General Electric – Associated Machinery Corporation Limited

General Electric

General Electric (GE) is one of the world's fastest growing energy companies that helps its customers implement the latest scientific advances to increase their own production capacity while minimizing the impact on the environment. Currently, General Electric is engaged not only in the supply of power equipment but also in its maintenance, repair and other services. This is especially true for gas turbine equipment. GE gas turbines come in a variety of power ratings and applications.

GE LM Gas Turbines

GE LM gas turbines have a rich history, based on aircraft engines that have undergone further modifications for further use in both the industrial and energy sectors. In the Russian market, it is mainly used in the electric power industry.

GTU GE LM2500

Highly efficient twin-shaft simple cycle gas turbine of the 22 to 33 MW power class, which is based on GE TF39 and CF6-6 aircraft engines. Easy to install and maintain, the GE LM2500 gas turbine provides high thermal efficiency as well as low fuel and air consumption. The total operating time of the LM2500 turbines is more than 75 million hours. The LM2500 has been one of the best selling gas turbines for more than 40 years and maintains a reputation as the most reliable industrial gas turbine generator in its class. The LM2500 turbine family continues to evolve to deliver increased value to customers.

GTU GE LM6000

Twin-shaft gas turbine, which is based on the aircraft engine CF6-80C2. This turbojet engine was first put into operation in 1985 and is currently used in wide-body airliners. GE has used a track record of more than 30 million flight hours with 99.88% reliability to create the LM6000.

GTU GE LMS100

A gas turbine for the power industry using intercooling technology outside the engine using an external heat exchanger. This gas turbine provides the highest simple cycle efficiency to date.

The LMS100 system incorporates the features of a power turbine and an aircraft engine turbine to generate electricity from gas combustion. This combination provides high simple cycle efficiency, fast start-up, availability and reliability at a low installation cost. An important feature of the system is the use of intercooling without the compression zone of the gas turbine.

GE Frame gas turbines

GE Frame gas turbines feature convenient maintenance, are popular with oil and gas companies engaged in oil and gas fields abroad. In the CIS countries, it is often used to generate electricity and heat. The GE Frame class features high fuel flexibility and economy. Compared to other classes of General Electric gas turbines, the Frame series is characterized by increased power characteristics.

GTU series MS5001

They are part of the GE Frame 5 industrial line and are currently actively used in the power industry. The first single-shaft turbine MS5001 was produced in 1961 in the USA. Due to its high efficiency and reliability, the MS5001 model has established itself as one of the best. The cost-effective turbines have become an ideal option for power generation, so the introduction of the updated MS5001 continues today.

The performance of modern models with a capacity of 26-30 MW is considered acceptable for large-scale industries in Russia, America and Europe. Currently, more than 2500 models have been produced worldwide. It is possible to update and modify the design, as well as ready-made solutions for the supply of original equipment from the manufacturer to anywhere in Russia.

Two-shaft GTU MS5002

Powerful model with high efficiency which is created for installations with the mechanical drive. The gas turbine was first introduced to the market in the 1970s, and after some time it has incorporated updates to fully meet the demand of the target industry for increasing production volumes.

Mostly used for centrifugal compressors and pumps, it has a wide range of applications and the necessary power output to work with heavy loads.

The main characteristics of the model:

  • wide range of operating speeds;
  • flexibility (suitable for burning different types of fuel);
  • strength and reliability;
  • maintenance is possible without special tools;
  • wear resistance and long service life.

GTU GE MS5002E

The General Electric MS5002E gas turbine unit is one of the latest General Electric medium power gas turbines, which is used to operate with high efficiency, reliability and environmental friendliness.

This model comes in two modifications: a single-shaft version for power generation, and a two-shaft version for mechanical drive devices.

GTU GE Frame 9E.03

General Electric Frame 9E.03 is a powerful gas turbine plant with high performance.

The main advantages of the model:

  • high reliability;
  • durability at a relatively low cost of generated electricity.

9E.03 operates on more than fifty types of different fuels - natural gas, light and heavy distillates, fuel oil. At the same time, emissions of harmful emissions do not exceed the established norms. It is applied to work both in a simple cycle, and a complex cycle.

Main technical characteristics of model 9E.03

  • Rated power: 132 MW;
  • Efficiency: 34.6%;
  • NO emissionx :5ppm;
  • CO emission2:25ppm.

GTU GE Frame 9F.05

This gas turbine model delivers GE's most innovative Class A technology at 50 Hz. The 9F.05 gas turbine is excellent for combined cycle applications, with an average reliability of 99.8% and an average availability of 95.1%. Features such as improved inlet guide vanes reduce wear and component stress associated with wear, increasing compressor life. The Model 9F.05 Mark VIe control system provides real-time physics simulation, thereby improving overall performance, availability and reliability.

GTU GE 9 HA.01

The most powerful and efficient turbine in its class. The turbine can reach full power from a cold start in just 28 minutes. This is a record for a car of this size. Such a turbine was designed specifically for EDF's Bouchin power plant in northern France. 9HA gas turbines - powerful and ready to go at any moment - will play a significant role in maintaining continuous generation when the wind weakens or clouds block the sun. Such a turbine could power an entire city of 400,000 homes, with a capacity of 397 MW (570 MW combined).

Alstom GT13E2

Powerful gas turbine plant of medium size. The model was introduced in 1993.

Currently, over 150 units of this model are installed worldwide with a total operating time of more than 7 million hours.

The first GT13E2 in the former Soviet Union was installed in 2009 at the Minsk CHP-3. Every year the number of installed machines grew, and, at present, amounts to almost two dozen.

Заказать поставку