European Oil & Gas Technology  >  News  >  Company News 

 Directory | Exhibition |  Events (PennWell)  

> Free Directory Listing

.
>
Homepage (News on Homepage)
> Upstream News
> Midstream News
> Downstream News
> Renewable Energy News 
.
>
Press Relations .
> (Product News .. Corporate News .. Events .. Technical Literature etc.)
.
>
Field Stories / Application Reports / White Papers
> Videos and Webcasts

 

MAN Diesel & Turbo presents new gas turbine generation for industrial applications
In-house development shows off its performance capabilities


20.12.2010 + + +  MAN Diesel & Turbo, a manufacturer of large diesel engines, compressors and turbines, adds the 6 to 8 MW output class to its portfolio of industrial gas turbines. 

"Besides high reliability in continuous operation, the main focus of this development was to minimise exhaust gas emissions in order to comply with the most stringent environmental requirements in the world," explains Dr. Markus Beukenberg, Head of Gas Turbine Development at MAN Diesel & Turbo. A significant reduction in the emissions of nitrogen oxide (NOx) is ensured by state-of-the-art Dry-Low-NOx combustion chambers while at the same time an efficiency level of 34% guarantees optimum fuel utilisation with regard to CO2 emissions and operating costs. “This new series also focused on the exhaust gas temperatures of the machines in order to enable optimised steam generation for CHP cogeneration or for process applications," Dr. Beukenberg continues. 

This turbine family will be mainly used as generator drives in energy generation. As is the case with the company's THM series, which has proven its capabilities over decades of operation, further possible applications include driving mechanical components, e.g. for compressors. During the course of development the close dovetailing of engineering, service and sales ensured not only that a high technical standard was offered but also that the customers’ demands were integrated comprehensively and at an early stage. 

A new test stand was built at the Oberhausen works (Germany) specifically for the comprehensive test runs of the prototype, which lasted several months. In addition to the test stand itself, the complete measurement facilities and instrumentation were fundamentally redesigned. Thus the period from ‘first fire’, the initial test run of the completely assembled unit, up to operation under full load took just one week. This fact as well as further detailed tests successfully demonstrated the high load capacity of the turbine as well as the company’s considerable expertise in the field of testing and designing gas turbines. 

The turbines are delivered as pre-mounted units on a base frame, complete with oil unit and ancillary units. The prototype was initially designed as a twin-shaft type which will be followed by a single-shaft design and variants with further increased output. A modular design with unsplit casings creates the prerequisites for an efficient and cost-optimised service life. The company-owned MAN PrimeServ service centres make sure that customers benefit from continuous further development and increased efficiency over many years of operation. 

As a long-standing manufacturer of gas turbines, MAN Diesel & Turbo can look back on a history of around 70 years in this segment. In the past the company bought in gas turbine technology and further developed it. However, following a development period of about 6 years, it now presents for the first time a model which has been completely developed in-house, and which should ultimately act as the technological platform for future generations. 

More information: www.mandieselturbo.com

Monika König
MAN Diesel & Turbo SE 
Assistant Corporate Communications
Steinbrinkstr.1
46145 Oberhausen/Germany 

Phone +49. 208. 692-2188 
Fax +49. 208. 692-2019 
monika.koenig@man.eu
www.mandieselturbo.com

+  +  Media Links +  +

 



For more information, media details or sample copies please contact
wilhelms@pennwell.com

www.sicking.de

Please send news releases to Wilhelm Sicking - WilhelmS@pennwell.com