GEOil&Gas

Liquefied Natural Gas Reliable innovation for the entire LNG value chain

Our compression technologies cover virtually all the major LNG processes including APCI C3 Pre-cooled MR™ or AP-X™, Shell’s Double Mixed Refrigerant DMR™, Phillips Optimized Cascade™ and Linde Mixed Fluid Cascade MFC™ process.

Atlantic Basin 56 MTPY

Oman LNG Turbocompression and power-generation units

Adriatic LNG Gas turbines for power generation

Malaysia LNG, Bintulu Propane and mixed refrigerant turbocompression trains

Pushing technological boundaries When GE Oil & Gas introduced its Frame 5 gas turbine driver to LNG liquefaction in 1989, it enabled a step out in terms of production capacity and propelled the industry into a new era.

Since that first 2.6-MTPY train, we have continually evolved our LNG technologies to deliver ever-higher power densities and plant capacities around the world. In 2009, our Frame 9 enabled the 7.8-MTPY megatrains at Qatargas 2 – and we are now installing even more powerful trains for the latest developments.

Proven technology

Source: IHS CERA, September 14, 2010

Providing comprehensive support WeprovideproductsandservicesthatincreaseperformancethroughtheentireLNGvaluechain–production,liquefaction,re-gasificationandstorage.Andwecustomizeallourequipmentforthebestfitwitheachproject’sspecificrequirements.

All our technologies are rigorously tested to the highest international standards and proven in the most extreme operating conditions worldwide. Our extensive Global Services network also ensures that the right resources and expert support personnel are always close to our customers – ready and able to help keep the natural gas flowing.

Higher capacity

Since our Frame 5 gas turbine driver first surpassed 2 MTPY in 1989, GE solutions have been adopted at all the

Woodside Main refrigerant compressor drivers

Trinidad & Tobago Turbocompression units

Qatargas 1-4 Turbocompression including latest megatrain technologies

Middle East 67 MTPY

Asia Pacific 58 MTPY

major LNG plants around the world – contributing much needed power, efficiency and reliability to help produce over 181 MTPY (70% of existing capacity) of natural gas.

Liquefaction trainsGE Oil & Gas has supplied turbocompression trains for all the main LNG processes. Our technological versatility, breadth of experience and single-source approach gives our customers the advantage of maximized efficiency, reliability and availability in every aspect of plant operation. In addition to extensive design experience, we also provide comprehensive in-house capabilities for testing, installation, start-up and commissioning support, maintenance, plant integration and upgrading.

Other compression servicesWe also provide compression solutions for all the other services generally found in an LNG plant. Of particular interest is our innovative design for the boil-off gas compressor that draws on extensive in-field experience and has been validated through a dedicated experimental campaign of detailed analysis and testing. This robust and reliable solution now enables our LNG customers to get their complete line of compressors – including associated maintenance and support – from a single, trusted source.

Power generationGE Oil & Gas can supply the complete power station for any liquefaction or regasification facility. Our solutions vary from packaged simple-cycle turbo-generators to complete power-generation islands and waste-heat recovery systems – all available on a turnkey basis. Thanks to our full line of steam and gas turbine-based configurations, we offer true single-source solutions with the most efficient power supply tailored to every need.

Floating LNGGE’s aeroderivative gas turbines offer high power-to-weight ratios that are ideal for floating LNG installations. To meet even the most demanding requirements, we can offer proven and integrated solutions that maximize flexibility and simplify on-site maintenance and operation. Our technological leadership in all LNG processes and breadth of experience with offshore installations result in a single-source approach that decreases installation time and cost while enabling higher operating efficiency and safety in harsh marine environments.

ModulesModularization of the plant is the best solution to meet overcome limited site resources and space availability. GE Oil & Gas has all the necessary engineering, manufacturing and procurement resources available in-house to produce turnkey modules. Our fabrication yard is equipped with full-load testing capabilities that replicate on-site conditions to considerably reduce risk. Our teams support customers throughout the entire project lifecycle, from design and installation to ongoing maintenance and upgrades.

