ultrasonic cell disruption engine oil extraction
- Use: cooking oil
- Product Name: cooking oil extraction machine
- Machine Type: oil extraction machine
- Oilseeds: cooking
- Production Capacity: 60-70kg/hour,1.2-1.7T/D(Capacity can customized)
- Voltage: 220V/110V, 220v/110v
- Dimension(L*W*H): 150*58*135cm
Review Ultrasound for microalgal cell disruption and Product
- Press Materials: cooking
- Machine Type: cooking oil extraction machine
- Model Number: JX-HHT 103
- Suitable Voltage: 220V,380V
- Power(W): 11KW
- Measurement(L*W*H): According to your capacity
- Gross Weight: 1000kg
- Supplier Origin: Henan,China
- Texture: Stainless Steel or Carbon Steel
- Oil rate: High oil rate
- Product level: Turn key project
- Raw Materials: Canola seeds,Rice bran,Corn germ,Soybean,Cotton seeds
- Consumption: Low consumption
- Operation: Full automatic
- Desolventizer Item: Cold press oil machine price
Physical Cell Disruption Technologies for Intracellular
- Product Using:produce cooking oil
- Machine Type: cooking oil extraction machine
- Application: Food, Beverage
- Packaging Packaging Material: Metal, Plastic
- Driven Voltage: 240,360
- Power: 0.75KW
- Model Number: ZLDG-6
- Measurement(L*W*H): 2000*900*1755mm
- Filling range: 200-10000ml
- Filling heads: 4,6,8,10,12
- Machine Material: 304 stainless steel
- Filling speed: 600-1000bottles/hour
- Filling accuracy: ≤0.3%
- power supply: 50HZ/60HZ 3N-380V
- With air pressure: 0.5-0.8MPa
- working pressure: 0.6-0.7MPa
The research discussed ultrasonic pretreatment led to more efficient cell wall disruption and higher oil yields. The physicochemical properties of the extracted oil were better using ultrasound-assisted aqueous enzymatic extraction, indicated by the lowest acid value and peroxide value.
Energy needs and environmental concerns are leading to the search for alternative renewable fuels such as biodiesel. Biodiesel from microalgae has recently gained attention due to the drawbacks of other feedstocks such as edible oils. Recent research is focussing on techniques to convert feedstock into quality biodiesel in a cost-effective way. Here, we review conventional and in situ
Ultrasound Applications in Lipid Extractions from Microalgae
- Use: cooking oil
- Machine Type: cooking oil processing machine
- Capacity: 5TPD
- Suitable Voltage: 220V/110V
- Measurement(L*W*H): 42 * 16 *31cm
- Gross Weight: 11 KG
- Core Components: Motor
- Equipment name: Oil Processing Machine
- Raw material: Sunflower
- Machine Material: 304 Stainess Steel
- Function: Making Edible Oil
- Processing capacity: 3-5 (kg / h)
- NW/GW: 1000kg/11KG
- size: 42 * 16 *31cm
- Package size: 45 * 23 *35 (cm)
- Application: Screw Oil Expeller
- Certification: CE, CCC
Gerde JA, Montalbo-Lomboy M, Yao L, Grewell D, Wang T (2012) Evaluation of microalgae cell disruption by ultrasonic treatment. Bioresour Technol 125:175–181. Article Google Scholar Mercer P, Armenta RE (2011) Developments in oil extraction from microalgae. Eur J Lipid Sci Technol 113:539–547
Current insights in yeast cell disruption technologies for
- Press Materials: cooking
- Machine Type: oil extraction machine
- Model Number: 50-300TPD
- Suitable Voltage: 380V/50HZ
- Power(W): 11KW
- Measurement(L*W*H): 1360*950*1170mm
- Gross Weight: 2000kg
- Capacity: 50-300TPD
- Application: Soybean extract
- Function: extract oil from seed
- Operation mode: Electricity drive
- Machine Name: Soybean extract
- Processing Residual oil in meal: ≤ 1%
- Solvent consumption: ≤ 3Kg/T
- Steam consumption: ≤ 3kg/t
- Power consumption: ≤ 15KWh/T
More recently, Meullemiestre et al., compared different cell disruption technologies for oil extraction from Y. lipolytica [16]. Results obtained demonstrated that sonication at 25 °C for 30 min with an ultrasonic power of 300 W led to obtaining an oil recovery of 8.10 ± 0.24 g/100 g dry mass basis, compared to 6.23 ± 0.51 g/100 g dry mass
- Is Ultrasound-assisted extraction a promising method for oil extraction from microorganisms?
- The authors concluded that ultrasound-assisted extraction represents a promising method for oil extraction from microorganisms. In another study, different cell disruption technologies were tested for oil recovery from the oleaginous yeast Y. lipolytica [ 57].
- Which ultrasonic power should be used for oil extraction?
- For example, for ultrasound-assisted extraction of lipids from fresh Nannochloropsis oculata cells, ultrasonic power of 300, 450, 650, 850, and 1000 W was used to estimate the optimum conditions for oil extraction through response surface methodology (RSM).
- How does ultrasonic extraction affect carbohydrate extraction from Chlorella sp?
- Similarly, the effects of four parameters including ultrasonic power, extraction time, flow rate and algal cell concentration, on carbohydrate extraction from Chlorella sp. were investigated, and the glucose yield under optimal ultrasonic conditions was much higher (3-folds) compared to conventional solvent extraction .
- How can Ultrasonic processing improve microalgae production?
- The integration of cell harvesting and ultrasonic disruption, or ultrasonic assisted extraction and separation can further reduce energy consumption, and make ultrasonic processing of microalgae more viable.
- Does ultrasonic extraction destroy microalgae cells?
- The specific surface area of microalgae cells increased from 3.831 to 11.923 m 2 /g after ultrasonic extraction, suggesting cell wall destruction and fragmentation .
- Can ultrasonic pretreatment be used to extract microalgal cells?
- In most studies regarding ultrasound assisted extraction of target products from microalgal cells, the ultrasonic pretreatment was jointly used with different solvent systems, which generally resulted in better product yields comparing to those using ultrasound (solvent-free) or solvent extraction alone .
