Higher efficiency leads to lower costs. Learn how our aeroderivative turbines offer many advantages over a reciprocal engine, such as reliability and savings instead of maintenance and downtime.
Want to learn more about how one company was able to expand its hydrogen capabilities? Join us for our latest webinar featuring Dr. Jeffrey Goldmeer and special guests from Long Ridge Energy.
Learn how the generator “bubble” from the early ‘90s and the projected power demands of the future are making planning ahead more important than ever, especially when it comes to your generator maintenance.
Join our webinar and Q&A hosted by our FieldCore CEO Amir Hafzalla where we’ll discuss lessons learned, season highlights and new innovative technologies.
As a plant manager, can you continue to reduce emissions and maintain profitability and reliability? Join our webinar with Jay Bryant to see how you can get the most out of your 7E.
Our scalable, site-ready turbines can address energy gaps and yield huge value for municipalities and co-ops. Learn how GE’s gas power technology solutions can benefit smaller power producers.
Operators and plant managers are experiencing rapid change as the evolving energy landscape impacts their power plants' operating profiles. The ability to adapt and be flexible is key to remaining relevant.
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Join co-hosts Dr. Jeff Goldmeer and Brian Gutknecht for the latest season of the Cutting Carbon podcast that looks at our climate policy from various international perspectives.
Download the latest GE Gas Power catalog to explore our latest products and services, and discover our extensive experience across a broad spectrum of applications and customers.
Power plants built 20 years ago weren't optimized to achieve the operational goals of today and physics and financial challenges of the near-future. So, how can we prepare?
See how GE Gas Power is helping to build a world that works.
While the energy industry continues to prepare for the future of decarbonization, in addition to preparing for a hydrogen society, could CCS be a viable option?
Explore all that our turbine upgrades can provide. Whether you’re looking to modernize to enhance efficiency, flexibility, or reliability, we’ve got a range of solutions to meet your needs.
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GE's advanced extendor upgrade for combustor parts leads to proven durability and longer life. Reduce component wear & combustion repair costs today.
O&M cost reduction
GE can upgrade GT13E2 MXL2 compressors nearing their end-of-service. See how GE’s Upflow Compressor upgrade grants higher gas turbine output and efficiency.
Attain lower turndown, emissions and reduce maintenance costs with GE's 7F Axial Fuel Staging (AFS) gas turbine upgrade for further turndown capability.
O&M cost reduction
Get the most out of your existing 7E gas turbine. Increase your capabilities and energy revenue with GE's 7E gas turbine enhanced capacity upgrade.
Increase output and time between inspections, while also reducing annual baseload costs with the advanced gas path (AGP) upgrade for 6F.03 turbines.
O&M cost reduction
GE’s 9E Advanced Gas Path upgrade delivers industry-leading efficiency and increased output. Start driving operational flexibility with the 9E AGP today.
O&M cost reduction
GE’s Advanced Gas Path (AGP) upgrade will increase the availability and output of your 6B turbine. Extend the assets of your 6B turbine today with AGP.
O&M cost reduction
GE’s EV-alpha burner uses state-of-the-art combustion technology to help reduce nitrous oxide emissions by approximately 35%.
GE’s gas to dual-fuel upgrade enables your LM6000 turbine to run on either gas or liquid fuel, with or without water injection for NOx control.
GE’s gas to dual-fuel upgrade enables your LM2500 turbine to run on either gas or liquid fuel, with or without water injection for NOx control.
Learn how the 7E advanced secondary gas turbine fuel nozzle unlocks flexibility & provides value across a wide range of parameters via additive manufacturing.
Improve the reliability and availability of your 7F or 9F gas turbines' critical cooling and sealing air system with GE's stainless-steel compressor valves.
GE’s valve tracking logic for trip mitigation is an application software enhancement developed to improve TMR robustness and mitigate the risk of unit trip.
Replacing your hydraulically actuated gas valves and inlet guide vane actuator with electrically actuated gas valves can help ensure long-term system safety and improve the reliability of your complete gas turbine and accessories
O&M cost reduction
6B 6F 7E 7F 9E 9F
Alleviate safety concerns, reduce costs and save time with GE's rotor-in major turbine inspections. Learn more with GE.
O&M cost reduction
The GE Dry Low NOx (DLN 2.6) combustion system gas turbine upgrade can provide flexibility and reduced emissions. Enhance your F-class gas turbine today.
Improve reliability and durability of your turbine with GE’s compressor package for F-class gas turbines. Enhance your gas turbine performance today.
