Auto Poly Dosing System

Auto Poly Dosing System

The programmed polyelectrolyte planning and dosing framework comprises of a rectangular tank separated into three compartments.

First compartment, for weakening, is finished with polyelectrolyte stacking container, miniature screw gadget and pertinent variable speed drive, quick blender for the polyelectrolyte blending, inflow framework for the weakening water and solenoid valve, stream meter and strain help; The blending chamber in with the a fiery progression of water begins the underlying blending.

Second compartment, for the polyelectrolyte combination development and homogenization, is furnished with

slow blender and base attractions and channel framework.

The third compartment, for development and capacity, is utilized for the combination putting away and is furnished with slow blender and attractions and conveyance framework for the polyelectrolyte arrangement.

Each blender has two impellers fitted on its shaft, every one with four slanting sharp edges. The polyelectrolyte planning happens consequently: as a matter of fact, when the focus (from 0.05% to 0.5% by weight) has been laid out, the dosing of weakening water and polyelectrolyte begins naturally. The arrangement at the TADPS outlet can be additionally weakened in the organization, whenever required.

The planning unit is furnished with alerts actuated by the disappointment of the dosing screw or deficiency of weakening water, lacking degree of polyelectrolyte in the container, defective activity of the stirrer. The powder container is gear with a screw with a warmer game plan to eliminate dampness if any. The norm

development is in tempered steel.

Features

• 100% automated operation
• SS304 structure throughout, including panel.
• Perfect polyelectrolyte dilution; three compartments: one for dilution, one for ageing, and one for storage
• The presence of alert signals indicating that the operation is completely safe • Heat element prevents the mixing chamber from choking.
• VFD-based modifications to obtain a homogeneous, continuous solution with the least amount of chemical use
• Models with capacities ranging from 250 litres to 7000 litres
• Can use piston dosing pumps, screw dosing pumps, and diaphragm dosing pumps
• Man-free operations provide error-free performance