Mixing
Technologies – One of the
most significant problems in chemical processing
is inadequate mixing. Resodyn Corporation has two
unique technologies that dramatically improve mixing
in many different applications. These technologies
are called ResonantAcoustics® and ResonantSonics® .
Both technologies dramatically improve gas-liquid
mixing and liquid-liquid mixing as compared to standard
propeller driven techniques.
ResonantAcoustics®
 |
Resodyn Corporation
has developed an advanced mixer that uses low-frequency,
high-intensity sound energy, rather than impellers
for mixing. The ResonantAcoustics® technology
is applicable to a broad range of mixing applications
that include liquid-gas, liquid-liquid, liquid-gas-solid
and powder-powder systems. |
Features:
• Capable of continuous flow or
batch applications
• Lab
scale to industrial scale systems are available
• No internal
parts such as props to clean
• Low shear environment
Benefits:
• Increased conversion and yield
• Lower
net cost
• Excellent results possible for hard
to mix components
Applications:
• Enzymatic reactions with
fragile enzyme particles
• Mixing solid pigments
• Mixing gelled propellants
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ResonantSonics®
|
Resodyn Corporation
has developed mixing technology
that operates in the audible spectrum. The ResonantSonics® technology
dramatically improves gas-liquid and liquid-liquid
mixing as compared to standard propeller driven
techniques. |
Features:
• Capable of continuous flow or
batch applications
• Industrial
scale-up possible
• Enzymatic, metal and supported acid
catalyst systems supported
• Uniform shear
environment
Benefits:
• Increased conversion and yield
• Lower
net cost
• Excellent results possible for hard
to mix components
Applications:
• Mining processes such as
solvent extraction and flotation
• Aeration processes such as
aquaculture
• Industrial silicon and carbon
ester production using solid catalysts
• Controlled
catalytic hydrogenation of oils for melting point control
• Biochemical
reactions with shear sensitive enzyme catalysts
• Crystallization
• Water disinfection
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