Article

Meet our New Aero Leader | GE Power

Meet Clive Nickolay, GE Gas Power’s aeroderivative business leader

Article

A Customer-Centric Approach to Quality | GE Power

Q&A with GE Gas Power’s Steve Hartman, Vice President, Quality – GE Gas Power

Webinar

Plant Flexibility: Can you thrive in today’s energy industry?

Join our webinar to learn about the new challenges of today, and the digital solutions that can potentially help you manage and enhance your operations in the future.

Webinar

Small footprint, big power. Get to know the LM2500XPRESS*.

Join our on-demand session to learn how GE’s LM2500XPRESS gas turbine can help you get power to the grid quickly and efficiently.

Webinar

Why Gas Power for India? Grid firming for round-the-clock power.

Join this on-demand session to be part of the discussion! We will explore how to balance your grid with thermal hybrids and discuss why grid firming is crucial when there is a high penetration of renewable power.

Webinar

Resilience: Powering through Challenging Times

Watch this session to learn how current events play into the evolving energy landscape, the power industry's response to COVID-19, and hear inspiring real-life examples on resilience from countries like South Korea and Malaysia.

Webinar

Gas Turbine Webisode Series: Combustion Dynamics

Watch this webinar featuring Senior Engineer in Fleet Management, Tushar Acharya. In just 12 minutes, you can explore the key drivers of combustion dynamics and how they’re measured.

Webinar

ActivePoint HMI

Watch this on-demand session to learn about GE’s latest ActivePoint HMI, and how it can help keep your plant protected against cyberattacks and improve the operator user experience for improved performance and greater efficiency.

Webinar

Let's Talk: 7F Rotor Life Management

Have changing operating modes and the evolving energy landscape made you look at your rotor needs different? View our webinar on demand to learn about your options for managing the life of your 7F rotor.

Webinar

Generator Exchange Rotor Program (Brazilian Portuguese)

"With an aging generator fleet that is cycling more often than before, many customers are facing a challenge: How to ensure that routine maintenance doesn’t extend the duration of their outage. Watch our webinar to learn about GE’s rotor exchange program, a faster alternative to in-shop rewinds that will improve your generator’s availability and reliability."

Webinar

Generator Exchange Rotor Program (Spanish)

"With an aging generator fleet that is cycling more often than before, many customers are facing a challenge: How to ensure that routine maintenance doesn’t extend the duration of their outage. Watch our webinar to learn about GE’s rotor exchange program, a faster alternative to in-shop rewinds that will improve your generator’s availability and reliability."

Webinar

Generator Exchange Rotor Program (English)

With an aging generator fleet that is cycling more often than before, many customers are facing a challenge: How to ensure that routine maintenance doesn’t extend the duration of their outage. Watch our webinar to learn about GE’s rotor exchange program.

Webinar

Let’s talk Outages

As we reflect on our fall outage season, we are humbled by our customers’ ingenuity and exceptional collaboration. Watch our webinar to learn more about how we’re working to improve our outage strategy and strengthen our partnership with our customers.

Webinar

All things HRSG

Learn about trends being observed within the HRSG community among customers globally and examples of a plant that was designed as a baseload unit 20 years ago, but is now start/stop cycling one or more times per day.

Webinar

Power your plant for the future: How to meet tomorrow’s energy goals with yesterday’s technology

Learn with industry expert Jeff Chann about today's evolving energy landscape, the impact the market can have on your plant’s profitability potential, and different optimization strategies you can explore.

Webinar

Decarbonization Technologies: Exploring Carbon Capture

Join our on-demand session featuring industry experts from GE and the Global Carbon Capture and Storage Institute (Global CCS Institute) to learn about the basics of CCS, and why it’s an important piece of the greater decarbonization conversation today.

Webinar

A hydrogen society: What it takes

Watch our panel discussion and Q&A session, featuring industry experts from GE and IHS Markit Energy Group, to find out. We’ll discuss the current and future state of hydrogen, and the implications it has for power and the economy.

Webinar

Hydrogen & Gas Turbines: Unleashing Decarbonized Power

Learn about the use of hydrogen and unlocking its potential so that it can be a reliable source of fuel going forward.