Learn more about GE Power's gas turbine advanced axial compressor upgrade solution. Improve your 7F's output by up to 16% and efficiency up to 3% today.
GE’s 6B repowering upgrade improves performance in both gas turbine and combined-cycle operation while maintaining the unit’s reliability and fuel flexibility.
GE’s upgrade to your hydraulic starter clutch allows the existing starting system to operate with enhanced reliability and availability.
GE’s sump evacuation system upgrade eliminates oil leaks during low-power operation, engine load rejects, or trips from high power.
GE Power’s low loss gas turbine bearing upgrade can help reduce turbine shaft losses from reduced mechanical friction. Contact GE Power today.
Even at 99% reliability, learn how 6B gas turbines reduce trip risk, stabilize steam supply, & improve overall operability with GE's enhanced reliability upgrade.
O&M cost reduction
7E 9E 6F 7F 9F
GE’s flange-to-flange upgrade is a full replacement of an existing gas turbine engine, giving you innovation within the footprint of your existing asset.
O&M cost reduction
Our advanced gas path upgrade can increase efficiency & extend the life of gas turbine assets and parts. Learn more about GE's AGP upgrade for 7F gas turbines.
Improve your fleet's adaptability and mitigate engine aging in changing conditions with GE Power's operation & maintenance upgrade for GT13E2 gas turbines.
O&M cost reduction
GE’s LM6000 Hybrid EGT upgrade integrates a battery energy storage system with the LM6000 gas turbine, enabling contingency (spinning) reserve without fuel-burn between demand events.
GE’s Flex Start for KA26 enables you to connect and generate power to the grid faster and more economically by optimizing GT synchronization, combined-cycle startup, and GT/ST loading.
6B 7E 9E GT8 GT9 GT11N2 GT13E
GE’s B-/E-class combustion systems can help you to accommodate a full range of fuel alternatives, as well as switch from one fuel to another while running under load or during shutdown.
GE’s GT11N2 M upgrade combines new technological developments with existing proven gas turbine designs to facilitate competitiveness of your plant.
O&M cost reduction
GE’s fuel variability control provides increased system response for your existing LM2500 and LM6000 gas turbines to help avoid issues caused by changes in fuel composition.
O&M cost reduction
Learn how the 7E turbine capacity performance package offers wider load operation and compliant emissions via axial fuel staging & corrected parameter control.
GE’s new differential pressure transmitters provide an upgrade for your existing anemometers to improve your gas turbine fleet’s reliability.
GE’s liquid to dual-fuel upgrade enables your LM2500 turbine to be run on either gas or liquid fuel, with or without water injection for NOx control.
GE’s LM6000 Peak Performance upgrade enables your LM6000PC to achieve up to 5% more output over current nominal power through peak firing; increased monitoring algorithms track life impact.
GE Gas Power can upgrade your GT24 gas turbine to operate in two modes. Learn how the GT24 MXL2 upgrade can increase flexibility and extend performance today.
O&M cost reduction
GE’s GT24/GT26 sequential combustion engine upgrade can enable your combined-cycle plant to achieve best-in-class turndown.
O&M cost reduction
GE’s blading upgrade for GT8C XL gas turbines provides performance neutrality and longer spans between C-inspection intervals from 24 to 32 kEOH, reducing downtime and maintenance costs.
O&M cost reduction
GE’s performance improvement package (PIP) enhances performance and extends the hot gas path component life of your B-/E-class gas turbine units.
GE's liquid fuel system reliability upgrade yields greater efficiency and safety for 7F gas turbines. Boost your liquid fuel system reliability today.
GE’s direct drive ventilation fans drop-in upgrades are designed to replace your current fans with limited disruption and can eliminate over-tensioning, overloaded bearings, and fan failure.
GE’s LM/TM2500 SAC to DLE upgrade converts your LM/TM2500 SAC gas turbine to DLE technology, eliminates water consumption for NOx control, and improves thermal efficiency.
GE’s Gen 3 ESM (Exhaust Spread Monitor) improves on our ESM2100 with a Modified Exhaust Spread Algorithm (MESA). This latest generation improves running reliability, resulting in longer response times to tackle thermocouple faults, along with increased uptime and fewer trips due to more robust handling of failures.
7E 9E 6F 7F 9F 6B
GE’s exhaust thermocouples upgrade provides more accurate exhaust gas temperature sensor readings, longer asset life, and reliable operations. Learn more.
GE’s fire protection upgrade is NFPA-compliant and mounted in the turbine control panel to closely monitor gas and flame sensors.