Auxiliary equipmentWe offer a complete portfolio of auxiliary equipment including reciprocating compressors, steam turbines, turbo-expanders, air coolers, pumps, valves and more. Design and manufacturing is tailored to each plant’s specific process requirements. All engineering, manufacturing and testing is carried out at our facilities for optimum quality control.

Control systemsWe have the unique ability to offer an integrated control platform for compressors with a variety of drivers including gas turbines, steam turbines and electric motors. Our Integrated Compressor Train Control (ICTC) system, previously known as Integrated Turbine-Compressor Control (ITCC), is a well-established product with over 500 installations on different applications including refrigerant compressors. This integrated product offers a simplified, reliable and efficient control architecture and software for compressors for anti-surge control, process control and load sharing.

The ICTC generally uses our Mark VIe system which ensures high reliability and availability through triple modular redundancy (TMR) or dual redundancy for critical systems. Key advantages of an integrated system include cost savings in terms of hardware, simplified installation and commissioning, enhanced maintainability and system availability – without impacting performance or safety of the anti-surge system.

Economies of scaleThe viability and competitiveness of an LNG project are very sensitive to the investment cost of the liquefaction facility. Consequently, the specific cost per ton of LNG produced is of critical importance.

Our experience includes design and installation of the megatrain technologies that enabled Trains 4 and 5 at the Qatargas facility in Ras Laffan. These trains, driven by our Frame 9E gas turbines, set a new industry milestone for economies of scale. The next step in large LNG drivers is represented by our LMS100 – with a nominal ISO power output of about 100 MW and a thermal efficiency of 45%, it is the best available option to reduce the total cost of an LNG operation.

Availability & reliability High-quality, reliable equipment is critical to our customers’ success, so we make rigorous testing a critical part of our procedures – both for product development and specific project configurations. Working closely with our customers, GE Oil & Gas has developed a wide range of services to improve the performance of all our plant equipment – ranging from specific maintenance methodologies that shorten planned maintenance site activities, through to taking full responsibility for the ongoing performance and availability of the equipment under Contractual Service Agreements.

By injecting our latest technologies into existing installations, we are able to extend maintenance intervals and component life. We also provide advanced machine monitoring and diagnostics – with a variety of on-site and remote system options – ensuring that each piece of equipment is running to its potential, and making the necessary contribution to plant performance.

Safety Environmental health and safety (EHS) is an integral aspect of our business and the foundation of all our work in this challenging sector. Our superior EHS metrics and strong performance give

Thermal efficiency The overall success of an LNG plant is dependent on many features, the most significant of which is turbomachinery efficiency. GE Oil & Gas is well known for its industry-leading

customers the confidence they need regarding the protection of their employees and surrounding communities as a whole.

We have an exceptional record with international regulatory bodies and an unwavering commitment to compliance. We recognize and support it as a crucial part of successful public-private partnerships for clean energy solutions, global infrastructure development, and various other long-term shared goals.

contributions to these technologies – continually evolving machine designs for safe and superior efficiency increases.

Our liquefaction portfolio includes axial compressors with over 90% efficiency and gas-turbine drivers (e.g., LM2500, LM6000 and LMS100) with simple-cycle thermal efficiency of more than 40%.

Designed forunique demands

SafetyEnvironmental health and safety (EHS) is an integral aspect of our business and the foundation of all our work in this challenging sector. Our superior EHS metrics and strong performance give customers the confidence they need regarding the protectionof their employees and surrounding communities as a whole.

We have an exceptional record with international regulatory bodies and an unwavering commitment to compliance. We recognize and support it as a crucial part of successful public-private partnerships for clean energy solutions, global infrastructure development, and various other long-term shared goals.

Thermal efficiency The overall success of an LNG plant is dependent on many features, the most significant of which is turbomachinery efficiency. GE Oil & Gas is well known for its industry-leading contributions to these technologies – continually evolving machine designs for safe and superior efficiency increases.

