Advanced Mixing Systems for Industrial Applications

The content focuses on industrial liquid mixing systems rather than concrete mixers. The main types of industrial mixers discussed include jet mixers (hydraulic systems with no moving parts), directional and bidirectional mixers, eddy mixers, and hydraulic sludge mixers designed for various tank configurations and liquid mixing applications.

Jet mixing systems deliver significant energy savings compared to conventional mechanical mixers and have no in-basin moving parts, which reduces maintenance by 90%. They provide a 20+ year operational lifespan with lower operating and maintenance costs throughout their service life, making them especially cost-effective for tanks over 10,000 gallons.

Computational fluid dynamics (CFD) modeling is used to custom-design every system, analyzing specific tank geometry and process requirements to eliminate dead zones and ensure effective mixing. This advanced engineering approach optimizes performance for each unique application, providing validated performance predictions before installation.

Systems are available in multiple corrosion-resistant materials including 316 stainless steel, duplex stainless steel, 440 stainless steel, high chrome stainless, and fiberglass reinforced plastic (FRP). Pharmaceutical-grade and food-grade stainless steel options are also available for applications requiring strict sanitary standards.

Yes, the systems are designed for variable liquid level operation and can handle depths ranging from 10 to 65 feet. They are optimized for tanks over 10,000 gallons and can accommodate tank diameters up to 250 feet, making them suitable for a wide range of industrial applications with fluctuating liquid levels.

All mechanical components such as pumps and blowers are located outside the tanks, which virtually eliminates in-basin maintenance requirements. This design allows for easy access to equipment for servicing without draining tanks or entering confined spaces. Optional pneumatic backflush systems further reduce the need for manual cleaning and in-basin maintenance.

Engineers will analyze your tank specifications and process requirements using CFD modeling to design the optimal mixing solution, and you can expect to receive a detailed proposal within 48 hours of submitting your application requirements.