PDF

GER-4208 - Creating Owner’s Competitive Advantage through Contractual Services

GER 4208, GER4208 - Creating Owner’s Competitive Advantage through Contractual Services

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GER-3705 - GE Steam Turbine Design Philosophy and Technology Programs

GER 3705, GER3705 - GE Steam Turbine Design Philosophy and Technology Programs

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GER-4253 - Power Plant Layout Planning – Gas Turbine Inlet Air Quality Considerations

GER 4253, GER4253 - Power Plant Layout Planning – Gas Turbine Inlet Air Quality Considerations

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GER-3713E - Advances in Steam Path Technology

GER 3713, GER 3713E, GER3713, GER3713E - Advances in Steam Path Technology

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GER-3568G - Dry Low NOx Combustion Systems for GE Heavy-Duty Gas Turbines

GER 3568, GER 3568G, GER3568, GER3568G - Dry Low NOx Combustion Systems for GE Heavy-Duty Gas Turbines

PDF

GER-3930 - GE Generator Rotor Retaining Rings: Experience and Fleet Data

GER 3930, GER3930 - GE Generator Rotor Retaining Rings: Experience and Fleet Data

PDF

GER-4222A - New High Efficiency Simple Cycle Gas Turbine - GE’s LMS 100

GER 4222, GER 4222A, GER4222, GER4222A - New High Efficiency Simple Cycle Gas Turbine - GE’s LMS 100

PDF

GER-3620P Heavy-Duty Gas Turbine Operating and Maintenance Considerations

PDF

GER-3928C - Uprate Options for the MS9001 Heavy Duty Gas Turbine

GER 3928, GER 3928C, GER3928, GER3928C - Uprate Options for the MS9001 Heavy Duty Gas Turbine

PDF

GER-4209 - Economic Evaluation of Plant Upgrades Using Plant Optimization Software

GER 4209, GER4209 - Economic Evaluation of Plant Upgrades Using Plant Optimization Software

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GER-3651D - GE Combined-Cycle Experience

GER 3651, GER 3651D, GER3651, GER3651D - GE Combined-Cycle Experience

PDF

GER-3551 - Development of the GE Quiet Combustor and Other Design Changes to Benefit Quality

GER 3551, GER3551 - Development of the GE Quiet Combustor and Other Design Changes to Benefit Quality

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GER-3935B - Power Systems for the 21st Century: “H” Gas Turbine Combined-Cycles

GER 3935, GER 3935B, GER3935, GER3935B - Power Systems for the 21st Century: “H” Gas Turbine Combined-Cycles

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GER-4601- Addressing Gas Turbine Fuel Flexibility

GER 4601, GER4601- Addressing Gas Turbine Fuel Flexibility

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GER-4191A - Industrial Steam Turbine Value Packages

GER 4191, GER 4191A, GER4191, GER4191A - Industrial Steam Turbine Value Packages

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GER-4219 - IGCC Gas Turbines for Refinery Applications

GER 4219, GER4219 - IGCC Gas Turbines for Refinery Applications

PDF

GER4933 Fossil Cyclic Duty Tech Paper

GER4933,GER4933

PDF

GER-4239 - Power Plant Near-Field Noise Considerations

GER 4239, GER4239 - Power Plant Near-Field Noise Considerations

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GER-4230 - Smallworld 4 - Tracking the Topology of Complex Network Models

GER 4230, GER4230 - Smallworld 4 - Tracking the Topology of Complex Network Models

PDF

GER-3658D - SPEEDTRONIC Mark V Gas Turbine Control System

GER 3658, GER 3658D, GER3658, GER3658D - SPEEDTRONIC Mark V Gas Turbine Control System

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GER-4192 - Combustion Modification: An Economic Alternative for Boiler NOx Control

GER 4192, GER4192 - Combustion Modification: An Economic Alternative for Boiler NOx Control

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GER-4198 - Intelligent Optimization of Coal Burning to Meet Demanding Power Loads, Emission Requirements, and Cost Objectives,Intelligent Optimization of Coal Burning to Meet Demanding Power Loads, Emission Requirements, and Cost Objectives

GER 4198, GER4198 - Intelligent Optimization of Coal Burning to Meet Demanding Power Loads, Emission Requirements, and Cost Objectives

PDF

GER-3087 Generrex Performance & Service Experience (1978)

GER 3087, GER3087 Generrex Performance & Service Experience (1978)

PDF

GER-3954C - Generator Test & Inspect Generator In-Situ Inspections

GER 3954, GER 3954C, GER3954, GER3954C - Generator Test & Inspect Generator In-Situ Inspections

PDF

GER-3539A - A Review of GE Fossil Steam Turbine Rotors with Shrunk-on Wheels

GER 3539, GER 3539A, GER3539, GER3539A - A Review of GE Fossil Steam Turbine Rotors with Shrunk-on Wheels

PDF

GER-4196 - Performance and Reliability Improvements for the MS5001 Gas Turbines

GER 4196, GER4196 - Performance and Reliability Improvements for the MS5001 Gas Turbines

PDF

GER-3701B - Gas Turbines for Mechanical Drive Applications

GER 3701, GER 3701B, GER3701, GER3701B - Gas Turbines for Mechanical Drive Applications

PDF

GER-3950C - The F Technology Experience Story

GER 3950, GER 3950C, GER3950, GER3950C - The F Technology Experience Story

PDF

GER-3942 - Gas Fuel Clean-Up System Design Considerations fo GE Heavy-Duty Gas Turbines

GER 3942, GER3942 - Gas Fuel Clean-Up System Design Considerations fo GE Heavy-Duty Gas Turbines

