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© Riley Power Inc., 2012 www.babcockpower.com Boiler Design Considerations for Cycling Operations by P. J. Hunt Manager, Boiler Design Engineering RILEY POWER INC. a Babcock Power Inc. company (formerly Riley Stoker Corporation) Presented to The Committee on Power Generation Association of Edison Illuminating Companies Atlanta, Georgia February, 4, 1982 Technical Publication RST-5
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Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system

Jul 19, 2019

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Page 1: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system

© Riley Power Inc., 2012 www.babcockpower.com

Boiler Design Considerationsfor Cycling Operations

by

P. J. HuntManager, Boiler Design Engineering

RILEY POWER INC.a Babcock Power Inc. company

(formerly Riley Stoker Corporation)

Presented to The Committee on Power Generation Association

of Edison Illuminating CompaniesAtlanta, GeorgiaFebruary, 4, 1982

Technical Publ icat ion

RST-5

Page 2: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 3: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 4: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 5: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 6: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 7: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 8: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 9: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 10: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 11: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 12: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system
Page 13: Boiler Design Considerations for Cycling Operations · A boiler-turbine relationship is one of slave to master. The turbine or system master is a lower tolerance, The turbine or system