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Biodiesel Production by Using CaO Catalyst and Ultrasonic Assisted Biodiesel 20khz 2000Watt
Ultrasonic holes provide unique interaction between energy and
matter, and the high temperature and pressure can lead to the
formation of free radicals and other components.
In pure liquid, when the cavity breaks, it always remains spherical
due to the same surrounding conditions; however, close to the solid
boundary, the hole break is non-uniform, producing high-speed
liquid jet, so that the potential energy of the expanding bubble
can be converted into the kinetic energy of the liquid jet, moving
in the bubble and passing through the bubble wall.
The impact force of jet flow on the solid surface is very strong,
which can cause great damage to the impact zone, thus producing a
fresh surface with high activity. The impact force produced by the
deformation of the broken bubble on the surface is several times
larger than that produced by the resonance of the bubble.
The above effects of ultrasound are very effective in extracting
various target components from different types of samples.
When ultrasonic wave is applied, the high temperature and pressure
generated on the contact surface of organic solvent and solid
matrix, together with the oxidation energy of free radicals
generated by ultrasonic decomposition, etc., provide high
extraction energy.
Tubular Equipment Type | Frequency (KHz) | Ultrasound Output(W) | Total Length (mm) | Diameter (mm) | Static Capacity (pF±10%) |
ARS-UR1000W | 20 | 1000 | 500 | Φ50-55 | 68000 |
ARS-UR1500W | 20 | 1500 | 850 | Φ50-55 | 68000 |
ARS-UR2000W | 20 | 2000 | 1100 | Φ50-55 | 132000 |
Biodiesel Production by Using CaO Catalyst and Ultrasonic Assisted Biodiesel 20khz 2000Watt