Our liquefaction portfolio includes axial compressors with over 90% efficiency and gas-turbine drivers (e.g., LM2500, LM6000 and LMS100) with simple-cycle thermal efficiency of more than 40%.

Liquefaction trainsGE Oil & Gas has supplied turbocompression trains for all the main LNG processes. Our technological versatility, breadth of experience and single-source approach gives our customers the advantage of maximized efficiency, reliability and availability in every aspect of plant operation. In addition to extensive design experience, we also provide comprehensive in-house capabilities for testing, installation, start-up and commissioning support, maintenance, plant integration and upgrading.

Other compression servicesWe also provide compression solutions for all the other services generally found in an LNG plant. Of particular interest is our innovative design for the boil-off gas compressor that draws on extensive in-field experience and has been validated through a dedicated experimental campaign of detailed analysis and testing. This robust and reliable solution now enables our LNG customers to get their complete line of compressors – including associated maintenance and support – from a single, trusted source.

Power generationGE Oil & Gas can supply the complete power station for any liquefaction or regasification facility. Our solutions vary from packaged simple-cycle turbo-generators to complete power-generation islands and waste-heat recovery systems – all available on a turnkey basis. Thanks to our full line of steam and gas turbine-based configurations, we offer true single-source solutions with the most efficient power supply tailored to every need.

Floating LNGGE’s aeroderivative gas turbines offer high power-to-weight ratios that are ideal for floating LNG installations. To meet even the most demanding requirements, we can offer proven and integrated solutions that maximize flexibility and simplify on-site maintenance and operation. Our technological leadership in all LNG processes and breadth of experience with offshore installations result in a single-source approach that decreases installation time and cost while enabling higher operating efficiency and safety in harsh marine environments.

ModulesModularization of the plant is the best solution to meet overcome limited site resources and space availability. GE Oil & Gas has all the necessary engineering, manufacturing and procurement resources available in-house to produce turnkey modules. Our fabrication yard is equipped with full-load testing capabilities that replicate on-site conditions to considerably reduce risk. Our teams support customers throughout the entire project lifecycle, from design and installation to ongoing maintenance and upgrades.

Auxiliary equipmentWe offer a complete portfolio of auxiliary equipment including reciprocating compressors, steam turbines, turbo-expanders, air coolers, pumps, valves and more. Design and manufacturing is tailored to each plant’s specific process requirements. All engineering, manufacturing and testing is carried out at our facilities for optimum quality control.

Control systemsWe have the unique ability to offer an integrated control platform for compressors with a variety of drivers including gas turbines, steam turbines and electric motors. Our Integrated Compressor Train Control (ICTC) system, previously known as Integrated Turbine-Compressor Control (ITCC), is a well-established product with over 500 installations on different applications including refrigerant compressors. This integrated product offers a simplified, reliable and efficient control architecture and software for compressors for anti-surge control, process control and load sharing.

The ICTC generally uses our Mark VIe system which ensures high reliability and availability through triple modular redundancy (TMR) or dual redundancy for critical systems. Key advantages of an integrated system include cost savings in terms of hardware, simplified installation and commissioning, enhanced maintainability and system availability – without impacting performance or safety of the anti-surge system.

Economies of scale Availability & reliability The viability and competitiveness of an LNG project are very sensitive to the investment cost of the liquefaction facility. Consequently, the specific cost per ton of LNG produced is of critical importance.

Our experience includes design and installation of the megatrain technologies that enabled Trains 4 and 5 at the Qatargas facility in Ras Laffan. These trains, driven by our Frame 9E gas turbines, set a new industry milestone for economies of scale. The next step in large LNG drivers is represented by our LMS100 – with a nominal ISO power output of about 100 MW and a thermal efficiency of 45%, it is the best available option to reduce the total cost of an LNG operation.

High-quality, reliable equipment is critical to our customers’ success, so we make rigorous testing a critical part of our procedures – both for product development and specific project configurations. Working closely with our customers, GE Oil & Gas has developed a wide range of services to improve the performance of all our plant equipment – ranging from specific maintenance methodologies that shorten planned maintenance site activities, through to taking full responsibility for the ongoing performance and availability of the equipment under Contractual Service Agreements.

