Today, biodiesel is primarily produced in batch reactors. Ultrasonic biodiesel processing allows for the continuous inline processing. Ultrasonication can achieve a biodiesel yield in excess of 99%. Ultrasonic reactors reduce the processing time from the conventional 1 to 4 hour batch processing to less than 30 seconds.

The ultrasonic spot welding system is a very efficient and environmentally friendly mask ear band welding machine. The user can adjust the welding time according to the thickness of the welding mask. And the operation is very simple.

In the generation and application of nano-scale materials, ultrasound is a very effective processing method.

The phenomenon of cavitation using power ultrasound to accelerate and control chemical reactions, increase the reaction rate and initiate new chemical reactions is called ultrasonic chemistry.

The application of ultrasonic processing not only can provide energy for reaction, but also can achieve better mixing and more rapid separation. It will  be good using for essential oil extraction handing the Crude Oil 12-16° API 

The application of ultrasonic processing not only can provide energy for reaction, but also can achieve better mixing and more rapid separation. It will  be good using for essential oil extraction handing the Crude Oil 12-16° API 

The application of ultrasonic processing not only can provide energy for reaction, but also can achieve better mixing and more rapid separation. It will  be good using for essential oil extraction handing the Crude Oil 12-16° API 

The application of ultrasonic processing not only can provide energy for reaction, but also can achieve better mixing and more rapid separation. It will  be good using for essential oil extraction handing the Crude Oil 12-16° API 

The application of ultrasonic processing not only can provide energy for reaction, but also can achieve better mixing and more rapid separation. It will  be good using for essential oil extraction handing the Crude Oil 12-16° API 

Ultrasonic creates acoustic cavitation, which produces violently imploding vacuum bubbles, causing shock waves, microjets and strong shear forces as well as extreme local temperatures (~5,000 K)and pressures (~1,000 atm). These extreme conditions result in exceptionally efficient mixing, yielding nanoemulsions with very small droplet sizes and enormous contact areas between all components.

Ultrasonic 20K Sonochemistry Laboratory System  .   Product Details:   Place of Origin: China Brand Name: Altrasonic Certification: CE Model Number: HS2020-L   Detailed Product Description:   Name: Ultrasonic Sonochemistry Device Frequency: 20Khz Power: 2000W Weight: 35Kg Generator: Digital Mode Control: Remote Control Application: Dispersing Probe: Different Size And Type Optional Capacity: More Than 100L       Lab level   Recommendation of ultrasonic system (exfoliated type)   Item No. HS205-L HS2020-L Capacity 5L 20L Output power 500W 2000W Main advantages High output intensity, high cavitation effect Frequency 20 kHz±1kHz   Recommendation of ultrasonic system (Dispersing type)     Item No. HS2010 HS2015 HS205-F HS2010-F HS2020-F Capacity 20L 30L 10L 20L 30L Output power 1000w 1500w 500w 1000w 2000w Frequency 20 kHz±1kHz 20 kHz±1kHz 20 kHz±1kHz 20 kHz±1kHz 20 kHz±1kHz Working type Reactor / container Reactor / container Recycling / Flow chamber Recycling / Flow chamber Recycling / Flow chamber     Recommendation of ultrasonic machine (Industrial level)   Ultrasonic Probe / Ultrasonic digital generator / Control system assembly / Reactor assembly / Rack and pipe fittings   Item No. HS-GS10 HS-GS25 HS-GS50 HS-GS100 HS-GS200 HS-GS300 Annual output 10tons 25tons 30tons 100tons 200tons 300tons Output Power 2000w 2000w 2000w 2000w 2000w 2000w Total Power 6000w (2000w*3) 12000w (2000w*6) 24000w (2000w*12) 48000w (2000w*24) 72000w (2000w*36) 96000w (2000w*48) Frequency 20kHz±1kHz 20kHz±1kHz 20kHz±1kHz 20kHz±1kHz 20kHz±1kHz 20kHz±1kHz Input Voltage 110v or 220v 110v or 220v 110v or 220v 110v or 220v 110v or 220v 110v or 220v Total Volume 5㎡ 10㎡ 20㎡ 40㎡ 60㎡ 80㎡   Introduction:   Ultrasound is a very effective processing method in the generation and application of nano-size materials. In general, ultrasonic cavitation in liquids may cause fast and complete degassing: initiate various chemical reactions by generating free chamical ions (radicals); accelerate chemical reactions by facilitating the mixing of reactant; produce highly concentrated emulsions or uniform dispersions of micron-size or nano-size materials. Ultrasound can be tested in lab and bench-up scale before the results are scaled up to the commercial level.   Advantages:   1. Core parts withTitanium materials. 2. Ultrasonic horn with different size and type for selection 3. Matching with digital generator, auto-tuning, auto search frequency 4. Power adjustable from 1% to 99% 5. Frequency range from 19khz to 21khz 6. Lab and bench-up scale for testing   Innovation: 1. T caps use replaceable, solve the problem of the tool head cavitation, T caps normal working hours more than 800 hours. 2. Using the high-power ultrasonic transducer (1500w - 3000w), More stable performance, normal service life more than 10000 hours. 3. Use of the digitally controlled power, to ensure that all the time in the best condition. 4. Dumbbell-type tool head design, greatly improving the ultrasonic radiation power per unit area. 5. The integrated piping made of stainless steel #316. 6. Overall liquid flow-controllable 7. Use network-based CAN-bus technology, all working parameters can have room remote control. Applications: · Ultrasnic mixing · Ultrasonic dispersing and deagglomeration · Ultrasonic Emulsifying · Ultrasonic Sonochemistry  

Circulatory High Power Ultrasonic Sonochemistry System for Production Wate Solutions Providing the Wast Oil Industry with A Solution