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Overview

The company Noreva GmbH (Non-Return Valves) was founded in August 2001 and started with 9
employees who were formerly working for Mannesmann Demag, the inventor of the nozzle check valve 1935.

Noreva has continuously grown and currently has a staff of 55.  All of these employees have many years
experience with non-slam check valves.  With their track record of supply, Noreva has developed an
enviable reputation for quality and reliability of product at internationally competitive prices.  Further
adding to their strength, Noreva in 2007 joined the Goodwin PLC Group.

Noreva is located in the industrial area of Mönchengladbach in Germany, where only some inventory is kept with the majority of their production being tailor-made to customer specifications.  All Noreva non-slam check valves are characterized by non-slam closure, low-pressure loss, metal-to-metal sealing and are considered maintenance free.

Noreva check valves can be found all over the world in various industries, whether liquid or gaseous
fluids, in different applications such as oil pipelines, utilities & off-site plants, chemical plants,
compressor stations, power plants, water pumping stations, desalination plants, and various others.

COMPANY PROFILE (PDF, 974 KB)
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Valve Solutions

The axial flow non-slam nozzle check design is a significant step in innovation when it comes to check valves.  The primary differentiation is their sizing and selection, which tailors the individual valve for the application’s process parameters.  This philosophy differs significantly from the common norm of selecting check valves simply based on the pipe size.  Driven by the requirement from industry to ensure surge mitigation, axial flow check valves are an unmatched check valve solution. When evaluating the dynamic response of a check valve it is valuable to look at the operating parameters of the system.  It is possible to determine the reverse velocity created by a check valve design when compared against the system’s deceleration.  The basis of varying responses is determined by the inertia propagated by the mechanical closure of the valve onto the process media.  Similarly, the same deceleration can be used to determine the expected pressure surge, transient hydraulic, created upon closure.

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Through the evolution of axial flow check valves themselves, there have been many developments driven by operation demands. For evaluation of your application, feel free to contact us for further details.

Gallery

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