GE’s algorithm upgrade to your primary frequency control (PFC) is customized for specific grid requirements, enabling continuous plant equipment operation between 47 and 52 Hz.
GE’s 9EMax four-stage turbine helps to reduce annual fuel costs and unlock significant revenue within the same footprint as your 9E gas turbine.
GE’s S7 fuel control upgrade enables updates created to improve the reliability, availability, and performance of your LM6000 gas turbine.
The alternative fuel retrofit upgrade easily allows turbines to burn fuels such as hydrogen and coke oven gas. Learn more about GE’s alternative fuel retrofit.
Non-GE heavy duty gas turbines Non-GE aero gas turbines
Regardless of your original equipment manufacturer, GE has the latest aeroderivative gas turbine repowering technology to make your units economically viable again.
O&M cost reduction
Robust exhaust frames provide operational flexibility for 7F & 9F turbines. Avoid thermal stress during turndown & peaking with this exhaust liner upgrade.
GE’s non-optical flame detector keeps a close watch on your combustor. Get rid of outdated sensors, and avoid risky flame failures that lead to unplanned outages.
O&M cost reduction
The MicroNet Plus gas turbine control system interfaces with field devices and on-engine hardware for core fuel control, package sequencing, & protection.
O&M cost reduction
GE’s Compressor Unit-Specific Protection (CUSP) can help with 9F.05 gas turbine issues from increased inlet bleed heat (IBH). Learn about the upgrade today.
O&M cost reduction
GE’s Xtend* upgrade for LM2500 and TM2500 Base DLE 1.0 engines increases the hot section life to 50,000 hours, reduces lifecycle costs, and increases site availability.
GE’s LM6000PC SAC extended life combustor upgrade alleviates issues with anti-rotation tabs and coating loss, preserving combustor performance and extending downstream component life.
GE's high output robust compressor (HORC) upgrade for 7EA gas turbines boosts output and exhaust energy while also preventing clashing events. Learn more here.
O&M cost reduction
GE’s remote VSV monitoring upgrade allows remote monitoring of the variable stator vanes without having to enter the package and take manual engine readings.
GE’s water injection system upgrade for non-dry low emissions turbines (without a NOx abatement system) can reduce NOx emissions to 25 ppm (gas fuel) or 42 ppm (liquid fuel).
GT13D GT11D 6B 9E GT11N2 GT11N 7E 9F 6F 7F GT26 GT9 GT24 GT8
GE’s latest ActivePoint* HMI can help protect your plant from cyberattacks, improve operator experience, and increase both efficiency and plant performance.
GE’s Advanced Gas Path upgrade increases efficiency to deliver industry leading performance & operational flexibility. Learn more about the 9F AGP upgrade today.
O&M cost reduction
GE’s material & diagnostic enhancements act as a single upgrade for your 9E’s inlet system & compressor. Learn more about how it guards against risky failures.
GE’s lockout prevention upgrade for LM/TM2500 and LM6000 gas turbines prevent the 4-hour lockout period after a hot shutdown, reducing risk to rotors, increasing machine safety, and preserving uptime.
GT13D GT11N GT8
GE’s EV-alpha burner for GT8, GT11N, and GT13D gas turbines with fuel gas represents the result of our continuing research and investment for the best in burner technology.
GE’s flange-to-flange upgrade for LM6000 gas turbines, a full replacement of your aeroderivative gas turbine engine, reduces operating expenses and emissions, and can reset asset life to zero.
GE’s LM6000 aeroderivative upgrades your existing LM5000 gas turbine to provide greater plant output and efficiency; for 60 Hz operation, it is an economical replacement for the LM5000.
LM6000 LM2500 LMS100 LM5000 TM2500
GE’s EX2100e upgrade builds on the EX2100 experience of over 1,200 units in gas, steam, and hydro applications, providing enhanced reliability, availability, and performance with advanced algorithms.
Featured Reliability packages save time and money
GE Gas Power's valve & instrumentation reliability solutions are developed to keep your F-class gas turbines running. Improve reliability to preserve revenue today.
O&M cost reduction
GE’s LM6000PC upgrade increases power, water savings, and lifespan, without requiring gearbox changes, within the same package and engine footprint as the LM6000PC gas turbine.
GE’s super-polished compressor blades reduce compressor blade and vane fouling rates and increase uptime, helping to maintain compressor performance over time.
O&M cost reduction
GE’s GT11DXC upgrade uses advanced aerodynamic blading to provide high reliability, availability, and maintainability of your compressor without increasing stress on the components.
