Thermodynamics of chemical references for exergy analysis

Energy Conversion and Management

Volumn 39, Issue 16-18, 1998, Pages 1719-1728

  Van Gool, Willems ^a  

^a NONE

Author keywords

[No Author keywords available]

Indexed keywords

AIR; APPROXIMATION THEORY; ENERGY EFFICIENCY; OPTIMIZATION; THERMODYNAMICS;

EXERGY ANALYSIS;

CHEMICAL ELEMENTS;

EID: 0032207471     PISSN: 01968904     EISSN: None     Source Type: Journal    
DOI: 10.1016/s0196-8904(98)00089-2     Document Type: Article

References (17)

1. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
2. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
3. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
4. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
5. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
6. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793-802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
7. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
8. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
9. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
10. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
11. Many scientists contributed to the development of an exergy reference system for chemical elements. Here just a few publications are mentioned. Some papers contain information about the long history of exergy analysis., Second Law Analysis of Energy Devices and Processes, Energy, 5, (1980), (shortened to SLA in the following references). This issue contains important material. Jan Szargut was one of the first to develop a rather complete reference system. Many of his publications were originally in Polish but much of this material was published in English by Kotas (Reference 6), 1a, Jan Szargut, International Progress in Second Law Analysis, SLA 709-718, 1b, J. Ahrendts, Reference States, SLA 667-678, 1c, T.A. Brzustowski, Toward a Second-law Taxonomy of Combustion Processes, SLA 743-755, 1 d, M.V. Sussman, Standard Flow Availability and the Standard Chemical Availability, SLA 793- 802, Important contributions were published in ACS Symposium Series:, R.A. Gaggioli (Editor), Thermodynamics: Second Law Analysis, ACS 122 (1980), R.A. Gaggioli (Editor), Efficiency and Costing, ACS 235 (1983), 1e, L. Rodríguez, Calculation of Available-Energy Quantities, ACS 122, 39-59, If, W.J. Wepfer and R.A. Gaggioli, Reference Datum's for Available Energy, ACS 122, 77-92, 1 g, J.H. Shieh and L.T. Fan, Energy and Exergy Estimation Using the Group Contribution Method, ACS 235, 351-371.
12. Kameyama, H., Yoshida, K., Yamauchi, S. and Fueki, K., Applied Energy, 1982, 11, 69-83.
13. Morris, D. R. and Szargut, J., Energy, 1986, 11, 733-755.
14. Szargut, J., Applied Energy, 1989, 32, 269-286.
15. Gallo, W. L. R. and Milanez, L. F., Energy, 1990, 15, 113-121.
16. Kotas, T. J., in The Exergy Method of Thermal Plant Analysis. Butterworths, London, 1985.
17. Wagman, D. D. et al., in The NBS tables of chemical thermodynamic properties. American Chemical Society and National Bureau of Standards, Washington, DC, 1982.