DF / DFS System

Application

PHOSPHATING / PARTS WASHERS MACHINE TOOL COOLANTS / INDUSTRIAL WASTE WATER PROCESS OR COOLING WATER WATER WALL SPRAY BOOTHS / TREATED PLATING WASTE

Materials

ST, SS, CPVC, PP, SS316

Performance

Automatic 2-650 gpm

Specifications

Please see product bulletin for details

Features

- Unattended operation Automatically indexing media allows continuous filtration, even with varying input or solids content.

- Sizes for any application From 1.5 to 113 sq. ft. of filter surface area Flow rates to 650 gpm @ 80 micron

- Choice of materials Carbon steel, SS 316, CPVC or PP / ST

- Low operating cost

Quote Request

SYSTEM OPERATION This system is totally automatic and responds to wide variations in flow rate and solids concentration. Pump the contaminated solution to the diffuser tray which distributes flow across the full width of the filter bed. Particle separation starts immediately via gravity flow through the media to the clean reservoir below the conveyor frame. Filtered solution can then gravity drain to waste or be returned to the process via a pump. Gravity flow allows gentle accumulation and settling of solids on the filter fabric. The concave configuration of the media bed accommodates the flow rate and maximizes solids loading on the fabric. As the media gradually becomes laden with solids, the solution level will slowly rise until the float switch activates the convey or drive motor. Consumed fabric is advanced to the sludge box as fresh media is simultaneously indexed to the solution flow.

DFS

This system is totally automatic and responds to wide variations in flow rate and solids concentration. Pump the contaminated solution to the diffuser tray which distributes flow across the full width of the filter bed. Particle separation starts immediately via gravity flow through the media to the clean reservoir below the conveyor frame. Filtered solution can then gravity drain to waste or be returned to the process via a pump. Gravity flow allows gentle accumulation and settling of solids on the filter fabric. The concave configuration of the media bed accommodates the flow rate and maximizes solids loading on the fabric. As the media gradually becomes laden with solids, the solution level will slowly rise until the float switch activates the convey or drive motor. Consumed fabric is advanced to the sludge box as fresh media is simultaneously indexed to the solution flow.