O&M cost reduction
Development in process Clutchless synchronous condenser upgrade
GE’s clutchless synchronous condenser upgrade increases reactive-power capability for LM2500 gas turbines by allowing the generator to act as a synchronous condenser.
GE’s thrust balance valve (TBV) upgrade adds an on-engine tube and an in-line plate orifice, helping to reduce mechanical failures associated with the TBV.
GE’s Xtend* upgrade for LM2500 and TM2500 Base SAC 1.0 engines increases the hot section life to 50,000 hours, reduces lifecycle costs, and increases site availability.
GE’s GT13E1 MC2 upgrade significantly improves performance and increases life between inspections by 50% by combining turbine, compressor, and combustor parts into one package.
O&M cost reduction
GE’s KA26 Low Load Operation upgrade enables you to park your GT26 fired combined-cycle plant at extremely low load while remaining compliant with emission requirements.
The 9E enhanced reliability upgrade acts as a guard against failed trips, outages, & revenue loss. Learn how this upgrade can be a workhorse of your plant.
GE’s Fast Start upgrade enables your LM6000 to reach full load in 5, 8, or 10 minutes, reducing start-up time and helping to meet peak turbine demand.
GE’s GT13E2 MXL2 upgrade, designed to be compatible with all installed GT13E2 units, combines GE’s latest technology developments with more than 10 million operating hours of GT13E2 fleet experience.
O&M cost reduction
The GT26 HE upgrade blends F- and H-Class technologies, delivering unmatched gas turbine reliability and availability with higher performance.
GE's T-Fire solutions uprate the gas turbine firing temperature of 6B, 7E and 9E units. Upgrade plant performance with GE Power's T-Fire solutions.
O&M cost reduction
GE’s LMS100PA+ upgrade provides more than 100 MW of power without affecting heat rate, emissions, or reliability, despite increasing energy consumption.
Generate power with less emissions and fuel. Make your gas turbine combustion controls smarter using AI/ML with Autonomous Tuning software.
O&M cost reduction
Let GE increase the performance of your GT11NM XL and XP turbines—with a flexible upgrade that boosts efficiency.
O&M cost reduction
In the face of footprint restrictions, GE’s asymmetric diffuser helps mitigate pressure losses downstream of your power turbine.
Upgrade your LM6000 gas turbine with variable inlet guide vanes with EFS from GE Gas Power. Take the next step in enhancing your gas turbine performance.
GE’s background in developing and testing enhanced compressor technology has led to our latest upgrade: the 7F flared high output stage 0 compressor.
GE’s liquid to dual-fuel upgrade enables your LM6000 turbine to be run on either gas or liquid fuel, with or without water injection for NOx control.
GE’s evaporative cooling system upgrade increases power output and efficiency for sites with high ambient temperatures and low relative humidity.
Our dry low NOx emissions (DLN) combustion system upgrade improves emissions compliance with new flexibility. Increase the value of your E-class turbines today.
GE’s LM2500 and TM2500 models can be updated to the current LM2500+ or LM2500+G4 configuration for enhanced output and improved thermal efficiency.
GE’s SPray INTercooling (SPRINT) increases the output of the LM6000 gas turbine by cooling combustion air, providing a greater mass flow through the low-pressure and high-pressure compressors.
GE’s modular GT9D1x Performance Improvement Package, introduced to address customer-specific requirements, provides increased performance and reduced maintenance costs.
O&M cost reduction
LM1600 LM2500 LM5000 LM6000 TM2500
GE’s Bently Nevada 3500 Vibration System for LM6000, LM/TM2500, LM1600, and LM5000 gas turbines reduces non-critical trips, including noise-driven and transient vibration shutdowns.
GE’s GT11NMC compressor upgrade can substantially increase power output and reduce CO2 emissions for your plant.
O&M cost reduction
GE’s AEV Burner employs a new continuous fuel variation concept as the basis for more flexible and reliable operation as demand increases.
GE’s inlet chilling system cools compressor intake air, increasing the air density and output of your critical engines.
GE’s anti-icing system prevents ice-related internal damage to engine blades through automated controls that run when ice is detected.
GE’s GT11DM turbine upgrade increases power output and efficiency, and reduces fuel costs and CO2 emissions.
O&M cost reduction
GE’s GT13DM and GT13DC+ turbine upgrades provide increased availability and reliability.
O&M cost reduction
GE’s Fast Start reduces turbine startup time for GT base fleet gas turbines. Learn more about how you could reach full load within just 10-15 minutes.
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