Benefits
What can an AGP upgrade do for your 6B gas turbine?
The 6B AGP builds on the proven rugged reliability the fleet has demonstrated for over 40 years while allowing customers to remain competitive.
This upgrade utilizes proven E, F, and H-class developments to increase firing temperature. The 6B AGP enables higher output and exhaust energy, lowers fuel consumption, and increases maintenance inspection intervals.
The AGP can improve power output by up to 4.8% depending on the plant’s configuration. This option also results in an exhaust energy increase of 2%-9%.
6B AGP can improve heat rate by up to 4% depending on the plant's configuration.
When packaged with the 6B Advanced Extendor combustion technology, the AGP allows for synchronized combustion and hot gas path inspection intervals up to 32,000 Factor Fired Hours.
Key features and requirements
6B AGP: Key Features
The AGP upgrade involves 9 new HGP capitals. Key highlights of the upgrade include:
- Laminate sealings and sealing geometry redesign for improved heat rate
- Advanced blade tip shroud configurations for improved cooling and sealing efficiencies
- Advanced coating for improved durability
- Cooling airflow changes for improved efficiency
6B AGP: Requirements
- Requires a Mark* IV control system or newer
- Compatible with a wide range of 6B fuels except ash-bearing liquids
- Applicable to PG6541 or newer models
- Requires compressor stage 17 protection mitigation
*Trademark of General Electric
Further Reading
Learn More
Other AGP upgrades
Related services
- 6B gas turbine enhanced reliability upgrade
- Dry Low NOx 2.6+ Combustion Solution
- OpFlex advanced controls solutions
Downloads
Customer stories
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Saudi Arabia
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Saudi Arabia
Saudi Arabia
Saudi Cement orders the first 6B AGP technology for the cement industry
In a historic deal that marks the first time GE’s Advanced Gas Path (AGP) solution will strengthen power generation productivity for the cement industry globally, Saudi Cement will upgrade three GE Vernova 6B gas turbines at its Hofuf plant to increase capacity by 25 megawatts and efficiency by up to 3.3% per turbine.
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