Analysis of energy effectiveness of gaseous fuel generation in coal gasification process
Polityka Energetyczna – Energy Policy Journal 2006;9(Zeszyt specjalny 1):299-310
KEYWORDS
ABSTRACT
In the paper there is presented the complex energy analysis of the process of complete, pressure coal gasification. The basis of energy analysis performed, is the elaborated mathematical model of the process of coal gasification. The mathematical model was elaborated to allow one to perform multivariant calculation of energy aspects of this process with changeable parameters such as: temperature and pressure of the process and kind, excess ratio and temperature of gasifying medium. It allows numerical simulation of various methods of complete, pressure gasification of various kinds of coal, with the help of various gasifying medium compositions. This model includes the system of equations which describe chemical, physical and energy phenomena occurring in gas generator. The physical processes are described with the help of the statistical physics. The formulated system of equations allows one to determine the composition of produced gas, and to determine the conditions of energy equilibrium in the gas generator. It is composed of 31 non-linear algebraic equations. Additional, the 32nd equation expresses the energy balance of gas generator. On the basis of this model a computer programme was elaborated. Six technologies of hard coal gasification (Texaco, Destec, Prenflo, Shell, KRW MEET) and two technologies of brown coal gasification (Prenflo, KRW) were taken into account in simulation. The results of numerical simulation are shown in the form of table and charts.
METADATA IN OTHER LANGUAGES:
Polish
Analiza efektywności energetycznej wytwarzania paliwa gazowego w procesie zgazowania węgla
węgiel, zgazowanie węgla, czynnik zgazuwujący
W artykule jest przedstawiona analiza energetyczna procesu całkowitego zgazowania węgla . Podstawą wykonanej analizy jest opracowany równowagowy model matematyczny procesu zgazowania. Model ten składa się z układu nieliniowych równań algebraicznych opisujących procesy fizyczne, chemiczne i energetyczne zachodzące w generatorze gazu. Procesy fizyczne w tym modelu opisane są metodą fizyki statystycznej. Wykorzystując opracowany model matematyczny wykonano badania symulacyjne różnych metod (Texaco, Destec, Prenflo, Shell, KRW, MEET) zgazowania węgla kamiennego i brunatnego. Wyniki wykonanych badań symulacyjnych przedstawiono w tablicy i na rysunkach.
REFERENCES (11)
1.
ZAPOROWSKI B., 1993 — Analysis of Parameters of Coal Gasification Process for Demand of Clean Coal Technology. Proceedings of the Second International Conference on Combustion Technologies for Clean Environment. Lisbon, vol. I, 17.4.24—17.4.32.
2.
BAUMANN H.R., ULLRICH N., HAUPT G., ZIMMERMANN G., PRUSCHEK R., OEL-JEKLAUS G., 1998 — Development of the Cost-Effective IGCC 98 Power Plant. Proceedings of Power Gen Europe’98, Milan.
3.
COOK J.J., LEDNICKY L.A., 1994—The Wabash River Coal Gasification Repowering Project an Investment in the Future. Proceedings of Third Annual Clean Coal Technology Conference, Chicago, p. 032—045.
4.
DURRFELD R., SCHELLBERG W., 1996 — Efficient Power Generation from Coal with IGCC Technology. Proceedings of The 6th International Energy Conference. Beijing, p. 69—74.
5.
GONZALEZ M., MOTTER J.W., NICKS P.E., 1994 — Pinon Pine Power Project — an Update. Proceedings of Third Annual Clean Coal Technology Conference, Chicago, p. 015—031.
7.
HOWELS L., TATAR G.A., GONZALEZ M., MATHUR G.K., 1997 — Pinon Pine Power Project Nears Start-Up. Proceedings of Fifth Annual Clean Coal Technology Conference, Tampa, p. 318—328.
8.
KOBAYASHI H., YOSHIKAWA K., SHIODA S., 1999 — Gasification of Coal and Solid Wastes Using High Temperature Air. Proceedings of the 12th International Conference on Efficiency, Costs, Optimization, Simulation and Environmental Impact of Energu Systems, Tokyo, p. 317—321.
9.
PLESS D.E., 1994—Tampa Electric Company Integrated Gasification Combined Cycle Project Current Status. Proceedings of Third Annual Clean Coal Technology Conference, Chicago, p. 046—063.
10.
TROXCLAIR E.J., STULTZ J., 1997—Wabash River Coal Gasification Repowering Project-First Year Operation Experience. Proceedings of Fifth Annual Clean Coal Technology Conference, Tampa, p. 301—317.
11.
VAN DIJK J.C., PFEIFFER M.J., HOPE T., 1989—Integrated gasification combined cycle power generation using an advanced coal gasification process. Proceedings of the 14th Congress of World Energy Conference, Montreal, vol. 4, Paper 4.2.4.
Share
RELATED ARTICLE
| eISSN: | 2720-569X |
| ISSN: | 1429-6675 |
We process personal data collected when visiting the website. The function of obtaining information about users and their behavior is carried out by voluntarily entered information in forms and saving cookies in end devices. Data, including cookies, are used to provide services, improve the user experience and to analyze the traffic in accordance with the Privacy policy. Data are also collected and processed by Google Analytics tool (more).
You can change cookies settings in your browser. Restricted use of cookies in the browser configuration may affect some functionalities of the website.
You can change cookies settings in your browser. Restricted use of cookies in the browser configuration may affect some functionalities of the website.
