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Optimization of Start-Up of a Fully Fired Combined-Cycle Plant with GT13E2 Gas Turbine

Anisimov, A. G. / Klub, M. V. / Sargsyan, K. B. / Eritsyan, S. Kh. / Petrosyan, G. S. / Avtandilyan, A. V. / Gevorgyan, A. R.

The principles of starting up the steam power unit of the Hrazdan-5 fully fired combined-cycle power unit (Hrazdan, Armenia) are considered. This plant has neither a bypass stack for gas discharge from the gas turbine nor an external steam source for the steam-turbine gland and prestarting deaeration. Emphasis is placed on the differences between the start-up procedure followed at the plant and the procedure provided by the RD 34.25.512 Standard Instructions on Startup from Various Thermal States and Shutdown of 300-MW Boiler-Turbine Sets with K-300-240 LMZ Turbine.

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Optimization of Start-Up of a Fully Fired Combined-Cycle Plant with GT13E2 Gas Turbine

Anisimov, A. G. / Klub, M. V. / Sargsyan, K. B. / Eritsyan, S. Kh. / Petrosyan, G. S. / Avtandilyan, A. V. / Gevorgyan, A. R.

The principles of starting up the steam power unit of the Hrazdan-5 fully fired combined-cycle power unit (Hrazdan, Armenia) are considered. This plant has neither a bypass stack for gas discharge from the gas turbine nor an external steam source for the steam-turbine gland and prestarting deaeration. Emphasis is placed on the differences between the start-up procedure followed at the plant and the procedure provided by the RD 34.25.512 Standard Instructions on Startup from Various Thermal States and Shutdown of 300-MW Boiler-Turbine Sets with K-300-240 LMZ Turbine.

Optimization of Start-Up of a Fully Fired Combined-Cycle Plant with GT13E2 Gas Turbine

Anisimov, A. G. / Klub, M. V. / Sargsyan, K. B. / Eritsyan, S. Kh. / Petrosyan, G. S. / Avtandilyan, A. V. / Gevorgyan, A. R.

The principles of starting up the steam power unit of the Hrazdan-5 fully fired combined-cycle power unit (Hrazdan, Armenia) are considered. This plant has neither a bypass stack for gas discharge from the gas turbine nor an external steam source for the steam-turbine gland and prestarting deaeration. Emphasis is placed on the differences between the start-up procedure followed at the plant and the procedure provided by the RD 34.25.512 Standard Instructions on Startup from Various Thermal States and Shutdown of 300-MW Boiler-Turbine Sets with K-300-240 LMZ Turbine.

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Title:

Optimization of Start-Up of a Fully Fired Combined-Cycle Plant with GT13E2 Gas Turbine

Contributors:

Anisimov, A. G. (author) / Klub, M. V. (author) / Sargsyan, K. B. (author) / Eritsyan, S. Kh. (author) / Petrosyan, G. S. (author) / Avtandilyan, A. V. (author) / Gevorgyan, A. R. (author)

Published in:

Power Technology and Engineering ; 49

Publication date:

2016

ISSN:

DOI:

https://doi.org/10.1007/s10749-016-0628-4

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

start up , thermal state , steam-turbine unit (STU) , steam power unit (SPU) , fully fired combined-cycle plant (CCP) , gas-turbine unit (GTU) , boiler

Classification:

BKL: 56.30 Wasserbau / 56.30$jWasserbau

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