HRSGs for Fast-Starting Combined Cycle Plants
Autor Akber Pashaen Limba Engleză Hardback – 31 mar 2023
Finally, the book describes the necessary steps to gauge impacts on fast starts, suggesting solutions to eliminate or minimize the impact for an HRSG with a predictable optimum life, discussing design methodology for fast start HRSGs, instrumentation and control requirements, life consumption analysis, and balance of plant design management. Final sections consider key issues in the operation of fast-starting HRSGs, including operational control, operating protocols and strategy, monitoring programs, and predictive maintenance.
- Outlines key requirements for specifying HRSGs for Fast-Starting Combined Cycle Plants
- Describes salient features of the design process to understand the impact of fast starts on critical components
- Explains the importance of proper operation protocol to preclude the possibility of premature failure
- Evaluates online monitoring tools to gauge HRSG critical component life consumption
- Provides detailed requirements for preparing effective specifications for HRSGs for fast-starting combined cycle plants
- Reviews design methodologies, analyses and guidelines for designing HRSGs
- Defines operation control protocols to avoid premature mechanical failures or performance deficiencies
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Specificații
ISBN-13: 9780128203583
ISBN-10: 0128203587
Pagini: 272
Ilustrații: Approx. 120 illustrations
Dimensiuni: 191 x 235 mm
Editura: ELSEVIER SCIENCE
ISBN-10: 0128203587
Pagini: 272
Ilustrații: Approx. 120 illustrations
Dimensiuni: 191 x 235 mm
Editura: ELSEVIER SCIENCE
Cuprins
PART
A:
SYSTEM
DESCRIPTION
AND
REQUIREMENTS1.
Introduction -
What
is
the
Book
About
2.
Combined
Cycle
Plant
Components
and
Operational
Principles
3.
Why
Start
Fast?
How
fast
is
fast,
Compare
with
Regular
start?
4.
What
is
Cycling
and
the
Relationship
between
Fast
start
and
Cycling?
PART B: FAST START IMPACTS5. Material of Construction for Superheaters, Reheaters and Drums and their properties 6. Mechanical Integrity of HRSG Components 7. Operational Control – Drum Issues 8. Mechanical Integrity of other Combined Cycle Plant Components 9. Water Chemistry and Steam Quality 10. Packaging of the HRSG Components 11. GT size and Steam Temperature and Pressure Concerns 12. Emissions
PART C: DESIGN METHODOLOGY13. Design Methodology for Fast Start HRSGS 14. Packaging of the HRSG Components 15. Attemperators 16. Instruments and Controls Requirements for Fast Start HRSGS 17. Valves and Fitting 18. Water Chemistry 19. Analyses Required for Assessing the Life Consumption 20. Emissions Control 21. Condenser and Balance of Plant Design Management
PART D: OPERATIONAL CONTROL22. Operation Definition and Operational Responsibility Issues 23. Operating Strategy to keep Operations within the specified limits 24. Monitoring and Monitoring Software 25. Conclusions
PART B: FAST START IMPACTS5. Material of Construction for Superheaters, Reheaters and Drums and their properties 6. Mechanical Integrity of HRSG Components 7. Operational Control – Drum Issues 8. Mechanical Integrity of other Combined Cycle Plant Components 9. Water Chemistry and Steam Quality 10. Packaging of the HRSG Components 11. GT size and Steam Temperature and Pressure Concerns 12. Emissions
PART C: DESIGN METHODOLOGY13. Design Methodology for Fast Start HRSGS 14. Packaging of the HRSG Components 15. Attemperators 16. Instruments and Controls Requirements for Fast Start HRSGS 17. Valves and Fitting 18. Water Chemistry 19. Analyses Required for Assessing the Life Consumption 20. Emissions Control 21. Condenser and Balance of Plant Design Management
PART D: OPERATIONAL CONTROL22. Operation Definition and Operational Responsibility Issues 23. Operating Strategy to keep Operations within the specified limits 24. Monitoring and Monitoring Software 25. Conclusions