Ultrasonic Power 1500W Submersible Ultrasonic Tubular Reactor Refinement of Biodiesel From Scavenge Oil

• Application: Ultrasonic Cavitation Reactor Biodiesel
• Cleaning Media: Wet Cleaning
• Automation: Automatic
• Model NO.: OKS-GZCSB1500
• Cleaning Precision: Ultra-Precision Industrial Cleaning
• Control: Ultrasonic Cleaning Generator
• Principle: Ultrasonic Cavitation
• Condition: New
• Customized: Customized
• Usage: Industrial Biodiesel Production Equipment
• Frequency: 25K-27K Can Choose
• Name: Ultrasonic Extraction Equipment
• Type: Pharmaceutical Industry Cleaning Transducer
• Power: 1000W-1500W
• Controller: Ultrasonic Cleaning Generator
• Transport Package: Carton Box/Foam
• Origin: Tianjin, China
• HS Code: 8543709990
• Production Capacity: 100set/Month

Product Description

Principle of ultrasonic vibrating rod: Ultrasonic technology is mainly used as a physical means and tool, which can form a series of extreme critical conditions when chemical reactions are generated. This energy can not only stimulate chemical reactions, accelerate the speed and efficiency of chemical reactions, and even It can also change the nature of certain chemical reactions, and make the original chemical composition produce some unexpected effects and functions. This is called sonochemistry. Almost all chemical reactions can use sonochemistry as a physical aid, such as extraction and separation, synthesis, biodiesel production, treatment of microorganisms, degradation of toxic organic pollutants, biodegradation, biological cell crushing, dispersion and aggregation, etc. . Therefore, the ultrasonic vibrating rod can not only be used to clean the object, peel off the dirt from the surface of the object, but also promote the further success of scientific research.

The working principle and function of ultrasonic vibrating rod:
The following describes the three functions of the ultrasonic vibrating rod.
Ultrasonic dispersion: The process of dispersing and de-agglomerating particulate matter in the liquid through the "cavitation" effect of ultrasonic waves in the liquid using liquid as a medium. Ultrasonic dispersion can be divided into emulsion dispersion, which is liquid and liquid dispersion; and suspension, which is solid and liquid dispersion. Its function has been practically practiced and applied in many fields. Among them, the application of ultrasonic for the dispersion of suspensions, such as the dispersion of titanium oxide in water or solvents in the paint and plastic industries, the dispersion of dyes in molten paraffin; the dispersion of drug particles in the pharmaceutical industry; and the powder emulsion in the food industry Agent dispersion and so on.

Ultrasonic extraction: Ultrasonic extraction and separation are mainly based on the existence, polarity, and solubility of the effective ingredients and the effective ingredient groups in the substance. It is a scientific and rational use of ultrasonic vibration method to extract the new technology, so that the solvent can be quickly spread. Go to all corners of the solid material surface, dissolve the organic components contained in the material as completely as possible in the solvent to obtain a multi-component mixed extract, and then use appropriate separation methods to separate the chemical components in the extract , And then be refined and purified. After such a complete process, the final required monomer chemical composition can be obtained.

Ultrasonic emulsification: Ultrasonic emulsification refers to the mixing of two (or more than two) immiscible solutions uniformly to form a dispersion system under the action of ultrasonic energy, where one liquid is evenly distributed in the other liquid and then forms an emulsion liquid crafting process. The physical mechanism of crushing insoluble solids (or liquids) is the cavitation of ultrasonic waves. Ultrasonic cavitation effect means that under the action of ultrasonic waves, a large number of bubbles will be generated in the liquid. Small bubbles will gradually increase with ultrasonic vibration, and then suddenly burst and split. Tens of thousands of small bubbles will increase again and again. Burst, when the bubble collapses rapidly, high temperature and high pressure will be generated in the bubble, and because the liquid around the bubble rushes into the bubble at high speed, a strong local oscillation wave is generated in the liquid near the bubble, which also forms a local high temperature and high pressure, thus producing The effect of ultrasonic pulverization and emulsification.

Features of ultrasonic stick:
Cavitation is generated around the vibrating rod, and the ultrasonic energy is very evenly distributed in the tank, so as to achieve the most effective cleaning effect.
 The power output of the ultrasonic rod is not affected by the load changes such as liquid level, tank capacity and temperature difference, and the power output is stable and uniform.
 Due to the structural characteristics of the ultrasonic rod, its application range is wider than that of the traditional ultrasonic vibration plate. It is * suitable for vacuum pressure cleaning and also suitable for various chemical treatment processes.
 has more than 1.5 times the service life of the traditional ultrasonic vibration plate.
The  round tube design allows the vibrator to be easily installed at any position in the tank.
 to ensure sealing and waterproof.

