Low cost recuperator concept for microturbine applications

Proceedings of the ASME Turbo Expo

Volumn 2, Issue , 2000, Pages

  McDonald, Colin F ^a  

^a McDonald Thermal Engineering   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

COAL COMBUSTION; COSTS; DEREGULATION; HEAT EXCHANGERS; RECUPERATORS; TURBINES; TURBOGENERATORS;

ANNULAR GEOMETRY; AUTOMATED FABRICATION; BACKGROUND INFORMATION; LOW PRESSURES; MICRO TURBINE; POWER GENERATION MARKETS; PRIMARY SURFACE RECUPERATORS; SURFACE GEOMETRIES;

ALTERNATIVE FUELS;

EID: 84930622301     PISSN: None     EISSN: None     Source Type: Conference Proceeding    
DOI: 10.1115/2000-GT-0167     Document Type: Conference Paper

References (24)

1. Antoine, H., 1997, "Echangeur de Chaleur Spirale". European Patent EP 0798527 B 1
2. Campanari, S., 1999, "Full Load and Part Load Performance Prediction for Integrated SOFC and Microturbine Systems", ASME Paper 99-GT-65
3. Craig, P., 1997, "The Capstone Turbogenerator as an Alternative Power Source", SAE Paper 970202
4. de Biaisi, V., 1998, "Low Cost and High Efficiency Make 30 to 80 kW Mieroturbines Attractive", Gas Turbine World, Jan-Feb 1998, pp 28-31
5. Foerster, S., and Kleeman, M, 1978, "Compact Metallic and Ceramic Recuperator for GasTurbines", ASlVIE Paper 78-GT-62
6. Ito, M, and Takamura, T, 1998, "The Development of the Reeuperator for the Micro Gas Turbine Generator", Bulletin of GTSJ, 1998, p26
7. Kadambi, V., et. a.l., 1992", Primary Surface Heat Exchanger for a Ground Vehicle Gas Turbine", SAE Paper 920418
8. Kleeman, K., 1979, "Neuartiger Kompakter Rekuperator in Plattenbauweisse", Brennst-Warrne-Kraft 31 (6) pp256-261
9. Lundberg, R, and Ferrato, M, 1999, "Ceramic Component Development for AGATA", ASME Paper 99-GT-392
10. McDonald, C.F., 1972, Gas Turbine Reeuperator Technology Advancements", ASME Paper 72-GT-32
11. McDonald, C.F., 1996a, "The Key Role Of Heat Exchangers in Closed Brayton Cycle Plants", ASME Paper, 96-GT-461
12. McDonald, C.F., 1996b, "Heat Exchangers for Very Small Gas Turbines", Intl. Journal of Turbo and Jet Engines, Vol. 13, No.4. pp 239-261
13. McDonald, C. F., 1997, " Ceramic Heat Exchangers-The Key to High Efficiency in Very Small Gas Turbines", ASME Paper 97-GT-463.
14. McDonald, C. F., 1999, "Emergence of Recuperated gas Turbines for Power Generation", ASME Paper 99-GT-67
15. McDonald, C. F., 2000, "Low Cost Primary Surface Reeuperator Concept for Mieroturbines", To be Published in Journal of Applied Thermal Energy, in U.K. in May 2000
16. Nakajima, T., et.al., 1995, "The Development of the Micro Gas Turbine Generator", Paper Presented at Yokohama Intl. Gas Turbine Conference.
17. Oswald, J.I., and Dawson, D.A., 1998, "Heat Exchanger", U.S. Patent 5, 797, 449, August 25, 1998
18. Oswald, J.I., et.al., 1999, "A New Durable Gas Turbine Recuperator", ASME Paper 99-GT-369
19. Pellischek, G., and Reile, E, 1992, "Energy Recovery Units for Vehicular Gas turbines", SAE Paper 920151
20. Rodgers, C., 1997, "Turbochargers to Small Gas Turbines", ASME Paper 97-GT-200
21. Rodgers, C, 2000, "25-5 kW Microturbine Design Aspects", ASME Paper to be Published in May 2000
22. Scott, W.G., 1997, Micro-Size Gas Turbines Create Market Opportunities", Power Engineering, Sept. 1997. pp 46-50
23. Walsh, P.P., and Fletcher, P, 1998, "Gas Turbine Performance", Blaekwell Science Publications, Oxford, p288
24. Ward, M.E., and Helmet% 1992, "Primary Surface Recuperator for High Performance Prime-Movers", SAE Paper 920150