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ENGINEERING:
Power
Plants |
To ensure a
long-term supply of energy, there is a considerable need to expand existing
power plants and plan new ones. The estimated replacement and expansion
requirements are approximately 400 to 500 GW.
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As a
result of the debate on climate change and the increasing scarcity of
previous energy sources, new technologies are being developed in order
to make power plants more efficient. In this respect, technological
development for the expansion of renewable energies is also becoming
increasingly important. |
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Competence
in design for conventionel and nuclear power plants.
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Our
technical competence in power plant design is based on the extensive
experience of our employees. For the power generation sector, a special
department was set up back in the 1970s for the purpose of carrying out
piping design and static/dynamic system calculations for nuclear power
and fossil power plants. |
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Some of
our employees who planned components for the first generation of nuclear
power plants are now applying their valuable experience to expansion &
revision projects. |
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We
focus on: |
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Project
engineering |
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Plant
design |
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Component processing |
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Piping
design |
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Pipe
system calculation |
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Supervision of plant construction |
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Start-up of systems |
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References:
conventional & nuclear power plants |
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client |
location |
avtivities |
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ALSTOM Power Generation |
Mannheim |
turbine part design, sewage sludge combustion |
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ALSTOM Power |
Nürmberg, Stuttgart,
Butzbach |
power plant design, flue gas dedusting |
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AREVA / Framatome |
Offenbach, Erlangen |
piping design & calculations |
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BABCOCK Borsig Power |
Osterrode, Oberhausen |
power plant design boiler house, Denox |
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BBP Service Steinmüller |
Gummersbach |
power plant design |
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BEWAG |
Berlin |
power plant design, flue gas desulfurization |
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BHR Essener Hochdruck |
Frankfurt |
power plant design & revisions |
| DAVY
Power |
Frankfurt |
KW-Buschhaus
plant model & design |
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HITACHI Power |
Oberhausen |
general arrangement plans for REA |
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Kraftanlagen |
Heidelberg, München |
power plant design & revisions |
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Kremsmüller / Siemens |
Linz /
Wien |
detail engineering of piping systems for KW Timelkam |
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LAHMEYER International |
Bad
Vilbel |
leading & power plant technology |
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LURGI |
Frankfurt |
power plant
design: electro filter, flue gas purification, flue
gas blower house & -channels |
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LURGI Lentjes |
Düsseldorf |
Power-TWS-plant design, project engineering & plant start-up service |
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Mannesmann Seiffert |
Berlin |
power plant design |
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Siemens AG |
Offenbach, Erlangen |
power plant design, project engineering & processing |
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Conventional power plants:
projects |
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projects for plant |
location |
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KW Reuter |
Berlin, Germany |
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KW West |
Berlin, Germany |
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KW Lichterfelde |
Berlin, Germany |
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KW Moabit |
Berlin, Germany |
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KW
Ruhleben |
Berlin, Germany |
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KW Niederrad |
Frankfurt am Main,
Germany |
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KW Mitte |
Frankfurt am Main,
Germany |
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KW Nordweststadt |
Frankfurt am Main,
Germany |
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KW Großkraftwerk |
Mannheim, Germany |
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KW Römerbrücke |
Saarbrücken, Germany |
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KW Timelkam |
Austria |
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KW Moerdijk |
Netherlands |
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IHKW Industrie HKW |
Andernach, Germany |
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KW Suez |
Egypt |
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KW Buschhuas |
Helmstedt, Germany |
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KW Peterhead |
Scotland |
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Nuclear
power plants:
projects |
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KKW Biblis |
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KKW Mülheim-Kärlich |
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KKW Brokdorf |
KKW Neckarwestheim |
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KKW Brunsbüttel |
KKW Obrigheim |
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KKW Emsland |
KKW Philippsburg |
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KKW Grafenrheinfeld |
KKW Würgassen |
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KKW Grohnde |
WAA Wackersdorf |
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KKW Gundremmingen |
THTR Schmähungen |
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KKW Isar |
KKW Gösgen, Schweiz |
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KKW Kahl |
KKW Ringhals, Schweden |
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KKW Krümmel |
KKW Olkiluoto 3,
Finnland |
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KKW Lingen |
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