Application of exergy analysis for estimation of geotechnical systems stability

Mikhail V Romanov; Andrey V Shamshin; Oleg G. Vorobyev

doi:10.15626/Eco-Tech.1999.019

Authors

Mikhail V Romanov Linnéuniversitetet
Andrey V Shamshin Linnéuniversitetet
Oleg G. Vorobyev Linnéuniversitetet

DOI:

https://doi.org/10.15626/Eco-Tech.1999.019

Keywords:

exergy; exergy method of thermodynamic analysis; geotechnical systems; ecological danger of chemical substances, environmental load.

Abstract

The opportunity of application of exergy analysis for estimation of geotechnical systems is considered. The example of use of the exergy method for estimation of pollution of water-producing area of the small rivers is given. Using concept of exergy we have the necessary information about technical object and environment and are able to define current condition and variants of the territory development.

Metrics

Metrics Loading ...

References

Yantovskii E. I. ( 1988). Flows of energy and exergy. Science, Moscow.

Wall G., Yantovskii E., Lindquist L. And Tryggstad J. A zero emission combustion power plant for enhanced oil recovery. Energye, Vol. 20, No. 8, pp. 823-828. DOI: https://doi.org/10.1016/0360-5442(95)00052-I

Gong M. ( I 999). On exergy as an ecological indicator. M. Sc. thesis, Department of Physical Resource Theory, Goteborg University

Stepanov V. S. ( I 990). Chemical energy and exergy of substances. Science, Novosibirsk.

Frumin G. T. (1993). Thermodynamic estimation of influence of pollutant substances for water ecosystems. Water Resources, 20(6), pp. 726-729

Vorobyev O. G., Zotov L. L., Shishevilov D. V. and Shlyakhov V. A. (1997). Ecological estimation of industrial production life-cycle. Ecological Chemistry, 6(3), pp. 196-203.

Yorobyev O. G., Shamshin A. V. and Muzalevskiy A. A. (1998) Opportunities of application of the exergy method of analysis of interaction between industrial object and environment. Ecological Chemistry, 7(2), pp. 110-115

Jorgensen S. and Mejer H. (1981 ). Application of exergy in ecological models. Liege: CEBEDOC, pp. 587-590.

Romanov M. V. ( 1997). Ecological norm of antropogenic loading for reservoir of small rivers. Ph. D. thesis, Department of hydrotechnics, St. Petersburg State Technical University.

Pevzner L. ( 1977). Fundamentals of bioenergetics. Peace, Moscow.11.Alekseev G. N. (1983). Energoentropics. Knowledge, Moscow.

Zaugolynikov S. O., Kochanov M. M., Loyt A. O. and Stavchanskiy I. I. (1978). Express methods of definition of chemical substances toxic and danger. Medicine, Leningrad.

Golubev A. A., Lublina E. I. and others ( 1973). Quantitative toxicology. Medicine, Leningrad.