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Polymer feed systems are designed to blend liquid or dry polymers for a wide range of wastewater treatment applications.
Polymer feed systems are used for the liquid polymer activation by stripping the oil off the polymer molecule and exposing the polymer to water. Acting as magnets, polymers absorb the water, unwind, and extend when the polymer is exposed to water. Activated polymers attract suspended particles, forming larger solids that can be more easily de-watered or settled.
Polymer feed systems for dry polymer activation incorporates a high-efficiency Teflon eductor that generates high conveying airflow and assures thorough dispersion and wetting of each individual particle of the polymer. This results in faster hydration and minimizes the required aging time for maximum polymer activation.
Polymer Feed Systems are used for the following wastewater treatment applications:
There are several liquid-solid separation technologies such as Filtration, Settling, Dissolved Air Flotation, Evaporation, Centrifugal Force, Clarifiers, Belt Presses, Filter Presses. In most of these processes activated polymers (when polymers absorb water and extend their size) help in the separation process. Learn about the different PolymerPlus polymer activation systems, which are available for dry polymer blending and liquid polymer blending. Available options include on/off auto with relay, low polymer switch, custom control panel, and run remote indication. Among polymer mixing systems, the Burt Process PolymerPlus offers state-of-the-art engineering and highly effective design. Choose the one that best fits your requirements. Find out how three Burt Process polymer activation systems helped the city of West Haven, CT enhance efficiency, and promote operator safety in their wastewater treatment plant.
The PolymerPlus PC liquid polymer feed system, designed with modular stainless steel components, handles a multitude of feed rates and all types of liquid polymer. It activates polymer through its motorless activation chamber, using a progressive cavity polymer feed pump. It features a self-cleaning sight tube and a water flow switch. The power consumption for the Polymer Plus PC model is less than 1,000 watts.
Our PolymerPlus 100-D polymer feed system feeds a wide variety of liquid polymer at various feed rates. Designed for mid-range dewatering applications, this system uses a solenoid-operated diaphragm metering pump. The liquid polymer blending system works with potable or filtered process dilution water at 30 to 100 psi. Features include a motorless, high energy, patented activation chamber, self-cleaning sight tube, water flow switch, and accessible external injection valve. Power consumption is less than 200 watts.
For low polymer feed rates, we offer the PolymerPlus 100-PS liquid polymer feeder systems. With less than 200 watts of energy consumption, it features a peristaltic type metering pump that is self-priming and can be run dry. The self-cleaning sight tube lets the operator monitor system operation. It activates polymer with its high energy, motorless activation chamber and includes a water flow switch.
The 100-S dry polymer blending system can be used to feed polymers at various feed rates. It uses a progressing cavity-type metering pump and activates the polymer with a patented, motorless, high energy activation chamber. The high energy Polyductor suctions, disperses and hydrates the polymer, resulting in faster hydration and finer dispersions. Dilution water rinses interior walls to prevent build-up, and the self-cleaning sight tube allows process monitoring.
Burt Process Equipment manufactures the PolymerPlus Activation System, a robust solution for businesses that require high-performance polymer feed systems. The PolymerPlus blends polymers using a patented, motorless, high-energy activation chamber. This polymer blending system works by activating polymer as it passes through the high turbulence that’s generated by the patented orifice. The orifice automatically opens with the 10-PSI feed, and it compensates for flow changes. System components of our polymer feed systems are constructed from corrosion-resistant thermoplastics and welded stainless steel. The Polymer Feed System exposes the polymer to maximum activation energy only once for the shortest amount of time and at the earliest point of hydration.
Features of the Polymer Feed System for Liquid Polymers:
Features of the Polymer Feed System for Dry Polymers: