Investigation on the HRSG Installation at South Pars Gas Complex Phases 2&3
In this article the investigation about installation heat
recovery steam generation (HRSG) on the exhaust of turbo generators of phases 2&3 at South Pars Gas Complex is presented.
The temperature of exhaust gas is approximately 665 degree centigrade, Installation of heat recovery boiler was simulated in
ThermoFlow 17.0.2 software, based on test operation data and the
equipments site operation conditions in Pars exclusive economical energy area, the affect of installation HRSG package on the available
gas turbine and its operation parameters, ambient temperature, the
exhaust temperatures steam flow rate were investigated. Base on the results recommended HRSG package should have the capacity for 98
ton per hour high pressure steam generation this refinery, by use of
exhaust of three gas turbines for each package in operation condition of each refinery at 30 degree centigrade. Besides saving energy this
project will be an Environment-Friendly project. The Payback Period
is estimated approximately 1.8 year, with considering Clean Development Mechanism.
[1] Expert Meeting on Trade and Climate Change: Trade and Investment Opportunities and Challenges under the Clean Development Mechanism (CDM), by Natalia Gorina Emissions Portfolio Manager Essent Trading
International S.A., 27-29 April 2009.
[2] Greenhouse gas as factor of the effect of CO2. The Kyoto protocol setup
to use the figures in the UNIPCC Second Assessment Report (1995).
[3] Kyoto Protocol and the CDM, Energizing Cleaner Production,
Management Course, Internationale Weiterbildung und endwicklung GmbH.
[4] An American Society of Mechanical Engineers; "An American national
Standard"; ASME PTC 4-2-1997; Performance Test Code on Gas
Turbine Heat Recovery Steam Generator ".
[5] Ganapathy V., "Heat Recovery Steam Generators: Understand the Basics", Chemical Engineering Progress, pp. 32-45, 1996.
[6] V. Ganapathy, ABCO Industries;" Heat Recovery Steam Generators:
Underestand the Basics"; Chemical Engineering Process; August 1996.
[1] Expert Meeting on Trade and Climate Change: Trade and Investment Opportunities and Challenges under the Clean Development Mechanism (CDM), by Natalia Gorina Emissions Portfolio Manager Essent Trading
International S.A., 27-29 April 2009.
[2] Greenhouse gas as factor of the effect of CO2. The Kyoto protocol setup
to use the figures in the UNIPCC Second Assessment Report (1995).
[3] Kyoto Protocol and the CDM, Energizing Cleaner Production,
Management Course, Internationale Weiterbildung und endwicklung GmbH.
[4] An American Society of Mechanical Engineers; "An American national
Standard"; ASME PTC 4-2-1997; Performance Test Code on Gas
Turbine Heat Recovery Steam Generator ".
[5] Ganapathy V., "Heat Recovery Steam Generators: Understand the Basics", Chemical Engineering Progress, pp. 32-45, 1996.
[6] V. Ganapathy, ABCO Industries;" Heat Recovery Steam Generators:
Underestand the Basics"; Chemical Engineering Process; August 1996.
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:60413", author = "R. Moradifar and M. Masahebfard and M. Zahir", title = "Investigation on the HRSG Installation at South Pars Gas Complex Phases 2&3", abstract = "In this article the investigation about installation heat
recovery steam generation (HRSG) on the exhaust of turbo generators of phases 2&3 at South Pars Gas Complex is presented.
The temperature of exhaust gas is approximately 665 degree centigrade, Installation of heat recovery boiler was simulated in
ThermoFlow 17.0.2 software, based on test operation data and the
equipments site operation conditions in Pars exclusive economical energy area, the affect of installation HRSG package on the available
gas turbine and its operation parameters, ambient temperature, the
exhaust temperatures steam flow rate were investigated. Base on the results recommended HRSG package should have the capacity for 98
ton per hour high pressure steam generation this refinery, by use of
exhaust of three gas turbines for each package in operation condition of each refinery at 30 degree centigrade. Besides saving energy this
project will be an Environment-Friendly project. The Payback Period
is estimated approximately 1.8 year, with considering Clean Development Mechanism.", keywords = "HRSG, South pars Gas complex, ThermoFlow 17.0.2 software, energy, turbo generators.", volume = "6", number = "11", pages = "2494-6", }