Investigation on algae oil extraction from algae Spirogyra by
- Production capacity: 10T-5000TPD
- Model number:LD FIRST
- Voltage:220V/380V/440V
- Power (W ): 10kw-50kw
- Dimension (L*W*H) :2500mm*2000mm*3000mm
- Weight:2T-20T
- Certification:ISO,CE , BV,TR-CU
- Name: oil refining machinery
- Materials: Carbon steel Q235 and SS304
- Water consumption:≤ 0.3 t/t sunflower
- Energy consumption:≤ 12kwh/t of sunflower
- People operated: 2-3
- Circulating water Cooling water yield: 150M3/H
- Supplier Finished product:Cooking oil grade 1
From the experiment, it was found that the oil extraction from 100% dried algae and finer size of algae resulted in higher percentage of oil extraction. For algae of mass 50 g, the oil yielded was around 83% for solid to solvent ratio of 1:5, particle size of 0.322 μm, and reaction time was of 3 h.
Oil Extraction Machines Complete Guide
- Model No.: YZYX120WZ
- Selling Point: Long Durability, High Capacity and Health
- Driving: 380V Diesel or Electricity Generator
- Place dimensions (length x width x height): 2005*1610*2010 Mm
- Daily processing capacity: 8 tons/24 hours
- Weight: 1180 kg
- Automatic sorting: Semi-automatic
- Power: 18.5 Kw
- Transportation package: Fumigated wooden packaging or as Customers′ Application
- Specification: ISO BV SGS
- HS code: 8479200
- Production capacity: 400 PCS/Month
The oil yield hydraulic oil press is higher, and the quality of oil is better than screw oil press; 2. Hydraulic oil move cost less; 3. Hydraulic oil press sesame seeds, get sweet oil; 4. To a certain extent, the hydraulic oil press more applicable than screw oil press. Previous: Benefits of Extracting your Own Oil.
Algal Proteins: Extraction, Application, and Challenges
- Certification: ISO, BV,CE, CE, ISO9001, BV, etc...
- Model number: cooking oil productions
- Product Type: Cooking Fruit Oil Press
- Power: As Needed
- Keyword: Cooking Oil Productions
- Residual oil in flour : ≤ 1%
- Steam consumption: ≤ 280 KG/T (0.8 MPa)
- Energy consumption: ≤ 15KWh/T
Protein extraction methods used on algae to date are limited for commercial use due to concerns with up-scaling. Conventional mechanical and enzymatic methods for protein extraction may also affect the integrity of extracted algal proteins due to the release of proteases from cytosolic vacuoles [ 77 ].
Processing algae - Energy Education
- Production capacity: 3-5T/day
- Voltage: 220V/380V
- Dimension (L*W*H): 1920*650*770MM
- Weight: 71000kg
- Main components: motor, PLC, gear, bearing, motor, gearbox
- Name: cooking oil press machine/oil extractor cold pressing
- Capacity: 1-20T/Day
- Power: 5.5-22kw
- Warranty time: 12 months
- Time Delivery: 15 days
- Raw material: cooking, etc.
- Function: Manufacturing of edible oil
- Color: Customer requirements
- Material: Q235 carbon steel
- Advantage: Simple operation
- Post-warranty service: Spare parts
- Certification: ISO CE
Oil press or Mechanical press [1] The oil can be extracted from algae using a mechanical press, as seen in figure 1. This process—which forces the algal paste into a nozzle that removes oil and expels much drier biomass—can extract up to 70% of the algal oil, [2] but generally requires a dry algae feedstock. Dry algae is the product of ...
Green extraction of biomolecules from algae using ... - Springer
- Automatic grade: Semi-automatic
- Production capacity: 1-500T/D
- Model number: rf016
- Voltage: 220V/ 380 V
- Power (W): 7.5 kW
- Dimension (L*W*H): 1910*550*765 mm
- Weight: 1200kg
- Advantage: Energy saving
- Warranty period: 12 months
- Application range: Oil-containing material
- Function: Refining of vegetable oil
- Use for: Vegetables
- Raw material: Oilseeds
- Section: Oil refinery machines section
- Product : National petroleum standard
For the effective extraction of extremely polar compounds from macro- and microalgae matrices, multiple co-solvents are used as polarity modifiers such as acetone, methanol, ethanol, propanol, butanol, and vegetable oil. The use of co-solvents improves the extraction yield substantially while it reduces the selectivity of the molecules.
- What are the most common algae harvesting techniques and oil extraction methods?
- Several harvesting techniques and oil extraction methods have been developed to optimize algae cultivation and increase the efficiency of biofuel production. This article discusses some of the most common algae harvesting techniques and efficient oil extraction methods used in the biofuel industry. 1. Flocculation
- How is microalgae oil extracted?
- In the microalgae industry, the extraction of microalgae oil is an important process because it involves high energy consumption and high cost. At present, the main microalgae oil extraction methods are mechanical pressing [ 25 ], supercritical fluid extraction [ 27 ], enzyme extraction [ 43 ], and organic solvent extraction [ 7 ].
- How can algal extracts be extracted?
- Pro-duction of algal extracts by novel extraction techniques (supercritical fluid extraction, microwave-assisted extrac-tion, ultrasound-assisted extraction, enzyme-assisted ex-traction, pressurized liquid extraction) allows one to ob-tain products in a solvent-free environment that will be safe to plants, animals, and humans.
- How can organic solvents be used to extract microalgae biomolecules?
- The use of organic solvents is a well-known technique for the extraction of microalgae biomolecules. Frequently, this kind of extraction is associated with a previous cell-disruption step to facilitate the access of solvent to inner cell compounds, thus enhancing the extraction yield.