WRC Series High-Volume Wash Water Recovery Systems for
Automatic Vehicle Washes and Hose Washes

Hose Washes and Automatic Vehicle Washes typically demand a large volume of wash quality water to be cleaned ONLY to a nominal 40 micron quality, depending on the requirements of the wash pump which the water must be recycled through.  Western Water Products manufactures an economical series of wash water recovery system designed to meet these needs.

Western Water Products also offers a number of options designed to provide pits, trenches and drains, control odor and control sediment buildup in the pits.

Basic WRC System includes Nominal 40 Micron Filtration Technology

WRC System
WRC System

The table below shows units up through 120 GPM, but larger sizes are available (consult WWP).

Series Maximum GPM Rating Cyclone Particulate Rating Post Filtration Particulate Rating Application
WRC-40 40 Nominal 40 Micron Use XL Series Most vehicle automatic car wash applications.  Pumps directly to wash on demand.  For use with centrifugal pumps.
WRC-80 80 Nominal 40 Micron Use XL Series
WRC-120 120 Nominal 40 Micron Use XL Series

The WRC Series is available standard with a nominal 40 Micron Cyclone Filtration Technology.  Further filtration is accomplished through the use of
Post Filtration Cartridge Filters rated at up to 120 GPM (See XL Series with Optional Cartridge Filter).

Features and Options WRC
Nominal Cyclone Filtration 40 Micron
Post Filtration to 10-20 Micron Use XL Series
Constant Water Recirculation Yes
Constant Ozonation/Aeration Yes
Re-circulation Back to Pits Yes
Constant Cyclone Discharge No – By Timer and Solenoid
Suction Pump Provided Yes
Re-pressurization Pump Provided Not Required
Holding Tank Provided Not Required
Mud Hopper Provided No – Optional
Pit Oil Skimming Optional Optional
Pit Sludge Removal Optional Optional
Hopper Bottom Pit Optional Optional
Pit and trench Grating Optional Optional
Tank & Pit Odor Control Optional Yes

For details contact Pan Pacific Environmental Group or email us from our Literature Request Page

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