PDF

994-0089 D400 Substation Data Manager User's Manual.book

PDF

GER-3765B - MS6001FA: An Advanced-Technology 70-MW Class 50/60 Hz Gas Turbine

GER 3765, GER 3765B, GER3765, GER3765B - MS6001FA: An Advanced-Technology 70-MW Class 50/60 Hz Gas Turbine

PDF

GER-3434D - GE Gas Turbine Design Philosophy

GER 3434, GER 3434D, GER3434, GER3434D - GE Gas Turbine Design Philosophy

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GER-3582E - Steam Turbines for STAG Combined-Cycle Power Systems

GER 3582, GER 3582E, GER3582, GER3582E - Steam Turbines for STAG Combined-Cycle Power Systems

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GER-4250 - GE's LM2500+G4 Aeroderivative Gas Turbine for Marine and Industrial Applications

GER 4250, GER4250 - GE's LM2500+G4 Aeroderivative Gas Turbine for Marine and Industrial Applications

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GER-3567H - GE Gas Turbine Performance Characteristics

GER 3567, GER 3567H, GER3567, GER3567H - GE Gas Turbine Performance Characteristics

PDF

GER-4212 - GE Generator Rotor Design, Operational Issues, and Refurbishment Options

GER 4212, GER4212 - GE Generator Rotor Design, Operational Issues, and Refurbishment Options

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GER-3430G - Cogeneration Application Considerations

GER 3430, GER 3430G, GER3430, GER3430G - Cogeneration Application Considerations

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GER-3945A - Steam Turbines for Ultrasupercritical Power Plants

GER 3945, GER 3945A, GER3945, GER3945A - Steam Turbines for Ultrasupercritical Power Plants

PDF

GER-3512 - Generrex-PPS Performance & Experience (1986)

GER 3512, GER3512 - Generrex-PPS Performance & Experience (1986)

PDF

GER-4190 - Steam Turbine Thermal Evaluation and Assessment

GER 4190, GER4190 - Steam Turbine Thermal Evaluation and Assessment

PDF

GER-3936A - Advanced Technology Combined Cycles

GER 3936, GER 3936A, GER3936, GER3936A - Advanced Technology Combined Cycles

PDF

GER-4249 - Air Emissions Terms, Definitions and General Information

GER 4249, GER4249 - Air Emissions Terms, Definitions and General Information

PDF

GER-4285 - Particulate Matter Emissions, Guarantees and Testing Considerations

GER 4285, GER4285 - Particulate Matter Emissions, Guarantees and Testing Considerations

PDF

GER-3750C - Steam Turbine Sustained Efficiency

GER 3750, GER 3750C, GER3750, GER3750C - Steam Turbine Sustained Efficiency

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GER-4536 Slagging Mitigation Executive Summary

GER 4536, GER4536 Slagging Mitigation Executive Summary

PDF

GER-4205 - Installation and Outage Management Processes and Technologies

GER 4205, GER4205 - Installation and Outage Management Processes and Technologies

PDF

GER-3574G - GE Combined-Cycle Product Line and Performance

GER 3574, GER 3574G, GER3574, GER3574G - GE Combined-Cycle Product Line and Performance

PDF

GER-3957B - Gas Turbine Repair Technology

GER 3957, GER 3957B, GER3957, GER3957B - Gas Turbine Repair Technology

PDF

GER-4262 - Ice Shedding and Ice Throw – Risk and Mitigation

GER 4262, GER4262 - Ice Shedding and Ice Throw – Risk and Mitigation

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GER-4201 - Structured Steam Turbines for the Combined-Cycle Market

GER 4201, GER4201 - Structured Steam Turbines for the Combined-Cycle Market

PDF

GER-3688B - GE Generators - An Overview

GER 3688, GER 3688B, GER3688, GER3688B - GE Generators - An Overview

PDF

GER-4600 - Benefits of a Single Plant Control System (2009)

GER 4600, GER4600 - Benefits of a Single Plant Control System (2009)

PDF

GER-4189B - Design Considerations for Heated Gas Fuel

GER 4189, GER 4189B, GER4189, GER4189B - Design Considerations for Heated Gas Fuel

PDF

GER-3952A - Operation and Maintenance Strategies to Enhance Plant Profitability

GER 3952, GER 3952A, GER3952, GER3952A - Operation and Maintenance Strategies to Enhance Plant Profitability

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GER-4221A - Power Generation Equipment and Other Factors Concerning the Protection of Power Plant Employees Against Noise in European Union Countries

GER 4221, GER 4221A, GER4221, GER4221A - Power Generation Equipment and Other Factors Concerning the Protection of Power Plant Employees Against Noise in European Union Countries,GER 4221, GER 4221A, GER4221, GER4221A - Power Generation Equipment and Other Factors Concerning the Protection of Power Plant Employees Against Noise in European Union Countries.

