A global player in the energy sector approached Habonim for a manifold valve solution. His traditional design uses multiple valves at different locations in the gas turbine, with long lengths of piping stretched throughout. This design creates a safety hazard due to poor controllability and complicated accessibility. The dispersed valves also require many interconnections, resulting in high installation costs and leak paths.
To design a reliable and compact valve solution which is able to:
Sampling valves also had to be integrated into the manifold valve in order to measure and verify the turbine cleaning condition.
Habonim’s engineering team devised a manifold valve solution that offers all these features:
Using the unique fire-safe valve design as the basic module, Habonim designed an 8-valve, lockable manifold including 3 off-sampling ports (needle valves). The multi-port manifold design also incorporated a special locking device to ensure that all valves are closed when the turbine is in operation. A limit switchbox transmits a signal to the PLC system once the valves are closed and secured.
A special locking system was designed to securely lock all the valve handles during turbine operation
The machined manifold block eliminates the need for multiple welding and NDT-examination — increasing the accuracy of the block while reducing overall costs. The manifold configuration reduces to a minimum the number of leak paths and the risks of fugitive emissions, thus enhancing site safety.
The manifold has an extremely small footprint and is lightweight, allowing smooth in-situ installation of the unit. The accurately machined block allows for stress-free installation of the manifold valve to the gas turbine. Habonim’s manifold valve met all the customer’s requirements, delivering a cost-effective and efficient solution, which is performing in demanding applications.
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