Current Models: Through Flow, Dual Flow, Through-to-Dual Flow Conversion Kit
Original Dual Flow Screen Patent: 1924
Operational Experience: 81 years
Installed Units: Over 1200

Operational Geography:  Screens operating in 59 countries, in every imaginable environmental condition: salt water, brackish water, fresh water; from tropical to icy environments.

Traveling Screen Applications: Intake screening for power plants and industrial facilities using once through cooling.

Description: Beaudrey traveling screens are typically installed in cooling water intake structures behind bar screens but in  front of the circulating water pumps.  Traveling screens are the "work horses" of any cooling water circuit as they remove process water debris before the circulating water is distributed to plant components. Beaudrey traveling screens utilize our patented NoCling screen baskets, self-cleaning spray nozzles, and our proprietary Super S chain drive .

Types of Debris: Beaudrey traveling screens are designed to process a wide variety of debris including: leaves, sticks, grass, jellyfish, trash, green mussels, shells, sticks, hydroids, seaweed, plastics, etc.

Beaudrey Traveling Screen Advantages: high travel speed for extra debris handling capacity, long life chains, self-cleaning nozzles, high efficiency seals, seize proof bearings.

Materials of Construction: Stainless steel  or  carbon steel

Screening Apertures Available: 1/8" to 3/4" mesh openings

Channel Width Available: 24" to 168"

Flow Rates Serviced: 10 000 to 250,000 gpm per screen

Through Flow vs. Dual Flow Design: The primary advantage of the Dual Flow design is that debris "carryover" is completely eliminated. Beaudrey Dual flow screens use an "outside-to-inside" flow pattern to ensure that debris is always maintained on the upstream side. For a given channel width, dual flow screens generally offer greater surface area and thus present lower head loss, because both sides of the screen are filtering flow.









                    Through Flow to Dual Flow Conversion