PDF

GER-3642E - Steam Turbine Cycle Optimization, Evaluation, and Performance Testing Considerations

GER 3642, GER 3642E, GER3642, GER3642E - Steam Turbine Cycle Optimization, Evaluation, and Performance Testing Considerations

PDF

GER4930 - Liquid Cooled Generator - Stator Winding Connection Ring Test, Repair and Upgrades

The average age of a large liquid cooled GE generator is now over 35 years and many owners plan to run them for many more years. Large liquid cooled generators were designed for decades of life with expected periodic inspection, maintenance and repairs.

PDF

GER-3569G - Advanced Gas Turbine Materials and Coatings

GER 3569, GER 3569G, GER3569, GER3569G - Advanced Gas Turbine Materials and Coatings

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GER-4248 - Acoustic Terms, Definitions, and General Information

GER 4248, GER4248 - Acoustic Terms, Definitions, and General Information

PDF

GER-3419A - Gas Turbine Inlet Air Treatment

GER 3419, GER 3419A, GER3419, GER3419A - Gas Turbine Inlet Air Treatment

PDF

GER-3003 -- Generrex for LSTG (1975)

GER 3003, GER3003 -- Generrex for LSTG (1975)

PDF

GER-3107 Speedtronic Mark II Controls

GER 3107, GER3107 Speedtronic Mark II Controls

PDF

GER-4200 - Economic and Technical Considerations for Combined-Cycle Perfomance-Enhancement Options

GER 4200, GER4200 - Economic and Technical Considerations for Combined-Cycle Perfomance-Enhancement Options

PDF

GER-3751A - Understanding, Diagnosing, and Repairing Leaks in Water-Cooled Generator Stator Windings

GER 3751, GER 3751A, GER3751, GER3751A - Understanding, Diagnosing, and Repairing Leaks in Water-Cooled Generator Stator Windings

PDF

GER-3636A - Experience with Compresses Air Cleaning of Main Steam Piping

GER 3636, GER 3636A, GER3636, GER3636A - Experience with Compresses Air Cleaning of Main Steam Piping

PDF

GER-4601B - Addressing Gas Turbine Fuel Flexibility

GER 4601, GER 4601B, GER4601, GER4601B - Addressing Gas Turbine Fuel Flexibility

PDF

GER-4217B - Uprate Options for the MS6001 Heavy-Duty Gas Turbine

GER 4217, GER 4217B, GER4217, GER4217B - Uprate Options for the MS6001 Heavy-Duty Gas Turbine

PDF

GER-3571H - Performance and Reliability Improvements for Heavy-Duty Gas Turbines

GER 3571, GER 3571H, GER3571, GER3571H - Performance and Reliability Improvements for Heavy-Duty Gas Turbines

PDF

GER-3808C - Uprate Options for the MS7001 Heavy Duty Gas Turbine

GER 3808C, GER 3808, GER3808, GER3808C - Uprate Options for the MS7001 Heavy Duty Gas Turbine

PDF

GER-4256 - Knowledge 3: A Platform for Process Modeling, Optimization, and Control

GER 4256, GER4256 - Knowledge 3: A Platform for Process Modeling, Optimization, and Control

PDF

GER-3764A - Considerations When Burning Ash-Bearing Fuels in Heavy Duty Gas Turbines

GER 3764, GER 3764A, GER3764, GER3764A - Considerations When Burning Ash-Bearing Fuels in Heavy Duty Gas Turbines

PDF

GER-4724 - Torsional Dynamics: Large 2-pole and 4-pole Steam Turbine Powertrains

GER 4724, GER4724 - Torsional Dynamics: Large 2-pole and 4-pole Steam Turbine Powertrains

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GER-4610 - Exhaust System Upgrade Options for Heavy Duty Gas Turbines

GER 4610, GER4610 - Exhaust System Upgrade Options for Heavy Duty Gas Turbines

PDF

GER-3428A - Fuels Flexibility in Heavy-Duty Gas Turbines

GER 3428, GER 3428A, GER3428, GER3428A - Fuels Flexibility in Heavy-Duty Gas Turbines

PDF

GER-3601- Gas Turbine Compressor Operating Environment and Material Evaluation

GER 3601, GER3601 - Gas Turbine Compressor Operating Environment and Material Evaluation

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GER-4172 - Gas Turbine NOx Emissions Approaching Zero: Is it Worth the Price?

GER 4172, GER4172 - Gas Turbine NOx Emissions Approaching Zero: Is it Worth the Price?

