Due to industrialization and huge household usage of electricity there is energy crises world wide. There is reduction of natural sources oil, water reservoirs, to make cheaper energy aerodynamic based Gas Turbines in combine & open cycle power plant are commonly used for electricity. Hydro power generation is also very cheep and dual benefit source of power generation. The aim of this forum is to share experience and awareness about modern techniques and up coming events in energy sector.
Monday, December 1, 2008
SIEMENS GAS TURBINE SGT-200
Siemens Gas Turbine SGT-200
Power output: ISO 6.75 MW(e) / 7.68 MW The robust and compact industrial gas turbine SGT-200 offers a power output of 6.75 MW for the
single shaft and 7.68 MW for the twin shaft configuration. The SGT-200 is designed to burn a wide range of gaseous and liquid fuels. It is available as a factory assembled package and provides an excellent power-to-weight ratio.
The single-shaft industrial gas turbine SGT-200-1S is an efficient unit used for industrial power generation in the following fields of application:
.simple cycle applications
.combined cycle applications
.combined heat and power (CHP)
power generation for the oil and gas industry, on offshore platforms and FPSO (Floating Production Storage and Offloading) vessels
The twin-shaft industrial gas turbine SGT-200-2S is a proven unit for mechanical drive of compressors and pumps, primarily for the oil and gas industry: It is designed for applications where speeds and loads vary. The SGT-200-2S can operate over a range of different speed and load demands.
Fields of Application:
drive solution for pumping applications including crude oil, other refinery product transmission and water injection drive solution for centrifugal compressors used in gas injection, pipeline transmission and boosting, gas processing and similar applications
SIEMENS GAS TURBINE SGT-200 1S:
DESIGN CONCEPT:
SGT-200-1S single-shaft turbine for Power Generation (up to 6.75 MW)The SGT-200-1S design is uniquely simple, employing a twin bearing gas generator, twin bearing power turbine and heavy duty casings. This allows full site maintenance to be carried out. The single shaft configuration provides excellent load acceptance and rejection characteristics, allowing robust and reliable operation in all applications. The gas turbine is available with a conventional or Dry Low Emissions (DLE) combustion system. Both systems provide dual fuel capability, the DLE system also providing extremely low NOx levels.
Power Generation Package
The SGT-200-1S is available as a factory assembled packaged power plant. It is easily transported, installed and maintained at site. The package incorporates the gas turbine, gearbox, generator and all systems mounted on a single underbase. Turbine controls, generator control panel, motor control center for package motors and variable speed drive for starter motor are normally also package-mounted.
Technical Data
*SGT-200-1S single-shaft turbine for Power Generation
*Power output 6.75 MW(e)
*Fuel: Natural gas / liquid fuel / dual fuel and other fuels capability on request
*Frequency: 50/60 Hz
*Electrical efficiency: 31.5 %
*Heat rate: 11,418 kJ/kW-hr (10,823 Btu/kW-hr)
*Turbine speed: 11,053 rpm
*Compressor pressure ratio: 12.2:1
*Exhaust gas flow / temperature: 29.3 kg/s, 466 °C (64.5 lb/s, 871 °F)
*NOx emissions (with DLE, corrected to 15 % O2 dry): ≤ 25 ppmV
SIEMENS GAS TURBINE SGT-200-2S
SGT-200-2S twin-shaft turbine for Mechanical Drives
Shaft output: (ISO) 7.68 MW
The Siemens SGT-200-2S twin-shaft industrial gas turbine is a proven unit for mechanical drive of compressors and pumps, and is widely used in the oil and gas industry. It offers outstanding reliability, efficiency and maintainability. It is designed to operate on a wide range of gaseous and liquid fuels.
PUMP APPLICATIONS:
The SGT-200-2S gas turbine provides an ideal drive solution for pumping applications. These include crude oil, product transmission and water injection. Drive from the power turbine is usually via a speed reducing gearbox.
COMPRESSOR APPLICATIONS
The SGT-200-2S offers exceptional performance for the drive of centrifugal compressors for gas injection, pipeline transmission and boosting, gas processing, refrigeration applications and a variety of other duties. Due to the high output speed of the power turbine and its ability to operate at full power between 8,000 rpm and 10,950 rpm, most compressor drive applications can be met without the need for a speed-changing gear between the power turbine and gas compressor.
DESIGN CONCEPT:
SGT-200-2S / Shaft output: 6.75 MW The twin-shaft configuration of the SGT-200-2S provides excellent speed and load turndown flexibility. The design is uniquely simple, employing a single gas generator rotor with twin bearings and a two-stage overhung turbine. Rotors are contained in heavy duty casings which are horizontally and vertically split, allowing full site maintenance to be carried out.
The turbine is available with a Dry Low Emissions (DLE) combustion system, providing extremely low NOx levels with gas and liquid fuels and a full dual fuel capability.
MECHANICAL DRIVE PACKAG:
The SGT-200-2S is available as a factory-assembled package for all mechanical drive applications. It is easily transported, installed and maintained at site. The package incorporates the gas turbine and all systems mounted on a single under base. It is very compact, providing a small footprint and a high power-to-weight ratio.
TECHNICAL DATA:
*SGT-200-2S twin shaft turbine for Mechanical Drive
*Shaft output: 7.68 MW (10,300bhp)
*Fuel: Natural gas / liquid fuel, dual fuel and other fuels capability on request
*Efficiency: 33 %
*Heat rate: 10,906 kJ/kW-hr (7,708 Btu/bhp-hr)
*Turbine speed: 10,950 rpm
*Compressor pressure ratio: 12.3:1
*Exhaust gas flow / temperature: 29.5 kg/s, 489 °C (65.0 lb/s, 912 °F)
*NOx emissions (with DLE, corrected to 15 % O2 dry): ≤ 15ppmV
BENEFITS:
SGT-200-2S
*Proven design resulting in high availability
*Dual-fuel Dry Low Emissions (DLE) combustion system, meeting the most stringent legislation
*Competitive cost-to-power ratio
*Compact size
*Site maintainability
*Alternate rapid core engine exchange option, minimizes downtime
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