By injecting our latest technologies into existing installations, we are able to extend maintenance intervals and component life. We also provide advanced machine monitoring and diagnostics – with a variety of on-site and remote system options – ensuring that each piece of equipment is running to its potential, and making the necessary contribution to plant performance.

LNG is the industry’s most volume-intensive process, with success hinging on a balance of critical aspects – both technological and organizational. With over 25 years of proven experience in this field, GE Oil & Gas continues developing innovative solutions that help customers achieve their objectives at many of the largest processing facilities in the world.

Compression solutions

Dis

char

ge P

ress

ure

Screw

Vertically Split HP

Vertically Split LP/MP

Overhung

Integrated Line

Axial Split Pumps

Axial

Horizontally Split

Pipeline

Integrally Geared

CO2 Barrel Pumps

Vertically Split LNG

Inlet Volume

Axial

SafetyEnvironmental health and safety (EHS) is an integral aspect of our business and the foundation of all our work in this challenging sector. Our superior EHS metrics and strong performance give customers the confidence they need regarding the protectionof their employees and surrounding communities as a whole.

We have an exceptional record with international regulatory bodies and an unwavering commitment to compliance. We recognize and support it as a crucial part of successful public-private partnerships for clean energy solutions, global infrastructure development, and various other long-term shared goals.

Thermal efficiency The overall success of an LNG plant is dependent on many features, the most significant of which is turbomachinery efficiency. GE Oil & Gas is well known for its industry-leading contributions to these technologies – continually evolving machine designs for safe and superior efficiency increases.

Our liquefaction portfolio includes axial compressors with over 90% efficiency and gas-turbine drivers (e.g., LM2500, LM6000 and LMS100) with simple-cycle thermal efficiency of more than 40%.

ModulesModularization of the plant is the best solution to meet overcome limited site resources and space availability. GE Oil & Gas has all the necessary engineering, manufacturing and procurement resources available in-house to produce turnkey modules. Our fabrication yard is equipped with full-load testing capabilities that replicate on-site conditions to considerably reduce risk. Our teams support customers throughout the entire project lifecycle, from design and installation to ongoing maintenance and upgrades.

Auxiliary equipmentWe offer a complete portfolio of auxiliary equipment including reciprocating compressors, steam turbines, turbo-expanders, air coolers, pumps, valves and more. Design and manufacturing is tailored to each plant’s specific process requirements. All engineering, manufacturing and testing is carried out at our facilities for optimum quality control.

Control systemsWe have the unique ability to offer an integrated control platform for compressors with a variety of drivers including gas turbines, steam turbines and electric motors. Our Integrated Compressor Train Control (ICTC) system, previously known as Integrated Turbine-Compressor Control (ITCC), is a well-established product with over 500 installations on different applications including refrigerant compressors. This integrated product offers a simplified, reliable and efficient control architecture and software for compressors for anti-surge control, process control and load sharing.

The ICTC generally uses our Mark VIe system which ensures high reliability and availability through triple modular redundancy (TMR) or dual redundancy for critical systems. Key advantages of an integrated system include cost savings in terms of hardware, simplified installation and commissioning, enhanced maintainability and system availability – without impacting performance or safety of the anti-surge system.

Economies of scaleThe viability and competitiveness of an LNG project are very sensitive to the investment cost of the liquefaction facility. Consequently, the specific cost per ton of LNG produced is of critical importance.

Our experience includes design and installation of the megatrain technologies that enabled Trains 4 and 5 at the Qatargas facility in Ras Laffan. These trains, driven by our Frame 9E gas turbines, set a new industry milestone for economies of scale. The next step in large LNG drivers is represented by our LMS100 – with a nominal ISO power output of about 100 MW and a thermal efficiency of 45%, it is the best available option to reduce the total cost of an LNG operation.