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GER-4223 - GE Generator Fleet Experience and Available Refurbishment Options

GER 4223, GER4223 - GE Generator Fleet Experience and Available Refurbishment Options

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GER-4231 - Smallworld Core Spatial Technology 4: Managing Change in the World of Spatial Data - The Long Transaction

GER 4231, GER4231 - Smallworld Core Spatial Technology 4: Managing Change in the World of Spatial Data - The Long Transaction

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GER-4194 - The 7FB: The Next Evolution of the F Gas Turbine

GER 4194, GER4194 - The 7FB: The Next Evolution of the F Gas Turbine

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GER-3953 - Thermal Performance Evaluation and Assessment of Steam Turbine Units

GER 3953, GER3953 - Thermal Performance Evaluation and Assessment of Steam Turbine Units

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GER-4530 - Minhang Power Plan, Shanghai Electric Power Co., Ltd. Performance Evaluation Test Report for the Combustion Optimization System of #8 Boiler

GER 4530, GER4530 - Minhang Power Plan, Shanghai Electric Power Co., Ltd. Performance Evaluation Test Report for the Combustion Optimization System of #8 Boiler

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GER-4203 - GE Generator Technology Update

GER 4203, GER4203 - GE Generator Technology Update

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GER-4207 - GE IGCC Technology and Experience with Advanced Gas Turbines

GER 4207, GER4207 - GE IGCC Technology and Experience with Advanced Gas Turbines

PDF

GER-2461D - Mark I & Early Mark II Controls

GER 2461, GER 2461D, GER2461, GER2461D - Mark I & Early Mark II Controls

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GER-3804 - High-Power-Density™ Steam Turbine Design Evolution

GER 3804, GER3804 - High-Power-Density™ Steam Turbine Design Evolution

PDF

GER-4171 - Performance and Reliability Improvements for MS5002 Gas Turbines

GER 4171, GER4171 - Performance and Reliability Improvements for MS5002 Gas Turbines

PDF

GER-4232 - Smallworld Core Spatial Technology 4: Presenting Spatial Data in Multiple Contexts - Using the Right Reference System for the Task in Hand

GER 4232, GER4232 - Smallworld Core Spatial Technology 4: Presenting Spatial Data in Multiple Contexts - Using the Right Reference System for the Task in Hand

PDF

GER-4199 - Steam Turbine Uprates

GER 4199, GER4199 - Steam Turbine Uprates

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GER-3767C - Single-Shaft Combined-Cycle Power Generation System

GER 3767, GER 3767C, GER3767, GER3767C - Single-Shaft Combined-Cycle Power Generation System

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GER-4193A - SPEEDTRONIC Mark VI Turbine Control System

GER 4193, GER 4193A, GER4193, GER4193A - SPEEDTRONIC Mark VI Turbine Control System

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GER-4191B - Industrial Steam Turbine Value Packages

GER 4191, GER 4191B, GER4191, GER4191B - Industrial Steam Turbine Value Packages

PDF

GER-3481C - Liquid Fuel Treatment Systems

GER 3481, GER 3481C, GER3481, GER3481C - Liquid Fuel Treatment Systems

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GER-2668 - Interturn Short-Circuit Detector for Turbine-Generator Rotor Windings

GER 2668, GER2668 - Interturn Short-Circuit Detector for Turbine-Generator Rotor Windings

PDF

GER-3695E - GE Aeroderivative Gas Turbines: Design and Operating Features

GER 3695, GER 3695E, GER3695, GER3695E - GE Aeroderivative Gas Turbines: Design and Operating Features

PDF

GER-3243 - Generrex Design Concepts (1980)

GER 3243, GER3243 - Generrex Design Concepts (1980)

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GER-4243 - Smallworld 4 Product Suite Open Architectures and Standards: Focusing on the Business

GER 4243, GER4243 - Smallworld 4 Product Suite Open Architectures and Standards: Focusing on the Business

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GER-3687C - SPEEDTRONIC™ Mark V Steam Turbine Control System

GER 3687, GER 3687C, GER3687, GER3687C - SPEEDTRONIC™ Mark V Steam Turbine Control System

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GER-4213 - Support for Elimination of Oxidation Catalyst Requirements for GE PG7241FA DLN Combustion Turbines

GER 4213, GER4213 - Support for Elimination of Oxidation Catalyst Requirements for GE PG7241FA DLN Combustion Turbines

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GER-3646D - Steam Turbines for Large Power Applications

GER 3646, GER 3646D, GER3646, GER3646D - Steam Turbines for Large Power Applications

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GER-3706D - Steam Turbines for Industrial Applications

GER 3706, GER 3706D, GER3706, GER3706D - Steam Turbines for Industrial Applications

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GER-4206 - Combined-Cycle Development Evolution and Future

GER 4206, GER4206 - Combined-Cycle Development Evolution and Future

PDF

GER-4264 - The Case for Wind

GER 4264, GER4264 - The Case for Wind

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GER-4211 - Gas Turbine Emissions and Control

GER 4211, GER4211 - Gas Turbine Emissions and Control

PDF

GER-3809 - Generator Rotor Thermal Sensitivity-Theory and Experience

GER 3809, GER3809 - Generator Rotor Thermal Sensitivity-Theory and Experience

PDF

GER-3696D - Upgradable Opportunities for Steam Turbines

GER 3696, GER 3696D, GER3696, GER3696D - Upgradable Opportunities for Steam Turbines

