Optimization of oil recovery from oilseed rape by cold
- Usage: Rapeseed Oil
- Type: rapeseed oil mill machine
- Production Capacity: 2TPD~1TPD
- Voltage: 220V/380V/440V
- Power(W): 7.5kw
- Dimension(L*W*H): 14*6*6mm
- Weight: 88kg
- Certification: CE ISO
- Color: Silver, red, yellow, green, blue
- Oil yield: 98%
- oil residual: 1-5%
- labor force: 3 persons
- land needed: different sizes
- Material: Stainless Steel 34
- Productivity: 1-2TPD
- motor: Siemens
- maintenance: engineer service
Despite these findings, further research is required to explore and optimize the potential of mechanical pressing methods for rapeseed oil extraction. Oilseed rape (Brassica napus L.) is principally cultivated to deliver seeds rich in oil (40–48%) and protein (18–23%) [28].
proof-of-concept for enzyme-assisted rapeseed oil extraction with minimum water addition (1 mL per 100 g rapeseeds). The application of cellulytic and pectolytic enzymes increased the reducing sugar con-
Effect of Different Extraction Methods on Quality
- Usage: Rapeseed Oil
- Type: rapeseed oil mill machine
- Production Capacity: 5-6T/H
- Application: farm home factory
- Weight (KG): 15 KG
- Power (kW): 7.5 kw - 18.5 kw
- Core Components: Machine
- Product Keyword: Easy Operation
- Function: oil making
- Model: YL6/7/8/1/125/15
- Feature: Easy Operation High Product
- Service: 1 Year Guarantee
- KEY WORDS: automatic
This study reports the effect of roasted pretreatment combined with screw press, hydraulic press, and Soxhlet extraction methods on various quality indexes of rapeseed and flaxseed oils, including th
The technology proposed in this study shows, that applying PEF for treating the rapeseed before oil extraction should be presented as an appropriate pretreatment in oil extraction industries. The PEF also showed a suitable
Integrated strategies for increasing rapeseed yield
- Usage: Rapeseed Oil
- Type: rapeseed oil manufacturing machine
- Production Capacity: 35L/h
- Dimension(L*W*H): 25X18X12m
- Weight: 55Kg
- Core Components: Motor, Pressure vessel, Pump, Engine
- Oil Product Processing Method: Hot/Cold Pressed Method
- Material: Q235
- Advantage: High Oil Yield
- capacity: 2t/d
- After Warranty Service: Video technical support, Online support
- Local Service Location: Egypt, Viet Nam, Indonesia, Sri Lanka, Bangladesh, South Africa, Kazakhstan, Nigeria, Uzbekistan, Tajikistan
- Certification: SGS ISO
Due to climate change and decreased planting area, increasing rapeseed yield per hectare remains an important challenge to meet the world’s demand for edible oil. Dense planting with advanced agricultural management is likely the
In contrast to enzyme-assisted wet extraction of oil, this procedure could be implemented in current industrial pressing procedures to increase the oil recovery by adding only the steps of enzyme application
Optimizing Uniaxial Oil Extraction of Bulk Rapeseeds
- Usage: Rapeseed Oil
- Type: rapeseed oil manufacturing line
- Production Capacity: 1TPD-2TPD
- Voltage: 23-38-43
- Power(W): 4kw/h
- Dimension(L*W*H): 1m*8m*3m
- Weight: 3tons
- Certification: CE&ISO91
- After-sales Service Provided: Overseas third-party support available
- Machinery Capacity: 1t/h-6t/h
- Residue in cake: less than 6%
- Sterilizer Vacuum degree: high vacuum
- Function: extract oil from seed
- oil press Power generation: back up turbine
- Oil color: red
- warranty period: 1year
Optimizing the operating factors in edible oil extraction requires a statistical technique such as a response surface methodology for evaluating Find, read and cite all the research
Therefore, the present study focused on the application of RSM/BBD to optimize the processing factors (diameter of pressing vessel, pretreatment temperatures, and heating time) of bulk rapeseed oil extraction under a uniaxial compression process. The responses, namely oil yield, oil extraction efficiency, and deformation energy, were calculated.
Rapeseed proteins for technical applications: Processing,
- Usage: Rapeseed Oil
- Type: rapeseed oil press machine
- Production Capacity: 30kg-600kg/h
- Dimension(L*W*H): 151*44*7mm
- Weight: 36 KG, 36kg
- Core Components: Motor
- Oil Product Model: 6YL-8
- Color: Green
- Raw material: rapeseed Seeds
- Capacity: 2kg-3kg/day
- Power: 5.5kw
- Function: Pressing oil seeds, rapeseed oil press machine /oil pressers /oil press
- Keywords: rapeseed oil expeller
Conventionally, oil extraction from rapeseed is achieved by screw-pressing, either by expeller pressing (full-pressing) or by pre-pressing of the seeds, followed by solvent extraction. Oil contents in the resulting press cakes are in the range of 5 %–10 % (full-press) or 15 %–18 % (pre-press) ( Kemper, 2005 ).
The retail meat industry produces a significant amount of waste, containing proteins, lipids, and other elements that could serve as the basis for other products.
- Does extraction technology affect rapeseed oil functional quality?
- Extraction technology can influence the vegetable oil functional quality. Polyphenols in rapeseed oil have been proved to be beneficial for cardiovascular health. In this study, we evaluated the effect of extraction methods on the functional quality of rapeseed oil from the perspective of phenolic compounds.
- How is oil extracted from rapeseed?
- Conventionally, oil extraction from rapeseed is achieved by screw-pressing, either by expeller pressing (full-pressing) or by pre-pressing of the seeds, followed by solvent extraction. Oil contents in the resulting press cakes are in the range of 5 %–10 % (full-press) or 15 %–18 % (pre-press) (Kemper, 2005).
- Is rapeseed defatting suitable for direct solvent extraction?
- Due to its high oil content of up to 50 % in the seed, rapeseed defatting is not suitable for direct solvent extraction (Unger, 2011). Conventionally, oil extraction from rapeseed is achieved by screw-pressing, either by expeller pressing (full-pressing) or by pre-pressing of the seeds, followed by solvent extraction.
- How to maximize rapeseed oil yield?
- In the present study, the optimization aimed to maximize rapeseed oil yield by selecting the suitable screw pressing conditions, i.e., the best nozzle diameter, press head temperature, and screw frequency in the applied experimental domain, by employing the desirability function method.