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Am 12. Mai 2014 kam es im kohlebefeuerten, überkritisch betriebenen 510 MWel Steinkohlekraftwerk Staudinger Block 5 zum Versagen des drucktragenden Gehäuses einer Kesselumwälzpumpe (KUP), das zu erheblichen Schäden im Kraftwerk führte [1/1]. Wie im Anschluss an derartige größere Schadensereignisse üblich wurde das Thema vom VGB PowerTech e. V. (VGB) – als zuständigem internationalen Verband der Energieanlagenbetreiber – aufgenommen, federführend koordiniert und im Rahmen der Zuständigkeit bearbeitet. 

Am 12. Mai 2014 kam es im kohlebefeuerten, überkritisch betriebenen 510 MWel Steinkohlekraftwerk Staudinger Block 5 zum Versagen des drucktragenden Gehäuses einer Kesselumwälzpumpe (KUP), das zu erheblichen Schäden im Kraftwerk führte [1/1]. Wie im Anschluss an derartige größere Schadensereignisse üblich wurde das Thema vom VGB PowerTech e. V. (VGB) – als zuständigem internationalen Verband der Energieanlagenbetreiber – aufgenommen, federführend koordiniert und im Rahmen der Zuständigkeit bearbeitet. 

This VGB-Standard VGB-S-610, “Structural Design of Cooling Towers” constitutes the joint basis – together with VGB-R 135e and VGB-R 612e – for the civil engineering-related planning including design, construction and approval as well as for the con-struction of cooling tower facilities built from reinforced concrete.

The VGB-Standard in hand, “Life Cycle Management of Buildings and Structures in Industrial Facilities and Power Plants”, follows the VDI Standard 6200 and the requirements described therein. The VGB-Standard clarifies and extends these requirements for application to structural works in industrial facilities and power plants.

The VGB-Standard in hand, “Life Cycle Management of Buildings and Structures in Industrial Facilities and Power Plants”, follows the VDI Standard 6200 and the requirements described therein. The VGB-Standard clarifies and extends these requirements for application to structural works in industrial facilities and power plants.

This VGB-Standard VGB-S-610, “Structural Design of Cooling Towers” constitutes the joint basis – together with VGB-R 135e and VGB-R 612e – for the civil engineering-related planning including design, construction and approval as well as for the con-struction of cooling tower facilities built from reinforced concrete.

Power plants are not functioning to the fullest 100 % of the time. Maintenance and inspection of some components require them to be off-line in time, however, this can be planned such that customers continue receiving power from the electrical grid, steam or district heating from other plants. Unplanned outages due to failures or external conditions may cause surprises and can lead to situations in which the demand is not satisfied at short term at large costs.

Power plants are not functioning to the fullest 100 % of the time. Maintenance and inspection of some components require them to be off-line in time, however, this can be planned such that customers continue receiving power from the electrical grid, steam or district heating from other plants. Unplanned outages due to failures or external conditions may cause surprises and can lead to situations in which the demand is not satisfied at short term at large costs.

Dieser VGB-Standard dient dazu, die möglichen Gefahren beim Entladen aufzuzeigen und entsprechende Schutzmaßnahmen zu beschreiben.

Dieser VGB-Standard dient dazu, die möglichen Gefahren beim Entladen aufzuzeigen und entsprechende Schutzmaßnahmen zu beschreiben.

Ce standard VGB permet à l'utilisateur de réaliser une évaluation technique et économique des centrales. De plus, l’influence des prix de marché et des exigences légales sur le fonctionnement des centrales électriques peuvent être analysés à l’aide de ce standard VGB. En détail, l'utilisateur a à sa disposition des options d'analyse pour l'évaluation des processus d’une centrale, de son fonctionnement et la détermination de son positionnement économique.

This VGB Standard describes possibilities and methods for condition monitoring and performance of tests and inspections in due consideration of hazards especially arising from steam and pressure in components of steam boiler plants, pressure vessel installations and water- or steam pipework.

This VGB Standard describes possibilities and methods for condition monitoring and performance of tests and inspections in due consideration of hazards especially arising from steam and pressure in components of steam boiler plants, pressure vessel installations and water- or steam pipework.

The former VGB Guideline VGB-R 170 A1e “Measures for the avoidance and handling of instrumentation and control equipment failures” was used since 2005 for the support during the specification and assessment of control and instrumentation systems with regard to their robustness against failures at increasing use of standard IT components and IT networks.

The former VGB Guideline VGB-R 170 A1e “Measures for the avoidance and handling of instrumentation and control equipment failures” was used since 2005 for the support during the specification and assessment of control and instrumentation systems with regard to their robustness against failures at increasing use of standard IT components and IT networks.

Fire-fighting operations by fire brigades in onshore wind turbines are almost impossible because of their height and resulting difficulty of accessing them. For this reason, fire prevention, early detection and early fighting of a fire, and the self-rescue of persons present in the installations during a fire are key considerations

Fire-fighting operations by fire brigades in onshore wind turbines are almost impossible because of their height and resulting difficulty of accessing them. For this reason, fire prevention, early detection and early fighting of a fire, and the self-rescue of persons present in the installations during a fire are key considerations.