Eagleburgmann Germany Gmbh & Co. Kg

Michael Müller

Klaus Lang

Andreas Fesl

Joachim Otschik

Armin Laxander

Ferdinand Werdecker

Rolf Johannes

Benjamin Hellmig

Josef Strobl

Johannes Strohmeier

Dieter Klusch

Stefanie Kreft

The invention relates to a method of operating a mechanical seal assembly () having a mechanical seal () with a rotating sliding ring () and a stationary sliding ring (), defining a sealing gap () between the sliding surfaces thereof, comprising the steps of: collecting operating data and/or environmental data of the mechanical seal (), transmitting the collected operating data and/or environmental data to a digital twin () of the mechanical seal (), simulating and monitoring the operation of the mechanical seal () using the digital twin () based on the transmitted operating data and/or environmental data of the mechanical seal (), and retransmitting a simulation result and/or data of the digital twin.

Method for operating a mechanical face seal assembly, and mechanical face seal assembly

The invention relates to a gas-lubricated mechanical seal arrangement () comprising a first mechanical seal () having a first rotating slide ring () and a first slide ring () defining a first sealing gap () between sealing surfaces (), the first slide ring () having a passageway () for supplying a barrier fluid to the first sealing gap (), wherein the passageway () extends from a rear surface () to the sliding surface () of the first stationary slide ring (), and wherein on the first rotating slide ring () a first secondary seal () for sealing and a centering device () for centering of the first rotating slide ring () are arranged.

Zero-emission mechanical seal arrangement

Growing community of inventors

Bichl, Germany

Michael Müller