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Turbomaschinery and Power Plant Technology in the Capital Region Berlin-Brandenburg

  • Text
  • Berlin
  • Brandenburg
  • Engineering
  • Turbine
  • Turbomachinery
  • Institute
  • Combustion
  • Region
  • Turbo
  • Fraunhofer

MAN Diesel & Turbo

MAN Diesel & Turbo Refinery Train Package Power laboratory for gas turbine research at TU Berlin Companies ABB Berlin Alstom Power Aerotest AneCom Arcus atech Block Materialprüfungsgesellschaft BTB Blockheizkraftwerks- Träger- und Betreibergesellschaft CEBra – Centrum für Energietechnologie Brandenburg DirectPhotonics Industries Element Materials Technology Berlin Enlite eta engineering Euro-K Evonik GASAG HIGHYAG Lasertechnologie Imc Meßsysteme Ingenieurgesellschaft für Energie- und Kraftwerkstechnik (IEK) Janke Engineering Krauss Aviation Technologies KSC Kraftwerks-Service Cottbus Anlagenbau KST TURBINE COMPONENTS Lufthansa Technik MAN Diesel & Turbo Metal Improvement Company MTU Maintenance Berlin-Brandenburg Rolls-Royce Deutschland Siemens TAKRAF Vattenfall Generation Vattenfall Wärme VPC The capital region features a unique agglomeration of important players in the turbomachinery and power station technology fields. It is home to the highest density of turbomachinery manufacturers in Europe and has a long tradition in the sector. The first steam turbines were manufactured at the beginning of the second half of the 19th century here. Strong industry Five corporations in the region map the entire value-added chain in the turbomachinery sector, ranging from research and development, production and project planning to installation and MRO (maintenance, repair and overhaul). When it comes to performance and efficiency, the turbines produced in the capital region are some of the best in the world. The Siemens AG gas turbine plant produces and delivers its state-of-the-art gas turbine series to over 60 countries. The plant possesses one of the most high-performance test fields in the world, which accommodates test runs of up to 330 megawatts. In Ludwigsfelde in Brandenburg, it also operates a burner test center. ALSTOM Power Service GmbH focuses on overhauling turbine and generator compo- »We are able to find excellent skilled specialists and engineers for our facility easily; Berlin is a magnet for talent and highly qualified people. As one of the world's leading jet engine companies, we also benefit from this.« Ulrich Wenger Head of Engineering & Technology Rolls-Royce Deutschland Ltd & Co. KG »The extremely high density of turbomachinery manufacturers and suppliers in the Berlin-Brandenburg region of expertise offers an outstanding basis for the collaborative development and implementation of trendsetting technology.« Sascha Reinkober Head of Central Office Fraunhofer Innovation Cluster »Life Cycle Engineering for Turbomachines« Berlin/Brandenburg nents, including the production and delivery of replacement parts and making repairs directly in the power station using mobile processing technology. The focal areas of MAN Diesel & Turbo SE are geared compressors for air separation, pipeline turbo compressors for gas transport, refinery and carbon sequestration compressors and worldwide after sales service. MTU Maintenance Berlin-Brandenburg GmbH is the MTU center of expertise for servicing industrial gas turbines. The company's portfolio also includes overhauling and repairing civil thrusters and turboshaft engines. Rolls-Royce Deutschland develops, produces and maintains civil and military turbine engines at its Dahlewitz location. The facility is also a center of expertise for high-pressure compressors, twin-shaft turbofans and nacelles. In the power station technology sector, industrial technology users such as Vattenfall and Gasag are the primary players. They are pioneering the field of flexible fossil fuel power stations. Many small and medium-sized technology developers and service providers also offer innovative solutions.

Worldwide, one of the leading industrial regions for producing and servicing turbomachinery Outstanding prospects and sales potential for innovative, specialized suppliers Production of the largest, most powerful gas turbine in the world at this time Production of the world's largest geared compressor Excellence in balancing and setting extremely quickly turning shafts and impellers Assembly of a BR 725 engine at Rolls-Royce in Dahlewitz Innovative solutions and applications for the production, servicing, overhauling and modernization (MRO) in the field of prototypes and component testing (eg gas turbine burner test center / Clean Energy Center Siemens and Mechanical Test Operations Centre of Rolls-Royce) High level of expertise in the environmentally compatible optimization of power station technology Top research In the HFI-TU Berlin energy laboratory, scientists test and develop innovative combustion technology for the gas turbines of tomorrow. With four atmospheric combustion test benches, they can conduct tests under the conditions that actually exist in gas power stations and aircraft engines. As part of three research projects, new kinds of systems are tested with the goal of significantly increasing gas turbine technology's level of effectiveness. And as part of a Collaborative Research Center project, engineers are examining the use of Otto cycle combustion in gas turbines. The »Greenest« European Research Council (ERC) project involves ultra wet combustion. As part of an ERC proof-of-concept project, researchers are examining the combustion of biogas and hydrogen with pure oxygen. In addition, the department offers extensive opportunities for the thermoacoustical examination of gas turbine burners. The Brandenburg University of Technology Cottbus-Senftenberg combines numerous departments that deal with power plant technology including the Faculty of Mechanical Engineering, Electrical Engineering and Industrial Engineering with the Center for Energy Technology and the fields of energy conversion, energy supply, engineering / power electronics and power distribution / high voltage engineering. At the Institute of Power Engineering researchers are both working to optimize conventional power station technology to increase its efficiency and developing concepts for meeting the challenge of renewable energies. The focal areas include combustion technology, modeling power stations and power station components, fluidized bed drying with superheated steam under pressure (D)DWT, using biomass for energy, surplus energy storage and generating Sebastian Kießling CEO Euro-K GmbH »Berlin-Brandenburg offers us ideal partnership opportunities for developing our micro gas turbine technology, which features a combination of low-emission combustion, maximum energy efficiency, high system effectiveness, a long service life and low maintenance costs.« hydrogen. The »Heat from Regional Biomass« project is researching the options for using regional biomass that is otherwise not being used and developing related technologies. It comprises the complete value-added chain from cultivation to recycling the ash. Close partnership between industry and research In the Fraunhofer Innovation Cluster »Life Cycle Engineering for Turbomachines« six research institutes have banded together with 26 partners from industry. They are focusing on an integrated view of materials and technologies for turbomachinery in the aviation and energy sectors. Their goal is to transfer the concept of life cycle engineering to turbomachinery by providing innovative, energyefficient and resource-conserving technologies for the entire product life cycle. An essential component of this concept, MRO, is one of the focal areas of the research work. Research BAM Federal Institute for Materials Research and Testing Berlin School of Economics and Law Beuth University of Applied Sciences Berlin Brandenburg University of Applied Sciences Brandenburg University of Technology Cottbus–Senftenberg •Aerodynamics and Fluid Mechanics • Power Plant Technology • Engineering Mechanics and Vehicle Dynamics • Combustion Engines and Aircraft Propulsion CEBra – Centrum für Energietechnologie Brandenburg e.V. Fraunhofer Innovation Cluster MRO in Energy and Transport Fraunhofer Institute for Production Systems and Design Technology Fraunhofer Institute for Reliability and Microintegration Freie Universität Berlin German Aerospace Center (DLR) Hochschule für Technik und Wirtschaft Berlin Technische Universität Berlin • Institute of Aeronautics and Astronautics • Institute for Machine Tools and Factory Management • Institute of Fluid Dynamics and Technical Acoustics Technical University of Applied Sciences Wildau Weierstrass Institute for Applied Analysis and Stochastics Zuse Institute Berlin (ZIB)

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