Availability & reliability High-quality, reliable equipment is critical to our customers’ success, so we make rigorous testing a critical part of our procedures – both for product development and specific project configurations. Working closely with our customers, GE Oil & Gas has developed a wide range of services to improve the performance of all our plant equipment – ranging from specific maintenance methodologies that shorten planned maintenance site activities, through to taking full responsibility for the ongoing performance and availability of the equipment under Contractual Service Agreements.

By injecting our latest technologies into existing installations, we are able to extend maintenance intervals and component life. We also provide advanced machine monitoring and diagnostics – with a variety of on-site and remote system options – ensuring that each piece of equipment is running to its potential, and making the necessary contribution to plant performance.

Liquefaction trains GE Oil & Gas has supplied turbocompression trains for all the main LNG processes. Our technological versatility, breadth of experience and single-source approach gives our customers the advantage of maximized efficiency, reliability and availability in every aspect of plant operation. In addition to extensive design experience, we also provide comprehensive in-house capabilities for testing, installation, start-up and commissioning support, maintenance, plant integration and upgrading.

Other compression services We also provide compression solutions for all the other services generally found in an LNG plant. Of particular interest is our innovative design for the boil-off gas compressor that draws on extensive in-field experience and has been validated through a dedicated experimental campaign of detailed analysis and testing. This robust and reliable solution now enables our LNG customers to get their complete line of compressors – including associated maintenance and support – from a single, trusted source.

Power generation GE Oil & Gas can supply the complete power station for any liquefaction or regasification facility. Our solutions vary from packaged simple-cycle turbo-generators to complete power-generation islands and waste-heat recovery systems – all available on a turnkey basis. Thanks to our full line of steam and gas turbine-based configurations, we offer true single-source solutions with the most efficient power supply tailored to every need.

Floating LNG GE’s aeroderivative gas turbines offer high power-to-weight ratios that are ideal for floating LNG installations. To meet even the most demanding requirements, we can offer proven and integrated solutions that maximize flexibility and simplify on-site maintenance and operation. Our technological leadership in all LNG processes and breadth of experience with offshore installations result in a single-source approach that decreases installation time and cost while enabling higher operating efficiency and safety in harsh marine environments.

Our planning, design and engineering experience spans the entire LNG value chain – and so does our portfolio of equipment and support capabilities. Since every LNGfacility has unique characteristics and operational objectives, we are committed tosolutions that are customized and configured to each customer’s specific needs.

Effic

ienc

y

Gas-turbine drivers for LNG applications

LM2500/PGT25 23.2 MW, 37.7%

MS5002E 32 MW, 36%

MS6001B 42 MW, 33%

MS7001EA 87 MW, 33%

MS9001EA 130 MW, 34.6%

LMS100 98 MW, 45%

LM6000 44-52 MW, 42% PGT25+/G4

31.4-34 MW, 41%

MS5001, MS5002C-D 26.8-32.6 MW, 29.4%

Aeroderivative

Power

Heavy duty

SafetyEnvironmental health and safety (EHS) is an integral aspect of our business and the foundation of all our work in this challenging sector. Our superior EHS metrics and strong performance give customers the confidence they need regarding the protectionof their employees and surrounding communities as a whole.

We have an exceptional record with international regulatory bodies and an unwavering commitment to compliance. We recognize and support it as a crucial part of successful public-private partnerships for clean energy solutions, global infrastructure development, and various other long-term shared goals.

Thermal efficiency The overall success of an LNG plant is dependent on many features, the most significant of which is turbomachinery efficiency. GE Oil & Gas is well known for its industry-leading contributions to these technologies – continually evolving machine designs for safe and superior efficiency increases.

Our liquefaction portfolio includes axial compressors with over 90% efficiency and gas-turbine drivers (e.g., LM2500, LM6000 and LMS100) with simple-cycle thermal efficiency of more than 40%.

Liquefaction trainsGE Oil & Gas has supplied turbocompression trains for all the main LNG processes. Our technological versatility, breadth of experience and single-source approach gives our customers the advantage of maximized efficiency, reliability and availability in every aspect of plant operation. In addition to extensive design experience, we also provide comprehensive in-house capabilities for testing, installation, start-up and commissioning support, maintenance, plant integration and upgrading.

