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A Higher Level of Cleanliness in an Abbreviated Duration

Our Proprietary Methodology is essential for maximizing reliability and reducing down time during forced or scheduled outages.

Specializing in Providing Advanced Ultra High Velocity Flushing Procedures Since, 1973..

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Turbine Lubrication System Specialists

Ultra High Velocity Flushing Provides A Cleaner System Faster Than Any Other Known Entity

Turbines Of Every Manufacturer And Capacity

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Ultra High Velocity Procedures

Proprietary methodology achieving molecular implosion on piping walls through advanced thermal dynamic and flow rate optimization.

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Preventive Maintenance Systems

Comprehensive monitoring and scheduled optimization plans to maximize turbine lifespan and reduce forced outages.

Surgically Clean

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UHV Ultra-High Velocity 

ENGINEERED RELIABILITY

[EST. 1973]

Engineered Purpose Built Equipment and Procedures

In 1973, our principle developed the Turbine Generator High Velocity Lubrication System Cleaning Procedure from a concept introduced by General Electric Company through their Instructional Procedure No. GEK-25560. Improvements were made to this procedure such as higher velocity flow, external heating systems, lower micron rated journal bearing filtration, and full open flow path circulation rather than sequential flushing flow paths. A more effective procedure (sequence of events) evolved through the experience of performing the flushing services over time.

Our procedure has been applied to virtually all manufacturers, classes, and capacity Gas & Steam Turbine Generators over the last 40 years with satisfactory results on every unit.

Now, TFE has developed an advanced Lube and Control Oil System Procedure that is entitled " Ultra High Velocity" making a giant leap from the flushing services offered by our competitors.

Velocity is the ratio of flow rate to area of discharge in a given flow path. The higher the flow rate and discharge area, the higher the velocity; the higher velocity, the higher the frictional forces exerted on the piping wall. The higher the frictional force on the piping wall, the more efficient the cleaning effect of the fluid due to molecular "implosion" on the piping wall. With Higher Velocity, higher volume of flow can be achieved. Higher volume aid in the cleaning process by washing the contaminants down stream to the lower micronic, full flow filtration utilized at each component jumper, therefor resulting in a cleaner fluid system in a shorter flushing duration.

Turbine Flushing Equipment Engineering | Preventive Maintenance Equals Maximum Reliability

CONTACT 

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Main Headquarters

780 Lynnhaven Pkwy

Virginia Beach, VA 23454

United States

Communication Channels

info@flusing-equipment.com

PRECISION ENGINEERING

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