Dewatering Chemicals Preparation & Delivery Systems

The PHOENIX auto/CHEM™ Dewatering Chemicals Preparation & Delivery Systems are available in both Dry (Model DT) and Emulsion (Model E) polymer systems. Dewatering Chemicals Preparation & Delivery Systems include belt driven mixers that enhance reliability and ensure maximum mixing action, and are designed with common, locally available components for quick spare part sourcing.

PLC controls interface with plant computer systems and the systems can be supplied with automatic or manual controls for maximum operational flexibility.

Dewatering Chemicals

PHOENIX also provides a full line of cost-effective polymers for slurry thickening, slurry dewatering, slurry pond maintenance, and water clarification.

Chemicals

Model DT Dry Dewatering Chemicals Preparation & Delivery Systems

Model E Wet Dewatering Chemicals Preparation & Delivery Systems

PHOENIX Model DT auto/CHEM™ Polymer Mixing and Delivery Systems are selected to meet required performance parameters with little operator attention and minimum maintenance.

The Model DT polymer mixing system is available in several sizes and designs including Bag Loaded and Super Bag Loaded systems.

PHOENIX Model E auto/CHEM™ Polymer Mixing and Delivery Systems for emulsion polymers include water supply components, a neat emulsion polymer skid, and a solution mix tank with propeller mixing unit and floc delivery pump.

Features & Benefits

Model DT

Compact, skid mounted packages allow for simplified installation and start-up
Mix tank and aging tank positioned separately providing customization of plant layout
No wetting bowl or educton, which eliminates any plugging or dry powder back-up, resulting in a cleaner operation
No boost water pump required
Optional bag or supersack loading meets staffing and operating preferences

Model E

Water supply components are factory assembled for quick and easy installation
Mix tank is positioned separately making it adaptable to small, irregular spaces
Neat emulsion polymer skid provides a small footprint on a compact skid-mount design