RYAN PROCESS

Screens:
Rotary, Stationary
& Vibrating

Ryan Process can supply you with a wide range of screens
for industrial, and municipal wastewater, water and groundwater.

Low Head Self Cleaning Screen Filter
Ideally suited for removing large amounts of solids (up to 25 percent) from water and other low viscosity liquids. It is often used as a first step in separation and dewatering of solid material. A simple device with no moving parts. Available in a wide range of screen mesh sizes, widths and flow capacities.

 

Features:

  • Stainless Steel Wedge Wire Screen
  • Flow Engineered Housing
  • Convenient Solids Discharge Chute
  • Optional Screen Impactor or Spray Bars
  • Epoxy Coated Carbon Steel or Stainless Steel Housing
  • Industrial units up to 6 feet wide. Multiple units manifolded for high flow rates.

Typical Applications:

  • Industrial Solids Separation or Recovery
  • Fruit and Vegetable Packing
  • Pulp and Paper Mills
  • Mining
  • Animal Waste Processing
  • Food Processing
  • Textile Manufacturers
  • Site Remediation

OPERATION

1. Raw water enters the inlet chamber and is directed over the waterfall to the top of the screen.

2. The raw water then flows down the face of the screen, separating the particulate from the cleaned liquid.

3. The cleaned liquid penetrates the screen, enters the discharge chamber and exits through the fitting in the bottom of the discharge chamber.

  • Minimum Operating Head
  • Self Cleaning
  • No Electrical Power
  • Particulate Concentrate
  • No Backwash Water
  • Handle Large Volumes of Particulate
    (5-25 percent solids)
  • Light Weight
  • Visual Operation
The particulate concentrate continues down the screen and is collected on the discharge chute.

Response Form
Click here to acquire additional information about our products and systems

Ryan Process Inc.
866 Podva Road
Danville, CA 94526
E-mail: sales@ryanprocess.com

(800) 839-0670
No. California & Western Nevada Only
otherwise call (925) 837-0670
Fax (925) 837-4832

Back to Home / Index Page