The MRI Flocculation System offers an advanced, efficient, and adaptable solution for optimizing the flocculation process in water treatment plants. Its multi-stage approach, combining mechanical and hydraulic mixers, provides precise control over the entire pretreatment process, ensuring effective floc formation and sedimentation. With key features like variable speed mixers, a self-cleaning hydraulic stage, and flexible configuration options, the MRI Flocculation System delivers enhanced performance, energy efficiency, and reduced maintenance requirements.
Mix and Match with our Flocculator systems. MRI Flocculation Systems can use vertical turbine, horizontal paddle wheel, or hydraulic flocculation or a combination in the first three stages, allowing for a wide range of G-values. Basin configuration or preference can determine which device is best suited.
Principle of Operation
Key Steps:
Rapid Mix Stage:
High-G Vertical Turbine Mixers: Utilize extremely high G-values to quickly disperse chemicals and initiate floc formation.
First-Stage Flocculation
High-G Vertical Turbine Mixers: Maintain high turbulence to encourage initial floc growth.
Second and Third-Stage Flocculation
Mid-G Horizontal Paddle Wheel Mixers: Operate at lower G-values to gently mix and grow flocs without causing shear.
Final Hydraulic Mixing Stage
Extremely Low-G Hydraulic Mixers: Utilize self-cleaning hydraulic mechanisms to create a quiet zone with minimal turbulence.
Vertical Paddle Wheel Flocculators
MRI’s Vertical Paddle Wheel Flocculators are custom-built for various applications, emphasizing performance, reliability, and longevity. These flocculators feature robust components, a complete stainless steel design, and a drive assembly with a gear motor, shaft coupling, and thrust bearing. They mount vertically on bridges or walkways above basins, and custom-built bridges and walkways are available if needed
Horizontal Paddle Wheel Flocculators
MRI’s Paddle Wheel Flocculator offers a unique advantage: the ability to install multiple flocculators on a single drive. This allows for varied paddle configurations and the use of different G-values, enhancing control over flocculation outcomes. Given the increasing use of membrane filtration and the elimination of polymers, precise flocculation control is crucial. Settleability tests, like jar tests, determine efficient rapid mixing and flocculation parameters. For consistent conditions, Paddle Wheel Flocculators suffice; for varying conditions, consider MRI’s Vertical Turbine Flocculator.
Vertical Turbine Flocculators/Mixers
- Inline Agitators:
- Independent mixing system with its own drive and impeller assembly.
- Twin hydrofoil impellers create high macro-shear and rapid mixing across the flow line, ensuring effective liquid contact regardless of pipeline velocity.
- Rapid Mixers:
- Extensive research informs optimal impeller design.
- Impeller technology and materials (mild steel, stainless steel, Hastelloy®, titanium) tailored to specific applications.
- Specialized coatings (soft natural rubbers, Halar®, composite GRP/FRP) for aggressive conditions at an economical price.
- High-efficiency hydrofoils reduce operating costs.
Features and Benefits
Enhanced Pretreatment Control
Allows operators to optimize flocculation stages for maximum efficiency, improving overall water treatment performance.
Energy Efficiency
The self-cleaning hydraulic stage consumes no energy and reduces the energy requirements of mechanical mixers.
Reduced Maintenance
o The self-cleaning design and robust construction minimize maintenance needs and operational downtime.
Improved Water Quality
By optimizing the flocculation process, the system enhances the removal of suspended solids and other impurities, leading to higher quality effluent.
Adaptability to Seasonal Changes
The ability to adjust G-values and mixing intensity ensures consistent performance even with seasonal variations in raw water quality.
Variable Speed Mixers
Includes high-G vertical turbine mixers, mid-G horizontal paddle wheel mixers, and low-G hydraulic mixers.
Ported and Serpentine Baffles
Separates stages and controls flow, ensuring even distribution and optimal hydraulic conditions
Flexible Configuration
Systems can be customized with various combinations of flocculators to suit specific needs.
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