CMAFU -2, Continuous Media Auto Filtration Unit

CMAFU-2 Solids/Liquid Separation And Filtration System In Action!

The problem solver to any waste water filtration or recycling system
Stainless steel construction
Automatic filter media advance
Automatic discharge of filtered water
Cascade electrical eliminates excess input water
Casters provide mobility and increased flexibility
Totally eliminates filter cartridges
IT'S AUTOMATIC

CMAFU Specifications

1 Minute Video On CMAFU-2(Real Player)

Water Filtration

PRODUCTS - Project Gallery

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Hydro Engineering Inc. Complete Line of Water Filtration and Recycling Equipment Focuses on Environmental Compliance and Getting Equipment Wash Racks to go Green

Environmentally compliant equipment wash racks are not just a dream; they are being designed, built and used all over the world. Wash rack systems are available that seamlessly collect the waste water, filter that collected water for discharge to sewer, or, if no sewer is available, filter and recycle the waste water and process it back into the wash process.

Hydro Engineering Inc. has been designing waste water filtration systems for equipment wash rack applications for over 20 years. But now, new product enhancements to their Hydrokleen product line have simplify every aspect of the filtration or recycling requirement and eliminated the guess work of choosing the correct equipment to filter or recycle wash water.

How The CMAFU-2 Works

Wastewater collected at the wash pad is automatically transferred to the CMAFU-2, where it is distributed evenly over a filter media bed. Media selected for the application is supported on a traveling concave conveyor surface that serves as a settling trough for wastewater slurry. Gravity provides the driving force for this low-energy solids/liquid separation. Solids are captured atop the paper media as liquid permeates to a lower reservoir. As solids continue to collect on the media, liquid permeation rate is reduced causing the slurry level in the trough to rise. At a preset high level, a mechanical float is activated, causing the support conveyor to advance. Media and collected solids also advance with conveyor, thereby exposing a fresh media section. With new media, slurry level in the trough drops and solids/liquid separation continues automatically. As a function of conveyor advance, spent media and collected solids are deposited in a collection tray for periodic removal and disposal. Liquid in the lower reservoir is automatically transferred for subsequent processing.NO CARTRIDGE FILTERS to clean or change out!