Vanessa
Outperforming traditional designs by being more durable, reliable and cost-effective.
Outperforming traditional designs by being more durable, reliable and cost-effective.
With over 300,000 Vanessa valves successfully installed worldwide on a wide range of applications, you don't have to look further than Emerson for a proven solution to long-term positive isolation, on-off, flow control and emergency operations.
The Vanessa triple offset valve was the first to provide bidirectional zero leakage* performance for positive isolation, creating a new industry category using a technology not previously available with other quarter turn valves.
* Vanessa triple offset valves perform bidirectional zero leakage tightness (no visible leakage when tested at high pressure with water and low pressure with air according to ‘Leakage Rate A’ of ISO 5208 and EN 12266-1 standards, and the ‘Resilient Seat Valves’ requirement of API 598) through non-rubbing 90-degree rotation and metal-to-metal torque seating.
Triple Offset Valves Design
Vanessa Triple Offset Valve Ease of Maintenance
Triple Offset Valves Design
Vanessa Triple Offset Valve Ease of Maintenance
The triple offset design completely eliminates any rubbing action of the sealing elements during the 90 degrees of rotation and such capability, combined with other key features, have effectively positioned over time the Vanessa Series 30,000 as the ultimate process valve.
Thanks to our engineering expertise, state-of-the-art technology and manufacturing capabilities, Emerson Vanessa has provided for decades an extremely reliable triple offset valve capable of
delivering full shut-off and peace of mind operation over a wide range of temperatures and pressure classes.
All Vanessa triple offset valves rely on the principles of metal-to-metal, torque seating and non-rubbing, quarter turn rotation.
Configurations cryogéniques dans les terminaux de GNL
Munie d’une trappe d'accès latéral, la vanne aux opérateurs d'intervenir sur les éléments internes de la vanne ou même d'entrer physiquement à l'intérieur pour les conduites de grandes dimensions.
Applications de tamis moléculaires
Les tamis moléculaires sont communément utilisés pour le séchage et l'extraction du CO2 du gaz naturel, du GPL et des gaz inertes ou atmosphériques.
Manipulation de sels fondus corrosifs à haute température
La manipulation de sels fondus corrosifs à haute température est essentielle dans la production d’énergies alternatives.
Installations de dessalement d'eau de mer par osmose inverse
Le dessalement par osmose inverse est l'une des méthodes les plus efficaces pour dessaler l'eau de mer.
