MGT-30 Mobile Turbine Series – 4 Chassis
Application:
* Compensating for the lack of electricity production caused by the main power plants being out of service due to accidents or major repairs.
* Provision of electrical energy during unexpected and unpredictable events
* Seasonal peaks and voltage and frequency stabilization of local networks
* Supply of electricity needed for industrial and mining projects (development of oil and gas fields, petrochemicals and mines, etc.)
Product Introduction:
This power plant consists of a group of four chassis that contain all the electrical power generation equipment with a maximum capacity of 26 megawatts. This power plant is designed with the aim of placing the most equipment in the least possible space on the chassis. Installing the equipment on these chassis brings the advantage of fast mobility of this power plant by land and sea. The main part of the equipment installation and testing steps are done before sending to the site and inside the factory, so that after sending to the site, only a small part of the equipment installation and network connection steps remains, which takes less than 1 month to be done. MGT-30 turbine is used in this power plant, which can be operated with two fuels, gas and diesel, and can be connected to the grid in a short period of time.
Technical Specifications:
|
|
Gas fuel |
Oil fuel |
|
Gross ouput power (MW) |
25 |
23.8 |
|
Frequency (Hz) |
50 |
50 |
|
Gross efficiency (%) |
35.9 |
35.4 |
Advantages:
* Quick and easy installation
* Fast and easy displacement
* Power generation in a short time
| Main Export Destinations | |
|---|---|
| Company | |
| Type | This product is a final B2B equipment. |
Related Products
Application:
Supplying gas required for turbine start, warm-up and full load in power plants
Application:
Converting the kinetic energy of gases into rotational energy in oil transmissionn lines
Application:
Converting kinetic energy of hot fluid into rotational energy
Application:
* Moving large pumps inside oil and gas pipelines
* Providing the energy required by factories and special areas apart from the network
* Power generation of nationwide networks in the electricity industry
Application:
Directing hot gases (more than 1000 degrees Celsius) from the combustion chamber to the inlet and turbine blades
Application:
Power plant industries
Application:
Updating the control systems of old turbines (Retrofit) and also installing them on new turbines in the gas, oil, petrochemical, etc., industries
Application:
|
Cleaning and removing the coating |
Cleaning is usually done before the inspection and before and after the repair and reconstruction operation by two chemical and mechanical methods. |
|
Life estimation |
Estimating and increasing the life of gas turbine parts that are made of super alloy due to critical working conditions of high temperature and stress is very important, especially in the case that the turbine is opened and taken apart for periodic maintenance. |
|
Rejuvenation heat treatment |
By working the piece at high temperature, the dimensions and shapes of Γ' deposits change and also a brittle layer of carbides is created along the grain boundary, which will reduce the toughness and creep resistance. By increasing the temperature up to the dissolution temperature of the Γ ′ phase, these deposits return to their original state, and rapid cooling prevents the formation of Γ ′ deposits. |
|
Reconstruction by welding |
Welding is used to repair cracks. |
|
Reconstruction by brazing |
The advanced brazing method provides the possibility of rebuilding parts of the turbine that are not possible according to the usual methods. |
|
Coating |
If needed, the recoating of the blades should be done using hvof or aps processes. |
Application:
Measurement of gas consumption of industrial units
Application:
Converting kinetic energy of hot fluid into rotational energy
Application:
Extracting thermal energy in the combustion chamber and transferring it to the shaft in the turbine
