TECHNOLOGY
The condensate forms a seal at the inlet to the venturi nozzle that prevents the steam passing.
Because the amount of flash varies with changes in the process the capacity of the nozzle self regulates to allow the hydrodynamic traps to work on variable loads.
The Fenix hydrodynamic steam traps have no moving parts.
The venturi nozzle uses the flashing steam to create a back pressure in the nozzle that regulates the flow through the nozzle.
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How Hydrodynamic Steam Traps Work
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Why FENIX hydrodynamic steam traps?
15 years Performance Guarantee.
Dedicated technical support.
All stainless-steel construction to prevent external and internal corrosion.
Fenix Traps have removable nozzles allowing trap capacity to be matched to load without changing the trap.
Wide variety of designs from ½” to 4”, screwed, flanged or socket welded.
Flanged traps can be tailor made to fit between the same face to face dimension as existing trap (where possible).
Fenix traps are designed to work on applications with a variable or constant flow rate so, can function on 99% of all applications.
Almost all the Fenix traps have high integrity filters with double mesh, fine and course, and machined end caps to prevent dirt bypassing filter
Trap design allows for blow down valve on filters
Designed to give easy access to clean nozzles if necessarily.
Conic design on small nozzle sizes to disperse dirt away from the nozzle, inverted cone on larger flows to let particle flow through the nozzle. Cannot fail because the traps have no moving parts.
Reduced plant down time – probably the single biggest benefit of this technology
Typical Steam Reduction in site of 10 to 20%
trending_downReduced maintenance costs
Improved process stability
Potential production increase.
trending_upEase of trap monitoring
remove_red_eyeEliminates the need to carry large stock of spares
Typical return on investment of less than 1 year
attach_moneyBenefits of FENIX hydrodynamic traps: