Concord Screen Inc manufacurer of wedge wire screens laterals headers screen vee wire profile filters filter nozzles elements.

How To Order Concord Filter & Strainer Parts

Concord Screen... Your Start-To-Finish
Design & Build Source For Intake Screens.

Simplify your approach to the design and manufacturing of intake screens for your operation. Concord Screen is the major manufacturer of high quality wedgewire intake screens. Concord Screen custom designs and builds for all types of industrial facilities requiring intake water including nuclear, hydroelectric, coal, gas, oil and chemical plants, pulp and paper mills, and public and private water companies. Concord Screen's seamless design and build capability saves you the time and hassles of having to coordinate and deal with separate sources, while providing cost-efficiencies as well. Bring your intake screen requirements to Concord Screen for a complete turnkey solution.

Concord's High Performance Wedgewire Construction

Concord Screen's wedge-shaped wire design provides maximum open intake area. In a wedgewire application, the debris is filtered by the smooth side of the standard wound wedgewire element. The screen's vertical support rods are rigidly welded at every intersection, giving a smooth surface to further enhance the free flow of water. Our exclusive, high-tech welding technique also delivers a screen with outstanding strength and resistance to corrosion.

Standard & Specially Designed Intake Screens

In addition to the screens represented, Concord Screen also fabricates many custom intake screens for unique and difficult applications, from very fine slot sizes to elaborate intermittent flushing units. The Tee Intake Screen is ideal for lake, river, ocean or pond service. Twin screen ends allow for more uniform patterns across the intake surface. Increased surface area permits screening at very fine slot sizes. The Drum Intake Screen is excellent for low flow rates and general sevice applications.

Intake Screen Options

Concord Screen Airburst Assembly©

You can minimize costly maintenance of submerged intake screens with Concord Screen's Airburst Assembly©. It consists of a surface-mounted air compressor connected to a pipeline to convey air to the intake screen. A quick release valve fires a volumn of air approximately three times the screen capacity to the intake. There, an internal airburst distributor transmits the burst of air evenly through the plugged slots of the intake screen to provide thorough automatic cleaning.

Chemical Burst: Allows delivery of chemicals to the inside of the screen. Bursting chemicals will assist in the removal of impeding organisms adhering to the screen.

Internal Distribution Plates: To provide even flow patterns across the intake screen surface.

Cone Ends: Allows moving water to flow smoothly over the screen, also providing a natural cleaning effect as the water sweeps debris from the outside of the screen.

Wedgewire Cap Ends: To further increase screening area where water is stagnant.

Exotic Alloys: To protect against screen binding organisms (such as Zebra Mussels). Also appropriate in corrosive environment applications such as salt water.

Leg Assemblies: To simplify installation and to support the screen in service.

Guide Brackets: For rail type installation and service structures.

Diver Door: Provides access for manual servicing of intake screens.

Industrial Intake Screen Suit Any Environmental Application

Industrial Intake Screens Suit Any Environmental Application

Concord Screen Intake Screens can be installed in a vatiety of different patterns, such as the Vertical Slide Rail Installation depicted here. Lifting mechanisms are employed with slide rails for convenient removal and maintenance of screens. Cone ends are depicted, facing upstream, allowing the natural current flow of water to sweep any debris from the intake screen. One of the intake screens is being hoisted for cleaning and evaluation. During service, the flow through the embedded pipeline connected to the intake screen in service is temporarily cut off. Interruption of flow to the facility will NOT occur. The remaining inline screen can handle the full flow requirement of the facility, allowing one screen to be removed. Additionally, a lifting mechanism may avoid having a diver go down and clean the screens. Many installations involve the pipeline and intake screen being welded together, making a more permanent application.