High Frequency Ultrasonic 20kHz 3000watts Sonochemistry Equipment Ultrasonic
Description:
Sonochemistry is the application of ultrasound in chemical reactions and processes. The mechanism of sonochemistry in liquids is acoustic phenomenon cavitation. Several unique features of ultrasonic technology make it possible to directly transfer laboratory optimized processes to industrial production, and always repeatable amplification results. Our ultrasonic liquid processor can output extremely high amplitude (over 100 microns) at any scale. We provide three types of ultrasonic processors for liquid treatment: 500-1000W (laboratory scale), 1500 (bench scale) and 1500-3000W (industrial scale). Our system can work in flow mode, which means there is no limit to the total amount of liquid processed.
Specifications:
| Frequency | 20kHz |
| Power | 500W |
| Voltage | 220V/110V |
| Temperature | 150 ºC |
| Pressure | 35MPa |
| Sound intensity | >10W/cm² |
| Maximum capacity | 20-500mL/H |
| Horn material | Titanium alloy |
| Delivery time | 1 Year |
Introduction:
As the main transportation means at sea, ships have played a huge role in international trade. However, if the microorganisms in the ship's ballast water are discharged locally without treatment, they will pollute the local ecological environment and seriously damage biodiversity and even endanger human health. There are more than 20 kinds, but none of these methods can meet the five standards of safety, practicality, economy, efficiency and environmental tolerance proposed by IMO. The ultrasonic cavitation effect can kill all kinds of marine life and protect the ocean. Safety and life of the facility. Ultrasonic Ballast Water Treatment
Marine fouling organisms can be divided into the following three categories
- Soft growths such as sponges;
- Bacteria and single-cell organic matter, such as various types of bacteria and algae;
- Hard marine animals, such as barnacles, bivalve molluscs, etc.
The most harmful species are mainly hard-fouling organisms
- Will damage the surface of the metal structure, which will cause local corrosion;
- Larger fouling organisms can block water supply and drainage pipes, heat exchangers, etc., which seriously affects the safety of marine facilities and their service life.
Advantages:
1. Compared with conventional methods, ultrasonic technology has high efficiency and short time.
2. Compared with other processes, ultrasonic technology does not require high temperature and high pressure, has good safety, simple operation and convenient maintenance.
3. It has broad spectrum and wide applicability. Most liquids can be processed by ultrasonic.
4. In most cases, the ultrasonic equipment has few operating steps, simple process, not easy to cause pollution, low temperature, suitable for the operation of heat-sensitive target components.
5. Compared with the conventional method, the ultrasonic equipment is simple, the production cost is low, and the comprehensive economic benefits are significant.
6. Compared with some traditional methods, ultrasonic technology is an effective method, and it is easier to operate and maintain.
Applications:
Ultrasound has many applications in liquid treatment, such as dispersion, fragmentation, emulsification, homogenization, cell division, sonochemistry, degassing or extraction. Our equipment is supplied to various industries, such as nanomaterials, paints and pigments, food and beverages, cosmetics, chemicals and fuels.
Tag: ultrasound sonochemistry,sonochemistry equipment
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