Application of ultrasonic vibrating rod in cleaning:
Due to the unique round tube design characteristics, the ultrasonic vibrating rod is especially suitable for cleaning all kinds of pipelines. The principle is to convert electrical energy into ultrasonic energy and transfer it to scale, water, and the inner wall of the pipeline according to its own rules, making it very large energy of. The oscillating wave generated by the ultrasonic wave in the transmission process causes the scale, water, and the inner wall of the pipe to resonate. Due to the different oscillation frequencies of the scale, water, and the inner wall of the pipe, the water molecules in the pipe collide violently, generating a strong impact force and impacting the heat exchange surface. The upper scale layer makes it crisp, peeled, peeled off, crushed, and discharged together with the sewage of the equipment, so as to realize the thorough cleaning of the inner wall of the pipeline by the ultrasonic vibrating rod. In addition, the ultrasonic vibrating rod can also be used for the cleaning of the tank, and it can be freely placed in any position of the cleaning tank, which is very flexible and convenient to use, and occupies a small volume space, leaving no dead corners for cleaning.

The application of ultrasonic vibrating rod in accelerating chemical reaction:
The front end of the transmitter head of the ultrasonic vibrating rod tool head is close to the outer wall of the kettle or extends into the kettle cavity of the kettle body. The ultrasonic transducer can send ultrasonic waves to the chemical reactants in the kettle cavity, and the liquid to be processed is due to the ultrasonic wave. Cavitation can cause changes in the activity of the reaction system, destroy the solvent structure of the chemical reactants in the tank cavity, generate instantaneous high temperature and high pressure enough to initiate chemical reactions, form local high-energy centers, and promote the smooth progress of chemical reactions. This is the use of ultrasound The vibrator is the main factor for the catalytic chemical reaction.

The secondary effects of ultrasonic, such as mechanical shock, emulsification, diffusion, crushing, etc., are conducive to the full mixing of the reactants in all directions. The ultrasonic vibrating rod adopts a high-power energy-concentrating transducer, which can make the substance make violent forced motion and accelerate The transfer and diffusion of substances can replace traditional mechanical stirring. Of course, it can be used with an electric stirrer in actual applications to accelerate the reaction better.

Application of ultrasonic vibrating rod in scale prevention:
Let's take the heat exchanger as an example. The ultrasonic vibrating rod is generally installed at the liquid inlet of the heat exchanger, using flange connection and control valve control, so that the ultrasonic equipment can be overhauled and maintained without stopping the production. The main principle is that ultrasonic waves transfer and generate energy due to resonance during the transmission process. Material molecules such as scale, water, and metal heat exchange surfaces obtain energy during the vibration process. The water in the heat exchange tube generates vibration and fierce collision while obtaining energy. , So that the unstable water molecules containing various inorganic salts produce countless cavitation bubbles (cavitation), forming water molecule cavitation cavities. When these bubbles expand rapidly and suddenly close, they produce local impacts of thousands of atmospheres, high-speed jets with a speed of up to 400km/h and high energy above 5000k. These energy destroy the combination of positive and negative ions and acid radicals and destroy the formation of scale. Conditions to achieve anti-scaling.

Application of ultrasonic vibrating rod in water treatment:
Ultrasonic vibrating rod energy-concentrating ultrasonic probe concentrates energy and can obtain strong sound intensity on the end face of ultrasonic radiation. Due to the energy-gathering effect of the horn, the sound energy density is greatly improved; the response can be accurately designed according to the sound energy density The transmitter end face of the probe is generally designed to be detachable, so that a probe with a suitable end face size can be selected at any time according to the required sound intensity. At the same time, when the probe is severely corroded by cavitation, you only need to replace the end instead of the price. Expensive whole vibrator. Ultrasonic vibrating rods can be used to treat a variety of difficult-to-degrade organic wastewater, and have been used to contain monocyclic aromatic compounds, polycyclic aromatic hydrocarbons, phenols, chlorinated hydrocarbons, chlorinated hydrocarbons, organic acids, dyes, alcohols, ketones, etc. Research on wastewater treatment and achieved good results. In the actual industrial wastewater, the equipment has been used to treat papermaking wastewater, printing and dyeing wastewater, tanning wastewater, coking wastewater, pharmaceutical wastewater, landfill leachate, etc., and achieved good results.

Ultrasonic tube  reactor	Frequency (KHz)	Ultrasound Output(W)	Total Length (mm)	Diameter (mm)	Static Capacity (pF±10%)
OKS-GZCSB1000	25-27	1000	500	Φ50-55	68000
OKS-GZCSB1500	25-27	1500	850	Φ50-55	68000
OKS-GZCSB2000	25-27	2000	1100	Φ50-55	132000