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safety and environmental issues have become of greater concern
to mankind, the need for
assured valve shut off providing absolute and verifiable isolation
are regularly becoming the standard specification for critical
applications.Typical areas of application include on- and off-shore
petrochemical production, gas and water injection, gas and oil
transmission lines, airport fuelling facilities and other areas
where flammable and toxic emissions are unacceptable.
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Cryogenics is the branch of physics dealing with processes
and materials at very low temperatures normally below -101°C.
The need to handle low-temperature liquids and gases has
become a commonplace requirement with fluids such as oxygen,
liquid hydrogen and nitrogen. Valves that can provide tight
shut off for isolation or modulation for control requirements
at temperatures down to -196°C are now an essential
part of today's process plant.
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Ebonite valves may be utilised for both isolation or flow
control applications. Over the last 30 years, these products
have proven their reliability in sea water cooling systems,
offshore and onshore fire mains systems, potable water
in de-salination plants, and many applications where
iron contamination
of fluid is undesirable.
Ebonite lined valves have also proved reliable on low
level slurry applications and flows where fine particles
may
be present. For applications with a higher density of
particles a shaft/bearing seal may be provided as an
option.
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 Resilient Sealed Valves are suitable for isolation and
flow control applications and have a proven record for
reliability
over the past 30 years for applications in hydrocarbon
service, seawater cooling systems, offshore, onshore
and marine fire
mains systems, desalination plants and power plant installations.
The ease and flexibility of material selection enables
both simple and arduous applications alike to be within
the capability
of this valve series.
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Info...
For more information call +44 (0)1-308-422256
 
 
Questions, comments and suggestions can
be directed to webmaster@curtisswright.com
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