Inline mixer
GEA Flocmix® Mixer IM3
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.
Inline motor mixer
GEA Flocmix® Mixer IM2CA
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.
Inline shear mixers
GEA Flocmix® Mixer IMS
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.
Inline mixer
GEA Flocmix® Mixer IMI
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.
Next Level Dewatering
GEA OptiPartner Intellicant
GEA Intellicant® revolutionizes sludge treatment by seamlessly monitoring, automating, and optimizing your decanter for maximum efficiency.
GEA environmental Decanter lines
Safeguarding our resources to protect, feed and power the world
GEA Insights
The water equation
Across Europe, drought is a recurring reality – and no longer confined to the south. While water increasingly shapes where industries locate, its value is determined by local context. There are many technological routes to water efficiency in industrial processes, but location, energy needs and other factors are also key.
