The heavy duty machines of the THM gas turbine family are designed for a long life with a high level of reliability and availability. They are supplied as ready-assembled drive units.
Their modular design facilitates easy installation and maintenance. The relatively low turbine inlet temperature guarantees a long life and extended inspection intervals. Fitting of two external Dry Low Nox combustion chambers in a V-configuration guarantees extremely low emission values.
The THM gas turbine is used for:
Mechanical drivesGenerator drives- Gas turbine power stations
- Municipal utilities
- Combined heat and power stations (CHP)
- Combined cycle power stations
Marine drives (CODAG electric)
The FT8 gas turbine is based on modern aeroengine technology from Pratt & Whitney, adapted for industrial use. The gas turbine is characterised by a compact, modular design. FT8 gas turbines achieve a high level of availability and are extremely reliable.
The PowerPac and the TwinPac offer two different variants of the FT8 gas turbine for power generation purposes. To drive compressors MechPac the power turbine developed by MAN TURBO is used. This has a rated speed of 5500 rpm. Pollutant emissions are reduced by means of Dry-Low-NOx-Brennkammer or by injecting water into the fuel chamber of the turbine.
Power turbines for driving generators:
- Speed of 3,000 rpm, no gear unit, coupled directly to a generator for 50 Hz
- Speed of 3,600 rpm, no gear unit, coupled directly to a generator for 60 Hz
- Both power turbines are available with clockwise and anti-clockwise rotation.
Power turbine for mechanical drive:
- Speed of 5,500 rpm, speed range variable between 2,500 – 5,750 rpm.
The FT8 gas turbine is used for:
Mechanical drives- Compressors
- Pumps
- Generator applications
- Gas turbine power stations
- Public utilities
- Combined heat and power stations (CHP)
- Combined cycle power stations
Marine drives (CODAG electric)
Expanders can be supplied as single- and multistage variants, in axial or radial configurations. They can attain maximum inlet temperatures of up to 760 °C, inlet pressure of up to 20 bar and outputs of up to 30 MW. They can also be connected to a generator or directly to the machinery train.
They are preferably used in:
- Coal and oil gasification plants (including IGCC)
- Nitric acid plants
- Therephthalic acid plants
- Fluid Catalytic Cracking (FCC) plants
- Residual Catalytic Cracking (RCC) plants
- Blast furnace top gas plants
Would you like more information?
Go to:
www.manturbo.com
Industry
