GEA Flocmix® Mixers

The IM3 is a specialized mixer for sludge dewatering, enabling precise dosing and rapid incorporation of polymer flocculants. Its high-intensity thin-film mixing ensures optimal flocculant dispersion in solid–liquid separation processes, making it perfect for wastewater treatment.

Key Effects and Benefits

• Achieve polymer savings of up to 30% and cut dilution water by up to 95% for optimized sludge treatment
• Increase sludge dry solids content by up to 3% and boost system throughput for improved dewatering performance
• Reduce sludge water return load, ensuring more stable and efficient plant operation
• Compact system design minimizes reaction zones and intermediate tanks, supporting space-efficient layouts

Areas of Application
Used in municipal and industrial wastewater treatment, water and sludge processing, biogas plants, and industries such as paper, tunneling, and mining.

The IM2CA is a high-intensity motor-driven mixer for flowing liquids, optimized for rapid, homogeneous mixing on demand. It is particularly suited for slurries or post-chemical dosing applications, providing fast, reliable results where immediate mixing is required.

Key Effects and Benefits

• Save up to 30% on polymer and reduce dilution water by up to 95% for more efficient sludge treatment
• Increase sludge dry solids content by up to 3% and improve overall system throughput
• Reduce sludge water return load, supporting stable and efficient plant operation
• Minimize the need for reaction paths and intermediate tanks, enabling compact, space-saving layouts

Areas of Application
Ideal for wastewater treatment, sludge dewatering and digestion, water treatment, and chemical processing. Also applied in biogas plants, paper, tunneling, and mining.

Designed for high-performance homogenizing, dispersing, and suspending of solids in liquids, the IMS uses precision rotor–stator technology for intensive mixing. It is ideal for general-purpose industrial mixing, handling a wide range of viscosities and products across chemicals, pharmaceuticals, and food applications.

Key Effects and Benefits

• Efficient shear energy input via patented mixing geometries for precise, consistent results
• Reduced energy consumption and fast return on investment
• Enhanced product quality through process-tailored mixing performance
  
  

Areas of Application
Designed for a wide range of industries, including chemicals, fertilizers, polymers, paints, varnishes, pigments, dairy, jams, and specialty chemicals.

The IMI is engineered for gentle yet highly efficient blending of low- and high-viscosity liquids. It excels in applications requiring delicate handling of multiple liquid streams, such as sensitive chemical or food processes, while delivering consistent, process-tailored results.

Key Effects and Benefits

• Efficient energy input through patented mixing geometries for optimal and gentle product blending
• Reduced energy consumption and lower operating costs through highly effective process design
• Consistently high mixing performance and improved product quality
• Robust, low-maintenance construction for reliable, long-term operation

Areas of Application
Suitable for low- and high-viscosity liquid blending across various industrial processes requiring gentle, precise mixing.