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GER-3004 - Generrex Description & Performance 1975

GER 3004, GER3004 - Generrex Description & Performance 1975

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GER-3644D - Performance and Economic Considerations of Repowering Steam Power Plants

GER 3644, GER 3644D, GER3644, GER3644D - Performance and Economic Considerations of Repowering Steam Power Plants

PDF

GE's Advanced Gas Path Brochure

GE's Advanced Gas Path (AGP) is a great example of Power FlexEfficiency at work, setting new standards in performance. By combining design innovations, materials advancements, and proven model-based control software, the Advanced Gas Path enables GE gas turbine customres to benefit from dramatic output and efficiency improvements, while extending maintenance intervals and maintaining low emissions. It's the kind of solutions-driven thinking that's helping GE customers meet the world's energy demands.

White paper

Hydrogen power generation

This paper provides an overview on how to use hydrogen as a gas turbine fuel to support low or near-zero carbon power generation, including current hydrogen capabilities of GE's gas turbines, requirements for upgrading existing turbines for operation on hydrogen fuels, and potential future technology options.

Podcast

Cutting Carbon podcast - season 2

Join our co-hosts Dr. Jeffrey Goldmeer (GE’s fuels guy), Brian Gutknecht and a roster of very special guests for a robust and lively discussion on Cutting Carbon.

Case study

Termoyopal Power Plant Case Study

Termoyopal Power Plant Case Study

Case study

Avista

GE’s AGP and Dry Low NOx 2.6+ combustion technologies help Avista boost its power plant fleet output

Case study

Remote monitoring and diagnostics center in Asia-Pacific

GE Gas Power launches new Remote Monitoring and Diagnostics Center (M&D) in Kuala Lumpur, Malaysia, to support 70 power plants across 10 countries

Case study

RWE

GE helps improves performance of RWE plant with DLN, APM and AGP upgrades.

Case study

RWE Generation

Get a look at the world’s first LM2500XPRESS power plant, helping to support Europe’s energy transition.

Case study

Sahacogen

GE’s field service completes Fast Stator Rewind for Sahacogen in record time

Case study

Saudi Cement

Saudi Cement has GE upgrade three of their 6B gas turbines with Advanced Gas Path solution

Case study

Saudi Electricity Company

Saudi Electric Company deploys GE’s digital solutions to improve plant availability and reliability

Case study

Maxim Power | GE Gas Power

Learn how GE Gas Power worked to help install and upgrade a 7F gas turbine in a year-round project in Canada.

Case study

Mainova

Mainova utilizes GE’s OpFlex control software technologies to expand operational flexibility and improve turbine performance.

Case study

Long Ridge Energy | GE Gas Power

Get a closer look at the first purpose-built hydrogen-burning power plant in the United States—powered by GE Gas Power technology.

Case study

Whitegate

Whitegate increase its reliability with GE’s Asset Performance Management digital solution

Case study

Valero Energy

After a devastating natural disaster, GE’s TM2500 gas turbine was brought in to provide essential temporary power.

Case study

TransCanada

TransCanada utilizes GE’s Power FlexEfficiency solution to collect and analyze data that will improve the efficiency of their power generation equipment.

Case study

Techint

Just in time for the 7F gas turbine’s 30th anniversary, GE Gas Power announced a new plant in Mexico coming online, ready to help meet the country’s growing electricity needs.

Case study

Shenzhen Baochang

Explore the safe and successful completion of GE Gas Power’s first major inspection project in China since the COVID-19 outbreak.

Case study

SEC Waad al Shamal

See why the Saudi Electricity Company (SEC) has awarded 5 stars to the Waad Al Shamal integrated solar and combined cycle power plant project.

Case study

Reliance Bangladesh

Discover the new Meghnaghat 718 MW power plant, which will set global benchmarks in terms of fuel efficiency and operational reliability.

Case study

RaM Termica Milazzo

Learn how this 9E gas turbine modernization project helped this refinery improve its plant flexibility as well as add potential new revenue streams.

Case study

Quadra Power Generation

Discover how these new LM6000 aeroderivative gas turbines are expected to increase this plant’s reliability and availability.

Case study

PT Jawa Satu Jawa 1

At GE Gas Power, we stay moving—even during a global pandemic. Get a closer look at one of our latest H-class gas turbine installations.

Case study

PSEG

GE and PSEG collaborate to identify factors that could affect their plant performance

Case study

Power Generation Corporation

Learn how GE Gas Power is helping Vietnam keep existing power plants up and running is not just a priority, it’s mandatory.