Other compression servicesWe also provide compression solutions for all the other services generally found in an LNG plant. Of particular interest is our innovative design for the boil-off gas compressor that draws on extensive in-field experience and has been validated through a dedicated experimental campaign of detailed analysis and testing. This robust and reliable solution now enables our LNG customers to get their complete line of compressors – including associated maintenance and support – from a single, trusted source.

Power generationGE Oil & Gas can supply the complete power station for any liquefaction or regasification facility. Our solutions vary from packaged simple-cycle turbo-generators to complete power-generation islands and waste-heat recovery systems – all available on a turnkey basis. Thanks to our full line of steam and gas turbine-based configurations, we offer true single-source solutions with the most efficient power supply tailored to every need.

Floating LNGGE’s aeroderivative gas turbines offer high power-to-weight ratios that are ideal for floating LNG installations. To meet even the most demanding requirements, we can offer proven and integrated solutions that maximize flexibility and simplify on-site maintenance and operation. Our technological leadership in all LNG processes and breadth of experience with offshore installations result in a single-source approach that decreases installation time and cost while enabling higher operating efficiency and safety in harsh marine environments.

Economies of scaleThe viability and competitiveness of an LNG project are very sensitive to the investment cost of the liquefaction facility. Consequently, the specific cost per ton of LNG produced is of critical importance.

Our experience includes design and installation of the megatrain technologies that enabled Trains 4 and 5 at the Qatargas facility in Ras Laffan. These trains, driven by our Frame 9E gas turbines, set a new industry milestone for economies of scale. The next step in large LNG drivers is represented by our LMS100 – with a nominal ISO power output of about 100 MW and a thermal efficiency of 45%, it is the best available option to reduce the total cost of an LNG operation.

Availability & reliability High-quality, reliable equipment is critical to our customers’ success, so we make rigorous testing a critical part of our procedures – both for product development and specific project configurations. Working closely with our customers, GE Oil & Gas has developed a wide range of services to improve the performance of all our plant equipment – ranging from specific maintenance methodologies that shorten planned maintenance site activities, through to taking full responsibility for the ongoing performance and availability of the equipment under Contractual Service Agreements.

By injecting our latest technologies into existing installations, we are able to extend maintenance intervals and component life. We also provide advanced machine monitoring and diagnostics – with a variety of on-site and remote system options – ensuring that each piece of equipment is running to its potential, and making the necessary contribution to plant performance.

Modules Modularization of the plant is the best solution to meet overcome limited site resources and space availability. GE Oil & Gas has all the necessary engineering, manufacturing and procurement resources available in-house to produce turnkey modules. Our fabrication yard is equipped with full-load testing capabilities that replicate on-site conditions to considerably reduce risk. Our teams support customers throughout the entire project lifecycle, from design and installation to ongoing maintenance and upgrades.

Auxiliary equipment We offer a complete portfolio of auxiliary equipment including reciprocating compressors, steam turbines, turbo-expanders, air coolers, pumps, valves and more. Design and manufacturing is tailored to each plant’s specific process requirements. All engineering, manufacturing and testing is carried out at our facilities for optimum quality control.

Control systems We have the unique ability to offer an integrated control platform for compressors with a variety of drivers including gas turbines, steam turbines and electric motors. Our Integrated Compressor Train Control (ICTC) system, previously known as Integrated Turbine-Compressor Control (ITCC), is a well-established product with over 500 installations on different applications including refrigerant compressors. This integrated product offers a simplified, reliable and efficient control architecture and software for compressors for anti-surge control, process control and load sharing.

The ICTC generally uses our Mark VIe system which ensures high reliability and availability through triple modular redundancy (TMR) or dual redundancy for critical systems. Key advantages of an integrated system include cost savings in terms of hardware, simplified installation and commissioning, enhanced maintainability and system availability – without impacting performance or safety of the anti-surge system.

Deliveringunique results

GE Oil & Gas ge.com/oilandgas

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GE imagination at work LNG_012611