Ultrasonic System used in Ultrasonic Biodiesel Processing Unit

Product Origin:China
Brand:Altrasonic
Item NO.:HSS20-3000-I
Shipping Port:Shanghai of Ningbo
Color:Silver
MOQ:1
Lead Time:45
Payment:T/T, PayPal, West Union

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Product Details

Ultrasonic System used in Ultrasonic Biodiesel Processing Unit

Specification:

Model	HSS20-500-L	HSS20-1000-I	HSS20-1500-I	HSS20-2000-I	HSS20-3000-I
Frequency	20±1 kHz	20±1 kHz	20±1 kHz	20±1 kHz	20±1 kHz
Power	500 W	1000 W	1500 W	2000 W	3000 W
Voltage	220±10% V	220±10% V	220±10% V	220±10% V	220±10% V
Temperature	150 ℃	150 ℃	300 ℃	300 ℃	300 ℃
Pressure	Normal	Normal	35 MPa	35 MPa	35 MPa
Intensity of sound	＞10 W/cm²	＞10 W/cm²	＞30 W/cm²	＞40 W/cm²	＞60 W/cm²
Max Capacity	＞ 100M L/Min	＞ 5 L/Min	＞ 15 L/Min	＞ 20 L/Min	＞ 30 L/Min
Material Of Tip Head	Titanium Alloy	Titanium Alloy	Titanium Alloy	Titanium Alloy	Titanium Alloy

Description:

Altrasonic ultrasonic reactors improve the transesterification kinetics significantly. Therefore lower excess methanol and less catalyst are required for biodiesel processing. Biodiesel is commonly produced in batch reactors using heat and mechanical mixing as energy input.

Ultrasonic cavitational mixing is an effective alternative means to achieve a better mixing in commercial biodiesel processing. Ultrasonic cavitation provides the necessary activation energy for the industrial biodiesel transesterification.

Ultrasonic processing of biodiesel involves the following steps:

1. the vegetable oil or animal fat is being mixed with the methanol (which makes methyl esters) or ethanol (for ethyl esters) and sodium or potassium methoxide or hydroxide

2. the mix is heated, e.g. to temperatures between 45 and 65degC

3. the heated mix is being sonicated inline for 5 to 15 seconds

4. glycerin drops out or is separated using centrifuges

5. the converted biodiesel is washed with water