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VeloBlend

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Our Liquid Polymer Systems

VeloBlend Liquid Polymer Activation Systems

Since VeloBlend's introduction, polymer blending has changed forever — so much so that our unique VeloBlend mixing technology was granted a U.S. patent. The VeloBlend's hybrid polymer activation technology combines the reliability of non-mechanical blending with controllable, variable-speed hydro-mechanical mixing energy. This allows for precise control of mixing conditions, allowing you to optimize the performance of any polymer available, while not relying on water pressure.

While the rest of the polymer equipment industry was engaged in a mechanical versus nonmechanical system debate, VeloDyne developed the next generation of advanced polymer activation technologies, a hybrid of the two approaches..

View Our Liquid Polymer Systems

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WE WROTE THE BOOK

The Science of Efficient Polymer Activation

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High Energy at MOIW

Transition to Low-Energy "Quiescent Zone"

Adequate Residence Time

Fully Activated Polymer Solution at Desired Concentration

VeloBlend Series VM6

Features

Patented hybrid polymer Activation Technology
Stainless-steel mixing chamber
Progressive cavity neat polymer pump (other pump options available)
Loss of polymer and water flow alarms
Mechanical relay logic or PLC control systems
Stainless-steel skid
Optional automatic water control (ratio control of polymer and water)

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Technical Data

Progressive cavity pump range from 0.025 to 24 GPH neat polymer
Dilution water from 0.2 to 40 GPM
Mechanical relay logic or PLC control (see PDF brochure for options)

VeloBlend Series VM8

Features

Patented hybrid polymer Activation Technology
Stainless-steel mixing chamber
Progressive cavity neat polymer pump (other pump options available)
Loss of polymer and water flow alarms
Mechanical relay logic or PLC control systems
Stainless-steel skid
Optional automatic water control (ratio control of polymer and water)es

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Technical Data

Progressive cavity pump range from 1.5 to 60 GPH neat polymer
Dilution water from 10 to 100 GPM
Mechanical relay logic or PLC control (see PDF brochure for options)s

VeloBlend Series VM12

Features

Patented hybrid polymer Activation Technology
Stainless-steel mixing chamber
Progressive cavity neat polymer pump (other pump options available)
Loss of polymer and water flow alarms
Mechanical relay logic or PLC control systems
Stainless-steel skid
Optional automatic water control (ratio control of polymer and water)e

Technical Data

Progressive cavity pump range from 4.5 to 120 GPH neat polymer
Dilution water from 15 to 200 GPM
Mechanical relay logic or PLC control (see PDF brochure for options)

VeloBlend Series VM14

Features

Patented hybrid polymer Activation Technology
Stainless-steel mixing chamber
Progressive cavity neat polymer pump (other pump options available)
Loss of polymer and water flow alarms
Mechanical relay logic or PLC control systems
Stainless-steel skid
Optional automatic water control (ratio control of polymer and water)e

Technical Data

Progressive Cavity Pump Range: 12 to 360 GPH
Dilution water Range: 40 to 600 GPM
Mechanical relay logic or PLC control (see PDF brochure for options)

Which Technology is Right for You?

Our team of trained experts can help determine the best technology for your application. Because we are not limited to one technology, you can feel confident knowing we’re committed to finding the system that meets your process objectives.