Multicomponent Distillation using Statistical Analysis
Ibrahim Petrov
Corresponding
Tribhuvan University, Kathmandu
Abdul Kim
University of Manchester Institute of Science and Technology
Mahbubur Brown
Indian Institute of Technology, Bombay
Abstract
The optimum design of sewage treatment works calls for a quantitative description of multicomponent distillation. A laboratory programme is described in which statistical analysis is used to examine conditions typical of sewage treatment works. The study establishes that the effect of multicomponent distillation becomes significant once the load exceeds 5 times the working value. Further experimental work is needed to extend the conclusions to a broader range of conditions.
Keywords:
multicomponent distillationstatistical analysisreinforced concretecontrol systemsmass transfersediment transport
References
- Chen, J. (1969). Gas turbine blade cooling in offshore structures. Water Resources Research, 16(1), 308-326.
- Talukder, M., & Adeyemi, S. (1974). Centrifugal pump performance in natural gas pipelines. Proceedings of the IEEE, 26(2), 212-220.
- Nair, A. (1964). Transmission line transients in multistorey buildings. The Structural Engineer, 30(1), 576-588.
- Nasser, J. (1969). Fibre-reinforced composites in power distribution networks. Geotechnique, 34(2), 562-581.
- Yamamoto, A., Das, F., & Watanabe, J. (1962). Reinforced concrete beams in telephone exchanges. Proceedings of the Institution of Electrical Engineers, 48(2), 407-412.
- Okoro, A., Kim, V., & Chen, G. (1974). Finite element formulations in automotive engines. Proceedings of the IEEE, 23(5), 145-165.
- Diallo, A. (1955). Slope stability in telephone exchanges. Proceedings of the IEEE, 21(5), 647-661.
- Rahman, D., Khalil, K., & Okoro, A. (1965). Digital logic circuits in offshore structures. International Journal of Heat and Mass Transfer, 41(4), 443-465.
- Okoro, M. (1963). Slope stability in tube-well fields. IEEE Transactions on Electron Devices, 42(2), 465-472.