Preis auf Anfrage
Standort des Gegenstands:230 E Bridge StreetHotchkiss, Colorado, USA 81419
Verkäuferinformation
Verkäufer-Informationen anzeigenUnited Country Real Estate - Colorado Brokers & Auctioneers
Kontakt:Rob Daniels
Telefon:+1 970-296-0683
Hotchkiss, Colorado, USA 81419
Allgemein
Kategorie
Sonstige
Hersteller
EZ TRAY
Modell
EZ-24.6AL
Seriennummer
UNKNOWN
Zustand
Gebraucht
Beschreibung
The easier solution for air stripping and VOC removal. EZR Tray® Air Strippers are sliding tray,
stainless steel air strippers used to remove violable organic compounds (VOC) from
groundwater. As Groundwater enters through the top of the air strippers, millions of air bubbles
are forced by the blower pressure up through the perforated trays, vigorously aerating the
water to a froth and removing violable contaminants (VOC) as gravity pulls the water down
through each tray. This simple, revolutionary technology delivers up to 99% VOC removal, while
the low maintenance and easy access cut O & M costs dramatically.
Key Features
Light, single-piece tray design
Patented flow channel with fast start flap (US Patent Number 10,272,356)
Unique E-Z Tray front access door
Clear door for process observation
Front access design minimized water seal area
Spare trays are economical and compact
On-line QED Air Stripper web modeling tool
Pressure or induced draw blower piping modes
Available in basic process unit only to full turn-key system
Benefits
High efficiency tray stripper process
Easy to access for cleaning
Field proven durability
Best design for intermittent operation
Light trays are easy to remove for cleaning
Front door access for cleaning in place
Key Features
Patented water flow channel design allows for increased flow rates – up to 500 GPM
(1892 lpm)
Easier Maintenance. The EZR Tray can be cleaned and maintained by a single person.
EZR Tray design significantly shortens the time to access and clean trays.
Tray design is optimized to save space and cost for the active tray element.
The thin aspect of the tray design drastically lowers the volume required for soaking,
using less acid).