Case study

Platte River Power Authority

Platte River Power Authority’s Rawhide Energy station sought GE’s help to reduce emissions and install a backup for their primary unit

Case study

Petronas LNG Complex

For over 20 years, GE has worked with Petronas LNG to help produce a cost-effective, efficient energy resource

Case study

Nubaria

Nubaria power plant improves operational efficiency and reduces fuel consumption with GE’s Advanced Gas Path (AGP) and Dry Low Nox (DLN) technologies.

Case study

Niger Delta Power

Discover how GE Gas Power helped to safely complete on-time service interventions on Niger Delta Power Holding Company (NDPHC)’s three GE 9E gas turbines.

Case study

Naturgy

Naturgy Energy collaborates with GE and takes advantage of their cross-fleet solutions in order to increase plant efficiency and output.

Case study

MRC Group

Learn how GE Gas Power is enhancing reliability of one power plant in Israel.

Case study

Metahara

GE provides FieldCores solutions to Metahara Sugar Factory during a critical time

Case study

Mass Energy | GE Gas Power

Multi-year digital solutions agreement between Mass Energy and GE to improve reliability and productivity in Iraq.

Case study

IEC

Israel Electric Corporation (IEC) agrees to a multi-year service agreement with GE to increase the reliability and availability of three 9FA gas turbines

Case study

Footprint Power

GE and Footprint collaborate to transform the Salem Harbor power plant with the addition of a HE 7F.05 heavy-duty gas turbine.

Case study

Exelon

Exelon makes the first US order of GE’s high efficiency HA turbine to significantly increase their power capacity

Case study

Entergy Perryville

Together with energy storage, explore how a GE heavy-duty gas turbine helped to meet an important milestone.

Case study

ENKA

To meet increased power demands in Turkey, ENKA will be implementing GE’s 9F Advanced Gas Path (AGP) technology along with their Dry Low NOx (DLN) 2.6+ combustion system upgrade

Case study

Edison Torviscosa

After a successful upgrade in 2018, Edison again chose GE technology—this time for their Torviscosa power plant. See why.

Case study

EDF

EDF looks to reduce emissions and conserve natural gas by utilizing GE’s 9HA gas turbine

Case study

EAC

In response to an explosion that devastated Cyprus, GE contributed to the rehabilitation effort and helped repair or replace more than 10 major turbine components.

Case study

Dubal

Dubal equips their 9E turbine with GE’s Power Life Max solution to optimize efficiency, maximize output and reduce emissions

Case study

DS Smith Paper

Learn why this paper mill selected GE aeroderivative gas turbine technology 20 years ago—and again today.

Case study

Datang remote monitoring and diagnostics center

Datang Group’s Data Monitoring & Diagnostics Center will utilizes GE’s digital solution suite to maximize efficiency through data collecting.

Case study

Central Puerto | GE Gas Power

GE brings digital solutions to a power plant in Argentina to improve reliability and efficiency

Case study

Carlyle Group

GE provides Advanced Steam Path (ASP) upgrade for the Carlyle Group’s D-11 steam turbine in Rhode Island

Case study

Caojing

GE implements Advanced Gas Path upgrades to improve efficiency at Shanghai Caojing power station

Case study

Bio-PAPPEL

Signing a multi-year deal, Bio-PAPPEL will utilize GE’s LM2500+ aeroderivative gas turbine technology and Asset Performance Management (APM) to improve reliability, availability, and capacity.

Case study

Bahamas power and light

Case study

Aluminium of Greece

In a multi-year deal, Aluminium of Greece will have GE Power implement a digital smelting solution to increase efficiency and productivity

Case study

Alba

In a historic agreement for the Gulf region, GE Gas Power and Bahrain’s Alba announce a multi-year deal to have HA-class gas turbines power the world’s largest single-site smelter in Manama.

Case study

6B repowering solution in Asia

Learn how GE will help an Asian customer in the chemical industry increase output, reduce emissions and improve efficiency with the world’s first 6B repowering solution.

Case study

Tirreno Power

Outages still need to occur—even in a pandemic. See how GE Gas Power helped this company make it happen.

Case study

Chiahui Power

Discover how GE Gas Power technology helped this company garner a top honor for safety protocols.

Case study

JFE Steel

Discover how one company is making the most of GE’s most advanced performance improvements for their F-class gas turbine.

Case study

Bashkir Generation

Get an inside look at GE Gas Power’s major inspection of the SGT-800 installed at the Ufa TPP-2 combined-cycle power plant.

Case study

ENKA Zainskaya

Learn how the 9HA.02 is helping one Russian region become more efficient than ever.

Case study

Azito Energie

When you’re selecting a turbine to power one-third of a country’s electricity supply, every MW counts. Learn why this country selected GE Gas Power.

Case study

ADNOC Refining

Working quickly (and safely!), GE Gas Power was able to help this refinery do more with less. Learn how.

