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CCC - AZ Tank Eductors
AZ Tank Eductors are designed as cost-effective, energy-efficient solutions for tank agitation, multi-liquid mixing, and suspension of solids in tanks and vessels. Using the Bernoulli Principle, these eductors generate a high velocity flow that creates a low-pressure zone, drawing substantial amounts of fluid through the induction ports. This results in an entrained, tight plume that circulates and mixes the contents of the tank with large scale turbulence. The design allows for converting pump pressure into a high velocity jet stream through a specially engineered nozzle orifice. This jet stream further enhances fluid mixing by generating a low pressure zone that draws surrounding liquid or slurry. Notably, the circulation volume rate is four times the feed rate, making these eductors particularly effective for various industrial applications.
AZ Tank Eductors are economical and energy conservative mixing devices for tank agitation, multiple liquid mixing and suspending solids in vessels and tanks. The AZ Tank Eductors utilize the Bernoulli Principle in generating a high velocity to produce a low pressure region.The AZ Tank Eductor is inexpensive in price and conserves energy in that three times the fluid that passes through the nozzle is drawn through the induction ports, entrained and circulated into the tank as a tight plume, producing large scale turbulence.
In operation, pump pressure is converted into a high velocity jet stream as the fluid enters a unique nozzle orifice configuration, the issuing jet stream generates a low pressure region in the tank, drawing and entraining fluid from the surrounding liquid or slurry. The volume circulating rate is four times the feed rate.
- Venturi Principle
- No moving parts
- Constructed in 304 and 316 S.S.
- Near perfect vacuum at 40 PSI motive pressure
- Blending powders with liquids
- Stainless Steel construction
- Energy conservation (four times the feed rate is the circulating rate)
- Stabilizes emulsions
- Rapidly mixes multiple liquids
- Suspends solids
- Manifold configurations to accommodate tank size and shape
- Rapid chemical reaction
- Slurry mixing/shearing
- Prevent liquid stratification