Temperature & char bed control

Authors & references

Authors:

Professor Emeritus Kauko Leiviskä, University of Oulu

References:

1. Uronen, P., Jutila, E. and Pantsar, O. 1978. A practical approach to the control of recovery boilers. IFAC Proceedings Volumes 11(1):249-253. (Presented in the 7th Triennial World Congress of the IFAC on A Link Between Science and Applications of Automatic Control, Helsinki, Finland, 12-16 June).
2. Sutinen, R., Aksela, R. and Huovinen, N. 1983. Computer control of sulphite recovery boiler and evaporation plant at Finnish mill. In: 5th International IFAC/IMEKO Conference on Instrumentation and Automation in the Paper, Rubber, Plastics and Polymerization Industries. Antwerp, Belgium, October 11–13. pp. 107–114.
3. Tran, H., Pryke, D.C. and Reeve, D.W. 1986. Control of Fireside Deposits in Kraft Recovery Units. Pulp and Paper Canada 87(12):T435-T439.
4. Rastogi, L. K., Spannbauer, J. P., Goto, K., et al. 1982. Advanced recovery boiler control – the evolution and state of the art. In: TAPPI 1982 Pulping Conference Proceedings. Toronto, Ontario, October 25–27. TAPPI Press, Atlanta, 492–512.
5. Smith, D. B., Edwards, L. L. and Damon, R. A. 1991. Development and application of a real-time recovery boiler expert system. In: 1991 TAPPI Engineering Conference. Nashville, TN, September 30–October 3. TAPPI Press. pp. 259–265.
6. MacCallum, C. 2014. Maximize then optimize the reduction efficiency in a kraft recovery boiler. Western Canada BLRBAC meeting, Vancouver, April 2014, 7 p.
7. Pantsar, O. 1979. Computer control for recovery boiler is success at Finnish mill. Pulp and Paper, 53(8):142.
8. Lampela, K., Mikkonen, J. and Leiviskä, K. 1996. Experiences of the Fuzzy Logics in Pulp Mill. In: Proceedings TOOLMET ’96 – Tool Environments and Development Methods for Intelligent Systems. University of Oulu, Oulu. pp. 120–131.
9. Mikkonen, J., Koskinen, J. and Hanhinen, J. 1994. Fuzzy control in the recovery boiler. Paperi ja Puu 76(5):314–317.