Article

The power of lean: A Q&A with GE Gas Power’s Dan Garceau

The power of lean: A Q&A with GE Gas Power’s Dan Garceau

Article

GE and Vietnam: The top things that make me proud

Article

The F-Class rotor: A look Inside

The F-Class rotor: A look Inside

Article

Completed! 1st HA major @ EDF

Completed! 1st HA major @ EDF

Article

Commitment to cutting carbon

Article

Delivering flexible power with aeroderivative gas turbines in Indonesia

Article

7 things to know about the 7F rotor

Article

Celebrating the 7F: 30 years of expertise and dedication

Article

Powering Brazil! Building Latin America’s largest gas power plant

Powering Brazil! Building Latin America’s largest gas power plant

Article

Headquarters history

Article

Small change, big effect: GE gas turbines improve power plant efficiency in Texas

Our gas turbines are helping two Texas facilities become the most efficient power plants in the United States. Visit GE Power Generation to learn more.

Article

Trek of sheer joy

Article

Breaking the power plant efficiency record again

Article

GE’s advanced compressor graduates with distinction

GE recently surpassed 500,000 hours in operation reliably with the compressor used in our fleet of F- and H-class gas turbines, known as the Advanced Compressor.

Article

The future of additive manufacturing

Article

Breaking the power plant efficiency record

Learn how GE Power set the record for the world's most efficient power plant. The combined-cycle plant is the first of its kind equipped with an HA turbine.

Education

Electricity 101

Discover how a power plant produces the electricity for your daily life—and distributes it to your community.

White paper

Hydrogen as a fuel for gas turbines

Besides the major role they play in generating electricity for the world today and tomorrow, the other advantage of gas turbines is that they are able to operate on many other fuels besides natural gas. This White Paper describes the ways Hydrogen can be used in gas turbines.

White paper

Gas-fired power methane emissions

Methane is a potent greenhouse gas: ~25 times more potent than CO2 on a pound-for-pound basis. Any comprehensive strategy to reduce greenhouse gas emissions must address methane emissions as well as CO2 emissions. This White Paper describes the sources of methane emissions and cost-effective actions that are available today to reduce methane emissions.

White paper

Decarbonizing gas turbines through carbon capture

There are technical pathways for gas power to achieve a low or near-zero carbon generating footprint through the use of low and zero-carbon fuels—including hydrogen—as well as carbon capture utilization and sequestration (CCUS) technologies. This White paper discusses post-combustion carbon capture technologies that can be installed on both new and existing assets.

White paper

Gas + Renewables- Future of energy

GE believes the accelerated and strategic deployment of renewables and gas power can change the near-term trajectory for climate change and make substantive reductions in emissions quickly.

Case study

Wuhan Iron & Steel

GE partners with Wuhan Iron and Steel to build the largest advanced blast furnace gas power plant

Case study

Vattenfall AB

Vattenfall plant becomes the world’s first to use GE’s Additive Manufactured Performance upgrade on their GT13E2 MXL2.

Case study

Upper Egypt Electricity Company

Upper Egypt Electricity Company has GE upgrade their 9FA gas turbines in order to meet energy goals

Case study

Uniper

Uniper becomes the first power producer to order GE’s high efficiency upgrade for the GT26 gas turbine.

Case study

TransAlta

GE teams up with Greenville Service Center to repair non-standard components manufactured by third parties for TransAlta’s gas turbines.

Podcast

Cutting Carbon podcast - season 1

Join our co-hosts Dr. Jeffrey Goldmeer (GE’s fuels guy), Brian Gutknecht and a roster of very special guests for a robust and lively discussion on Cutting Carbon.

Case study

Iraq Ministry of Electricity

GE and Iraq’s Ministry of Electricity have entered an agreement to deliver power generation equipment and services to supply more electricity to the country.

Case study

Southern California Edison

Southern California Edison installs the world’s first battery storage and gas turbine hybrid

Case study

Southern California Edison Fleet 360

Southern California Edison collaborates with GE to implement a unique solution that will lead to higher output and strengthen California’s power grid.

Case study

SP Group

Learn why GE Gas Power was selected by the Shapoorji Pallonji Group (SP Group) to supply the power generation equipment for the upcoming 220 MW combined cycle power plant.

Case study

SPR Energy

SPR Energy enters multi-year deal with GE to implement digital solutions at Malaysian power plant

Case study

Scottish and Southern Energy

GE’s Asset Performance Management system increases the availability of Scottish and Southern Energy’s UK facility.

Case study

Suvarnabhumi Airport

With a new services contract for its LM6000 aeroderivative gas turbines, Suvarnabhumi Airport in Bangkok is looking at clearer skies ahead.

Case study

Taiwan Power Company

Learn how GE Gas Power has been playing an important role in supporting the development of Taiwan since 1976.

Webinar

Decarbonization: The Role of Gas in our Energy Future

Learn about the current energy landscape, the evolution of the role of gas, and how it can serve as a lower-emission and affordable solution to support long-term plans for decarbonization.