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Ihr Schutz vor den Elementen


Plume abatement screens – optimum performance with minimal airflow

Ihr Schutz vor den Elementen


Plume abatement screens – optimum performance with minimal airflow

Startseite > Industriell > Produkte > Plume Abatement Screens

Plume Abatement Screens

Typically, evaporative cooling towers reject heat into the atmosphere in the form of warm saturated wet air; the larger the heat rejection the more water will be released into the environment. In the right conditions, this water vapour will form visible clouds above the cooling towers and may lead to dangerous icy conditions on the ground. Using manually operated rolling doors to vary the airflow into the cooling towers, Galebreaker has made it possible to increase the plume abatement effect seasonally. By combining industrial, rolling, engineered fabric screens with the PlumeLogic™ Plume Abatement Control System, Galebreaker can help you maintain the coldest possible water from your plume abated tower all year round, whilst still maintaining plume abatement. The system works by optimising the flow of air through the wet and dry sections of the cooling tower. This means that in any given ambient condition the maximum airflow possible is diverted through the wet, more efficient, section of the tower. Conversely, the system also ensures that plume abatement is maintained, but with the smallest airflow possible.

Plume abatement

Using manually operated screems to vary the airflow into the cooling towers, Galebreaker have made it is possible to increase the plume abatement effect of the cooling towers seasonally, so maximum plume abatement can be achieved in the winter and maximum evaporative performance can be achieved in the summer.

Die Bedeutung von Wetterschutzsystemen für den Energie- und Industriesektor

Als Marktführer für Wetterschutzsysteme verwenden wir fortschrittliche CFD-Modellierungstechniken, um die richtige Position und Porosität der vorgeschlagenen Windschutzsysteme genau zu bestimmen. Wir bieten auch Kaltwetter- und Überwinterungsschirme für Nass- und Trockenkühlanwendungen an. Diese Lösungen verbessern nicht nur den thermischen Wirkungsgrad von Kraftwerken, sondern helfen auch, die Ausrüstung vor Wind und Eisbildung zu schützen, die unnötige Ausfallzeiten und umfangreiche Schäden an den Tragstrukturen verursachen können, wenn sie nicht kontrolliert werden.