parpalea R.,(2004), Starch in Papermaking: Wet End Applications, Proceedings of Final Conference of EPPIC Network, Sopron, Hungary, paper 5.
7. Edelmann K, (2000), Water management in papermaking, Cactus Project – Final report, VTT Finland, 34.
8. Edelmann K, Kaijaluoto S., Nappa M., (2005) Control of detrimental phenomena in papermaking, ECOTARGET Project – Report May 2005, VTT Finland, 10.
9. Geller A, Göttsching L., (1982), Closing water systems completely in the Federal Republic of Germany, Tappi Journal, 65, 97-101.
10. Gubelt G, Lumpe C., Verstraeten E., Joore L., (2000), Towards zero liquid effluent at Niederauer Muhle – The validation of two novel separation technologies, Paper Technology, 41, 41-46.
11. Miller GL., (1959), Use of dinitrosalicylic acid reagent for determination of reducing sugar, Anal. Chem., 31, 426-428.
12. Parpalea R, (2006), Study on the mechanisms of interaction between chemical additives and papermaking stock components, Ph.D Thesis, Gheorghe Asachi Technical University of Iasi, December 2006, 73-92.
13. Putz HJ., (2000), Stickies in recycled fibre pulp, in Recycled Fiber and deinking, Book 7 of Papermaking and Technology Series, TAPPI/FPEA, Helsinki, Finland, 441.
14. Ramaekers, JP.C., L. van Dijk, Lumpe, C., Verstraeten, E., Joore, L., (2001), Thermophilic Membrane Bioreactors in the Paper Industry -A successful key to in-mill water treatment, Paper Technology, 42 (1), 32-37
15. Scott W. E., (1996), Interfering Substances, In: Principles of Wet End Chemistry, TAPPI Press, Atlanta, GA, 19.
16. Surpateanu M, (1999), Environmental Chemistry. Manual Of Practical Exercises, (in Romanian) Ed. Gheorghe Asachi TU Iasi, 228, 246.
17. Surpateanu M, Tappi Test Methods, (1992/1993) Tappi Press, Atlanta, Georgia: Standard-T 620 cm-83, Analysis of industrial process water; Standard T 252 om-90, pH and electrical conductivity of hot water extracts of pulp, paper and paperboard; Standard T 656 cm-83, Measuring, sampling, and analyzing white water; Standard T 628 cm-82, Analysis of rosin size; Standard T 621 cm-82, Analysis of rosin; Standard T 419 om-91, Starch in paper; Standard T 211 om-85, Ash in wood and pulp.